configwire

package

v1.5.0 Latest Latest Go to latest Published: Oct 17, 2026 License: MIT Imports: 9 Imported by: 0

Details

Valid go.mod file
Redistributable license
Tagged version
Stable version
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Repository

github.com/mas-bandwidth/nova-tools

Links

Open Source Insights

Documentation ¶

Overview ¶

Package configwire is the nova-config area's table wire, generated by the schema compiler from schemas/config/config.schema: the config row and its change (the history), the file twin's header, the machine and loop views, the inventory and its hosts, the canonical kind words and the Redis view of a machine's beat (the member beat, the bench hash and the merged beat). Every table is a fixed table (schemas/README.md, rule S1). Every other .go file here is generated: edit the .schema and run go generate ./pkg/configwire, never the output. pkg/schemaread reads it strictly: binary wire or padded standard base64 of the wire, each refused by name when damaged.

Index ¶

Constants
Variables
func Announce(buffer []byte) int64
func AnnounceMeasure() int64
func AnnounceRead(v *TableVocabulary, data []byte, report *TableReport) bool
func BenchBeatBlockBegin(b *BenchBeatBlock, s *BenchBeatBlockStorage, c BenchBeatCounts, ...) bool
func BenchBeatBlockBytes(b *BenchBeatBlock) int64
func BenchBeatBlockOpen(block *BenchBeatBlock, base unsafe.Pointer, bytes int64) bool
func BenchBeatCookFrom(value *BenchBeat, buffer []byte, order TableByteOrder) bool
func BenchBeatCookMeasure(value *BenchBeat) int64
func BenchBeatCookMeasureReason(value *BenchBeat) (int64, error)
func BenchBeatFixedCheckBody(value *BenchBeat) bool
func BenchBeatFixedCheckBodyExact(value *BenchBeat) bool
func BenchBeatFixedClamp(value *BenchBeat, report *TableReport)
func BenchBeatFixedClampBody(value *BenchBeat, clamped *int32)
func BenchBeatFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func BenchBeatFixedLoad(values []BenchBeat, data []byte, plan []TableFixedEntry, report *TableReport) int64
func BenchBeatFixedMeasure(count int64) int64
func BenchBeatFixedSave(values []BenchBeat, buffer []byte) int64
func BenchBeatFixedSaveReason(values []BenchBeat, buffer []byte) (int64, error)
func BenchBeatFixedWriteBody(b []byte, value *BenchBeat)
func BenchBeatFromJson(value *BenchBeat, text []byte, report *TableReport) bool
func BenchBeatLoad(value *BenchBeat, data []byte, report *TableReport) bool
func BenchBeatLoadBody(r *TableReader, value *BenchBeat) bool
func BenchBeatLoadMessageBody(r *TableMessageReader, value *BenchBeat) bool
func BenchBeatLoadMessages(values []BenchBeat, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func BenchBeatMeasure(value *BenchBeat) int64
func BenchBeatMeasureBody(value *BenchBeat, ids *TableIds) int64
func BenchBeatMeasureMessages(values []*BenchBeat, report *TableReport) int64
func BenchBeatMeasureReason(value *BenchBeat) (int64, error)
func BenchBeatOpen(cook *BenchBeatCook, base unsafe.Pointer, length int64) bool
func BenchBeatReset(value *BenchBeat)
func BenchBeatSave(value *BenchBeat, buffer []byte) int64
func BenchBeatSaveBody(w *TableWriter, value *BenchBeat) bool
func BenchBeatSaveMessageBody(w *TableMessageWriter, value *BenchBeat) bool
func BenchBeatSaveMessages(values []*BenchBeat, buffer []byte, report *TableReport) int64
func BenchBeatSaveText(value *BenchBeat) (string, error)
func BenchBeatToJson(value *BenchBeat, buffer []byte) int64
func BenchBeatToJsonMeasure(value *BenchBeat) int64
func CanonicalWordBlockBegin(b *CanonicalWordBlock, s *CanonicalWordBlockStorage, c CanonicalWordCounts, ...) bool
func CanonicalWordBlockBytes(b *CanonicalWordBlock) int64
func CanonicalWordBlockOpen(block *CanonicalWordBlock, base unsafe.Pointer, bytes int64) bool
func CanonicalWordCookFrom(value *CanonicalWord, buffer []byte, order TableByteOrder) bool
func CanonicalWordCookMeasure(value *CanonicalWord) int64
func CanonicalWordCookMeasureReason(value *CanonicalWord) (int64, error)
func CanonicalWordFixedCheckBody(value *CanonicalWord) bool
func CanonicalWordFixedClamp(value *CanonicalWord, report *TableReport)
func CanonicalWordFixedClampBody(value *CanonicalWord, clamped *int32)
func CanonicalWordFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func CanonicalWordFixedLoad(values []CanonicalWord, data []byte, plan []TableFixedEntry, ...) int64
func CanonicalWordFixedMeasure(count int64) int64
func CanonicalWordFixedSave(values []CanonicalWord, buffer []byte) int64
func CanonicalWordFixedSaveReason(values []CanonicalWord, buffer []byte) (int64, error)
func CanonicalWordFixedWriteBody(b []byte, value *CanonicalWord)
func CanonicalWordFromJson(value *CanonicalWord, text []byte, report *TableReport) bool
func CanonicalWordLoad(value *CanonicalWord, data []byte, report *TableReport) bool
func CanonicalWordLoadBody(r *TableReader, value *CanonicalWord) bool
func CanonicalWordLoadMessageBody(r *TableMessageReader, value *CanonicalWord) bool
func CanonicalWordLoadMessages(values []CanonicalWord, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func CanonicalWordMeasure(value *CanonicalWord) int64
func CanonicalWordMeasureBody(value *CanonicalWord, ids *TableIds) int64
func CanonicalWordMeasureMessages(values []*CanonicalWord, report *TableReport) int64
func CanonicalWordMeasureReason(value *CanonicalWord) (int64, error)
func CanonicalWordOpen(cook *CanonicalWordCook, base unsafe.Pointer, length int64) bool
func CanonicalWordReset(value *CanonicalWord)
func CanonicalWordSave(value *CanonicalWord, buffer []byte) int64
func CanonicalWordSaveBody(w *TableWriter, value *CanonicalWord) bool
func CanonicalWordSaveMessageBody(w *TableMessageWriter, value *CanonicalWord) bool
func CanonicalWordSaveMessages(values []*CanonicalWord, buffer []byte, report *TableReport) int64
func CanonicalWordSaveText(value *CanonicalWord) (string, error)
func CanonicalWordToJson(value *CanonicalWord, buffer []byte) int64
func CanonicalWordToJsonMeasure(value *CanonicalWord) int64
func ConfigChangeBlockBegin(b *ConfigChangeBlock, s *ConfigChangeBlockStorage, c ConfigChangeCounts, ...) bool
func ConfigChangeBlockBytes(b *ConfigChangeBlock) int64
func ConfigChangeBlockOpen(block *ConfigChangeBlock, base unsafe.Pointer, bytes int64) bool
func ConfigChangeCookFrom(value *ConfigChange, buffer []byte, order TableByteOrder) bool
func ConfigChangeCookMeasure(value *ConfigChange) int64
func ConfigChangeCookMeasureReason(value *ConfigChange) (int64, error)
func ConfigChangeFixedCheckBody(value *ConfigChange) bool
func ConfigChangeFixedCheckBodyExact(value *ConfigChange) bool
func ConfigChangeFixedClamp(value *ConfigChange, report *TableReport)
func ConfigChangeFixedClampBody(value *ConfigChange, clamped *int32)
func ConfigChangeFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func ConfigChangeFixedLoad(values []ConfigChange, data []byte, plan []TableFixedEntry, ...) int64
func ConfigChangeFixedMeasure(count int64) int64
func ConfigChangeFixedSave(values []ConfigChange, buffer []byte) int64
func ConfigChangeFixedSaveReason(values []ConfigChange, buffer []byte) (int64, error)
func ConfigChangeFixedWriteBody(b []byte, value *ConfigChange)
func ConfigChangeFromJson(value *ConfigChange, text []byte, report *TableReport) bool
func ConfigChangeLoad(value *ConfigChange, data []byte, report *TableReport) bool
func ConfigChangeLoadBody(r *TableReader, value *ConfigChange) bool
func ConfigChangeLoadMessageBody(r *TableMessageReader, value *ConfigChange) bool
func ConfigChangeLoadMessages(values []ConfigChange, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func ConfigChangeMeasure(value *ConfigChange) int64
func ConfigChangeMeasureBody(value *ConfigChange, ids *TableIds) int64
func ConfigChangeMeasureMessages(values []*ConfigChange, report *TableReport) int64
func ConfigChangeMeasureReason(value *ConfigChange) (int64, error)
func ConfigChangeOpen(cook *ConfigChangeCook, base unsafe.Pointer, length int64) bool
func ConfigChangeReset(value *ConfigChange)
func ConfigChangeSave(value *ConfigChange, buffer []byte) int64
func ConfigChangeSaveBody(w *TableWriter, value *ConfigChange) bool
func ConfigChangeSaveMessageBody(w *TableMessageWriter, value *ConfigChange) bool
func ConfigChangeSaveMessages(values []*ConfigChange, buffer []byte, report *TableReport) int64
func ConfigChangeSaveText(value *ConfigChange) (string, error)
func ConfigChangeToJson(value *ConfigChange, buffer []byte) int64
func ConfigChangeToJsonMeasure(value *ConfigChange) int64
func ConfigRowBlockBegin(b *ConfigRowBlock, s *ConfigRowBlockStorage, c ConfigRowCounts, ...) bool
func ConfigRowBlockBytes(b *ConfigRowBlock) int64
func ConfigRowBlockOpen(block *ConfigRowBlock, base unsafe.Pointer, bytes int64) bool
func ConfigRowCookFrom(value *ConfigRow, buffer []byte, order TableByteOrder) bool
func ConfigRowCookMeasure(value *ConfigRow) int64
func ConfigRowCookMeasureReason(value *ConfigRow) (int64, error)
func ConfigRowFixedCheckBody(value *ConfigRow) bool
func ConfigRowFixedCheckBodyExact(value *ConfigRow) bool
func ConfigRowFixedClamp(value *ConfigRow, report *TableReport)
func ConfigRowFixedClampBody(value *ConfigRow, clamped *int32)
func ConfigRowFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func ConfigRowFixedLoad(values []ConfigRow, data []byte, plan []TableFixedEntry, report *TableReport) int64
func ConfigRowFixedMeasure(count int64) int64
func ConfigRowFixedSave(values []ConfigRow, buffer []byte) int64
func ConfigRowFixedSaveReason(values []ConfigRow, buffer []byte) (int64, error)
func ConfigRowFixedWriteBody(b []byte, value *ConfigRow)
func ConfigRowFromJson(value *ConfigRow, text []byte, report *TableReport) bool
func ConfigRowLoad(value *ConfigRow, data []byte, report *TableReport) bool
func ConfigRowLoadBody(r *TableReader, value *ConfigRow) bool
func ConfigRowLoadMessageBody(r *TableMessageReader, value *ConfigRow) bool
func ConfigRowLoadMessages(values []ConfigRow, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func ConfigRowMeasure(value *ConfigRow) int64
func ConfigRowMeasureBody(value *ConfigRow, ids *TableIds) int64
func ConfigRowMeasureMessages(values []*ConfigRow, report *TableReport) int64
func ConfigRowMeasureReason(value *ConfigRow) (int64, error)
func ConfigRowOpen(cook *ConfigRowCook, base unsafe.Pointer, length int64) bool
func ConfigRowReset(value *ConfigRow)
func ConfigRowSave(value *ConfigRow, buffer []byte) int64
func ConfigRowSaveBody(w *TableWriter, value *ConfigRow) bool
func ConfigRowSaveMessageBody(w *TableMessageWriter, value *ConfigRow) bool
func ConfigRowSaveMessages(values []*ConfigRow, buffer []byte, report *TableReport) int64
func ConfigRowSaveText(value *ConfigRow) (string, error)
func ConfigRowToJson(value *ConfigRow, buffer []byte) int64
func ConfigRowToJsonMeasure(value *ConfigRow) int64
func EnumNameChangeOp(value ChangeOp) string
func EnumNameConfigKind(value ConfigKind) string
func EnumNameFieldType(value FieldType) string
func EnvNameBlockBegin(b *EnvNameBlock, s *EnvNameBlockStorage, c EnvNameCounts, ...) bool
func EnvNameBlockBytes(b *EnvNameBlock) int64
func EnvNameBlockOpen(block *EnvNameBlock, base unsafe.Pointer, bytes int64) bool
func EnvNameCookFrom(value *EnvName, buffer []byte, order TableByteOrder) bool
func EnvNameCookMeasure(value *EnvName) int64
func EnvNameCookMeasureReason(value *EnvName) (int64, error)
func EnvNameFixedCheckBody(value *EnvName) bool
func EnvNameFixedCheckBodyExact(value *EnvName) bool
func EnvNameFixedClamp(value *EnvName, report *TableReport)
func EnvNameFixedClampBody(value *EnvName, clamped *int32)
func EnvNameFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func EnvNameFixedLoad(values []EnvName, data []byte, plan []TableFixedEntry, report *TableReport) int64
func EnvNameFixedMeasure(count int64) int64
func EnvNameFixedSave(values []EnvName, buffer []byte) int64
func EnvNameFixedSaveReason(values []EnvName, buffer []byte) (int64, error)
func EnvNameFixedWriteBody(b []byte, value *EnvName)
func EnvNameFromJson(value *EnvName, text []byte, report *TableReport) bool
func EnvNameLoad(value *EnvName, data []byte, report *TableReport) bool
func EnvNameLoadBody(r *TableReader, value *EnvName) bool
func EnvNameLoadMessageBody(r *TableMessageReader, value *EnvName) bool
func EnvNameLoadMessages(values []EnvName, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func EnvNameMeasure(value *EnvName) int64
func EnvNameMeasureBody(value *EnvName, ids *TableIds) int64
func EnvNameMeasureMessages(values []*EnvName, report *TableReport) int64
func EnvNameMeasureReason(value *EnvName) (int64, error)
func EnvNameOpen(cook *EnvNameCook, base unsafe.Pointer, length int64) bool
func EnvNameReset(value *EnvName)
func EnvNameSave(value *EnvName, buffer []byte) int64
func EnvNameSaveBody(w *TableWriter, value *EnvName) bool
func EnvNameSaveMessageBody(w *TableMessageWriter, value *EnvName) bool
func EnvNameSaveMessages(values []*EnvName, buffer []byte, report *TableReport) int64
func EnvNameSaveText(value *EnvName) (string, error)
func EnvNameToJson(value *EnvName, buffer []byte) int64
func EnvNameToJsonMeasure(value *EnvName) int64
func FieldPairBlockBegin(b *FieldPairBlock, s *FieldPairBlockStorage, c FieldPairCounts, ...) bool
func FieldPairBlockBytes(b *FieldPairBlock) int64
func FieldPairBlockOpen(block *FieldPairBlock, base unsafe.Pointer, bytes int64) bool
func FieldPairCookFrom(value *FieldPair, buffer []byte, order TableByteOrder) bool
func FieldPairCookMeasure(value *FieldPair) int64
func FieldPairCookMeasureReason(value *FieldPair) (int64, error)
func FieldPairFixedCheckBody(value *FieldPair) bool
func FieldPairFixedCheckBodyExact(value *FieldPair) bool
func FieldPairFixedClamp(value *FieldPair, report *TableReport)
func FieldPairFixedClampBody(value *FieldPair, clamped *int32)
func FieldPairFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func FieldPairFixedLoad(values []FieldPair, data []byte, plan []TableFixedEntry, report *TableReport) int64
func FieldPairFixedMeasure(count int64) int64
func FieldPairFixedSave(values []FieldPair, buffer []byte) int64
func FieldPairFixedSaveReason(values []FieldPair, buffer []byte) (int64, error)
func FieldPairFixedWriteBody(b []byte, value *FieldPair)
func FieldPairFromJson(value *FieldPair, text []byte, report *TableReport) bool
func FieldPairLoad(value *FieldPair, data []byte, report *TableReport) bool
func FieldPairLoadBody(r *TableReader, value *FieldPair) bool
func FieldPairLoadMessageBody(r *TableMessageReader, value *FieldPair) bool
func FieldPairLoadMessages(values []FieldPair, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func FieldPairMeasure(value *FieldPair) int64
func FieldPairMeasureBody(value *FieldPair, ids *TableIds) int64
func FieldPairMeasureMessages(values []*FieldPair, report *TableReport) int64
func FieldPairMeasureReason(value *FieldPair) (int64, error)
func FieldPairOpen(cook *FieldPairCook, base unsafe.Pointer, length int64) bool
func FieldPairReset(value *FieldPair)
func FieldPairSave(value *FieldPair, buffer []byte) int64
func FieldPairSaveBody(w *TableWriter, value *FieldPair) bool
func FieldPairSaveMessageBody(w *TableMessageWriter, value *FieldPair) bool
func FieldPairSaveMessages(values []*FieldPair, buffer []byte, report *TableReport) int64
func FieldPairSaveText(value *FieldPair) (string, error)
func FieldPairToJson(value *FieldPair, buffer []byte) int64
func FieldPairToJsonMeasure(value *FieldPair) int64
func FileHeaderBlockBegin(b *FileHeaderBlock, s *FileHeaderBlockStorage, c FileHeaderCounts, ...) bool
func FileHeaderBlockBytes(b *FileHeaderBlock) int64
func FileHeaderBlockOpen(block *FileHeaderBlock, base unsafe.Pointer, bytes int64) bool
func FileHeaderCookFrom(value *FileHeader, buffer []byte, order TableByteOrder) bool
func FileHeaderCookMeasure(value *FileHeader) int64
func FileHeaderCookMeasureReason(value *FileHeader) (int64, error)
func FileHeaderFixedCheckBody(value *FileHeader) bool
func FileHeaderFixedClamp(value *FileHeader, report *TableReport)
func FileHeaderFixedClampBody(value *FileHeader, clamped *int32)
func FileHeaderFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func FileHeaderFixedLoad(values []FileHeader, data []byte, plan []TableFixedEntry, report *TableReport) int64
func FileHeaderFixedMeasure(count int64) int64
func FileHeaderFixedSave(values []FileHeader, buffer []byte) int64
func FileHeaderFixedSaveReason(values []FileHeader, buffer []byte) (int64, error)
func FileHeaderFixedWriteBody(b []byte, value *FileHeader)
func FileHeaderFromJson(value *FileHeader, text []byte, report *TableReport) bool
func FileHeaderLoad(value *FileHeader, data []byte, report *TableReport) bool
func FileHeaderLoadBody(r *TableReader, value *FileHeader) bool
func FileHeaderLoadMessageBody(r *TableMessageReader, value *FileHeader) bool
func FileHeaderLoadMessages(values []FileHeader, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func FileHeaderMeasure(value *FileHeader) int64
func FileHeaderMeasureBody(value *FileHeader, ids *TableIds) int64
func FileHeaderMeasureMessages(values []*FileHeader, report *TableReport) int64
func FileHeaderMeasureReason(value *FileHeader) (int64, error)
func FileHeaderOpen(cook *FileHeaderCook, base unsafe.Pointer, length int64) bool
func FileHeaderReset(value *FileHeader)
func FileHeaderSave(value *FileHeader, buffer []byte) int64
func FileHeaderSaveBody(w *TableWriter, value *FileHeader) bool
func FileHeaderSaveMessageBody(w *TableMessageWriter, value *FileHeader) bool
func FileHeaderSaveMessages(values []*FileHeader, buffer []byte, report *TableReport) int64
func FileHeaderSaveText(value *FileHeader) (string, error)
func FileHeaderToJson(value *FileHeader, buffer []byte) int64
func FileHeaderToJsonMeasure(value *FileHeader) int64
func HostGroupBlockBegin(b *HostGroupBlock, s *HostGroupBlockStorage, c HostGroupCounts, ...) bool
func HostGroupBlockBytes(b *HostGroupBlock) int64
func HostGroupBlockOpen(block *HostGroupBlock, base unsafe.Pointer, bytes int64) bool
func HostGroupCookFrom(value *HostGroup, buffer []byte, order TableByteOrder) bool
func HostGroupCookMeasure(value *HostGroup) int64
func HostGroupCookMeasureReason(value *HostGroup) (int64, error)
func HostGroupFixedCheckBody(value *HostGroup) bool
func HostGroupFixedClamp(value *HostGroup, report *TableReport)
func HostGroupFixedClampBody(value *HostGroup, clamped *int32)
func HostGroupFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func HostGroupFixedLoad(values []HostGroup, data []byte, plan []TableFixedEntry, report *TableReport) int64
func HostGroupFixedMeasure(count int64) int64
func HostGroupFixedSave(values []HostGroup, buffer []byte) int64
func HostGroupFixedSaveReason(values []HostGroup, buffer []byte) (int64, error)
func HostGroupFixedWriteBody(b []byte, value *HostGroup)
func HostGroupFromJson(value *HostGroup, text []byte, report *TableReport) bool
func HostGroupLoad(value *HostGroup, data []byte, report *TableReport) bool
func HostGroupLoadBody(r *TableReader, value *HostGroup) bool
func HostGroupLoadMessageBody(r *TableMessageReader, value *HostGroup) bool
func HostGroupLoadMessages(values []HostGroup, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func HostGroupMeasure(value *HostGroup) int64
func HostGroupMeasureBody(value *HostGroup, ids *TableIds) int64
func HostGroupMeasureMessages(values []*HostGroup, report *TableReport) int64
func HostGroupMeasureReason(value *HostGroup) (int64, error)
func HostGroupOpen(cook *HostGroupCook, base unsafe.Pointer, length int64) bool
func HostGroupReset(value *HostGroup)
func HostGroupSave(value *HostGroup, buffer []byte) int64
func HostGroupSaveBody(w *TableWriter, value *HostGroup) bool
func HostGroupSaveMessageBody(w *TableMessageWriter, value *HostGroup) bool
func HostGroupSaveMessages(values []*HostGroup, buffer []byte, report *TableReport) int64
func HostGroupSaveText(value *HostGroup) (string, error)
func HostGroupToJson(value *HostGroup, buffer []byte) int64
func HostGroupToJsonMeasure(value *HostGroup) int64
func HostNameBlockBegin(b *HostNameBlock, s *HostNameBlockStorage, c HostNameCounts, ...) bool
func HostNameBlockBytes(b *HostNameBlock) int64
func HostNameBlockOpen(block *HostNameBlock, base unsafe.Pointer, bytes int64) bool
func HostNameCookFrom(value *HostName, buffer []byte, order TableByteOrder) bool
func HostNameCookMeasure(value *HostName) int64
func HostNameCookMeasureReason(value *HostName) (int64, error)
func HostNameFixedCheckBody(value *HostName) bool
func HostNameFixedCheckBodyExact(value *HostName) bool
func HostNameFixedClamp(value *HostName, report *TableReport)
func HostNameFixedClampBody(value *HostName, clamped *int32)
func HostNameFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func HostNameFixedLoad(values []HostName, data []byte, plan []TableFixedEntry, report *TableReport) int64
func HostNameFixedMeasure(count int64) int64
func HostNameFixedSave(values []HostName, buffer []byte) int64
func HostNameFixedSaveReason(values []HostName, buffer []byte) (int64, error)
func HostNameFixedWriteBody(b []byte, value *HostName)
func HostNameFromJson(value *HostName, text []byte, report *TableReport) bool
func HostNameLoad(value *HostName, data []byte, report *TableReport) bool
func HostNameLoadBody(r *TableReader, value *HostName) bool
func HostNameLoadMessageBody(r *TableMessageReader, value *HostName) bool
func HostNameLoadMessages(values []HostName, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func HostNameMeasure(value *HostName) int64
func HostNameMeasureBody(value *HostName, ids *TableIds) int64
func HostNameMeasureMessages(values []*HostName, report *TableReport) int64
func HostNameMeasureReason(value *HostName) (int64, error)
func HostNameOpen(cook *HostNameCook, base unsafe.Pointer, length int64) bool
func HostNameReset(value *HostName)
func HostNameSave(value *HostName, buffer []byte) int64
func HostNameSaveBody(w *TableWriter, value *HostName) bool
func HostNameSaveMessageBody(w *TableMessageWriter, value *HostName) bool
func HostNameSaveMessages(values []*HostName, buffer []byte, report *TableReport) int64
func HostNameSaveText(value *HostName) (string, error)
func HostNameToJson(value *HostName, buffer []byte) int64
func HostNameToJsonMeasure(value *HostName) int64
func HostViewBlockBegin(b *HostViewBlock, s *HostViewBlockStorage, c HostViewCounts, ...) bool
func HostViewBlockBytes(b *HostViewBlock) int64
func HostViewBlockOpen(block *HostViewBlock, base unsafe.Pointer, bytes int64) bool
func HostViewCookFrom(value *HostView, buffer []byte, order TableByteOrder) bool
func HostViewCookMeasure(value *HostView) int64
func HostViewCookMeasureReason(value *HostView) (int64, error)
func HostViewFixedCheckBody(value *HostView) bool
func HostViewFixedCheckBodyExact(value *HostView) bool
func HostViewFixedClamp(value *HostView, report *TableReport)
func HostViewFixedClampBody(value *HostView, clamped *int32)
func HostViewFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func HostViewFixedLoad(values []HostView, data []byte, plan []TableFixedEntry, report *TableReport) int64
func HostViewFixedMeasure(count int64) int64
func HostViewFixedSave(values []HostView, buffer []byte) int64
func HostViewFixedSaveReason(values []HostView, buffer []byte) (int64, error)
func HostViewFixedWriteBody(b []byte, value *HostView)
func HostViewFromJson(value *HostView, text []byte, report *TableReport) bool
func HostViewLoad(value *HostView, data []byte, report *TableReport) bool
func HostViewLoadBody(r *TableReader, value *HostView) bool
func HostViewLoadMessageBody(r *TableMessageReader, value *HostView) bool
func HostViewLoadMessages(values []HostView, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func HostViewMeasure(value *HostView) int64
func HostViewMeasureBody(value *HostView, ids *TableIds) int64
func HostViewMeasureMessages(values []*HostView, report *TableReport) int64
func HostViewMeasureReason(value *HostView) (int64, error)
func HostViewOpen(cook *HostViewCook, base unsafe.Pointer, length int64) bool
func HostViewReset(value *HostView)
func HostViewSave(value *HostView, buffer []byte) int64
func HostViewSaveBody(w *TableWriter, value *HostView) bool
func HostViewSaveMessageBody(w *TableMessageWriter, value *HostView) bool
func HostViewSaveMessages(values []*HostView, buffer []byte, report *TableReport) int64
func HostViewSaveText(value *HostView) (string, error)
func HostViewToJson(value *HostView, buffer []byte) int64
func HostViewToJsonMeasure(value *HostView) int64
func InventoryBlockBegin(b *InventoryBlock, s *InventoryBlockStorage, c InventoryCounts, ...) bool
func InventoryBlockBytes(b *InventoryBlock) int64
func InventoryBlockOpen(block *InventoryBlock, base unsafe.Pointer, bytes int64) bool
func InventoryCookFrom(value *Inventory, buffer []byte, order TableByteOrder) bool
func InventoryCookMeasure(value *Inventory) int64
func InventoryCookMeasureReason(value *Inventory) (int64, error)
func InventoryFixedCheckBody(value *Inventory) bool
func InventoryFixedCheckBodyExact(value *Inventory) bool
func InventoryFixedClamp(value *Inventory, report *TableReport)
func InventoryFixedClampBody(value *Inventory, clamped *int32)
func InventoryFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func InventoryFixedLoad(values []Inventory, data []byte, plan []TableFixedEntry, report *TableReport) int64
func InventoryFixedMeasure(count int64) int64
func InventoryFixedSave(values []Inventory, buffer []byte) int64
func InventoryFixedSaveReason(values []Inventory, buffer []byte) (int64, error)
func InventoryFixedWriteBody(b []byte, value *Inventory)
func InventoryFromJson(value *Inventory, text []byte, report *TableReport) bool
func InventoryLoad(value *Inventory, data []byte, report *TableReport) bool
func InventoryLoadBody(r *TableReader, value *Inventory) bool
func InventoryLoadMessageBody(r *TableMessageReader, value *Inventory) bool
func InventoryLoadMessages(values []Inventory, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func InventoryLoopBlockBegin(b *InventoryLoopBlock, s *InventoryLoopBlockStorage, c InventoryLoopCounts, ...) bool
func InventoryLoopBlockBytes(b *InventoryLoopBlock) int64
func InventoryLoopBlockOpen(block *InventoryLoopBlock, base unsafe.Pointer, bytes int64) bool
func InventoryLoopCookFrom(value *InventoryLoop, buffer []byte, order TableByteOrder) bool
func InventoryLoopCookMeasure(value *InventoryLoop) int64
func InventoryLoopCookMeasureReason(value *InventoryLoop) (int64, error)
func InventoryLoopFixedCheckBody(value *InventoryLoop) bool
func InventoryLoopFixedCheckBodyExact(value *InventoryLoop) bool
func InventoryLoopFixedClamp(value *InventoryLoop, report *TableReport)
func InventoryLoopFixedClampBody(value *InventoryLoop, clamped *int32)
func InventoryLoopFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func InventoryLoopFixedLoad(values []InventoryLoop, data []byte, plan []TableFixedEntry, ...) int64
func InventoryLoopFixedMeasure(count int64) int64
func InventoryLoopFixedSave(values []InventoryLoop, buffer []byte) int64
func InventoryLoopFixedSaveReason(values []InventoryLoop, buffer []byte) (int64, error)
func InventoryLoopFixedWriteBody(b []byte, value *InventoryLoop)
func InventoryLoopFromJson(value *InventoryLoop, text []byte, report *TableReport) bool
func InventoryLoopLoad(value *InventoryLoop, data []byte, report *TableReport) bool
func InventoryLoopLoadBody(r *TableReader, value *InventoryLoop) bool
func InventoryLoopLoadMessageBody(r *TableMessageReader, value *InventoryLoop) bool
func InventoryLoopLoadMessages(values []InventoryLoop, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func InventoryLoopMeasure(value *InventoryLoop) int64
func InventoryLoopMeasureBody(value *InventoryLoop, ids *TableIds) int64
func InventoryLoopMeasureMessages(values []*InventoryLoop, report *TableReport) int64
func InventoryLoopMeasureReason(value *InventoryLoop) (int64, error)
func InventoryLoopOpen(cook *InventoryLoopCook, base unsafe.Pointer, length int64) bool
func InventoryLoopReset(value *InventoryLoop)
func InventoryLoopSave(value *InventoryLoop, buffer []byte) int64
func InventoryLoopSaveBody(w *TableWriter, value *InventoryLoop) bool
func InventoryLoopSaveMessageBody(w *TableMessageWriter, value *InventoryLoop) bool
func InventoryLoopSaveMessages(values []*InventoryLoop, buffer []byte, report *TableReport) int64
func InventoryLoopSaveText(value *InventoryLoop) (string, error)
func InventoryLoopToJson(value *InventoryLoop, buffer []byte) int64
func InventoryLoopToJsonMeasure(value *InventoryLoop) int64
func InventoryMeasure(value *Inventory) int64
func InventoryMeasureBody(value *Inventory, ids *TableIds) int64
func InventoryMeasureMessages(values []*Inventory, report *TableReport) int64
func InventoryMeasureReason(value *Inventory) (int64, error)
func InventoryOpen(cook *InventoryCook, base unsafe.Pointer, length int64) bool
func InventoryReset(value *Inventory)
func InventorySave(value *Inventory, buffer []byte) int64
func InventorySaveBody(w *TableWriter, value *Inventory) bool
func InventorySaveMessageBody(w *TableMessageWriter, value *Inventory) bool
func InventorySaveMessages(values []*Inventory, buffer []byte, report *TableReport) int64
func InventorySaveText(value *Inventory) (string, error)
func InventoryToJson(value *Inventory, buffer []byte) int64
func InventoryToJsonMeasure(value *Inventory) int64
func KindRevBlockBegin(b *KindRevBlock, s *KindRevBlockStorage, c KindRevCounts, ...) bool
func KindRevBlockBytes(b *KindRevBlock) int64
func KindRevBlockOpen(block *KindRevBlock, base unsafe.Pointer, bytes int64) bool
func KindRevCookFrom(value *KindRev, buffer []byte, order TableByteOrder) bool
func KindRevCookMeasure(value *KindRev) int64
func KindRevCookMeasureReason(value *KindRev) (int64, error)
func KindRevFixedCheckBody(value *KindRev) bool
func KindRevFixedClamp(value *KindRev, report *TableReport)
func KindRevFixedClampBody(value *KindRev, clamped *int32)
func KindRevFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func KindRevFixedLoad(values []KindRev, data []byte, plan []TableFixedEntry, report *TableReport) int64
func KindRevFixedMeasure(count int64) int64
func KindRevFixedSave(values []KindRev, buffer []byte) int64
func KindRevFixedSaveReason(values []KindRev, buffer []byte) (int64, error)
func KindRevFixedWriteBody(b []byte, value *KindRev)
func KindRevFromJson(value *KindRev, text []byte, report *TableReport) bool
func KindRevLoad(value *KindRev, data []byte, report *TableReport) bool
func KindRevLoadBody(r *TableReader, value *KindRev) bool
func KindRevLoadMessageBody(r *TableMessageReader, value *KindRev) bool
func KindRevLoadMessages(values []KindRev, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func KindRevMeasure(value *KindRev) int64
func KindRevMeasureBody(value *KindRev, ids *TableIds) int64
func KindRevMeasureMessages(values []*KindRev, report *TableReport) int64
func KindRevMeasureReason(value *KindRev) (int64, error)
func KindRevOpen(cook *KindRevCook, base unsafe.Pointer, length int64) bool
func KindRevReset(value *KindRev)
func KindRevSave(value *KindRev, buffer []byte) int64
func KindRevSaveBody(w *TableWriter, value *KindRev) bool
func KindRevSaveMessageBody(w *TableMessageWriter, value *KindRev) bool
func KindRevSaveMessages(values []*KindRev, buffer []byte, report *TableReport) int64
func KindRevSaveText(value *KindRev) (string, error)
func KindRevToJson(value *KindRev, buffer []byte) int64
func KindRevToJsonMeasure(value *KindRev) int64
func MachineBeatBlockBegin(b *MachineBeatBlock, s *MachineBeatBlockStorage, c MachineBeatCounts, ...) bool
func MachineBeatBlockBytes(b *MachineBeatBlock) int64
func MachineBeatBlockOpen(block *MachineBeatBlock, base unsafe.Pointer, bytes int64) bool
func MachineBeatCookFrom(value *MachineBeat, buffer []byte, order TableByteOrder) bool
func MachineBeatCookMeasure(value *MachineBeat) int64
func MachineBeatCookMeasureReason(value *MachineBeat) (int64, error)
func MachineBeatFixedCheckBody(value *MachineBeat) bool
func MachineBeatFixedCheckBodyExact(value *MachineBeat) bool
func MachineBeatFixedClamp(value *MachineBeat, report *TableReport)
func MachineBeatFixedClampBody(value *MachineBeat, clamped *int32)
func MachineBeatFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func MachineBeatFixedLoad(values []MachineBeat, data []byte, plan []TableFixedEntry, report *TableReport) int64
func MachineBeatFixedMeasure(count int64) int64
func MachineBeatFixedSave(values []MachineBeat, buffer []byte) int64
func MachineBeatFixedSaveReason(values []MachineBeat, buffer []byte) (int64, error)
func MachineBeatFixedWriteBody(b []byte, value *MachineBeat)
func MachineBeatFromJson(value *MachineBeat, text []byte, report *TableReport) bool
func MachineBeatLoad(value *MachineBeat, data []byte, report *TableReport) bool
func MachineBeatLoadBody(r *TableReader, value *MachineBeat) bool
func MachineBeatLoadMessageBody(r *TableMessageReader, value *MachineBeat) bool
func MachineBeatLoadMessages(values []MachineBeat, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func MachineBeatMeasure(value *MachineBeat) int64
func MachineBeatMeasureBody(value *MachineBeat, ids *TableIds) int64
func MachineBeatMeasureMessages(values []*MachineBeat, report *TableReport) int64
func MachineBeatMeasureReason(value *MachineBeat) (int64, error)
func MachineBeatOpen(cook *MachineBeatCook, base unsafe.Pointer, length int64) bool
func MachineBeatReset(value *MachineBeat)
func MachineBeatSave(value *MachineBeat, buffer []byte) int64
func MachineBeatSaveBody(w *TableWriter, value *MachineBeat) bool
func MachineBeatSaveMessageBody(w *TableMessageWriter, value *MachineBeat) bool
func MachineBeatSaveMessages(values []*MachineBeat, buffer []byte, report *TableReport) int64
func MachineBeatSaveText(value *MachineBeat) (string, error)
func MachineBeatToJson(value *MachineBeat, buffer []byte) int64
func MachineBeatToJsonMeasure(value *MachineBeat) int64
func MachineViewBlockBegin(b *MachineViewBlock, s *MachineViewBlockStorage, c MachineViewCounts, ...) bool
func MachineViewBlockBytes(b *MachineViewBlock) int64
func MachineViewBlockOpen(block *MachineViewBlock, base unsafe.Pointer, bytes int64) bool
func MachineViewCookFrom(value *MachineView, buffer []byte, order TableByteOrder) bool
func MachineViewCookMeasure(value *MachineView) int64
func MachineViewCookMeasureReason(value *MachineView) (int64, error)
func MachineViewFixedCheckBody(value *MachineView) bool
func MachineViewFixedCheckBodyExact(value *MachineView) bool
func MachineViewFixedClamp(value *MachineView, report *TableReport)
func MachineViewFixedClampBody(value *MachineView, clamped *int32)
func MachineViewFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func MachineViewFixedLoad(values []MachineView, data []byte, plan []TableFixedEntry, report *TableReport) int64
func MachineViewFixedMeasure(count int64) int64
func MachineViewFixedSave(values []MachineView, buffer []byte) int64
func MachineViewFixedSaveReason(values []MachineView, buffer []byte) (int64, error)
func MachineViewFixedWriteBody(b []byte, value *MachineView)
func MachineViewFromJson(value *MachineView, text []byte, report *TableReport) bool
func MachineViewLoad(value *MachineView, data []byte, report *TableReport) bool
func MachineViewLoadBody(r *TableReader, value *MachineView) bool
func MachineViewLoadMessageBody(r *TableMessageReader, value *MachineView) bool
func MachineViewLoadMessages(values []MachineView, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func MachineViewMeasure(value *MachineView) int64
func MachineViewMeasureBody(value *MachineView, ids *TableIds) int64
func MachineViewMeasureMessages(values []*MachineView, report *TableReport) int64
func MachineViewMeasureReason(value *MachineView) (int64, error)
func MachineViewOpen(cook *MachineViewCook, base unsafe.Pointer, length int64) bool
func MachineViewReset(value *MachineView)
func MachineViewSave(value *MachineView, buffer []byte) int64
func MachineViewSaveBody(w *TableWriter, value *MachineView) bool
func MachineViewSaveMessageBody(w *TableMessageWriter, value *MachineView) bool
func MachineViewSaveMessages(values []*MachineView, buffer []byte, report *TableReport) int64
func MachineViewSaveText(value *MachineView) (string, error)
func MachineViewToJson(value *MachineView, buffer []byte) int64
func MachineViewToJsonMeasure(value *MachineView) int64
func MemberBeatBlockBegin(b *MemberBeatBlock, s *MemberBeatBlockStorage, c MemberBeatCounts, ...) bool
func MemberBeatBlockBytes(b *MemberBeatBlock) int64
func MemberBeatBlockOpen(block *MemberBeatBlock, base unsafe.Pointer, bytes int64) bool
func MemberBeatCookFrom(value *MemberBeat, buffer []byte, order TableByteOrder) bool
func MemberBeatCookMeasure(value *MemberBeat) int64
func MemberBeatCookMeasureReason(value *MemberBeat) (int64, error)
func MemberBeatFixedCheckBody(value *MemberBeat) bool
func MemberBeatFixedClamp(value *MemberBeat, report *TableReport)
func MemberBeatFixedClampBody(value *MemberBeat, clamped *int32)
func MemberBeatFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func MemberBeatFixedLoad(values []MemberBeat, data []byte, plan []TableFixedEntry, report *TableReport) int64
func MemberBeatFixedMeasure(count int64) int64
func MemberBeatFixedSave(values []MemberBeat, buffer []byte) int64
func MemberBeatFixedSaveReason(values []MemberBeat, buffer []byte) (int64, error)
func MemberBeatFixedWriteBody(b []byte, value *MemberBeat)
func MemberBeatFromJson(value *MemberBeat, text []byte, report *TableReport) bool
func MemberBeatLoad(value *MemberBeat, data []byte, report *TableReport) bool
func MemberBeatLoadBody(r *TableReader, value *MemberBeat) bool
func MemberBeatLoadMessageBody(r *TableMessageReader, value *MemberBeat) bool
func MemberBeatLoadMessages(values []MemberBeat, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func MemberBeatMeasure(value *MemberBeat) int64
func MemberBeatMeasureBody(value *MemberBeat, ids *TableIds) int64
func MemberBeatMeasureMessages(values []*MemberBeat, report *TableReport) int64
func MemberBeatMeasureReason(value *MemberBeat) (int64, error)
func MemberBeatOpen(cook *MemberBeatCook, base unsafe.Pointer, length int64) bool
func MemberBeatReset(value *MemberBeat)
func MemberBeatSave(value *MemberBeat, buffer []byte) int64
func MemberBeatSaveBody(w *TableWriter, value *MemberBeat) bool
func MemberBeatSaveMessageBody(w *TableMessageWriter, value *MemberBeat) bool
func MemberBeatSaveMessages(values []*MemberBeat, buffer []byte, report *TableReport) int64
func MemberBeatSaveText(value *MemberBeat) (string, error)
func MemberBeatToJson(value *MemberBeat, buffer []byte) int64
func MemberBeatToJsonMeasure(value *MemberBeat) int64
func RowFieldsBlockBegin(b *RowFieldsBlock, s *RowFieldsBlockStorage, c RowFieldsCounts, ...) bool
func RowFieldsBlockBytes(b *RowFieldsBlock) int64
func RowFieldsBlockOpen(block *RowFieldsBlock, base unsafe.Pointer, bytes int64) bool
func RowFieldsCookFrom(value *RowFields, buffer []byte, order TableByteOrder) bool
func RowFieldsCookMeasure(value *RowFields) int64
func RowFieldsCookMeasureReason(value *RowFields) (int64, error)
func RowFieldsFixedCheckBody(value *RowFields) bool
func RowFieldsFixedCheckBodyExact(value *RowFields) bool
func RowFieldsFixedClamp(value *RowFields, report *TableReport)
func RowFieldsFixedClampBody(value *RowFields, clamped *int32)
func RowFieldsFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int
func RowFieldsFixedLoad(values []RowFields, data []byte, plan []TableFixedEntry, report *TableReport) int64
func RowFieldsFixedMeasure(count int64) int64
func RowFieldsFixedSave(values []RowFields, buffer []byte) int64
func RowFieldsFixedSaveReason(values []RowFields, buffer []byte) (int64, error)
func RowFieldsFixedWriteBody(b []byte, value *RowFields)
func RowFieldsFromJson(value *RowFields, text []byte, report *TableReport) bool
func RowFieldsLoad(value *RowFields, data []byte, report *TableReport) bool
func RowFieldsLoadBody(r *TableReader, value *RowFields) bool
func RowFieldsLoadMessageBody(r *TableMessageReader, value *RowFields) bool
func RowFieldsLoadMessages(values []RowFields, vocabulary *TableVocabulary, data []byte, ...) (int64, bool)
func RowFieldsMeasure(value *RowFields) int64
func RowFieldsMeasureBody(value *RowFields, ids *TableIds) int64
func RowFieldsMeasureMessages(values []*RowFields, report *TableReport) int64
func RowFieldsMeasureReason(value *RowFields) (int64, error)
func RowFieldsOpen(cook *RowFieldsCook, base unsafe.Pointer, length int64) bool
func RowFieldsReset(value *RowFields)
func RowFieldsSave(value *RowFields, buffer []byte) int64
func RowFieldsSaveBody(w *TableWriter, value *RowFields) bool
func RowFieldsSaveMessageBody(w *TableMessageWriter, value *RowFields) bool
func RowFieldsSaveMessages(values []*RowFields, buffer []byte, report *TableReport) int64
func RowFieldsSaveText(value *RowFields) (string, error)
func RowFieldsToJson(value *RowFields, buffer []byte) int64
func RowFieldsToJsonMeasure(value *RowFields) int64
type BenchBeat
- func BenchBeatLoadText(text string, report *TableReport) (*BenchBeat, error)
- func BenchBeatReadStrict(wire []byte) (*BenchBeat, error)
type BenchBeatBlock
- func (block *BenchBeatBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *BenchBeatBlock) Type() *TableBlockInfo
type BenchBeatBlockProjection
type BenchBeatBlockStorage
- func (s *BenchBeatBlockStorage) Create(a TableBlockAllocator) bool
- func (s *BenchBeatBlockStorage) Destroy()
type BenchBeatCook
- func (cook *BenchBeatCook) Open(base unsafe.Pointer, length int64) error
- func (c BenchBeatCook) RegionAlignment() int64
- func (c BenchBeatCook) Root() *BenchBeatRow
- func (c BenchBeatCook) RootAlign() int64
- func (c BenchBeatCook) RootSize() int64
- func (c BenchBeatCook) Type() *TableCookInfo
type BenchBeatCounts
type BenchBeatRow
- func BenchBeatAt(slot *int64) *BenchBeatRow
type CanonicalWord
- func CanonicalWordLoadText(text string, report *TableReport) (*CanonicalWord, error)
- func CanonicalWordReadStrict(wire []byte) (*CanonicalWord, error)
type CanonicalWordBlock
- func (block *CanonicalWordBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *CanonicalWordBlock) Type() *TableBlockInfo
type CanonicalWordBlockProjection
type CanonicalWordBlockStorage
- func (s *CanonicalWordBlockStorage) Create(a TableBlockAllocator) bool
- func (s *CanonicalWordBlockStorage) Destroy()
type CanonicalWordCook
- func (cook *CanonicalWordCook) Open(base unsafe.Pointer, length int64) error
- func (c CanonicalWordCook) RegionAlignment() int64
- func (c CanonicalWordCook) Root() *CanonicalWordRow
- func (c CanonicalWordCook) RootAlign() int64
- func (c CanonicalWordCook) RootSize() int64
- func (c CanonicalWordCook) Type() *TableCookInfo
type CanonicalWordCounts
type CanonicalWordRow
- func CanonicalWordAt(slot *int64) *CanonicalWordRow
type ChangeOp
- func (value ChangeOp) TableEnumId() (uint64, bool)
- func (value *ChangeOp) TableEnumValue(id uint64) bool
type ConfigChange
- func ConfigChangeLoadText(text string, report *TableReport) (*ConfigChange, error)
- func ConfigChangeReadStrict(wire []byte) (*ConfigChange, error)
type ConfigChangeBlock
- func (block *ConfigChangeBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *ConfigChangeBlock) Type() *TableBlockInfo
type ConfigChangeBlockProjection
type ConfigChangeBlockStorage
- func (s *ConfigChangeBlockStorage) Create(a TableBlockAllocator) bool
- func (s *ConfigChangeBlockStorage) Destroy()
type ConfigChangeCook
- func (cook *ConfigChangeCook) Open(base unsafe.Pointer, length int64) error
- func (c ConfigChangeCook) RegionAlignment() int64
- func (c ConfigChangeCook) Root() *ConfigChangeRow
- func (c ConfigChangeCook) RootAlign() int64
- func (c ConfigChangeCook) RootSize() int64
- func (c ConfigChangeCook) Type() *TableCookInfo
type ConfigChangeCounts
type ConfigChangeRow
- func ConfigChangeAt(slot *int64) *ConfigChangeRow
type ConfigKind
- func (value ConfigKind) TableEnumId() (uint64, bool)
- func (value *ConfigKind) TableEnumValue(id uint64) bool
type ConfigRow
- func ConfigRowLoadText(text string, report *TableReport) (*ConfigRow, error)
- func ConfigRowReadStrict(wire []byte) (*ConfigRow, error)
type ConfigRowBlock
- func (block *ConfigRowBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *ConfigRowBlock) Type() *TableBlockInfo
type ConfigRowBlockProjection
type ConfigRowBlockStorage
- func (s *ConfigRowBlockStorage) Create(a TableBlockAllocator) bool
- func (s *ConfigRowBlockStorage) Destroy()
type ConfigRowCook
- func (cook *ConfigRowCook) Open(base unsafe.Pointer, length int64) error
- func (c ConfigRowCook) RegionAlignment() int64
- func (c ConfigRowCook) Root() *ConfigRowRow
- func (c ConfigRowCook) RootAlign() int64
- func (c ConfigRowCook) RootSize() int64
- func (c ConfigRowCook) Type() *TableCookInfo
type ConfigRowCounts
type ConfigRowRow
- func ConfigRowAt(slot *int64) *ConfigRowRow
type EnvName
- func EnvNameLoadText(text string, report *TableReport) (*EnvName, error)
- func EnvNameReadStrict(wire []byte) (*EnvName, error)
type EnvNameBlock
- func (block *EnvNameBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *EnvNameBlock) Type() *TableBlockInfo
type EnvNameBlockProjection
type EnvNameBlockStorage
- func (s *EnvNameBlockStorage) Create(a TableBlockAllocator) bool
- func (s *EnvNameBlockStorage) Destroy()
type EnvNameCook
- func (cook *EnvNameCook) Open(base unsafe.Pointer, length int64) error
- func (c EnvNameCook) RegionAlignment() int64
- func (c EnvNameCook) Root() *EnvNameRow
- func (c EnvNameCook) RootAlign() int64
- func (c EnvNameCook) RootSize() int64
- func (c EnvNameCook) Type() *TableCookInfo
type EnvNameCounts
type EnvNameRow
- func EnvNameAt(slot *int64) *EnvNameRow
type FieldPair
- func FieldPairLoadText(text string, report *TableReport) (*FieldPair, error)
- func FieldPairReadStrict(wire []byte) (*FieldPair, error)
type FieldPairBlock
- func (block *FieldPairBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *FieldPairBlock) Type() *TableBlockInfo
type FieldPairBlockProjection
type FieldPairBlockStorage
- func (s *FieldPairBlockStorage) Create(a TableBlockAllocator) bool
- func (s *FieldPairBlockStorage) Destroy()
type FieldPairCook
- func (cook *FieldPairCook) Open(base unsafe.Pointer, length int64) error
- func (c FieldPairCook) RegionAlignment() int64
- func (c FieldPairCook) Root() *FieldPairRow
- func (c FieldPairCook) RootAlign() int64
- func (c FieldPairCook) RootSize() int64
- func (c FieldPairCook) Type() *TableCookInfo
type FieldPairCounts
type FieldPairRow
- func FieldPairAt(slot *int64) *FieldPairRow
type FieldType
- func (value FieldType) TableEnumId() (uint64, bool)
- func (value *FieldType) TableEnumValue(id uint64) bool
type FileHeader
- func FileHeaderLoadText(text string, report *TableReport) (*FileHeader, error)
- func FileHeaderReadStrict(wire []byte) (*FileHeader, error)
type FileHeaderBlock
- func (block *FileHeaderBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *FileHeaderBlock) Type() *TableBlockInfo
type FileHeaderBlockProjection
type FileHeaderBlockStorage
- func (s *FileHeaderBlockStorage) Create(a TableBlockAllocator) bool
- func (s *FileHeaderBlockStorage) Destroy()
type FileHeaderCook
- func (cook *FileHeaderCook) Open(base unsafe.Pointer, length int64) error
- func (c FileHeaderCook) RegionAlignment() int64
- func (c FileHeaderCook) Root() *FileHeaderRow
- func (c FileHeaderCook) RootAlign() int64
- func (c FileHeaderCook) RootSize() int64
- func (c FileHeaderCook) Type() *TableCookInfo
type FileHeaderCounts
type FileHeaderRow
- func FileHeaderAt(slot *int64) *FileHeaderRow
type HostGroup
- func HostGroupLoadText(text string, report *TableReport) (*HostGroup, error)
- func HostGroupReadStrict(wire []byte) (*HostGroup, error)
type HostGroupBlock
- func (b *HostGroupBlock) Hosts() TableBlockRows[HostNameRow]
- func (b *HostGroupBlock) HostsMax() int64
- func (b *HostGroupBlock) HostsProjectionOffset() int64
- func (b *HostGroupBlock) HostsSpan() []HostNameRow
- func (b *HostGroupBlock) HostsStride() int64
- func (block *HostGroupBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *HostGroupBlock) Type() *TableBlockInfo
type HostGroupBlockProjection
type HostGroupBlockStorage
- func (s *HostGroupBlockStorage) Create(a TableBlockAllocator) bool
- func (s *HostGroupBlockStorage) Destroy()
type HostGroupCook
- func (cook *HostGroupCook) Open(base unsafe.Pointer, length int64) error
- func (c HostGroupCook) RegionAlignment() int64
- func (c HostGroupCook) Root() *HostGroupRow
- func (c HostGroupCook) RootAlign() int64
- func (c HostGroupCook) RootSize() int64
- func (c HostGroupCook) Type() *TableCookInfo
type HostGroupCounts
type HostGroupRow
- func HostGroupAt(slot *int64) *HostGroupRow
type HostName
- func HostNameLoadText(text string, report *TableReport) (*HostName, error)
- func HostNameReadStrict(wire []byte) (*HostName, error)
type HostNameBlock
- func (block *HostNameBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *HostNameBlock) Type() *TableBlockInfo
type HostNameBlockProjection
type HostNameBlockStorage
- func (s *HostNameBlockStorage) Create(a TableBlockAllocator) bool
- func (s *HostNameBlockStorage) Destroy()
type HostNameCook
- func (cook *HostNameCook) Open(base unsafe.Pointer, length int64) error
- func (c HostNameCook) RegionAlignment() int64
- func (c HostNameCook) Root() *HostNameRow
- func (c HostNameCook) RootAlign() int64
- func (c HostNameCook) RootSize() int64
- func (c HostNameCook) Type() *TableCookInfo
type HostNameCounts
type HostNameRow
- func HostNameAt(slot *int64) *HostNameRow
type HostView
- func HostViewLoadText(text string, report *TableReport) (*HostView, error)
- func HostViewReadStrict(wire []byte) (*HostView, error)
type HostViewBlock
- func (block *HostViewBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *HostViewBlock) Type() *TableBlockInfo
type HostViewBlockProjection
type HostViewBlockStorage
- func (s *HostViewBlockStorage) Create(a TableBlockAllocator) bool
- func (s *HostViewBlockStorage) Destroy()
type HostViewCook
- func (cook *HostViewCook) Open(base unsafe.Pointer, length int64) error
- func (c HostViewCook) RegionAlignment() int64
- func (c HostViewCook) Root() *HostViewRow
- func (c HostViewCook) RootAlign() int64
- func (c HostViewCook) RootSize() int64
- func (c HostViewCook) Type() *TableCookInfo
type HostViewCounts
type HostViewRow
- func HostViewAt(slot *int64) *HostViewRow
type Inventory
- func InventoryLoadText(text string, report *TableReport) (*Inventory, error)
- func InventoryReadStrict(wire []byte) (*Inventory, error)
type InventoryBlock
- func (block *InventoryBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *InventoryBlock) Revs() TableBlockRows[KindRevRow]
- func (b *InventoryBlock) RevsMax() int64
- func (b *InventoryBlock) RevsProjectionOffset() int64
- func (b *InventoryBlock) RevsSpan() []KindRevRow
- func (b *InventoryBlock) RevsStride() int64
- func (b *InventoryBlock) Type() *TableBlockInfo
type InventoryBlockProjection
type InventoryBlockStorage
- func (s *InventoryBlockStorage) Create(a TableBlockAllocator) bool
- func (s *InventoryBlockStorage) Destroy()
type InventoryCook
- func (cook *InventoryCook) Open(base unsafe.Pointer, length int64) error
- func (c InventoryCook) RegionAlignment() int64
- func (c InventoryCook) Root() *InventoryRow
- func (c InventoryCook) RootAlign() int64
- func (c InventoryCook) RootSize() int64
- func (c InventoryCook) Type() *TableCookInfo
type InventoryCounts
type InventoryLoop
- func InventoryLoopLoadText(text string, report *TableReport) (*InventoryLoop, error)
- func InventoryLoopReadStrict(wire []byte) (*InventoryLoop, error)
type InventoryLoopBlock
- func (b *InventoryLoopBlock) Keys() TableBlockRows[EnvNameRow]
- func (b *InventoryLoopBlock) KeysMax() int64
- func (b *InventoryLoopBlock) KeysProjectionOffset() int64
- func (b *InventoryLoopBlock) KeysSpan() []EnvNameRow
- func (b *InventoryLoopBlock) KeysStride() int64
- func (block *InventoryLoopBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *InventoryLoopBlock) Type() *TableBlockInfo
type InventoryLoopBlockProjection
type InventoryLoopBlockStorage
- func (s *InventoryLoopBlockStorage) Create(a TableBlockAllocator) bool
- func (s *InventoryLoopBlockStorage) Destroy()
type InventoryLoopCook
- func (cook *InventoryLoopCook) Open(base unsafe.Pointer, length int64) error
- func (c InventoryLoopCook) RegionAlignment() int64
- func (c InventoryLoopCook) Root() *InventoryLoopRow
- func (c InventoryLoopCook) RootAlign() int64
- func (c InventoryLoopCook) RootSize() int64
- func (c InventoryLoopCook) Type() *TableCookInfo
type InventoryLoopCounts
type InventoryLoopRow
- func InventoryLoopAt(slot *int64) *InventoryLoopRow
type InventoryRow
- func InventoryAt(slot *int64) *InventoryRow
type KindRev
- func KindRevLoadText(text string, report *TableReport) (*KindRev, error)
- func KindRevReadStrict(wire []byte) (*KindRev, error)
type KindRevBlock
- func (block *KindRevBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *KindRevBlock) Type() *TableBlockInfo
type KindRevBlockProjection
type KindRevBlockStorage
- func (s *KindRevBlockStorage) Create(a TableBlockAllocator) bool
- func (s *KindRevBlockStorage) Destroy()
type KindRevCook
- func (cook *KindRevCook) Open(base unsafe.Pointer, length int64) error
- func (c KindRevCook) RegionAlignment() int64
- func (c KindRevCook) Root() *KindRevRow
- func (c KindRevCook) RootAlign() int64
- func (c KindRevCook) RootSize() int64
- func (c KindRevCook) Type() *TableCookInfo
type KindRevCounts
type KindRevRow
- func KindRevAt(slot *int64) *KindRevRow
type MachineBeat
- func MachineBeatLoadText(text string, report *TableReport) (*MachineBeat, error)
- func MachineBeatReadStrict(wire []byte) (*MachineBeat, error)
type MachineBeatBlock
- func (block *MachineBeatBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *MachineBeatBlock) Type() *TableBlockInfo
type MachineBeatBlockProjection
type MachineBeatBlockStorage
- func (s *MachineBeatBlockStorage) Create(a TableBlockAllocator) bool
- func (s *MachineBeatBlockStorage) Destroy()
type MachineBeatCook
- func (cook *MachineBeatCook) Open(base unsafe.Pointer, length int64) error
- func (c MachineBeatCook) RegionAlignment() int64
- func (c MachineBeatCook) Root() *MachineBeatRow
- func (c MachineBeatCook) RootAlign() int64
- func (c MachineBeatCook) RootSize() int64
- func (c MachineBeatCook) Type() *TableCookInfo
type MachineBeatCounts
type MachineBeatRow
- func MachineBeatAt(slot *int64) *MachineBeatRow
type MachineView
- func MachineViewLoadText(text string, report *TableReport) (*MachineView, error)
- func MachineViewReadStrict(wire []byte) (*MachineView, error)
type MachineViewBlock
- func (block *MachineViewBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *MachineViewBlock) Type() *TableBlockInfo
type MachineViewBlockProjection
type MachineViewBlockStorage
- func (s *MachineViewBlockStorage) Create(a TableBlockAllocator) bool
- func (s *MachineViewBlockStorage) Destroy()
type MachineViewCook
- func (cook *MachineViewCook) Open(base unsafe.Pointer, length int64) error
- func (c MachineViewCook) RegionAlignment() int64
- func (c MachineViewCook) Root() *MachineViewRow
- func (c MachineViewCook) RootAlign() int64
- func (c MachineViewCook) RootSize() int64
- func (c MachineViewCook) Type() *TableCookInfo
type MachineViewCounts
type MachineViewRow
- func MachineViewAt(slot *int64) *MachineViewRow
type MemberBeat
- func MemberBeatLoadText(text string, report *TableReport) (*MemberBeat, error)
- func MemberBeatReadStrict(wire []byte) (*MemberBeat, error)
type MemberBeatBlock
- func (block *MemberBeatBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *MemberBeatBlock) Type() *TableBlockInfo
type MemberBeatBlockProjection
type MemberBeatBlockStorage
- func (s *MemberBeatBlockStorage) Create(a TableBlockAllocator) bool
- func (s *MemberBeatBlockStorage) Destroy()
type MemberBeatCook
- func (cook *MemberBeatCook) Open(base unsafe.Pointer, length int64) error
- func (c MemberBeatCook) RegionAlignment() int64
- func (c MemberBeatCook) Root() *MemberBeatRow
- func (c MemberBeatCook) RootAlign() int64
- func (c MemberBeatCook) RootSize() int64
- func (c MemberBeatCook) Type() *TableCookInfo
type MemberBeatCounts
type MemberBeatRow
- func MemberBeatAt(slot *int64) *MemberBeatRow
type RowFields
- func RowFieldsLoadText(text string, report *TableReport) (*RowFields, error)
- func RowFieldsReadStrict(wire []byte) (*RowFields, error)
type RowFieldsBlock
- func (block *RowFieldsBlock) Open(base unsafe.Pointer, bytes int64) error
- func (b *RowFieldsBlock) Pairs() TableBlockRows[FieldPairRow]
- func (b *RowFieldsBlock) PairsMax() int64
- func (b *RowFieldsBlock) PairsProjectionOffset() int64
- func (b *RowFieldsBlock) PairsSpan() []FieldPairRow
- func (b *RowFieldsBlock) PairsStride() int64
- func (b *RowFieldsBlock) Type() *TableBlockInfo
type RowFieldsBlockProjection
type RowFieldsBlockStorage
- func (s *RowFieldsBlockStorage) Create(a TableBlockAllocator) bool
- func (s *RowFieldsBlockStorage) Destroy()
type RowFieldsCook
- func (cook *RowFieldsCook) Open(base unsafe.Pointer, length int64) error
- func (c RowFieldsCook) RegionAlignment() int64
- func (c RowFieldsCook) Root() *RowFieldsRow
- func (c RowFieldsCook) RootAlign() int64
- func (c RowFieldsCook) RootSize() int64
- func (c RowFieldsCook) Type() *TableCookInfo
type RowFieldsCounts
type RowFieldsRow
- func RowFieldsAt(slot *int64) *RowFieldsRow
type TableBitReader
- func (r *TableBitReader) Align() bool
- func (r *TableBitReader) Get(n int64) (uint64, bool)
- func (r *TableBitReader) Skip(n int64) bool
type TableBitWriter
- func (w *TableBitWriter) Align()
- func (w *TableBitWriter) Put(value uint64, n int64)
- func (w *TableBitWriter) Raw(data []byte)
type TableBlockAllocator
- func TableBlockDefaultAllocator() TableBlockAllocator
type TableBlockFieldInfo
type TableBlockInfo
type TableBlockRefusal
type TableBlockRows
- func (r TableBlockRows[T]) At(i int32) *T
- func (r TableBlockRows[T]) Len() int32
type TableBlockTriple
type TableBuildVersionMismatch
- func (m TableBuildVersionMismatch) Error() string
type TableByteOrder
type TableCookFieldInfo
type TableCookInfo
type TableCookStorage
type TableFieldInfo
type TableFixedDst
type TableFixedEntry
type TableFixedGuardLink
type TableFixedKnownLayout
type TableIds
- func (ids *TableIds) Ref(id uint64) uint64
- func (ids *TableIds) RefAt(ordinal int, id uint64) uint64
- func (ids *TableIds) Truncate(mark int)
type TableMessageEntry
type TableMessageReader
type TableMessageShape
type TableMessageWriter
type TableMissingRequired
- func (m TableMissingRequired) Error() string
type TableOpenVerdict
type TableReader
- func (r *TableReader) Body() (TableReader, bool)
- func (r TableReader) EndsEarly() bool
- func (r *TableReader) Get8() uint8
- func (r *TableReader) Get16() uint16
- func (r *TableReader) Get32() uint32
- func (r *TableReader) Get64() uint64
- func (r *TableReader) Has(n int64) bool
- func (r *TableReader) Leb() (uint64, bool)
- func (r *TableReader) Resolve(ref uint64) (uint64, bool)
- func (r *TableReader) Room(n uint64) bool
- func (r *TableReader) Signed(kind uint8) int64
- func (r *TableReader) Skip(kind uint8) bool
- func (r *TableReader) Sub(n int64) TableReader
- func (r *TableReader) Unsigned(kind uint8) uint64
type TableRefuseReason
- func (r TableRefuseReason) Error() string
type TableReport
- func (r *TableReport) Err() error
type TableTimestampError
- func (e TableTimestampError) Error() string
type TableTypeInfo
- func BenchBeatTableType() *TableTypeInfo
- func CanonicalWordTableType() *TableTypeInfo
- func ConfigChangeTableType() *TableTypeInfo
- func ConfigRowTableType() *TableTypeInfo
- func EnvNameTableType() *TableTypeInfo
- func FieldPairTableType() *TableTypeInfo
- func FileHeaderTableType() *TableTypeInfo
- func HostGroupTableType() *TableTypeInfo
- func HostNameTableType() *TableTypeInfo
- func HostViewTableType() *TableTypeInfo
- func InventoryLoopTableType() *TableTypeInfo
- func InventoryTableType() *TableTypeInfo
- func KindRevTableType() *TableTypeInfo
- func MachineBeatTableType() *TableTypeInfo
- func MachineViewTableType() *TableTypeInfo
- func MemberBeatTableType() *TableTypeInfo
- func RowFieldsTableType() *TableTypeInfo
type TableUnionArmInfo
type TableUnionInfo
type TableVocabulary
- func (v *TableVocabulary) Entry(ref uint64) (TableMessageEntry, bool)
- func (v *TableVocabulary) Init(storage []TableMessageEntry)
- func (v *TableVocabulary) Name(ref uint64) (uint64, bool)
type TableWriter
- func (w *TableWriter) Advance(n int64) bool
- func (w *TableWriter) Header(ref uint64, kind uint8)
- func (w *TableWriter) Id(id uint64)
- func (w *TableWriter) IdAt(ordinal int, id uint64)
- func (w *TableWriter) Put8(v uint8)
- func (w *TableWriter) Put16(v uint16)
- func (w *TableWriter) Put32(v uint32)
- func (w *TableWriter) Put64(v uint64)
- func (w *TableWriter) Put128(lo, hi uint64)
- func (w *TableWriter) PutLeb(v uint64)
- func (w *TableWriter) Raw(data []byte)
- func (w *TableWriter) Trailer()
type UnitViewInfo
- func UnitView() *UnitViewInfo
type ViewConstant
type ViewType
type ViewVariant
type ViewVocabulary

Constants ¶

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const (
	TableFixedReasonPreviousForm         = "previous_form"
	TableFixedReasonMessageFormAsFile    = "message_form_as_file"
	TableFixedReasonNewerForm            = "newer_form"
	TableFixedReasonLayoutMalformed      = "layout_malformed"
	TableFixedReasonLayoutUnknown        = "layout_unknown"
	TableFixedReasonLayoutNewer          = "layout_newer"
	TableFixedReasonLayoutUnsupported    = "layout_unsupported"
	TableFixedReasonLayoutRecordTooLarge = "layout_record_too_large"
	TableFixedReasonPlanTooLarge         = "plan_too_large"
	TableFixedReasonBatchTooLarge        = "batch_too_large"
	TableFixedReasonNoLayout             = "no_layout"
	TableFixedReasonTextIllFormed        = "text_ill_formed"
	TableFixedReasonTruncated            = "truncated"
	TableFixedReasonReservedNotZero      = "reserved_not_zero"
)

THE FIXED LOAD'S REFUSAL NAMES — EXPORTED (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.3, mas-bandwidth/schema docs/SPEC-TABLES.md §3.4). Every refusal of the fixed load has a name, the framing-damage returns included, so an adopter's existing report.Reason == "layout_newer" comparisons keep compiling against these constants; the emitted <T>FixedLoad names every reason constant in place of a string literal.

TableFixedReasonLayoutUnknown is the Reason of a file whose header hash no entry of this build's lineage holds (mas-bandwidth/schema docs/SPEC-TABLES.md §21.3, algorithm §5.3 step 5). It says what the reader knows and not which way the file lies: a newer writer's layout, an older one nobody locked and a damaged hash byte read the same.

TableFixedReasonLayoutNewer ("ship the reader") is RESERVED (SPEC-TABLES §21.3) for a hash the lock lineage proves newer, which nothing on the wire or in the lock does today, so no Go fixed load answers it; it stays exported so an adopter's existing comparisons keep compiling.

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const BenchBeatBlockMaxBytes int64 = 384

BenchBeatBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const BenchBeatFixedBodyBytes = 284

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const BenchBeatFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const BenchBeatFixedHash = 0x3270a7fa5f15f992

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const BenchBeatFixedRecordBytes = 8 + BenchBeatFixedBodyBytes

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const BenchBeatLoadRetain = "BenchBeat: retention requires a variable root and its region directory"

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const BenchBeatLoadRetainBuilder = "BenchBeat: retention requires a region round trip through the VARIABLE form"

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const BenchBeatLoadRetainMessages = "BenchBeat: retention requires a region round trip through the VARIABLE form"

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const BenchBeatMeasureRetain = "BenchBeat: retention requires a variable root and its region directory"

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const BenchBeatSaveRetain = "BenchBeat: retention requires a variable root and its region directory"

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const BenchBeatSaveRetainMessages = "BenchBeat: retention requires a region round trip through the VARIABLE form"

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const BuildVersion uint64 = 0xb5cd24f03d11f6e6

BuildVersion is the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20): the one digest a block carries and BlockOpen compares, and the fact §3.3's announcement carries before the first body so a peer's build is knowable.

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const CanonicalWordBlockMaxBytes int64 = 64

CanonicalWordBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const CanonicalWordFixedBodyBytes = 4

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const CanonicalWordFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const CanonicalWordFixedHash = 0xdf248f40299c85cb

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const CanonicalWordFixedRecordBytes = 8 + CanonicalWordFixedBodyBytes

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const CanonicalWordLoadRetain = "CanonicalWord: retention requires a variable root and its region directory"

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const CanonicalWordLoadRetainBuilder = "CanonicalWord: retention requires a region round trip through the VARIABLE form"

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const CanonicalWordLoadRetainMessages = "CanonicalWord: retention requires a region round trip through the VARIABLE form"

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const CanonicalWordMeasureRetain = "CanonicalWord: retention requires a variable root and its region directory"

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const CanonicalWordSaveRetain = "CanonicalWord: retention requires a variable root and its region directory"

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const CanonicalWordSaveRetainMessages = "CanonicalWord: retention requires a region round trip through the VARIABLE form"

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const ConfigChangeBlockMaxBytes int64 = 4992

ConfigChangeBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const ConfigChangeFixedBodyBytes = 4924

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const ConfigChangeFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const ConfigChangeFixedHash = 0x43fd6b70156eec19

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const ConfigChangeFixedRecordBytes = 8 + ConfigChangeFixedBodyBytes

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const ConfigChangeLoadRetain = "ConfigChange: retention requires a variable root and its region directory"

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const ConfigChangeLoadRetainBuilder = "ConfigChange: retention requires a region round trip through the VARIABLE form"

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const ConfigChangeLoadRetainMessages = "ConfigChange: retention requires a region round trip through the VARIABLE form"

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const ConfigChangeMeasureRetain = "ConfigChange: retention requires a variable root and its region directory"

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const ConfigChangeSaveRetain = "ConfigChange: retention requires a variable root and its region directory"

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const ConfigChangeSaveRetainMessages = "ConfigChange: retention requires a region round trip through the VARIABLE form"

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const ConfigRowBlockMaxBytes int64 = 60800

ConfigRowBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const ConfigRowFixedBodyBytes = 60565

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const ConfigRowFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const ConfigRowFixedHash = 0x4b9cd5e2f62b3812

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const ConfigRowFixedRecordBytes = 8 + ConfigRowFixedBodyBytes

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const ConfigRowLoadRetain = "ConfigRow: retention requires a variable root and its region directory"

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const ConfigRowLoadRetainBuilder = "ConfigRow: retention requires a region round trip through the VARIABLE form"

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const ConfigRowLoadRetainMessages = "ConfigRow: retention requires a region round trip through the VARIABLE form"

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const ConfigRowMeasureRetain = "ConfigRow: retention requires a variable root and its region directory"

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const ConfigRowSaveRetain = "ConfigRow: retention requires a variable root and its region directory"

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const ConfigRowSaveRetainMessages = "ConfigRow: retention requires a region round trip through the VARIABLE form"

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const EnvNameBlockMaxBytes int64 = 192

EnvNameBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const EnvNameFixedBodyBytes = 132

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const EnvNameFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const EnvNameFixedHash = 0xd291706d77de7597

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const EnvNameFixedRecordBytes = 8 + EnvNameFixedBodyBytes

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const EnvNameLoadRetain = "EnvName: retention requires a variable root and its region directory"

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const EnvNameLoadRetainBuilder = "EnvName: retention requires a region round trip through the VARIABLE form"

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const EnvNameLoadRetainMessages = "EnvName: retention requires a region round trip through the VARIABLE form"

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const EnvNameMeasureRetain = "EnvName: retention requires a variable root and its region directory"

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const EnvNameSaveRetain = "EnvName: retention requires a variable root and its region directory"

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const EnvNameSaveRetainMessages = "EnvName: retention requires a region round trip through the VARIABLE form"

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const FieldPairBlockMaxBytes int64 = 2432

FieldPairBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const FieldPairFixedBodyBytes = 2344

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const FieldPairFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const FieldPairFixedHash = 0xded9aea60cab908a

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const FieldPairFixedRecordBytes = 8 + FieldPairFixedBodyBytes

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const FieldPairLoadRetain = "FieldPair: retention requires a variable root and its region directory"

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const FieldPairLoadRetainBuilder = "FieldPair: retention requires a region round trip through the VARIABLE form"

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const FieldPairLoadRetainMessages = "FieldPair: retention requires a region round trip through the VARIABLE form"

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const FieldPairMeasureRetain = "FieldPair: retention requires a variable root and its region directory"

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const FieldPairSaveRetain = "FieldPair: retention requires a variable root and its region directory"

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const FieldPairSaveRetainMessages = "FieldPair: retention requires a region round trip through the VARIABLE form"

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const FileHeaderBlockMaxBytes int64 = 64

FileHeaderBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const FileHeaderFixedBodyBytes = 4

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const FileHeaderFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const FileHeaderFixedHash = 0xe4def5308f9deda4

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const FileHeaderFixedRecordBytes = 8 + FileHeaderFixedBodyBytes

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const FileHeaderLoadRetain = "FileHeader: retention requires a variable root and its region directory"

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const FileHeaderLoadRetainBuilder = "FileHeader: retention requires a region round trip through the VARIABLE form"

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const FileHeaderLoadRetainMessages = "FileHeader: retention requires a region round trip through the VARIABLE form"

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const FileHeaderMeasureRetain = "FileHeader: retention requires a variable root and its region directory"

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const FileHeaderSaveRetain = "FileHeader: retention requires a variable root and its region directory"

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const FileHeaderSaveRetainMessages = "FileHeader: retention requires a region round trip through the VARIABLE form"

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const HostGroupBlockMaxBytes int64 = 6592

HostGroupBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const HostGroupFixedBodyBytes = 6340

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const HostGroupFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const HostGroupFixedHash = 0x44490979b82a12f3

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const HostGroupFixedRecordBytes = 8 + HostGroupFixedBodyBytes

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const HostGroupLoadRetain = "HostGroup: retention requires a variable root and its region directory"

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const HostGroupLoadRetainBuilder = "HostGroup: retention requires a region round trip through the VARIABLE form"

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const HostGroupLoadRetainMessages = "HostGroup: retention requires a region round trip through the VARIABLE form"

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const HostGroupMeasureRetain = "HostGroup: retention requires a variable root and its region directory"

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const HostGroupSaveRetain = "HostGroup: retention requires a variable root and its region directory"

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const HostGroupSaveRetainMessages = "HostGroup: retention requires a region round trip through the VARIABLE form"

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const HostNameBlockMaxBytes int64 = 192

HostNameBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const HostNameFixedBodyBytes = 132

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const HostNameFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const HostNameFixedHash = 0x381421630c0a0c0c

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const HostNameFixedRecordBytes = 8 + HostNameFixedBodyBytes

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const HostNameLoadRetain = "HostName: retention requires a variable root and its region directory"

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const HostNameLoadRetainBuilder = "HostName: retention requires a region round trip through the VARIABLE form"

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const HostNameLoadRetainMessages = "HostName: retention requires a region round trip through the VARIABLE form"

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const HostNameMeasureRetain = "HostName: retention requires a variable root and its region directory"

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const HostNameSaveRetain = "HostName: retention requires a variable root and its region directory"

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const HostNameSaveRetainMessages = "HostName: retention requires a region round trip through the VARIABLE form"

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const HostViewBlockMaxBytes int64 = 14272

HostViewBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const HostViewFixedBodyBytes = 14149

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const HostViewFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const HostViewFixedHash = 0x14a68d9c82ada3bc

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const HostViewFixedRecordBytes = 8 + HostViewFixedBodyBytes

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const HostViewLoadRetain = "HostView: retention requires a variable root and its region directory"

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const HostViewLoadRetainBuilder = "HostView: retention requires a region round trip through the VARIABLE form"

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const HostViewLoadRetainMessages = "HostView: retention requires a region round trip through the VARIABLE form"

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const HostViewMeasureRetain = "HostView: retention requires a variable root and its region directory"

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const HostViewSaveRetain = "HostView: retention requires a variable root and its region directory"

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const HostViewSaveRetainMessages = "HostView: retention requires a region round trip through the VARIABLE form"

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const InventoryBlockMaxBytes int64 = 54784

InventoryBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const InventoryFixedBodyBytes = 53104

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const InventoryFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const InventoryFixedHash = 0x5c098637ac4585c0

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const InventoryFixedRecordBytes = 8 + InventoryFixedBodyBytes

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const InventoryLoadRetain = "Inventory: retention requires a variable root and its region directory"

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const InventoryLoadRetainBuilder = "Inventory: retention requires a region round trip through the VARIABLE form"

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const InventoryLoadRetainMessages = "Inventory: retention requires a region round trip through the VARIABLE form"

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const InventoryLoopBlockMaxBytes int64 = 13440

InventoryLoopBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const InventoryLoopFixedBodyBytes = 13214

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const InventoryLoopFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const InventoryLoopFixedHash = 0x277405565f5378f6

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const InventoryLoopFixedRecordBytes = 8 + InventoryLoopFixedBodyBytes

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const InventoryLoopLoadRetain = "InventoryLoop: retention requires a variable root and its region directory"

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const InventoryLoopLoadRetainBuilder = "InventoryLoop: retention requires a region round trip through the VARIABLE form"

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const InventoryLoopLoadRetainMessages = "InventoryLoop: retention requires a region round trip through the VARIABLE form"

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const InventoryLoopMeasureRetain = "InventoryLoop: retention requires a variable root and its region directory"

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const InventoryLoopSaveRetain = "InventoryLoop: retention requires a variable root and its region directory"

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const InventoryLoopSaveRetainMessages = "InventoryLoop: retention requires a region round trip through the VARIABLE form"

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const InventoryMeasureRetain = "Inventory: retention requires a variable root and its region directory"

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const InventorySaveRetain = "Inventory: retention requires a variable root and its region directory"

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const InventorySaveRetainMessages = "Inventory: retention requires a region round trip through the VARIABLE form"

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const KindRevBlockMaxBytes int64 = 64

KindRevBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const KindRevFixedBodyBytes = 9

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const KindRevFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const KindRevFixedHash = 0x75cf084800611cb4

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const KindRevFixedRecordBytes = 8 + KindRevFixedBodyBytes

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const KindRevLoadRetain = "KindRev: retention requires a variable root and its region directory"

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const KindRevLoadRetainBuilder = "KindRev: retention requires a region round trip through the VARIABLE form"

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const KindRevLoadRetainMessages = "KindRev: retention requires a region round trip through the VARIABLE form"

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const KindRevMeasureRetain = "KindRev: retention requires a variable root and its region directory"

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const KindRevSaveRetain = "KindRev: retention requires a variable root and its region directory"

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const KindRevSaveRetainMessages = "KindRev: retention requires a region round trip through the VARIABLE form"

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const MachineBeatBlockMaxBytes int64 = 192

MachineBeatBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const MachineBeatFixedBodyBytes = 140

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const MachineBeatFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const MachineBeatFixedHash = 0x11a1afff1ee664ab

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const MachineBeatFixedRecordBytes = 8 + MachineBeatFixedBodyBytes

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const MachineBeatLoadRetain = "MachineBeat: retention requires a variable root and its region directory"

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const MachineBeatLoadRetainBuilder = "MachineBeat: retention requires a region round trip through the VARIABLE form"

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const MachineBeatLoadRetainMessages = "MachineBeat: retention requires a region round trip through the VARIABLE form"

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const MachineBeatMeasureRetain = "MachineBeat: retention requires a variable root and its region directory"

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const MachineBeatSaveRetain = "MachineBeat: retention requires a variable root and its region directory"

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const MachineBeatSaveRetainMessages = "MachineBeat: retention requires a region round trip through the VARIABLE form"

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const MachineViewBlockMaxBytes int64 = 4928

MachineViewBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const MachineViewFixedBodyBytes = 4830

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const MachineViewFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const MachineViewFixedHash = 0x85ddbb56a7ea3eaf

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const MachineViewFixedRecordBytes = 8 + MachineViewFixedBodyBytes

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const MachineViewLoadRetain = "MachineView: retention requires a variable root and its region directory"

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const MachineViewLoadRetainBuilder = "MachineView: retention requires a region round trip through the VARIABLE form"

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const MachineViewLoadRetainMessages = "MachineView: retention requires a region round trip through the VARIABLE form"

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const MachineViewMeasureRetain = "MachineView: retention requires a variable root and its region directory"

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const MachineViewSaveRetain = "MachineView: retention requires a variable root and its region directory"

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const MachineViewSaveRetainMessages = "MachineView: retention requires a region round trip through the VARIABLE form"

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const MaxActor = 128

MaxActor is the longest actor of a change, in bytes (pkg/config MaxActor, refused by ValidateChangeMeta in the CLI verbs and in every store write): it is the name bound; the longest live actor is 14 bytes.

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const MaxArgvBytes = 4096

MaxArgvBytes is the longest argv in its canonical JSON spelling (pkg/config MaxArgvBytes: at most 64 words and 4096 bytes).

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const MaxEnvName = 128

MaxEnvName is the longest environment variable name in a loop keys list (pkg/config MaxEnvName, the same two refusals): the longest live name is 31 bytes.

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const MaxFieldName = 32

MaxFieldName is the longest field name: the longest today is 28 bytes (the sprint kind).

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const MaxFieldValue = 2304

MaxFieldValue is the longest canonical field value but the argv, in bytes (pkg/config MaxFieldValue, refused by Field.Canonical for every type but argv, which has its own bound below): the longest live value is 575 bytes (a tier's route list). A row's 24 pairs at this bound stay under the 65536 byte record, and a change holds its two rows as two such records.

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const MaxHosts = 48

MaxHosts is the most hosts an inventory group lists (pkg/config MaxHosts, refused by BuildInventory and the fixture reader): the fleet has 11 machines. Eight groups of 48 names of 128 bytes stay under the record limit.

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const MaxKeys = 32

MaxKeys is the most secret names a loop lists (pkg/config MaxKeys, refused by Field.Canonical for a keys field and by the inventory's loop parse): the most a live loop lists is 5.

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const MaxName = 128

MaxName is the longest row, machine, host and friend name, in bytes (pkg/config MaxName, refused by ValidateName and the inventory's name checks): the shape is NamePattern (lower-case letters, digits and dashes) and the length is at most 128; the longest live name is 29 bytes.

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const MaxReason = 4608

MaxReason is the longest reason of a change, in bytes (pkg/config MaxReason, the same two refusals): the longest live reason is about 1050 bytes, so the bound is over four times that.

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const MaxRevs = 8

MaxRevs is the most kinds config:decl carries a revision for (one per kind, eight today).

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const MaxRowFields = 24

MaxRowFields is the most fields a row carries: the widest kind today is the route kind with 23 fields (pkg/config Kinds); one slot is spare.

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const MemberBeatBlockMaxBytes int64 = 64

MemberBeatBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const MemberBeatFixedBodyBytes = 12

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const MemberBeatFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const MemberBeatFixedHash = 0x6f474342f125f54e

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const MemberBeatFixedRecordBytes = 8 + MemberBeatFixedBodyBytes

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const MemberBeatLoadRetain = "MemberBeat: retention requires a variable root and its region directory"

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const MemberBeatLoadRetainBuilder = "MemberBeat: retention requires a region round trip through the VARIABLE form"

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const MemberBeatLoadRetainMessages = "MemberBeat: retention requires a region round trip through the VARIABLE form"

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const MemberBeatMeasureRetain = "MemberBeat: retention requires a variable root and its region directory"

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const MemberBeatSaveRetain = "MemberBeat: retention requires a variable root and its region directory"

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const MemberBeatSaveRetainMessages = "MemberBeat: retention requires a region round trip through the VARIABLE form"

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const ProtocolId uint64 = 0x367dceb63e6664bb

The unit's protocol id — the hash of its wire shape (SPEC §3.1). Two sides at the same id speak identical bits; there is no other versioning.

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const RowFieldsBlockMaxBytes int64 = 60608

RowFieldsBlockMaxBytes is the storage a PRODUCER of this block allocates, sized from the declared maxima (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). A Go consumer does not allocate a block — the bytes are handed to it — but it caps by this: a playback buffer, a recording, a scratch copy all size from the generated constant rather than from a number a person wrote down beside it.

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const RowFieldsFixedBodyBytes = 60360

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const RowFieldsFixedFloor = 0

The floor: below it a layout this build once served is retired, and the answer is layout_unsupported rather than layout_unknown (§5.2).

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const RowFieldsFixedHash = 0x8b0bf6aaa436a802

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const RowFieldsFixedRecordBytes = 8 + RowFieldsFixedBodyBytes

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const RowFieldsLoadRetain = "RowFields: retention requires a variable root and its region directory"

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const RowFieldsLoadRetainBuilder = "RowFields: retention requires a region round trip through the VARIABLE form"

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const RowFieldsLoadRetainMessages = "RowFields: retention requires a region round trip through the VARIABLE form"

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const RowFieldsMeasureRetain = "RowFields: retention requires a variable root and its region directory"

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const RowFieldsSaveRetain = "RowFields: retention requires a variable root and its region directory"

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const RowFieldsSaveRetainMessages = "RowFields: retention requires a region round trip through the VARIABLE form"

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const TableBlockMagic uint64 = 0x4b4c42414d484353

TableBlockMagic identifies a schema block and carries the byte-order check with it (mas-bandwidth/schema docs/SPEC-TABLES.md §19.1). It is stored in the producer's NATIVE order; a consumer that reads back the byte-swapped value has found a foreign byte order, and one that reads back anything else has not found a block at all.

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const TableCookHeaderBytes int64 = 64

TableCookHeaderBytes is §7.1's header: 64 bytes of u64 words. The DATA part begins at align_up(64, alignment) — DERIVED and not a header field, because a fact a reader computes is a fact two writers cannot disagree about.

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const TableCookMagic uint64 = 0x4b4f4f434d484353

TableCookMagic is the cook's magic (mas-bandwidth/schema docs/SPEC-TABLES.md §7.1), read before anything else: it is what establishes the byte order every other header word is written in, and it is also what separates a COOK from a BLOCK — the two accelerators carry the same build version and different magics, because a form's identity belongs in its magic rather than in a second digest.

The value is "SCHMCOOK" read as ASCII in the byte order a little-endian store produces, so a hex dump of a little-endian cook is legible.

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const TableCookMaxAlign int64 = 64

TableCookMaxAlign is the ceiling on the header's alignment word: the same sixty-four a block's base takes (§19.1), past which the derived data offset would no longer be the 64 every unit this language can declare produces.

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const TableDocNone = ""

THE SHARED EMPTY DOC (mas-bandwidth/schema docs/SPEC-TABLES.md §8.1): a declaration with no /// block carries a doc column naming this one definition, so absence costs a unit no string data and a printer concatenates doc columns with no nil test. Go gives a string no address identity, so what the rule is READ OFF here is the emitted text: the generated file defines the empty doc once and every unannotated row names that definition, rather than each row carrying an inline "" of its own.

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const TableFixedForm uint8 = 3

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const TableFixedHashAt = 8

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const TableFixedHeaderBytes = 16

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const TableMessageBatchMax = 256

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const TableMessageEntriesHere = 112

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const TableMessageRefBitsHere = 7

Variables ¶

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var BenchBeatFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(BenchBeat{}.HostLength)), 0, uint32(unsafe.Offsetof(BenchBeat{}.Host)), 0, 1, 1},
	{uint32(unsafe.Offsetof(BenchBeat{}.AtMs)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(BenchBeat{}.Load1Length)), 0, uint32(unsafe.Offsetof(BenchBeat{}.Load1)), 0, 1, 1},
	{uint32(unsafe.Offsetof(BenchBeat{}.NcpuLength)), 0, uint32(unsafe.Offsetof(BenchBeat{}.Ncpu)), 0, 1, 1},
	{uint32(unsafe.Offsetof(BenchBeat{}.CpuLength)), 0, uint32(unsafe.Offsetof(BenchBeat{}.Cpu)), 0, 1, 1},
	{uint32(unsafe.Offsetof(BenchBeat{}.OsLength)), 0, uint32(unsafe.Offsetof(BenchBeat{}.Os)), 0, 1, 1},
	{uint32(unsafe.Offsetof(BenchBeat{}.ArchLength)), 0, uint32(unsafe.Offsetof(BenchBeat{}.Arch)), 0, 1, 1},
	{uint32(unsafe.Offsetof(BenchBeat{}.MemoryGbLength)), 0, uint32(unsafe.Offsetof(BenchBeat{}.MemoryGb)), 0, 1, 1},
}

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var BenchBeatFixedHoles = tableFixedHoles(BenchBeatFixedPlan.Entries, BenchBeatFixedPlan.Count, uint32(len(BenchBeatFixedResetImage)))

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var BenchBeatFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x3270a7fa5f15f992,
		LayoutBytes: 157,
		Record:      292,
		Layout: []byte{
			0x09, 0x00, 0x00, 0x00, 0x59, 0xc4, 0xc2, 0x56, 0x36, 0x3a, 0x3e, 0x83, 0x0d, 0x1c, 0x01, 0x00,
			0x00, 0x08, 0x00, 0x00, 0x00, 0x6f, 0x4d, 0xaf, 0x7e, 0xcc, 0xf8, 0x77, 0x40, 0x0c, 0x84, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xc1, 0xfd, 0x00, 0xbf, 0x81, 0xbf, 0xfd, 0x41, 0x05, 0x08,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x08, 0x72, 0xf7, 0xeb, 0xb6, 0x02, 0xce, 0x15, 0x0c,
			0x14, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xc5, 0x43, 0x97, 0x98, 0xba, 0x0f, 0x86, 0xd6,
			0x0c, 0x0c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xc9, 0x14, 0xb3, 0x0c, 0x19, 0xfa, 0xa8,
			0xf5, 0x0c, 0x14, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x57, 0x5e, 0x56, 0xb5, 0x07, 0x55,
			0xb0, 0x08, 0x0c, 0x24, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x69, 0x33, 0xb2, 0x3e, 0x84,
			0x43, 0x3c, 0x89, 0x0c, 0x24, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0a, 0x31, 0x9a, 0x05,
			0x2e, 0xc4, 0x07, 0xb8, 0x0c, 0x14, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

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var BenchBeatFixedLayout = []byte{}/* 157 elements not displayed */

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var BenchBeatFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(BenchBeatFixedLineagePlans))
	for i := range BenchBeatFixedLineagePlans {
		lane := &BenchBeatFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(BenchBeatFixedResetImage)))
		}
	}
	return out
}()

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var BenchBeatFixedLineagePlans = tableFixedLineagePlans(BenchBeatFixedKnown, BenchBeatFixedLayout, BenchBeatFixedDst, BenchBeatFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

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var BenchBeatFixedPlan = tableFixedBuildPlan(BenchBeatFixedLeaves, 8)

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var BenchBeatFixedPlanMax = func() int32 {
	m := BenchBeatFixedPlan.Count
	for _, lane := range BenchBeatFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

BenchBeatFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

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var BenchBeatFixedResetImage = func() []byte {
	var def BenchBeat
	BenchBeatReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

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var BenchBeatTableFields = []TableFieldInfo{
	{Name: "host", Json: "host", TypeName: "string", DeclaredTypeName: "string", Id: 0x4077f8cc7eaf4d6f, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(BenchBeat{}.Host)), ElemSize: uint32(unsafe.Sizeof(BenchBeat{}.Host)), CountOffset: uint32(unsafe.Offsetof(BenchBeat{}.HostLength)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 132, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "at_ms", Json: "at_ms", TypeName: "int64", DeclaredTypeName: "int64", Id: 0x41fdbf81bf00fdc1, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(BenchBeat{}.AtMs)), ElemSize: uint32(unsafe.Sizeof(BenchBeat{}.AtMs)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 136, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 2.53402300799999e+14, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "load1", Json: "load1", TypeName: "string", DeclaredTypeName: "string", Id: 0x15ce02b6ebf77208, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 16, Offset: uint32(unsafe.Offsetof(BenchBeat{}.Load1)), ElemSize: uint32(unsafe.Sizeof(BenchBeat{}.Load1)), CountOffset: uint32(unsafe.Offsetof(BenchBeat{}.Load1Length)), PresentOffset: 0xffffffff,
		CookOffset: 144, CookElemSize: 1, CookCountOffset: 164, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "ncpu", Json: "ncpu", TypeName: "string", DeclaredTypeName: "string", Id: 0xd6860fba989743c5, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 8, Offset: uint32(unsafe.Offsetof(BenchBeat{}.Ncpu)), ElemSize: uint32(unsafe.Sizeof(BenchBeat{}.Ncpu)), CountOffset: uint32(unsafe.Offsetof(BenchBeat{}.NcpuLength)), PresentOffset: 0xffffffff,
		CookOffset: 168, CookElemSize: 1, CookCountOffset: 180, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "cpu", Json: "cpu", TypeName: "string", DeclaredTypeName: "string", Id: 0xf5a8fa190cb314c9, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 16, Offset: uint32(unsafe.Offsetof(BenchBeat{}.Cpu)), ElemSize: uint32(unsafe.Sizeof(BenchBeat{}.Cpu)), CountOffset: uint32(unsafe.Offsetof(BenchBeat{}.CpuLength)), PresentOffset: 0xffffffff,
		CookOffset: 184, CookElemSize: 1, CookCountOffset: 204, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "os", Json: "os", TypeName: "string", DeclaredTypeName: "string", Id: 0x8b05507b5565e57, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(BenchBeat{}.Os)), ElemSize: uint32(unsafe.Sizeof(BenchBeat{}.Os)), CountOffset: uint32(unsafe.Offsetof(BenchBeat{}.OsLength)), PresentOffset: 0xffffffff,
		CookOffset: 208, CookElemSize: 1, CookCountOffset: 244, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "arch", Json: "arch", TypeName: "string", DeclaredTypeName: "string", Id: 0x893c43843eb23369, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(BenchBeat{}.Arch)), ElemSize: uint32(unsafe.Sizeof(BenchBeat{}.Arch)), CountOffset: uint32(unsafe.Offsetof(BenchBeat{}.ArchLength)), PresentOffset: 0xffffffff,
		CookOffset: 248, CookElemSize: 1, CookCountOffset: 284, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "memory_gb", Json: "memory_gb", TypeName: "string", DeclaredTypeName: "string", Id: 0xb807c42e059a310a, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 16, Offset: uint32(unsafe.Offsetof(BenchBeat{}.MemoryGb)), ElemSize: uint32(unsafe.Sizeof(BenchBeat{}.MemoryGb)), CountOffset: uint32(unsafe.Offsetof(BenchBeat{}.MemoryGbLength)), PresentOffset: 0xffffffff,
		CookOffset: 288, CookElemSize: 1, CookCountOffset: 308, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

BenchBeatTableFields is BenchBeat's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var CanonicalWordFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(CanonicalWord{}.Kind)), 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(CanonicalWord{}.FieldType)), 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(CanonicalWord{}.Op)), 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(CanonicalWord{}.Singleton)), 0, 0, 0, 0, 0},
}

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var CanonicalWordFixedHoles = tableFixedHoles(CanonicalWordFixedPlan.Entries, CanonicalWordFixedPlan.Count, uint32(len(CanonicalWordFixedResetImage)))

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var CanonicalWordFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0xdf248f40299c85cb,
		LayoutBytes: 463,
		Record:      12,
		Layout: []byte{
			0x1b, 0x00, 0x00, 0x00, 0x9d, 0x15, 0x86, 0x3d, 0xd9, 0x34, 0x4f, 0x1d, 0x0d, 0x04, 0x00, 0x00,
			0x00, 0x04, 0x00, 0x00, 0x00, 0x43, 0x32, 0x67, 0x21, 0xd7, 0x96, 0x9c, 0xef, 0x1e, 0x01, 0x00,
			0x00, 0x00, 0x08, 0x00, 0x00, 0x00, 0xce, 0x46, 0xc6, 0x6b, 0x87, 0x22, 0xd6, 0x5d, 0x20, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xaf, 0x79, 0xa2, 0xfb, 0x0a, 0xe0, 0x53, 0x0a, 0x20,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x2d, 0x7e, 0x8a, 0x1b, 0x66, 0xa2, 0x57, 0x9f,
			0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x35, 0x16, 0x61, 0xb2, 0x24, 0x5f, 0xb6,
			0xf3, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xcb, 0x93, 0x45, 0x8a, 0xb4, 0xe5,
			0xfe, 0x4e, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xbc, 0x7c, 0x4d, 0xd1, 0xb3,
			0x69, 0x58, 0x7f, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3e, 0x6a, 0x4d, 0x26,
			0xa8, 0xe2, 0x06, 0x44, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x69, 0xcd, 0x26,
			0x30, 0xfb, 0x85, 0xfd, 0x48, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xa0, 0x11,
			0x1d, 0x70, 0x83, 0x7b, 0xe0, 0x6a, 0x1e, 0x01, 0x00, 0x00, 0x00, 0x0b, 0x00, 0x00, 0x00, 0x5e,
			0xb4, 0x05, 0x1b, 0xfb, 0xf5, 0x92, 0x24, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x9e, 0xd4, 0x8d, 0xc9, 0x19, 0x1f, 0xa9, 0x41, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x60, 0xd1, 0x31, 0x5f, 0x6c, 0xa7, 0xec, 0xbb, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x21, 0x21, 0x03, 0x80, 0xb4, 0x9b, 0x24, 0x3d, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0xaf, 0xf7, 0x98, 0x61, 0x66, 0x10, 0x10, 0x6c, 0x20, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0xe2, 0x1e, 0xac, 0xfe, 0x19, 0xe0, 0xf1, 0x9f, 0x20, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x9d, 0x88, 0x20, 0xc8, 0xa7, 0xd5, 0xbd, 0xf7, 0x20, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0xde, 0x4b, 0x73, 0xde, 0x88, 0xc6, 0xd5, 0x20, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x43, 0x38, 0x4b, 0x55, 0x8b, 0x2e, 0xf6, 0x06, 0x20,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x9c, 0x1f, 0x9b, 0xfa, 0x19, 0xaa, 0x44, 0x98,
			0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xac, 0x72, 0x1b, 0xa4, 0x9a, 0x30, 0x65,
			0xff, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0a, 0x60, 0x56, 0xb5, 0x07, 0x56,
			0xb0, 0x08, 0x1e, 0x01, 0x00, 0x00, 0x00, 0x03, 0x00, 0x00, 0x00, 0xb4, 0xc9, 0x06, 0xa0, 0x19,
			0xe3, 0xae, 0xf9, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x83, 0x1a, 0x9b, 0xfa,
			0x19, 0xa7, 0x44, 0x98, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x5d, 0xf1, 0xb8,
			0x0b, 0x11, 0x08, 0x4f, 0xea, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x22, 0x95,
			0x29, 0x16, 0x3c, 0x7b, 0x41, 0xbe, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var CanonicalWordFixedLayout = []byte{}/* 463 elements not displayed */

View Source

var CanonicalWordFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(CanonicalWordFixedLineagePlans))
	for i := range CanonicalWordFixedLineagePlans {
		lane := &CanonicalWordFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(CanonicalWordFixedResetImage)))
		}
	}
	return out
}()

View Source

var CanonicalWordFixedLineagePlans = tableFixedLineagePlans(CanonicalWordFixedKnown, CanonicalWordFixedLayout, CanonicalWordFixedDst, CanonicalWordFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var CanonicalWordFixedPlan = tableFixedBuildPlan(CanonicalWordFixedLeaves, 4)

View Source

var CanonicalWordFixedPlanMax = func() int32 {
	m := CanonicalWordFixedPlan.Count
	for _, lane := range CanonicalWordFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

CanonicalWordFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var CanonicalWordFixedResetImage = func() []byte {
	var def CanonicalWord
	CanonicalWordReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var CanonicalWordTableFields = []TableFieldInfo{
	{Name: "kind", Json: "kind", TypeName: "ConfigKind", DeclaredTypeName: "ConfigKind", Id: 0xef9c96d721673243, Kind: 30, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(CanonicalWord{}.Kind)), ElemSize: uint32(unsafe.Sizeof(CanonicalWord{}.Kind)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    func(v uint64) string { return EnumNameConfigKind(ConfigKind(v)) },
		VariantId:   func(v uint64) uint64 { id, _ := ConfigKind(v).TableEnumId(); return id },
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "field_type", Json: "field_type", TypeName: "FieldType", DeclaredTypeName: "FieldType", Id: 0x6ae07b83701d11a0, Kind: 30, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(CanonicalWord{}.FieldType)), ElemSize: uint32(unsafe.Sizeof(CanonicalWord{}.FieldType)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 1, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: 11,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    func(v uint64) string { return EnumNameFieldType(FieldType(v)) },
		VariantId:   func(v uint64) uint64 { id, _ := FieldType(v).TableEnumId(); return id },
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "op", Json: "op", TypeName: "ChangeOp", DeclaredTypeName: "ChangeOp", Id: 0x8b05607b556600a, Kind: 30, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(CanonicalWord{}.Op)), ElemSize: uint32(unsafe.Sizeof(CanonicalWord{}.Op)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 2, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: 3,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    func(v uint64) string { return EnumNameChangeOp(ChangeOp(v)) },
		VariantId:   func(v uint64) uint64 { id, _ := ChangeOp(v).TableEnumId(); return id },
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "singleton", Json: "singleton", TypeName: "bool", DeclaredTypeName: "bool", Id: 0xbe417b3c16299522, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(CanonicalWord{}.Singleton)), ElemSize: uint32(unsafe.Sizeof(CanonicalWord{}.Singleton)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 3, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

CanonicalWordTableFields is CanonicalWord's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var ConfigChangeFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(ConfigChange{}.Id)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(ConfigChange{}.Kind)), 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(ConfigChange{}.NameLength)), 0, uint32(unsafe.Offsetof(ConfigChange{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(ConfigChange{}.Op)), 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(ConfigChange{}.HasBefore)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(ConfigChange{}.HasAfter)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(ConfigChange{}.ActorLength)), 0, uint32(unsafe.Offsetof(ConfigChange{}.Actor)), 0, 1, 1},
	{uint32(unsafe.Offsetof(ConfigChange{}.ReasonLength)), 0, uint32(unsafe.Offsetof(ConfigChange{}.Reason)), 0, 1, 1},
	{uint32(unsafe.Offsetof(ConfigChange{}.AtLength)), 0, uint32(unsafe.Offsetof(ConfigChange{}.At)), 0, 1, 1},
}

View Source

var ConfigChangeFixedHoles = tableFixedHoles(ConfigChangeFixedPlan.Entries, ConfigChangeFixedPlan.Count, uint32(len(ConfigChangeFixedResetImage)))

View Source

var ConfigChangeFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x43fd6b70156eec19,
		LayoutBytes: 361,
		Record:      4932,
		Layout: []byte{
			0x15, 0x00, 0x00, 0x00, 0xa3, 0xd3, 0x35, 0x4b, 0x72, 0x52, 0x8e, 0xe2, 0x0d, 0x3c, 0x13, 0x00,
			0x00, 0x09, 0x00, 0x00, 0x00, 0xc0, 0x3a, 0x5c, 0xb5, 0x07, 0x2e, 0xb7, 0x08, 0x05, 0x08, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x43, 0x32, 0x67, 0x21, 0xd7, 0x96, 0x9c, 0xef, 0x1e, 0x01,
			0x00, 0x00, 0x00, 0x08, 0x00, 0x00, 0x00, 0xce, 0x46, 0xc6, 0x6b, 0x87, 0x22, 0xd6, 0x5d, 0x20,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xaf, 0x79, 0xa2, 0xfb, 0x0a, 0xe0, 0x53, 0x0a,
			0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x2d, 0x7e, 0x8a, 0x1b, 0x66, 0xa2, 0x57,
			0x9f, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x35, 0x16, 0x61, 0xb2, 0x24, 0x5f,
			0xb6, 0xf3, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xcb, 0x93, 0x45, 0x8a, 0xb4,
			0xe5, 0xfe, 0x4e, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xbc, 0x7c, 0x4d, 0xd1,
			0xb3, 0x69, 0x58, 0x7f, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3e, 0x6a, 0x4d,
			0x26, 0xa8, 0xe2, 0x06, 0x44, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x69, 0xcd,
			0x26, 0x30, 0xfb, 0x85, 0xfd, 0x48, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x86,
			0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x0a, 0x60, 0x56, 0xb5, 0x07, 0x56, 0xb0, 0x08, 0x1e, 0x01, 0x00, 0x00, 0x00, 0x03, 0x00, 0x00,
			0x00, 0xb4, 0xc9, 0x06, 0xa0, 0x19, 0xe3, 0xae, 0xf9, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x83, 0x1a, 0x9b, 0xfa, 0x19, 0xa7, 0x44, 0x98, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x5d, 0xf1, 0xb8, 0x0b, 0x11, 0x08, 0x4f, 0xea, 0x20, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x2f, 0xaf, 0xc3, 0x09, 0xef, 0x33, 0x1f, 0x51, 0x01, 0x01, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x1e, 0xd4, 0x21, 0xf2, 0x9a, 0x52, 0x0f, 0x0b, 0x01, 0x01, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xda, 0xd4, 0x47, 0x1c, 0x39, 0xc5, 0xcc, 0xdc, 0x0c, 0x84,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x39, 0x26, 0x4f, 0x47, 0xf3, 0xd7, 0xe8, 0x65, 0x0c,
			0x04, 0x12, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x68, 0xa9, 0x45, 0xb5, 0x07, 0x4e, 0x9c, 0x08,
			0x0c, 0x24, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var ConfigChangeFixedLayout = []byte{}/* 361 elements not displayed */

View Source

var ConfigChangeFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(ConfigChangeFixedLineagePlans))
	for i := range ConfigChangeFixedLineagePlans {
		lane := &ConfigChangeFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(ConfigChangeFixedResetImage)))
		}
	}
	return out
}()

View Source

var ConfigChangeFixedLineagePlans = tableFixedLineagePlans(ConfigChangeFixedKnown, ConfigChangeFixedLayout, ConfigChangeFixedDst, ConfigChangeFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var ConfigChangeFixedPlan = tableFixedBuildPlan(ConfigChangeFixedLeaves, 9)

View Source

var ConfigChangeFixedPlanMax = func() int32 {
	m := ConfigChangeFixedPlan.Count
	for _, lane := range ConfigChangeFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

ConfigChangeFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var ConfigChangeFixedResetImage = func() []byte {
	var def ConfigChange
	ConfigChangeReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var ConfigChangeTableFields = []TableFieldInfo{
	{Name: "id", Json: "id", TypeName: "int64", DeclaredTypeName: "int64", Id: 0x8b72e07b55c3ac0, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ConfigChange{}.Id)), ElemSize: uint32(unsafe.Sizeof(ConfigChange{}.Id)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "kind", Json: "kind", TypeName: "ConfigKind", DeclaredTypeName: "ConfigKind", Id: 0xef9c96d721673243, Kind: 30, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ConfigChange{}.Kind)), ElemSize: uint32(unsafe.Sizeof(ConfigChange{}.Kind)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    func(v uint64) string { return EnumNameConfigKind(ConfigKind(v)) },
		VariantId:   func(v uint64) uint64 { id, _ := ConfigKind(v).TableEnumId(); return id },
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "name", Json: "name", TypeName: "string", DeclaredTypeName: "string", Id: 0xc4bcadba8e631b86, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(ConfigChange{}.Name)), ElemSize: uint32(unsafe.Sizeof(ConfigChange{}.Name)), CountOffset: uint32(unsafe.Offsetof(ConfigChange{}.NameLength)), PresentOffset: 0xffffffff,
		CookOffset: 9, CookElemSize: 1, CookCountOffset: 140, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "op", Json: "op", TypeName: "ChangeOp", DeclaredTypeName: "ChangeOp", Id: 0x8b05607b556600a, Kind: 30, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ConfigChange{}.Op)), ElemSize: uint32(unsafe.Sizeof(ConfigChange{}.Op)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 144, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: 3,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    func(v uint64) string { return EnumNameChangeOp(ChangeOp(v)) },
		VariantId:   func(v uint64) uint64 { id, _ := ChangeOp(v).TableEnumId(); return id },
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "has_before", Json: "has_before", TypeName: "bool", DeclaredTypeName: "bool", Id: 0x511f33ef09c3af2f, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ConfigChange{}.HasBefore)), ElemSize: uint32(unsafe.Sizeof(ConfigChange{}.HasBefore)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 145, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "has_after", Json: "has_after", TypeName: "bool", DeclaredTypeName: "bool", Id: 0xb0f529af221d41e, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ConfigChange{}.HasAfter)), ElemSize: uint32(unsafe.Sizeof(ConfigChange{}.HasAfter)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 146, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "actor", Json: "actor", TypeName: "string", DeclaredTypeName: "string", Id: 0xdcccc5391c47d4da, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(ConfigChange{}.Actor)), ElemSize: uint32(unsafe.Sizeof(ConfigChange{}.Actor)), CountOffset: uint32(unsafe.Offsetof(ConfigChange{}.ActorLength)), PresentOffset: 0xffffffff,
		CookOffset: 147, CookElemSize: 1, CookCountOffset: 276, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "reason", Json: "reason", TypeName: "string", DeclaredTypeName: "string", Id: 0x65e8d7f3474f2639, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 4608, Offset: uint32(unsafe.Offsetof(ConfigChange{}.Reason)), ElemSize: uint32(unsafe.Sizeof(ConfigChange{}.Reason)), CountOffset: uint32(unsafe.Offsetof(ConfigChange{}.ReasonLength)), PresentOffset: 0xffffffff,
		CookOffset: 280, CookElemSize: 1, CookCountOffset: 4892, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "at", Json: "at", TypeName: "string", DeclaredTypeName: "string", Id: 0x89c4e07b545a968, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(ConfigChange{}.At)), ElemSize: uint32(unsafe.Sizeof(ConfigChange{}.At)), CountOffset: uint32(unsafe.Offsetof(ConfigChange{}.AtLength)), PresentOffset: 0xffffffff,
		CookOffset: 4896, CookElemSize: 1, CookCountOffset: 4932, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

ConfigChangeTableFields is ConfigChange's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var ConfigRowFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(ConfigRow{}.Kind)), 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(ConfigRow{}.NameLength)), 0, uint32(unsafe.Offsetof(ConfigRow{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(ConfigRow{}.Fields)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(RowFields{}.Pairs)), uint32(unsafe.Sizeof(FieldPair{})), uint32(unsafe.Offsetof(RowFields{}.PairsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(FieldPair{}.NameLength)), 0, uint32(unsafe.Offsetof(FieldPair{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(FieldPair{}.ValueLength)), 0, uint32(unsafe.Offsetof(FieldPair{}.Value)), 0, 1, 1},
	{uint32(unsafe.Offsetof(RowFields{}.ArgvLength)), 0, uint32(unsafe.Offsetof(RowFields{}.Argv)), 0, 1, 1},
	{uint32(unsafe.Offsetof(ConfigRow{}.CreatedAtLength)), 0, uint32(unsafe.Offsetof(ConfigRow{}.CreatedAt)), 0, 1, 1},
	{uint32(unsafe.Offsetof(ConfigRow{}.UpdatedAtLength)), 0, uint32(unsafe.Offsetof(ConfigRow{}.UpdatedAt)), 0, 1, 1},
}

View Source

var ConfigRowFixedHoles = tableFixedHoles(ConfigRowFixedPlan.Entries, ConfigRowFixedPlan.Count, uint32(len(ConfigRowFixedResetImage)))

View Source

var ConfigRowFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x4b9cd5e2f62b3812,
		LayoutBytes: 327,
		Record:      60573,
		Layout: []byte{
			0x13, 0x00, 0x00, 0x00, 0x35, 0x53, 0xd9, 0x4c, 0xbb, 0x76, 0x0d, 0xe0, 0x0d, 0x95, 0xec, 0x00,
			0x00, 0x05, 0x00, 0x00, 0x00, 0x43, 0x32, 0x67, 0x21, 0xd7, 0x96, 0x9c, 0xef, 0x1e, 0x01, 0x00,
			0x00, 0x00, 0x08, 0x00, 0x00, 0x00, 0xce, 0x46, 0xc6, 0x6b, 0x87, 0x22, 0xd6, 0x5d, 0x20, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xaf, 0x79, 0xa2, 0xfb, 0x0a, 0xe0, 0x53, 0x0a, 0x20,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x2d, 0x7e, 0x8a, 0x1b, 0x66, 0xa2, 0x57, 0x9f,
			0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x35, 0x16, 0x61, 0xb2, 0x24, 0x5f, 0xb6,
			0xf3, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xcb, 0x93, 0x45, 0x8a, 0xb4, 0xe5,
			0xfe, 0x4e, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xbc, 0x7c, 0x4d, 0xd1, 0xb3,
			0x69, 0x58, 0x7f, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3e, 0x6a, 0x4d, 0x26,
			0xa8, 0xe2, 0x06, 0x44, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x69, 0xcd, 0x26,
			0x30, 0xfb, 0x85, 0xfd, 0x48, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x86, 0x1b,
			0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xdc,
			0x7e, 0x84, 0x24, 0x6d, 0x59, 0x0e, 0x49, 0x0d, 0xc8, 0xeb, 0x00, 0x00, 0x02, 0x00, 0x00, 0x00,
			0x26, 0x1e, 0x1e, 0x39, 0xa7, 0x38, 0x44, 0x54, 0x0e, 0xc4, 0xdb, 0x00, 0x00, 0x01, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0x28, 0x09, 0x00, 0x00, 0x02, 0x00,
			0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x24, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0xea, 0x0c, 0xe8, 0x30, 0x94, 0xfd, 0xe4, 0x7c, 0x0c, 0x04, 0x09, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x63, 0x98, 0xbc, 0x3e, 0x84, 0x2d, 0x49, 0x89, 0x0c, 0x04, 0x10, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x79, 0x39, 0xf1, 0xbf, 0xd1, 0xb6, 0x68, 0xd4, 0x0c, 0x24, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xe0, 0x74, 0x03, 0xef, 0x68, 0x29, 0xd1, 0xca, 0x0c, 0x24,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var ConfigRowFixedLayout = []byte{}/* 327 elements not displayed */

View Source

var ConfigRowFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(ConfigRowFixedLineagePlans))
	for i := range ConfigRowFixedLineagePlans {
		lane := &ConfigRowFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(ConfigRowFixedResetImage)))
		}
	}
	return out
}()

View Source

var ConfigRowFixedLineagePlans = tableFixedLineagePlans(ConfigRowFixedKnown, ConfigRowFixedLayout, ConfigRowFixedDst, ConfigRowFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var ConfigRowFixedPlan = tableFixedBuildPlan(ConfigRowFixedLeaves, 54)

View Source

var ConfigRowFixedPlanMax = func() int32 {
	m := ConfigRowFixedPlan.Count
	for _, lane := range ConfigRowFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

ConfigRowFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var ConfigRowFixedResetImage = func() []byte {
	var def ConfigRow
	ConfigRowReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var ConfigRowTableFields = []TableFieldInfo{
	{Name: "kind", Json: "kind", TypeName: "ConfigKind", DeclaredTypeName: "ConfigKind", Id: 0xef9c96d721673243, Kind: 30, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ConfigRow{}.Kind)), ElemSize: uint32(unsafe.Sizeof(ConfigRow{}.Kind)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    func(v uint64) string { return EnumNameConfigKind(ConfigKind(v)) },
		VariantId:   func(v uint64) uint64 { id, _ := ConfigKind(v).TableEnumId(); return id },
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "name", Json: "name", TypeName: "string", DeclaredTypeName: "string", Id: 0xc4bcadba8e631b86, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(ConfigRow{}.Name)), ElemSize: uint32(unsafe.Sizeof(ConfigRow{}.Name)), CountOffset: uint32(unsafe.Offsetof(ConfigRow{}.NameLength)), PresentOffset: 0xffffffff,
		CookOffset: 1, CookElemSize: 1, CookCountOffset: 132, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "fields", Json: "fields", TypeName: "RowFields", DeclaredTypeName: "RowFields", Id: 0x490e596d24847edc, Kind: 13, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ConfigRow{}.Fields)), ElemSize: uint32(unsafe.Sizeof(ConfigRow{}.Fields)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 136, CookElemSize: 60556, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: RowFieldsTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "created_at", Json: "created_at", TypeName: "string", DeclaredTypeName: "string", Id: 0xd468b6d1bff13979, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(ConfigRow{}.CreatedAt)), ElemSize: uint32(unsafe.Sizeof(ConfigRow{}.CreatedAt)), CountOffset: uint32(unsafe.Offsetof(ConfigRow{}.CreatedAtLength)), PresentOffset: 0xffffffff,
		CookOffset: 60692, CookElemSize: 1, CookCountOffset: 60728, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "updated_at", Json: "updated_at", TypeName: "string", DeclaredTypeName: "string", Id: 0xcad12968ef0374e0, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(ConfigRow{}.UpdatedAt)), ElemSize: uint32(unsafe.Sizeof(ConfigRow{}.UpdatedAt)), CountOffset: uint32(unsafe.Offsetof(ConfigRow{}.UpdatedAtLength)), PresentOffset: 0xffffffff,
		CookOffset: 60732, CookElemSize: 1, CookCountOffset: 60768, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

ConfigRowTableFields is ConfigRow's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var EnvNameFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(EnvName{}.NameLength)), 0, uint32(unsafe.Offsetof(EnvName{}.Name)), 0, 1, 1},
}

View Source

var EnvNameFixedHoles = tableFixedHoles(EnvNameFixedPlan.Entries, EnvNameFixedPlan.Count, uint32(len(EnvNameFixedResetImage)))

View Source

var EnvNameFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0xd291706d77de7597,
		LayoutBytes: 38,
		Record:      140,
		Layout: []byte{
			0x02, 0x00, 0x00, 0x00, 0xcf, 0x77, 0x40, 0x1b, 0x4f, 0x59, 0xe1, 0xeb, 0x0d, 0x84, 0x00, 0x00,
			0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var EnvNameFixedLayout = []byte{
	0x02, 0x00, 0x00, 0x00, 0xcf, 0x77, 0x40, 0x1b, 0x4f, 0x59, 0xe1, 0xeb, 0x0d, 0x84, 0x00, 0x00,
	0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00,
	0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
}

View Source

var EnvNameFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(EnvNameFixedLineagePlans))
	for i := range EnvNameFixedLineagePlans {
		lane := &EnvNameFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(EnvNameFixedResetImage)))
		}
	}
	return out
}()

View Source

var EnvNameFixedLineagePlans = tableFixedLineagePlans(EnvNameFixedKnown, EnvNameFixedLayout, EnvNameFixedDst, EnvNameFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var EnvNameFixedPlan = tableFixedBuildPlan(EnvNameFixedLeaves, 1)

View Source

var EnvNameFixedPlanMax = func() int32 {
	m := EnvNameFixedPlan.Count
	for _, lane := range EnvNameFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

EnvNameFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var EnvNameFixedResetImage = func() []byte {
	var def EnvName
	EnvNameReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var EnvNameTableFields = []TableFieldInfo{
	{Name: "name", Json: "name", TypeName: "string", DeclaredTypeName: "string", Id: 0xc4bcadba8e631b86, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(EnvName{}.Name)), ElemSize: uint32(unsafe.Sizeof(EnvName{}.Name)), CountOffset: uint32(unsafe.Offsetof(EnvName{}.NameLength)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 132, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

EnvNameTableFields is EnvName's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var ErrValidation = errors.New("configwire: wire validation failed")

ErrValidation is returned when a read rejects the wire: a wrong constant, nonzero reserved bits, or an interior null in a string (SPEC §4.3, §4.7).

View Source

var FieldPairFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(FieldPair{}.NameLength)), 0, uint32(unsafe.Offsetof(FieldPair{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(FieldPair{}.ValueLength)), 0, uint32(unsafe.Offsetof(FieldPair{}.Value)), 0, 1, 1},
}

View Source

var FieldPairFixedHoles = tableFixedHoles(FieldPairFixedPlan.Entries, FieldPairFixedPlan.Count, uint32(len(FieldPairFixedResetImage)))

View Source

var FieldPairFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0xded9aea60cab908a,
		LayoutBytes: 55,
		Record:      2352,
		Layout: []byte{
			0x03, 0x00, 0x00, 0x00, 0xc7, 0xb8, 0xa9, 0x72, 0x79, 0x6d, 0xca, 0x21, 0x0d, 0x28, 0x09, 0x00,
			0x00, 0x02, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x24, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xea, 0x0c, 0xe8, 0x30, 0x94, 0xfd, 0xe4, 0x7c, 0x0c, 0x04,
			0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var FieldPairFixedLayout = []byte{
	0x03, 0x00, 0x00, 0x00, 0xc7, 0xb8, 0xa9, 0x72, 0x79, 0x6d, 0xca, 0x21, 0x0d, 0x28, 0x09, 0x00,
	0x00, 0x02, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x24, 0x00,
	0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xea, 0x0c, 0xe8, 0x30, 0x94, 0xfd, 0xe4, 0x7c, 0x0c, 0x04,
	0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
}

View Source

var FieldPairFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(FieldPairFixedLineagePlans))
	for i := range FieldPairFixedLineagePlans {
		lane := &FieldPairFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(FieldPairFixedResetImage)))
		}
	}
	return out
}()

View Source

var FieldPairFixedLineagePlans = tableFixedLineagePlans(FieldPairFixedKnown, FieldPairFixedLayout, FieldPairFixedDst, FieldPairFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var FieldPairFixedPlan = tableFixedBuildPlan(FieldPairFixedLeaves, 2)

View Source

var FieldPairFixedPlanMax = func() int32 {
	m := FieldPairFixedPlan.Count
	for _, lane := range FieldPairFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

FieldPairFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var FieldPairFixedResetImage = func() []byte {
	var def FieldPair
	FieldPairReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var FieldPairTableFields = []TableFieldInfo{
	{Name: "name", Json: "name", TypeName: "string", DeclaredTypeName: "string", Id: 0xc4bcadba8e631b86, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(FieldPair{}.Name)), ElemSize: uint32(unsafe.Sizeof(FieldPair{}.Name)), CountOffset: uint32(unsafe.Offsetof(FieldPair{}.NameLength)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 36, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "value", Json: "value", TypeName: "string", DeclaredTypeName: "string", Id: 0x7ce4fd9430e80cea, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(FieldPair{}.Value)), ElemSize: uint32(unsafe.Sizeof(FieldPair{}.Value)), CountOffset: uint32(unsafe.Offsetof(FieldPair{}.ValueLength)), PresentOffset: 0xffffffff,
		CookOffset: 40, CookElemSize: 1, CookCountOffset: 2348, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

FieldPairTableFields is FieldPair's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var FileHeaderFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(FileHeader{}.Schema)), 0, 0, 0, 0, 0},
}

View Source

var FileHeaderFixedHoles = tableFixedHoles(FileHeaderFixedPlan.Entries, FileHeaderFixedPlan.Count, uint32(len(FileHeaderFixedResetImage)))

View Source

var FileHeaderFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0xe4def5308f9deda4,
		LayoutBytes: 38,
		Record:      12,
		Layout: []byte{
			0x02, 0x00, 0x00, 0x00, 0x52, 0xf5, 0x43, 0x22, 0x21, 0x0d, 0xb9, 0xfc, 0x0d, 0x04, 0x00, 0x00,
			0x00, 0x01, 0x00, 0x00, 0x00, 0xb6, 0x67, 0x46, 0x76, 0xff, 0x17, 0x8d, 0x75, 0x04, 0x04, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var FileHeaderFixedLayout = []byte{
	0x02, 0x00, 0x00, 0x00, 0x52, 0xf5, 0x43, 0x22, 0x21, 0x0d, 0xb9, 0xfc, 0x0d, 0x04, 0x00, 0x00,
	0x00, 0x01, 0x00, 0x00, 0x00, 0xb6, 0x67, 0x46, 0x76, 0xff, 0x17, 0x8d, 0x75, 0x04, 0x04, 0x00,
	0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
}

View Source

var FileHeaderFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(FileHeaderFixedLineagePlans))
	for i := range FileHeaderFixedLineagePlans {
		lane := &FileHeaderFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(FileHeaderFixedResetImage)))
		}
	}
	return out
}()

View Source

var FileHeaderFixedLineagePlans = tableFixedLineagePlans(FileHeaderFixedKnown, FileHeaderFixedLayout, FileHeaderFixedDst, FileHeaderFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var FileHeaderFixedPlan = tableFixedBuildPlan(FileHeaderFixedLeaves, 1)

View Source

var FileHeaderFixedPlanMax = func() int32 {
	m := FileHeaderFixedPlan.Count
	for _, lane := range FileHeaderFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

FileHeaderFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var FileHeaderFixedResetImage = func() []byte {
	var def FileHeader
	FileHeaderReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var FileHeaderTableFields = []TableFieldInfo{
	{Name: "schema", Json: "schema", TypeName: "int32", DeclaredTypeName: "int32", Id: 0x758d17ff764667b6, Kind: 4, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(FileHeader{}.Schema)), ElemSize: uint32(unsafe.Sizeof(FileHeader{}.Schema)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

FileHeaderTableFields is FileHeader's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var HostGroupFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostGroup{}.Hosts)), uint32(unsafe.Sizeof(HostName{})), uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
}

View Source

var HostGroupFixedHoles = tableFixedHoles(HostGroupFixedPlan.Entries, HostGroupFixedPlan.Count, uint32(len(HostGroupFixedResetImage)))

View Source

var HostGroupFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x44490979b82a12f3,
		LayoutBytes: 72,
		Record:      6348,
		Layout: []byte{
			0x04, 0x00, 0x00, 0x00, 0xb6, 0xb7, 0x67, 0x61, 0xd1, 0x4f, 0xb7, 0x7c, 0x0d, 0xc4, 0x18, 0x00,
			0x00, 0x01, 0x00, 0x00, 0x00, 0x94, 0x06, 0xe0, 0x43, 0x7b, 0xdf, 0x28, 0x3b, 0x0e, 0xc4, 0x18,
			0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0x84,
			0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c,
			0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var HostGroupFixedLayout = []byte{
	0x04, 0x00, 0x00, 0x00, 0xb6, 0xb7, 0x67, 0x61, 0xd1, 0x4f, 0xb7, 0x7c, 0x0d, 0xc4, 0x18, 0x00,
	0x00, 0x01, 0x00, 0x00, 0x00, 0x94, 0x06, 0xe0, 0x43, 0x7b, 0xdf, 0x28, 0x3b, 0x0e, 0xc4, 0x18,
	0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0x84,
	0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c,
	0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
}

View Source

var HostGroupFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(HostGroupFixedLineagePlans))
	for i := range HostGroupFixedLineagePlans {
		lane := &HostGroupFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(HostGroupFixedResetImage)))
		}
	}
	return out
}()

View Source

var HostGroupFixedLineagePlans = tableFixedLineagePlans(HostGroupFixedKnown, HostGroupFixedLayout, HostGroupFixedDst, HostGroupFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var HostGroupFixedPlan = tableFixedBuildPlan(HostGroupFixedLeaves, 49)

View Source

var HostGroupFixedPlanMax = func() int32 {
	m := HostGroupFixedPlan.Count
	for _, lane := range HostGroupFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

HostGroupFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

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var HostGroupFixedResetImage = func() []byte {
	var def HostGroup
	HostGroupReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var HostGroupTableFields = []TableFieldInfo{
	{Name: "hosts", Json: "hosts", TypeName: "HostName", DeclaredTypeName: "HostName", Id: 0x3b28df7b43e00694, Kind: 13, IsArray: true, Counted: true, Optional: false,
		ArrayBound: 48, Offset: uint32(unsafe.Offsetof(HostGroup{}.Hosts)), ElemSize: uint32(unsafe.Sizeof(HostGroup{}.Hosts[0])), CountOffset: uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 136, CookCountOffset: 6528, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: HostNameTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

HostGroupTableFields is HostGroup's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var HostNameFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
}

View Source

var HostNameFixedHoles = tableFixedHoles(HostNameFixedPlan.Entries, HostNameFixedPlan.Count, uint32(len(HostNameFixedResetImage)))

View Source

var HostNameFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x381421630c0a0c0c,
		LayoutBytes: 38,
		Record:      140,
		Layout: []byte{
			0x02, 0x00, 0x00, 0x00, 0xac, 0xbd, 0xb7, 0xc6, 0x29, 0x6d, 0x89, 0xf3, 0x0d, 0x84, 0x00, 0x00,
			0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var HostNameFixedLayout = []byte{
	0x02, 0x00, 0x00, 0x00, 0xac, 0xbd, 0xb7, 0xc6, 0x29, 0x6d, 0x89, 0xf3, 0x0d, 0x84, 0x00, 0x00,
	0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00,
	0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
}

View Source

var HostNameFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(HostNameFixedLineagePlans))
	for i := range HostNameFixedLineagePlans {
		lane := &HostNameFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(HostNameFixedResetImage)))
		}
	}
	return out
}()

View Source

var HostNameFixedLineagePlans = tableFixedLineagePlans(HostNameFixedKnown, HostNameFixedLayout, HostNameFixedDst, HostNameFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var HostNameFixedPlan = tableFixedBuildPlan(HostNameFixedLeaves, 1)

View Source

var HostNameFixedPlanMax = func() int32 {
	m := HostNameFixedPlan.Count
	for _, lane := range HostNameFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

HostNameFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var HostNameFixedResetImage = func() []byte {
	var def HostName
	HostNameReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var HostNameTableFields = []TableFieldInfo{
	{Name: "name", Json: "name", TypeName: "string", DeclaredTypeName: "string", Id: 0xc4bcadba8e631b86, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(HostName{}.Name)), ElemSize: uint32(unsafe.Sizeof(HostName{}.Name)), CountOffset: uint32(unsafe.Offsetof(HostName{}.NameLength)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 132, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

HostNameTableFields is HostName's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var HostViewFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostView{}.AnsibleHostLength)), 0, uint32(unsafe.Offsetof(HostView{}.AnsibleHost)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.Kind)), 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostView{}.Slots)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostView{}.SlotsCapacity)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostView{}.Runners)), 0, 0, 0, 0, 0},
	{0, 0, uint32(unsafe.Offsetof(HostView{}.SlotsSharePresent)), 0, 0, 0},
	{uint32(unsafe.Offsetof(HostView{}.SlotsShare)), 0, 0, 0, 0, 0},
	{0, 0, uint32(unsafe.Offsetof(HostView{}.CoresPresent)), 0, 0, 0},
	{uint32(unsafe.Offsetof(HostView{}.Cores)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostView{}.BenchOsLength)), 0, uint32(unsafe.Offsetof(HostView{}.BenchOs)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.NovaArchLength)), 0, uint32(unsafe.Offsetof(HostView{}.NovaArch)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.NovaTla)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostView{}.RegistrySeatLength)), 0, uint32(unsafe.Offsetof(HostView{}.RegistrySeat)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.RegistryRolesLength)), 0, uint32(unsafe.Offsetof(HostView{}.RegistryRoles)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.AnsibleUserLength)), 0, uint32(unsafe.Offsetof(HostView{}.AnsibleUser)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.NovaSeatLength)), 0, uint32(unsafe.Offsetof(HostView{}.NovaSeat)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.NovaRedisAddrLength)), 0, uint32(unsafe.Offsetof(HostView{}.NovaRedisAddr)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.NovaBusAddrLength)), 0, uint32(unsafe.Offsetof(HostView{}.NovaBusAddr)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.NovaRedisPort)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostView{}.NovaPgDsnLength)), 0, uint32(unsafe.Offsetof(HostView{}.NovaPgDsn)), 0, 1, 1},
	{uint32(unsafe.Offsetof(HostView{}.Local)), 0, 0, 0, 0, 0},
}

View Source

var HostViewFixedHoles = tableFixedHoles(HostViewFixedPlan.Entries, HostViewFixedPlan.Count, uint32(len(HostViewFixedResetImage)))

View Source

var HostViewFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x14a68d9c82ada3bc,
		LayoutBytes: 514,
		Record:      14157,
		Layout: []byte{
			0x1e, 0x00, 0x00, 0x00, 0x7a, 0x4d, 0xdc, 0x41, 0xef, 0xd7, 0x97, 0x5a, 0x0d, 0x45, 0x37, 0x00,
			0x00, 0x13, 0x00, 0x00, 0x00, 0xa6, 0xc6, 0x05, 0x3f, 0xa6, 0xae, 0xc8, 0xb1, 0x0c, 0x84, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x43, 0x32, 0x67, 0x21, 0xd7, 0x96, 0x9c, 0xef, 0x1e, 0x01,
			0x00, 0x00, 0x00, 0x08, 0x00, 0x00, 0x00, 0xce, 0x46, 0xc6, 0x6b, 0x87, 0x22, 0xd6, 0x5d, 0x20,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xaf, 0x79, 0xa2, 0xfb, 0x0a, 0xe0, 0x53, 0x0a,
			0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x2d, 0x7e, 0x8a, 0x1b, 0x66, 0xa2, 0x57,
			0x9f, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x35, 0x16, 0x61, 0xb2, 0x24, 0x5f,
			0xb6, 0xf3, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xcb, 0x93, 0x45, 0x8a, 0xb4,
			0xe5, 0xfe, 0x4e, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xbc, 0x7c, 0x4d, 0xd1,
			0xb3, 0x69, 0x58, 0x7f, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3e, 0x6a, 0x4d,
			0x26, 0xa8, 0xe2, 0x06, 0x44, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x69, 0xcd,
			0x26, 0x30, 0xfb, 0x85, 0xfd, 0x48, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x46,
			0x56, 0xee, 0xb1, 0x6b, 0x2e, 0x8c, 0xe6, 0x04, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x4f, 0xe4, 0x35, 0x5a, 0xb3, 0x24, 0xf3, 0x20, 0x04, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x38, 0x76, 0xf4, 0x0e, 0xb5, 0x3f, 0xf3, 0x83, 0x04, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x12, 0x88, 0xb1, 0xe6, 0x55, 0x46, 0xe6, 0x2f, 0x23, 0x05, 0x00, 0x00, 0x00, 0x01,
			0x00, 0x00, 0x00, 0x12, 0x88, 0xb1, 0xe6, 0x55, 0x46, 0xe6, 0x2f, 0x04, 0x04, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0xb7, 0x61, 0x48, 0x55, 0x8e, 0x64, 0x57, 0xce, 0x23, 0x05, 0x00, 0x00,
			0x00, 0x01, 0x00, 0x00, 0x00, 0xb7, 0x61, 0x48, 0x55, 0x8e, 0x64, 0x57, 0xce, 0x04, 0x04, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3c, 0x81, 0xdb, 0x2d, 0x6b, 0x76, 0x12, 0x20, 0x0c, 0x24,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x88, 0x62, 0x67, 0xf7, 0xfd, 0xad, 0x46, 0x7c, 0x0c,
			0x24, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xa3, 0x04, 0x8e, 0x0d, 0xf1, 0xd8, 0xf8, 0xd8,
			0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x9a, 0xf7, 0xd0, 0xa5, 0x9b, 0x32, 0x58,
			0xe9, 0x0c, 0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xbc, 0xc1, 0x04, 0xca, 0xf1, 0xc9,
			0x2e, 0x05, 0x0c, 0x44, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x77, 0xb7, 0x36, 0x6c, 0xc3,
			0x45, 0xe7, 0xc4, 0x0c, 0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x91, 0x98, 0xfa, 0x34,
			0x93, 0xd9, 0x55, 0x48, 0x0c, 0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xef, 0x0c, 0x2c,
			0x54, 0xfc, 0x4b, 0x63, 0x05, 0x0c, 0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3c, 0x2e,
			0xa7, 0x72, 0x1e, 0xe3, 0x86, 0xe9, 0x0c, 0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x57,
			0x3d, 0xd0, 0x97, 0x6d, 0x22, 0x1d, 0x9c, 0x04, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0xeb, 0x23, 0x9c, 0xa5, 0xc3, 0x35, 0xc5, 0xb5, 0x0c, 0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0xe8, 0x80, 0xa6, 0xf3, 0xb6, 0x1f, 0x9f, 0x24, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00,
		},
	},
}

View Source

var HostViewFixedLayout = []byte{}/* 514 elements not displayed */

View Source

var HostViewFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(HostViewFixedLineagePlans))
	for i := range HostViewFixedLineagePlans {
		lane := &HostViewFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(HostViewFixedResetImage)))
		}
	}
	return out
}()

View Source

var HostViewFixedLineagePlans = tableFixedLineagePlans(HostViewFixedKnown, HostViewFixedLayout, HostViewFixedDst, HostViewFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var HostViewFixedPlan = tableFixedBuildPlan(HostViewFixedLeaves, 21)

View Source

var HostViewFixedPlanMax = func() int32 {
	m := HostViewFixedPlan.Count
	for _, lane := range HostViewFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

HostViewFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var HostViewFixedResetImage = func() []byte {
	var def HostView
	HostViewReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var HostViewTableFields = []TableFieldInfo{
	{Name: "ansible_host", Json: "ansible_host", TypeName: "string", DeclaredTypeName: "string", Id: 0xb1c8aea63f05c6a6, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(HostView{}.AnsibleHost)), ElemSize: uint32(unsafe.Sizeof(HostView{}.AnsibleHost)), CountOffset: uint32(unsafe.Offsetof(HostView{}.AnsibleHostLength)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 132, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "kind", Json: "kind", TypeName: "ConfigKind", DeclaredTypeName: "ConfigKind", Id: 0xef9c96d721673243, Kind: 30, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HostView{}.Kind)), ElemSize: uint32(unsafe.Sizeof(HostView{}.Kind)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 136, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    func(v uint64) string { return EnumNameConfigKind(ConfigKind(v)) },
		VariantId:   func(v uint64) uint64 { id, _ := ConfigKind(v).TableEnumId(); return id },
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "slots", Json: "slots", TypeName: "int32", DeclaredTypeName: "int32", Id: 0xe68c2e6bb1ee5646, Kind: 4, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HostView{}.Slots)), ElemSize: uint32(unsafe.Sizeof(HostView{}.Slots)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 140, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "slots_capacity", Json: "slots_capacity", TypeName: "int32", DeclaredTypeName: "int32", Id: 0x20f324b35a35e44f, Kind: 4, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HostView{}.SlotsCapacity)), ElemSize: uint32(unsafe.Sizeof(HostView{}.SlotsCapacity)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 144, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "runners", Json: "runners", TypeName: "int32", DeclaredTypeName: "int32", Id: 0x83f33fb50ef47638, Kind: 4, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HostView{}.Runners)), ElemSize: uint32(unsafe.Sizeof(HostView{}.Runners)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 148, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "slots_share", Json: "slots_share", TypeName: "int32", DeclaredTypeName: "int32", Id: 0x2fe64655e6b18812, Kind: 4, IsArray: false, Counted: false, Optional: true,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HostView{}.SlotsShare)), ElemSize: uint32(unsafe.Sizeof(HostView{}.SlotsShare)), CountOffset: 0xffffffff, PresentOffset: uint32(unsafe.Offsetof(HostView{}.SlotsSharePresent)),
		CookOffset: 152, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 156,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "cores", Json: "cores", TypeName: "int32", DeclaredTypeName: "int32", Id: 0xce57648e554861b7, Kind: 4, IsArray: false, Counted: false, Optional: true,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HostView{}.Cores)), ElemSize: uint32(unsafe.Sizeof(HostView{}.Cores)), CountOffset: 0xffffffff, PresentOffset: uint32(unsafe.Offsetof(HostView{}.CoresPresent)),
		CookOffset: 160, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 164,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "bench_os", Json: "bench_os", TypeName: "string", DeclaredTypeName: "string", Id: 0x2012766b2ddb813c, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(HostView{}.BenchOs)), ElemSize: uint32(unsafe.Sizeof(HostView{}.BenchOs)), CountOffset: uint32(unsafe.Offsetof(HostView{}.BenchOsLength)), PresentOffset: 0xffffffff,
		CookOffset: 165, CookElemSize: 1, CookCountOffset: 200, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "nova_arch", Json: "nova_arch", TypeName: "string", DeclaredTypeName: "string", Id: 0x7c46adfdf7676288, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(HostView{}.NovaArch)), ElemSize: uint32(unsafe.Sizeof(HostView{}.NovaArch)), CountOffset: uint32(unsafe.Offsetof(HostView{}.NovaArchLength)), PresentOffset: 0xffffffff,
		CookOffset: 204, CookElemSize: 1, CookCountOffset: 240, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "nova_tla", Json: "nova_tla", TypeName: "bool", DeclaredTypeName: "bool", Id: 0xd8f8d8f10d8e04a3, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HostView{}.NovaTla)), ElemSize: uint32(unsafe.Sizeof(HostView{}.NovaTla)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 244, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "registry_seat", Json: "registry_seat", TypeName: "string", DeclaredTypeName: "string", Id: 0xe958329ba5d0f79a, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(HostView{}.RegistrySeat)), ElemSize: uint32(unsafe.Sizeof(HostView{}.RegistrySeat)), CountOffset: uint32(unsafe.Offsetof(HostView{}.RegistrySeatLength)), PresentOffset: 0xffffffff,
		CookOffset: 245, CookElemSize: 1, CookCountOffset: 2552, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "registry_roles", Json: "registry_roles", TypeName: "string", DeclaredTypeName: "string", Id: 0x52ec9f1ca04c1bc, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 64, Offset: uint32(unsafe.Offsetof(HostView{}.RegistryRoles)), ElemSize: uint32(unsafe.Sizeof(HostView{}.RegistryRoles)), CountOffset: uint32(unsafe.Offsetof(HostView{}.RegistryRolesLength)), PresentOffset: 0xffffffff,
		CookOffset: 2556, CookElemSize: 1, CookCountOffset: 2624, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "ansible_user", Json: "ansible_user", TypeName: "string", DeclaredTypeName: "string", Id: 0xc4e745c36c36b777, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(HostView{}.AnsibleUser)), ElemSize: uint32(unsafe.Sizeof(HostView{}.AnsibleUser)), CountOffset: uint32(unsafe.Offsetof(HostView{}.AnsibleUserLength)), PresentOffset: 0xffffffff,
		CookOffset: 2628, CookElemSize: 1, CookCountOffset: 4936, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "nova_seat", Json: "nova_seat", TypeName: "string", DeclaredTypeName: "string", Id: 0x4855d99334fa9891, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(HostView{}.NovaSeat)), ElemSize: uint32(unsafe.Sizeof(HostView{}.NovaSeat)), CountOffset: uint32(unsafe.Offsetof(HostView{}.NovaSeatLength)), PresentOffset: 0xffffffff,
		CookOffset: 4940, CookElemSize: 1, CookCountOffset: 7248, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "nova_redis_addr", Json: "nova_redis_addr", TypeName: "string", DeclaredTypeName: "string", Id: 0x5634bfc542c0cef, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(HostView{}.NovaRedisAddr)), ElemSize: uint32(unsafe.Sizeof(HostView{}.NovaRedisAddr)), CountOffset: uint32(unsafe.Offsetof(HostView{}.NovaRedisAddrLength)), PresentOffset: 0xffffffff,
		CookOffset: 7252, CookElemSize: 1, CookCountOffset: 9560, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "nova_bus_addr", Json: "nova_bus_addr", TypeName: "string", DeclaredTypeName: "string", Id: 0xe986e31e72a72e3c, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(HostView{}.NovaBusAddr)), ElemSize: uint32(unsafe.Sizeof(HostView{}.NovaBusAddr)), CountOffset: uint32(unsafe.Offsetof(HostView{}.NovaBusAddrLength)), PresentOffset: 0xffffffff,
		CookOffset: 9564, CookElemSize: 1, CookCountOffset: 11872, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "nova_redis_port", Json: "nova_redis_port", TypeName: "int32", DeclaredTypeName: "int32", Id: 0x9c1d226d97d03d57, Kind: 4, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HostView{}.NovaRedisPort)), ElemSize: uint32(unsafe.Sizeof(HostView{}.NovaRedisPort)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 11876, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 65535.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "nova_pg_dsn", Json: "nova_pg_dsn", TypeName: "string", DeclaredTypeName: "string", Id: 0xb5c535c3a59c23eb, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(HostView{}.NovaPgDsn)), ElemSize: uint32(unsafe.Sizeof(HostView{}.NovaPgDsn)), CountOffset: uint32(unsafe.Offsetof(HostView{}.NovaPgDsnLength)), PresentOffset: 0xffffffff,
		CookOffset: 11880, CookElemSize: 1, CookCountOffset: 14188, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "local", Json: "local", TypeName: "bool", DeclaredTypeName: "bool", Id: 0x249f1fb6f3a680e8, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HostView{}.Local)), ElemSize: uint32(unsafe.Sizeof(HostView{}.Local)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 14192, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

HostViewTableFields is HostView's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var InventoryFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(Inventory{}.All)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostGroup{}.Hosts)), uint32(unsafe.Sizeof(HostName{})), uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(Inventory{}.Adopt)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostGroup{}.Hosts)), uint32(unsafe.Sizeof(HostName{})), uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(Inventory{}.Benches)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostGroup{}.Hosts)), uint32(unsafe.Sizeof(HostName{})), uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(Inventory{}.Coordinator)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostGroup{}.Hosts)), uint32(unsafe.Sizeof(HostName{})), uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(Inventory{}.Store)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostGroup{}.Hosts)), uint32(unsafe.Sizeof(HostName{})), uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(Inventory{}.StoreDeployer)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostGroup{}.Hosts)), uint32(unsafe.Sizeof(HostName{})), uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(Inventory{}.Runners)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostGroup{}.Hosts)), uint32(unsafe.Sizeof(HostName{})), uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(Inventory{}.Tla)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostGroup{}.Hosts)), uint32(unsafe.Sizeof(HostName{})), uint32(unsafe.Offsetof(HostGroup{}.HostsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(HostName{}.NameLength)), 0, uint32(unsafe.Offsetof(HostName{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(Inventory{}.NovaStoreLength)), 0, uint32(unsafe.Offsetof(Inventory{}.NovaStore)), 0, 1, 1},
	{uint32(unsafe.Offsetof(Inventory{}.Revs)), uint32(unsafe.Sizeof(KindRev{})), uint32(unsafe.Offsetof(Inventory{}.RevsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(KindRev{}.Kind)), 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(KindRev{}.Rev)), 0, 0, 0, 0, 0},
}

View Source

var InventoryFixedHoles = tableFixedHoles(InventoryFixedPlan.Entries, InventoryFixedPlan.Count, uint32(len(InventoryFixedResetImage)))

View Source

var InventoryFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x5c098637ac4585c0,
		LayoutBytes: 786,
		Record:      53112,
		Layout: []byte{
			0x2e, 0x00, 0x00, 0x00, 0x3f, 0x0f, 0x0e, 0x8a, 0xeb, 0x05, 0x0d, 0x1f, 0x0d, 0x70, 0xcf, 0x00,
			0x00, 0x0a, 0x00, 0x00, 0x00, 0xa4, 0xda, 0x19, 0x05, 0x19, 0x9b, 0xf0, 0xe6, 0x0d, 0xc4, 0x18,
			0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x94, 0x06, 0xe0, 0x43, 0x7b, 0xdf, 0x28, 0x3b, 0x0e, 0xc4,
			0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d,
			0x84, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4,
			0x0c, 0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x11, 0x76, 0xa6, 0xe4, 0xfd, 0x35, 0xe2,
			0xf7, 0x0d, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x94, 0x06, 0xe0, 0x43, 0x7b, 0xdf,
			0x28, 0x3b, 0x0e, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x0d, 0x84, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e,
			0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x45, 0xfb, 0x39,
			0xfe, 0xd9, 0xfc, 0x23, 0x66, 0x0d, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x94, 0x06,
			0xe0, 0x43, 0x7b, 0xdf, 0x28, 0x3b, 0x0e, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0x84, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00,
			0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0xf1, 0x13, 0x41, 0x97, 0x8d, 0x03, 0xcd, 0x20, 0x0d, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00,
			0x00, 0x00, 0x94, 0x06, 0xe0, 0x43, 0x7b, 0xdf, 0x28, 0x3b, 0x0e, 0xc4, 0x18, 0x00, 0x00, 0x01,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0x84, 0x00, 0x00, 0x00,
			0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x8e, 0xbd, 0xb0, 0x76, 0xad, 0x54, 0xee, 0x44, 0x0d, 0xc4, 0x18,
			0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x94, 0x06, 0xe0, 0x43, 0x7b, 0xdf, 0x28, 0x3b, 0x0e, 0xc4,
			0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d,
			0x84, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4,
			0x0c, 0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3f, 0x3c, 0xcc, 0x03, 0xca, 0x6c, 0x15,
			0xbd, 0x0d, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x94, 0x06, 0xe0, 0x43, 0x7b, 0xdf,
			0x28, 0x3b, 0x0e, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x0d, 0x84, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e,
			0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x38, 0x76, 0xf4,
			0x0e, 0xb5, 0x3f, 0xf3, 0x83, 0x0d, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x94, 0x06,
			0xe0, 0x43, 0x7b, 0xdf, 0x28, 0x3b, 0x0e, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0x84, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00,
			0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0xd4, 0x34, 0x6e, 0x44, 0x19, 0xdd, 0x03, 0x57, 0x0d, 0xc4, 0x18, 0x00, 0x00, 0x01, 0x00,
			0x00, 0x00, 0x94, 0x06, 0xe0, 0x43, 0x7b, 0xdf, 0x28, 0x3b, 0x0e, 0xc4, 0x18, 0x00, 0x00, 0x01,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0x84, 0x00, 0x00, 0x00,
			0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x41, 0x86, 0x73, 0xf9, 0xb1, 0xb3, 0x91, 0xae, 0x0c, 0x04, 0x09,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x13, 0x16, 0xbd, 0xbf, 0x1f, 0x5c, 0xc0, 0x4c, 0x0e, 0x4c,
			0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d,
			0x09, 0x00, 0x00, 0x00, 0x02, 0x00, 0x00, 0x00, 0x43, 0x32, 0x67, 0x21, 0xd7, 0x96, 0x9c, 0xef,
			0x1e, 0x01, 0x00, 0x00, 0x00, 0x08, 0x00, 0x00, 0x00, 0xce, 0x46, 0xc6, 0x6b, 0x87, 0x22, 0xd6,
			0x5d, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xaf, 0x79, 0xa2, 0xfb, 0x0a, 0xe0,
			0x53, 0x0a, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x2d, 0x7e, 0x8a, 0x1b, 0x66,
			0xa2, 0x57, 0x9f, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x35, 0x16, 0x61, 0xb2,
			0x24, 0x5f, 0xb6, 0xf3, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xcb, 0x93, 0x45,
			0x8a, 0xb4, 0xe5, 0xfe, 0x4e, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xbc, 0x7c,
			0x4d, 0xd1, 0xb3, 0x69, 0x58, 0x7f, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3e,
			0x6a, 0x4d, 0x26, 0xa8, 0xe2, 0x06, 0x44, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x69, 0xcd, 0x26, 0x30, 0xfb, 0x85, 0xfd, 0x48, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x52, 0xaa, 0xf4, 0x60, 0x19, 0xb0, 0xe9, 0x89, 0x05, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00,
		},
	},
}

View Source

var InventoryFixedLayout = []byte{}/* 786 elements not displayed */

View Source

var InventoryFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(InventoryFixedLineagePlans))
	for i := range InventoryFixedLineagePlans {
		lane := &InventoryFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(InventoryFixedResetImage)))
		}
	}
	return out
}()

View Source

var InventoryFixedLineagePlans = tableFixedLineagePlans(InventoryFixedKnown, InventoryFixedLayout, InventoryFixedDst, InventoryFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var InventoryFixedPlan = tableFixedBuildPlan(InventoryFixedLeaves, 410)

View Source

var InventoryFixedPlanMax = func() int32 {
	m := InventoryFixedPlan.Count
	for _, lane := range InventoryFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

InventoryFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var InventoryFixedResetImage = func() []byte {
	var def Inventory
	InventoryReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var InventoryLoopFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(InventoryLoop{}.MachineLength)), 0, uint32(unsafe.Offsetof(InventoryLoop{}.Machine)), 0, 1, 1},
	{uint32(unsafe.Offsetof(InventoryLoop{}.NameLength)), 0, uint32(unsafe.Offsetof(InventoryLoop{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(InventoryLoop{}.ArgvLength)), 0, uint32(unsafe.Offsetof(InventoryLoop{}.Argv)), 0, 1, 1},
	{uint32(unsafe.Offsetof(InventoryLoop{}.SeatLength)), 0, uint32(unsafe.Offsetof(InventoryLoop{}.Seat)), 0, 1, 1},
	{uint32(unsafe.Offsetof(InventoryLoop{}.Keys)), uint32(unsafe.Sizeof(EnvName{})), uint32(unsafe.Offsetof(InventoryLoop{}.KeysCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(EnvName{}.NameLength)), 0, uint32(unsafe.Offsetof(EnvName{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(InventoryLoop{}.Every)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(InventoryLoop{}.Keepalive)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(InventoryLoop{}.Enabled)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(InventoryLoop{}.LogLength)), 0, uint32(unsafe.Offsetof(InventoryLoop{}.Log)), 0, 1, 1},
}

View Source

var InventoryLoopFixedHoles = tableFixedHoles(InventoryLoopFixedPlan.Entries, InventoryLoopFixedPlan.Count, uint32(len(InventoryLoopFixedResetImage)))

View Source

var InventoryLoopFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x277405565f5378f6,
		LayoutBytes: 208,
		Record:      13222,
		Layout: []byte{
			0x0c, 0x00, 0x00, 0x00, 0x35, 0x9e, 0xe3, 0x74, 0x7b, 0x62, 0x05, 0x6e, 0x0d, 0x9e, 0x33, 0x00,
			0x00, 0x09, 0x00, 0x00, 0x00, 0x6e, 0xbe, 0xd7, 0x98, 0xcb, 0x57, 0x51, 0x38, 0x0c, 0x84, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x63, 0x98, 0xbc, 0x3e, 0x84, 0x2d, 0x49, 0x89, 0x0c,
			0x04, 0x10, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xe8, 0x33, 0xf9, 0xd3, 0x18, 0xf1, 0x08, 0x2d,
			0x0c, 0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x2d, 0x3e, 0xbd, 0x5c, 0xd7, 0x87, 0x19,
			0x58, 0x0e, 0x84, 0x10, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
			0x00, 0x00, 0x0d, 0x84, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba,
			0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x64, 0xc9, 0xd1, 0x79,
			0x00, 0x97, 0x53, 0x11, 0x04, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xa9, 0xf3, 0xa6,
			0xfd, 0xcd, 0x8b, 0xfa, 0x38, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x9e, 0x28,
			0x56, 0x6b, 0x80, 0x85, 0xd8, 0x70, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x31,
			0x54, 0xaf, 0x1d, 0x19, 0x73, 0x50, 0x12, 0x0c, 0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var InventoryLoopFixedLayout = []byte{}/* 208 elements not displayed */

View Source

var InventoryLoopFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(InventoryLoopFixedLineagePlans))
	for i := range InventoryLoopFixedLineagePlans {
		lane := &InventoryLoopFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(InventoryLoopFixedResetImage)))
		}
	}
	return out
}()

View Source

var InventoryLoopFixedLineagePlans = tableFixedLineagePlans(InventoryLoopFixedKnown, InventoryLoopFixedLayout, InventoryLoopFixedDst, InventoryLoopFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var InventoryLoopFixedPlan = tableFixedBuildPlan(InventoryLoopFixedLeaves, 41)

View Source

var InventoryLoopFixedPlanMax = func() int32 {
	m := InventoryLoopFixedPlan.Count
	for _, lane := range InventoryLoopFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

InventoryLoopFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var InventoryLoopFixedResetImage = func() []byte {
	var def InventoryLoop
	InventoryLoopReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var InventoryLoopTableFields = []TableFieldInfo{
	{Name: "machine", Json: "machine", TypeName: "string", DeclaredTypeName: "string", Id: 0x385157cb98d7be6e, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(InventoryLoop{}.Machine)), ElemSize: uint32(unsafe.Sizeof(InventoryLoop{}.Machine)), CountOffset: uint32(unsafe.Offsetof(InventoryLoop{}.MachineLength)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 132, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "name", Json: "name", TypeName: "string", DeclaredTypeName: "string", Id: 0xc4bcadba8e631b86, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(InventoryLoop{}.Name)), ElemSize: uint32(unsafe.Sizeof(InventoryLoop{}.Name)), CountOffset: uint32(unsafe.Offsetof(InventoryLoop{}.NameLength)), PresentOffset: 0xffffffff,
		CookOffset: 136, CookElemSize: 1, CookCountOffset: 268, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "argv", Json: "argv", TypeName: "string", DeclaredTypeName: "string", Id: 0x89492d843ebc9863, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 4096, Offset: uint32(unsafe.Offsetof(InventoryLoop{}.Argv)), ElemSize: uint32(unsafe.Sizeof(InventoryLoop{}.Argv)), CountOffset: uint32(unsafe.Offsetof(InventoryLoop{}.ArgvLength)), PresentOffset: 0xffffffff,
		CookOffset: 272, CookElemSize: 1, CookCountOffset: 4372, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "seat", Json: "seat", TypeName: "string", DeclaredTypeName: "string", Id: 0x2d08f118d3f933e8, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(InventoryLoop{}.Seat)), ElemSize: uint32(unsafe.Sizeof(InventoryLoop{}.Seat)), CountOffset: uint32(unsafe.Offsetof(InventoryLoop{}.SeatLength)), PresentOffset: 0xffffffff,
		CookOffset: 4376, CookElemSize: 1, CookCountOffset: 6684, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "keys", Json: "keys", TypeName: "EnvName", DeclaredTypeName: "EnvName", Id: 0x581987d75cbd3e2d, Kind: 13, IsArray: true, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(InventoryLoop{}.Keys)), ElemSize: uint32(unsafe.Sizeof(InventoryLoop{}.Keys[0])), CountOffset: uint32(unsafe.Offsetof(InventoryLoop{}.KeysCount)), PresentOffset: 0xffffffff,
		CookOffset: 6688, CookElemSize: 136, CookCountOffset: 11040, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: EnvNameTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "every", Json: "every", TypeName: "int32", DeclaredTypeName: "int32", Id: 0x1153970079d1c964, Kind: 4, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(InventoryLoop{}.Every)), ElemSize: uint32(unsafe.Sizeof(InventoryLoop{}.Every)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 11044, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 3.1536e+07, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "keepalive", Json: "keepalive", TypeName: "bool", DeclaredTypeName: "bool", Id: 0x38fa8bcdfda6f3a9, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(InventoryLoop{}.Keepalive)), ElemSize: uint32(unsafe.Sizeof(InventoryLoop{}.Keepalive)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 11048, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "enabled", Json: "enabled", TypeName: "bool", DeclaredTypeName: "bool", Id: 0x70d885806b56289e, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(InventoryLoop{}.Enabled)), ElemSize: uint32(unsafe.Sizeof(InventoryLoop{}.Enabled)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 11049, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "log", Json: "log", TypeName: "string", DeclaredTypeName: "string", Id: 0x125073191daf5431, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(InventoryLoop{}.Log)), ElemSize: uint32(unsafe.Sizeof(InventoryLoop{}.Log)), CountOffset: uint32(unsafe.Offsetof(InventoryLoop{}.LogLength)), PresentOffset: 0xffffffff,
		CookOffset: 11050, CookElemSize: 1, CookCountOffset: 13356, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

InventoryLoopTableFields is InventoryLoop's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var InventoryTableFields = []TableFieldInfo{
	{Name: "all", Json: "all", TypeName: "HostGroup", DeclaredTypeName: "HostGroup", Id: 0xe6f09b190519daa4, Kind: 13, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(Inventory{}.All)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.All)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 6532, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: HostGroupTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "adopt", Json: "adopt", TypeName: "HostGroup", DeclaredTypeName: "HostGroup", Id: 0xf7e235fde4a67611, Kind: 13, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(Inventory{}.Adopt)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.Adopt)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 6532, CookElemSize: 6532, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: HostGroupTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "benches", Json: "benches", TypeName: "HostGroup", DeclaredTypeName: "HostGroup", Id: 0x6623fcd9fe39fb45, Kind: 13, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(Inventory{}.Benches)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.Benches)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 13064, CookElemSize: 6532, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: HostGroupTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "coordinator", Json: "coordinator", TypeName: "HostGroup", DeclaredTypeName: "HostGroup", Id: 0x20cd038d974113f1, Kind: 13, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(Inventory{}.Coordinator)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.Coordinator)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 19596, CookElemSize: 6532, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: HostGroupTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "store", Json: "store", TypeName: "HostGroup", DeclaredTypeName: "HostGroup", Id: 0x44ee54ad76b0bd8e, Kind: 13, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(Inventory{}.Store)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.Store)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 26128, CookElemSize: 6532, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: HostGroupTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "store_deployer", Json: "store_deployer", TypeName: "HostGroup", DeclaredTypeName: "HostGroup", Id: 0xbd156cca03cc3c3f, Kind: 13, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(Inventory{}.StoreDeployer)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.StoreDeployer)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 32660, CookElemSize: 6532, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: HostGroupTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "runners", Json: "runners", TypeName: "HostGroup", DeclaredTypeName: "HostGroup", Id: 0x83f33fb50ef47638, Kind: 13, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(Inventory{}.Runners)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.Runners)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 39192, CookElemSize: 6532, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: HostGroupTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "tla", Json: "tla", TypeName: "HostGroup", DeclaredTypeName: "HostGroup", Id: 0x5703dd19446e34d4, Kind: 13, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(Inventory{}.Tla)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.Tla)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 45724, CookElemSize: 6532, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: HostGroupTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "nova_store", Json: "nova_store", TypeName: "string", DeclaredTypeName: "string", Id: 0xae91b3b1f9738641, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(Inventory{}.NovaStore)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.NovaStore)), CountOffset: uint32(unsafe.Offsetof(Inventory{}.NovaStoreLength)), PresentOffset: 0xffffffff,
		CookOffset: 52256, CookElemSize: 1, CookCountOffset: 54564, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "revs", Json: "revs", TypeName: "KindRev", DeclaredTypeName: "KindRev", Id: 0x4cc05c1fbfbd1613, Kind: 13, IsArray: true, Counted: true, Optional: false,
		ArrayBound: 8, Offset: uint32(unsafe.Offsetof(Inventory{}.Revs)), ElemSize: uint32(unsafe.Sizeof(Inventory{}.Revs[0])), CountOffset: uint32(unsafe.Offsetof(Inventory{}.RevsCount)), PresentOffset: 0xffffffff,
		CookOffset: 54568, CookElemSize: 16, CookCountOffset: 54696, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: KindRevTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

InventoryTableFields is Inventory's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var KindRevFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(KindRev{}.Kind)), 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(KindRev{}.Rev)), 0, 0, 0, 0, 0},
}

View Source

var KindRevFixedHoles = tableFixedHoles(KindRevFixedPlan.Entries, KindRevFixedPlan.Count, uint32(len(KindRevFixedResetImage)))

View Source

var KindRevFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x75cf084800611cb4,
		LayoutBytes: 191,
		Record:      17,
		Layout: []byte{
			0x0b, 0x00, 0x00, 0x00, 0x2c, 0x9d, 0x7e, 0x40, 0x8d, 0xfc, 0x23, 0xc8, 0x0d, 0x09, 0x00, 0x00,
			0x00, 0x02, 0x00, 0x00, 0x00, 0x43, 0x32, 0x67, 0x21, 0xd7, 0x96, 0x9c, 0xef, 0x1e, 0x01, 0x00,
			0x00, 0x00, 0x08, 0x00, 0x00, 0x00, 0xce, 0x46, 0xc6, 0x6b, 0x87, 0x22, 0xd6, 0x5d, 0x20, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xaf, 0x79, 0xa2, 0xfb, 0x0a, 0xe0, 0x53, 0x0a, 0x20,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x2d, 0x7e, 0x8a, 0x1b, 0x66, 0xa2, 0x57, 0x9f,
			0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x35, 0x16, 0x61, 0xb2, 0x24, 0x5f, 0xb6,
			0xf3, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xcb, 0x93, 0x45, 0x8a, 0xb4, 0xe5,
			0xfe, 0x4e, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xbc, 0x7c, 0x4d, 0xd1, 0xb3,
			0x69, 0x58, 0x7f, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3e, 0x6a, 0x4d, 0x26,
			0xa8, 0xe2, 0x06, 0x44, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x69, 0xcd, 0x26,
			0x30, 0xfb, 0x85, 0xfd, 0x48, 0x20, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x52, 0xaa,
			0xf4, 0x60, 0x19, 0xb0, 0xe9, 0x89, 0x05, 0x08, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var KindRevFixedLayout = []byte{}/* 191 elements not displayed */

View Source

var KindRevFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(KindRevFixedLineagePlans))
	for i := range KindRevFixedLineagePlans {
		lane := &KindRevFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(KindRevFixedResetImage)))
		}
	}
	return out
}()

View Source

var KindRevFixedLineagePlans = tableFixedLineagePlans(KindRevFixedKnown, KindRevFixedLayout, KindRevFixedDst, KindRevFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var KindRevFixedPlan = tableFixedBuildPlan(KindRevFixedLeaves, 2)

View Source

var KindRevFixedPlanMax = func() int32 {
	m := KindRevFixedPlan.Count
	for _, lane := range KindRevFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

KindRevFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var KindRevFixedResetImage = func() []byte {
	var def KindRev
	KindRevReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var KindRevTableFields = []TableFieldInfo{
	{Name: "kind", Json: "kind", TypeName: "ConfigKind", DeclaredTypeName: "ConfigKind", Id: 0xef9c96d721673243, Kind: 30, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(KindRev{}.Kind)), ElemSize: uint32(unsafe.Sizeof(KindRev{}.Kind)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    func(v uint64) string { return EnumNameConfigKind(ConfigKind(v)) },
		VariantId:   func(v uint64) uint64 { id, _ := ConfigKind(v).TableEnumId(); return id },
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "rev", Json: "rev", TypeName: "int64", DeclaredTypeName: "int64", Id: 0x89e9b01960f4aa52, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(KindRev{}.Rev)), ElemSize: uint32(unsafe.Sizeof(KindRev{}.Rev)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 9.007199254740991e+15, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

KindRevTableFields is KindRev's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var MachineBeatFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(MachineBeat{}.OsLength)), 0, uint32(unsafe.Offsetof(MachineBeat{}.Os)), 0, 1, 1},
	{uint32(unsafe.Offsetof(MachineBeat{}.ArchLength)), 0, uint32(unsafe.Offsetof(MachineBeat{}.Arch)), 0, 1, 1},
	{uint32(unsafe.Offsetof(MachineBeat{}.CoresLength)), 0, uint32(unsafe.Offsetof(MachineBeat{}.Cores)), 0, 1, 1},
	{uint32(unsafe.Offsetof(MachineBeat{}.MemoryGbLength)), 0, uint32(unsafe.Offsetof(MachineBeat{}.MemoryGb)), 0, 1, 1},
	{uint32(unsafe.Offsetof(MachineBeat{}.AtLength)), 0, uint32(unsafe.Offsetof(MachineBeat{}.At)), 0, 1, 1},
}

View Source

var MachineBeatFixedHoles = tableFixedHoles(MachineBeatFixedPlan.Entries, MachineBeatFixedPlan.Count, uint32(len(MachineBeatFixedResetImage)))

View Source

var MachineBeatFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x11a1afff1ee664ab,
		LayoutBytes: 106,
		Record:      148,
		Layout: []byte{
			0x06, 0x00, 0x00, 0x00, 0xc6, 0x72, 0xba, 0x64, 0xf7, 0xc6, 0x11, 0x21, 0x0d, 0x8c, 0x00, 0x00,
			0x00, 0x05, 0x00, 0x00, 0x00, 0x57, 0x5e, 0x56, 0xb5, 0x07, 0x55, 0xb0, 0x08, 0x0c, 0x24, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x69, 0x33, 0xb2, 0x3e, 0x84, 0x43, 0x3c, 0x89, 0x0c, 0x24,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xb7, 0x61, 0x48, 0x55, 0x8e, 0x64, 0x57, 0xce, 0x0c,
			0x0c, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0a, 0x31, 0x9a, 0x05, 0x2e, 0xc4, 0x07, 0xb8,
			0x0c, 0x14, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x68, 0xa9, 0x45, 0xb5, 0x07, 0x4e, 0x9c,
			0x08, 0x0c, 0x24, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var MachineBeatFixedLayout = []byte{}/* 106 elements not displayed */

View Source

var MachineBeatFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(MachineBeatFixedLineagePlans))
	for i := range MachineBeatFixedLineagePlans {
		lane := &MachineBeatFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(MachineBeatFixedResetImage)))
		}
	}
	return out
}()

View Source

var MachineBeatFixedLineagePlans = tableFixedLineagePlans(MachineBeatFixedKnown, MachineBeatFixedLayout, MachineBeatFixedDst, MachineBeatFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var MachineBeatFixedPlan = tableFixedBuildPlan(MachineBeatFixedLeaves, 5)

View Source

var MachineBeatFixedPlanMax = func() int32 {
	m := MachineBeatFixedPlan.Count
	for _, lane := range MachineBeatFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

MachineBeatFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var MachineBeatFixedResetImage = func() []byte {
	var def MachineBeat
	MachineBeatReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var MachineBeatTableFields = []TableFieldInfo{
	{Name: "os", Json: "os", TypeName: "string", DeclaredTypeName: "string", Id: 0x8b05507b5565e57, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(MachineBeat{}.Os)), ElemSize: uint32(unsafe.Sizeof(MachineBeat{}.Os)), CountOffset: uint32(unsafe.Offsetof(MachineBeat{}.OsLength)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 36, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "arch", Json: "arch", TypeName: "string", DeclaredTypeName: "string", Id: 0x893c43843eb23369, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(MachineBeat{}.Arch)), ElemSize: uint32(unsafe.Sizeof(MachineBeat{}.Arch)), CountOffset: uint32(unsafe.Offsetof(MachineBeat{}.ArchLength)), PresentOffset: 0xffffffff,
		CookOffset: 40, CookElemSize: 1, CookCountOffset: 76, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "cores", Json: "cores", TypeName: "string", DeclaredTypeName: "string", Id: 0xce57648e554861b7, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 8, Offset: uint32(unsafe.Offsetof(MachineBeat{}.Cores)), ElemSize: uint32(unsafe.Sizeof(MachineBeat{}.Cores)), CountOffset: uint32(unsafe.Offsetof(MachineBeat{}.CoresLength)), PresentOffset: 0xffffffff,
		CookOffset: 80, CookElemSize: 1, CookCountOffset: 92, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "memory_gb", Json: "memory_gb", TypeName: "string", DeclaredTypeName: "string", Id: 0xb807c42e059a310a, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 16, Offset: uint32(unsafe.Offsetof(MachineBeat{}.MemoryGb)), ElemSize: uint32(unsafe.Sizeof(MachineBeat{}.MemoryGb)), CountOffset: uint32(unsafe.Offsetof(MachineBeat{}.MemoryGbLength)), PresentOffset: 0xffffffff,
		CookOffset: 96, CookElemSize: 1, CookCountOffset: 116, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "at", Json: "at", TypeName: "string", DeclaredTypeName: "string", Id: 0x89c4e07b545a968, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 32, Offset: uint32(unsafe.Offsetof(MachineBeat{}.At)), ElemSize: uint32(unsafe.Sizeof(MachineBeat{}.At)), CountOffset: uint32(unsafe.Offsetof(MachineBeat{}.AtLength)), PresentOffset: 0xffffffff,
		CookOffset: 120, CookElemSize: 1, CookCountOffset: 156, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

MachineBeatTableFields is MachineBeat's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var MachineViewFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(MachineView{}.NameLength)), 0, uint32(unsafe.Offsetof(MachineView{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(MachineView{}.UserLength)), 0, uint32(unsafe.Offsetof(MachineView{}.User)), 0, 1, 1},
	{uint32(unsafe.Offsetof(MachineView{}.SeatLength)), 0, uint32(unsafe.Offsetof(MachineView{}.Seat)), 0, 1, 1},
	{uint32(unsafe.Offsetof(MachineView{}.Slots)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(MachineView{}.Runners)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(MachineView{}.RolesLength)), 0, uint32(unsafe.Offsetof(MachineView{}.Roles)), 0, 1, 1},
	{uint32(unsafe.Offsetof(MachineView{}.Tla)), 0, 0, 0, 0, 0},
	{0, 0, uint32(unsafe.Offsetof(MachineView{}.WidthPresent)), 0, 0, 0},
	{uint32(unsafe.Offsetof(MachineView{}.Width)), 0, 0, 0, 0, 0},
}

View Source

var MachineViewFixedHoles = tableFixedHoles(MachineViewFixedPlan.Entries, MachineViewFixedPlan.Count, uint32(len(MachineViewFixedResetImage)))

View Source

var MachineViewFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x85ddbb56a7ea3eaf,
		LayoutBytes: 174,
		Record:      4838,
		Layout: []byte{
			0x0a, 0x00, 0x00, 0x00, 0x4f, 0x6c, 0x64, 0x96, 0x5c, 0x6a, 0x72, 0xa9, 0x0d, 0xde, 0x12, 0x00,
			0x00, 0x08, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c, 0x84, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xf2, 0x48, 0x2b, 0x03, 0xe4, 0x80, 0x67, 0x7d, 0x0c, 0x04,
			0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xe8, 0x33, 0xf9, 0xd3, 0x18, 0xf1, 0x08, 0x2d, 0x0c,
			0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x46, 0x56, 0xee, 0xb1, 0x6b, 0x2e, 0x8c, 0xe6,
			0x04, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x38, 0x76, 0xf4, 0x0e, 0xb5, 0x3f, 0xf3,
			0x83, 0x04, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x3e, 0x00, 0x30, 0x24, 0x46, 0x04,
			0x4d, 0x58, 0x0c, 0x44, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xd4, 0x34, 0x6e, 0x44, 0x19,
			0xdd, 0x03, 0x57, 0x01, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xbf, 0xe9, 0xd1, 0x2f,
			0x93, 0xcd, 0xda, 0xdb, 0x23, 0x05, 0x00, 0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0xbf, 0xe9, 0xd1,
			0x2f, 0x93, 0xcd, 0xda, 0xdb, 0x04, 0x04, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var MachineViewFixedLayout = []byte{}/* 174 elements not displayed */

View Source

var MachineViewFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(MachineViewFixedLineagePlans))
	for i := range MachineViewFixedLineagePlans {
		lane := &MachineViewFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(MachineViewFixedResetImage)))
		}
	}
	return out
}()

View Source

var MachineViewFixedLineagePlans = tableFixedLineagePlans(MachineViewFixedKnown, MachineViewFixedLayout, MachineViewFixedDst, MachineViewFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var MachineViewFixedPlan = tableFixedBuildPlan(MachineViewFixedLeaves, 9)

View Source

var MachineViewFixedPlanMax = func() int32 {
	m := MachineViewFixedPlan.Count
	for _, lane := range MachineViewFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

MachineViewFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var MachineViewFixedResetImage = func() []byte {
	var def MachineView
	MachineViewReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var MachineViewTableFields = []TableFieldInfo{
	{Name: "name", Json: "name", TypeName: "string", DeclaredTypeName: "string", Id: 0xc4bcadba8e631b86, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 128, Offset: uint32(unsafe.Offsetof(MachineView{}.Name)), ElemSize: uint32(unsafe.Sizeof(MachineView{}.Name)), CountOffset: uint32(unsafe.Offsetof(MachineView{}.NameLength)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 1, CookCountOffset: 132, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "user", Json: "user", TypeName: "string", DeclaredTypeName: "string", Id: 0x7d6780e4032b48f2, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(MachineView{}.User)), ElemSize: uint32(unsafe.Sizeof(MachineView{}.User)), CountOffset: uint32(unsafe.Offsetof(MachineView{}.UserLength)), PresentOffset: 0xffffffff,
		CookOffset: 136, CookElemSize: 1, CookCountOffset: 2444, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "seat", Json: "seat", TypeName: "string", DeclaredTypeName: "string", Id: 0x2d08f118d3f933e8, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 2304, Offset: uint32(unsafe.Offsetof(MachineView{}.Seat)), ElemSize: uint32(unsafe.Sizeof(MachineView{}.Seat)), CountOffset: uint32(unsafe.Offsetof(MachineView{}.SeatLength)), PresentOffset: 0xffffffff,
		CookOffset: 2448, CookElemSize: 1, CookCountOffset: 4756, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "slots", Json: "slots", TypeName: "int32", DeclaredTypeName: "int32", Id: 0xe68c2e6bb1ee5646, Kind: 4, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MachineView{}.Slots)), ElemSize: uint32(unsafe.Sizeof(MachineView{}.Slots)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 4760, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "runners", Json: "runners", TypeName: "int32", DeclaredTypeName: "int32", Id: 0x83f33fb50ef47638, Kind: 4, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MachineView{}.Runners)), ElemSize: uint32(unsafe.Sizeof(MachineView{}.Runners)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 4764, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "roles", Json: "roles", TypeName: "string", DeclaredTypeName: "string", Id: 0x584d04462430003e, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 64, Offset: uint32(unsafe.Offsetof(MachineView{}.Roles)), ElemSize: uint32(unsafe.Sizeof(MachineView{}.Roles)), CountOffset: uint32(unsafe.Offsetof(MachineView{}.RolesLength)), PresentOffset: 0xffffffff,
		CookOffset: 4768, CookElemSize: 1, CookCountOffset: 4836, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "tla", Json: "tla", TypeName: "bool", DeclaredTypeName: "bool", Id: 0x5703dd19446e34d4, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MachineView{}.Tla)), ElemSize: uint32(unsafe.Sizeof(MachineView{}.Tla)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 4840, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "width", Json: "width", TypeName: "int32", DeclaredTypeName: "int32", Id: 0xdbdacd932fd1e9bf, Kind: 4, IsArray: false, Counted: false, Optional: true,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MachineView{}.Width)), ElemSize: uint32(unsafe.Sizeof(MachineView{}.Width)), CountOffset: 0xffffffff, PresentOffset: uint32(unsafe.Offsetof(MachineView{}.WidthPresent)),
		CookOffset: 4844, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4848,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

MachineViewTableFields is MachineView's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var MemberBeatFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(MemberBeat{}.AtMs)), 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(MemberBeat{}.Cores)), 0, 0, 0, 0, 0},
}

View Source

var MemberBeatFixedHoles = tableFixedHoles(MemberBeatFixedPlan.Entries, MemberBeatFixedPlan.Count, uint32(len(MemberBeatFixedResetImage)))

View Source

var MemberBeatFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x6f474342f125f54e,
		LayoutBytes: 55,
		Record:      20,
		Layout: []byte{
			0x03, 0x00, 0x00, 0x00, 0x17, 0xbb, 0xb0, 0x0a, 0xf3, 0x77, 0x3c, 0xa2, 0x0d, 0x0c, 0x00, 0x00,
			0x00, 0x02, 0x00, 0x00, 0x00, 0xc1, 0xfd, 0x00, 0xbf, 0x81, 0xbf, 0xfd, 0x41, 0x05, 0x08, 0x00,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xb7, 0x61, 0x48, 0x55, 0x8e, 0x64, 0x57, 0xce, 0x04, 0x04,
			0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var MemberBeatFixedLayout = []byte{
	0x03, 0x00, 0x00, 0x00, 0x17, 0xbb, 0xb0, 0x0a, 0xf3, 0x77, 0x3c, 0xa2, 0x0d, 0x0c, 0x00, 0x00,
	0x00, 0x02, 0x00, 0x00, 0x00, 0xc1, 0xfd, 0x00, 0xbf, 0x81, 0xbf, 0xfd, 0x41, 0x05, 0x08, 0x00,
	0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xb7, 0x61, 0x48, 0x55, 0x8e, 0x64, 0x57, 0xce, 0x04, 0x04,
	0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
}

View Source

var MemberBeatFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(MemberBeatFixedLineagePlans))
	for i := range MemberBeatFixedLineagePlans {
		lane := &MemberBeatFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(MemberBeatFixedResetImage)))
		}
	}
	return out
}()

View Source

var MemberBeatFixedLineagePlans = tableFixedLineagePlans(MemberBeatFixedKnown, MemberBeatFixedLayout, MemberBeatFixedDst, MemberBeatFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var MemberBeatFixedPlan = tableFixedBuildPlan(MemberBeatFixedLeaves, 2)

View Source

var MemberBeatFixedPlanMax = func() int32 {
	m := MemberBeatFixedPlan.Count
	for _, lane := range MemberBeatFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

MemberBeatFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var MemberBeatFixedResetImage = func() []byte {
	var def MemberBeat
	MemberBeatReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var MemberBeatTableFields = []TableFieldInfo{
	{Name: "at_ms", Json: "at_ms", TypeName: "int64", DeclaredTypeName: "int64", Id: 0x41fdbf81bf00fdc1, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MemberBeat{}.AtMs)), ElemSize: uint32(unsafe.Sizeof(MemberBeat{}.AtMs)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 2.53402300799999e+14, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "cores", Json: "cores", TypeName: "int32", DeclaredTypeName: "int32", Id: 0xce57648e554861b7, Kind: 4, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MemberBeat{}.Cores)), ElemSize: uint32(unsafe.Sizeof(MemberBeat{}.Cores)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 4, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 100000.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

MemberBeatTableFields is MemberBeat's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var RowFieldsFixedDst = []TableFixedDst{
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(RowFields{}.Pairs)), uint32(unsafe.Sizeof(FieldPair{})), uint32(unsafe.Offsetof(RowFields{}.PairsCount)), 1, 0, 0},
	{0, 0, 0, 0, 0, 0},
	{uint32(unsafe.Offsetof(FieldPair{}.NameLength)), 0, uint32(unsafe.Offsetof(FieldPair{}.Name)), 0, 1, 1},
	{uint32(unsafe.Offsetof(FieldPair{}.ValueLength)), 0, uint32(unsafe.Offsetof(FieldPair{}.Value)), 0, 1, 1},
	{uint32(unsafe.Offsetof(RowFields{}.ArgvLength)), 0, uint32(unsafe.Offsetof(RowFields{}.Argv)), 0, 1, 1},
}

View Source

var RowFieldsFixedHoles = tableFixedHoles(RowFieldsFixedPlan.Entries, RowFieldsFixedPlan.Count, uint32(len(RowFieldsFixedResetImage)))

View Source

var RowFieldsFixedKnown = []TableFixedKnownLayout{
	{
		Hash:        0x8b0bf6aaa436a802,
		LayoutBytes: 106,
		Record:      60368,
		Layout: []byte{
			0x06, 0x00, 0x00, 0x00, 0x82, 0x54, 0x73, 0x3e, 0x04, 0x75, 0xfe, 0x8c, 0x0d, 0xc8, 0xeb, 0x00,
			0x00, 0x02, 0x00, 0x00, 0x00, 0x26, 0x1e, 0x1e, 0x39, 0xa7, 0x38, 0x44, 0x54, 0x0e, 0xc4, 0xdb,
			0x00, 0x00, 0x01, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x0d, 0x28,
			0x09, 0x00, 0x00, 0x02, 0x00, 0x00, 0x00, 0x86, 0x1b, 0x63, 0x8e, 0xba, 0xad, 0xbc, 0xc4, 0x0c,
			0x24, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0xea, 0x0c, 0xe8, 0x30, 0x94, 0xfd, 0xe4, 0x7c,
			0x0c, 0x04, 0x09, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x63, 0x98, 0xbc, 0x3e, 0x84, 0x2d, 0x49,
			0x89, 0x0c, 0x04, 0x10, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
		},
	},
}

View Source

var RowFieldsFixedLayout = []byte{}/* 106 elements not displayed */

View Source

var RowFieldsFixedLineageHoles = func() [][]tableFixedHole {
	out := make([][]tableFixedHole, len(RowFieldsFixedLineagePlans))
	for i := range RowFieldsFixedLineagePlans {
		lane := &RowFieldsFixedLineagePlans[i]
		if lane.Why == "" {
			out[i] = tableFixedHoles(lane.Entries, lane.Count, uint32(len(RowFieldsFixedResetImage)))
		}
	}
	return out
}()

View Source

var RowFieldsFixedLineagePlans = tableFixedLineagePlans(RowFieldsFixedKnown, RowFieldsFixedLayout, RowFieldsFixedDst, RowFieldsFixedHash)

One plan per lineage entry, laid down from THE LOCK's bytes: nothing compiles on the load path (§5.8 row 3).

View Source

var RowFieldsFixedPlan = tableFixedBuildPlan(RowFieldsFixedLeaves, 50)

View Source

var RowFieldsFixedPlanMax = func() int32 {
	m := RowFieldsFixedPlan.Count
	for _, lane := range RowFieldsFixedLineagePlans {
		if lane.Count > m {
			m = lane.Count
		}
	}
	return m
}()

RowFieldsFixedPlanMax is the plan capacity every layout this build reads needs: the largest entry count over the identity plan and every lineage plan (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §5.2). A plan slice of this length never refuses plan_too_large for a layout the lineage holds.

View Source

var RowFieldsFixedResetImage = func() []byte {
	var def RowFields
	RowFieldsReset(&def)
	return tableFixedOverlay(unsafe.Pointer(&def), unsafe.Sizeof(def))
}()

View Source

var RowFieldsTableFields = []TableFieldInfo{
	{Name: "pairs", Json: "pairs", TypeName: "FieldPair", DeclaredTypeName: "FieldPair", Id: 0x544438a7391e1e26, Kind: 13, IsArray: true, Counted: true, Optional: false,
		ArrayBound: 24, Offset: uint32(unsafe.Offsetof(RowFields{}.Pairs)), ElemSize: uint32(unsafe.Sizeof(RowFields{}.Pairs[0])), CountOffset: uint32(unsafe.Offsetof(RowFields{}.PairsCount)), PresentOffset: 0xffffffff,
		CookOffset: 0, CookElemSize: 2352, CookCountOffset: 56448, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: FieldPairTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "argv", Json: "argv", TypeName: "string", DeclaredTypeName: "string", Id: 0x89492d843ebc9863, Kind: 12, IsArray: false, Counted: true, Optional: false,
		ArrayBound: 4096, Offset: uint32(unsafe.Offsetof(RowFields{}.Argv)), ElemSize: uint32(unsafe.Sizeof(RowFields{}.Argv)), CountOffset: uint32(unsafe.Offsetof(RowFields{}.ArgvLength)), PresentOffset: 0xffffffff,
		CookOffset: 56452, CookElemSize: 1, CookCountOffset: 60552, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

RowFieldsTableFields is RowFields's per-field reflection data (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

View Source

var TableBlockByteOrder = tableBlockNativeOrder()

TableBlockByteOrder is THIS BUILD's byte order, as the prologue carries it (mas-bandwidth/schema docs/SPEC-TABLES.md §20.3): 1 little, 2 big. A block written by a build of the other order is REFUSED by BlockOpen — a fix-up path is a named obligation, not something a consumer improvises row by row.

Go has no portable compile-time byte-order constant, so it is read off the machine once, at package initialisation, and never on a per-block path.

View Source

var TableCookByteOrder = tableCookNativeOrder()

TableCookByteOrder is THIS BUILD's byte order, as §7.1's order word records it. The byte order is settled AT COOK TIME for the target build, so a matching build version already means a matching order and Open never fixes anything up; a cook whose recorded order is not this build's is simply not this build's file.

Functions ¶

func Announce ¶

func Announce(buffer []byte) int64

func AnnounceMeasure ¶

func AnnounceMeasure() int64

func AnnounceRead ¶

func AnnounceRead(v *TableVocabulary, data []byte, report *TableReport) bool

func BenchBeatBlockBegin ¶

func BenchBeatBlockBegin(b *BenchBeatBlock, s *BenchBeatBlockStorage, c BenchBeatCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- BenchBeatBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func BenchBeatBlockBytes ¶

func BenchBeatBlockBytes(b *BenchBeatBlock) int64

func BenchBeatBlockOpen ¶

func BenchBeatBlockOpen(block *BenchBeatBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- BenchBeatBlockOpen is the bool convenience for the handle's typed Open error.

func BenchBeatCookFrom ¶

func BenchBeatCookFrom(value *BenchBeat, buffer []byte, order TableByteOrder) bool

func BenchBeatCookMeasure ¶

func BenchBeatCookMeasure(value *BenchBeat) int64

func BenchBeatCookMeasureReason ¶

func BenchBeatCookMeasureReason(value *BenchBeat) (int64, error)

func BenchBeatFixedCheckBody ¶

func BenchBeatFixedCheckBody(value *BenchBeat) bool

BenchBeat's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func BenchBeatFixedCheckBodyExact ¶

func BenchBeatFixedCheckBodyExact(value *BenchBeat) bool

BenchBeatFixedCheckBodyExact is BenchBeatFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func BenchBeatFixedClamp ¶

func BenchBeatFixedClamp(value *BenchBeat, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func BenchBeatFixedClampBody ¶

func BenchBeatFixedClampBody(value *BenchBeat, clamped *int32)

BenchBeat's read-side bounds.

func BenchBeatFixedLeaves ¶

func BenchBeatFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func BenchBeatFixedLoad ¶

func BenchBeatFixedLoad(values []BenchBeat, data []byte, plan []TableFixedEntry, report *TableReport) int64

func BenchBeatFixedMeasure ¶

func BenchBeatFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func BenchBeatFixedSave ¶

func BenchBeatFixedSave(values []BenchBeat, buffer []byte) int64

BenchBeatFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func BenchBeatFixedSaveReason ¶

func BenchBeatFixedSaveReason(values []BenchBeat, buffer []byte) (int64, error)

func BenchBeatFixedWriteBody ¶

func BenchBeatFixedWriteBody(b []byte, value *BenchBeat)

func BenchBeatFromJson ¶

func BenchBeatFromJson(value *BenchBeat, text []byte, report *TableReport) bool

BenchBeatFromJson fills one BenchBeat from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func BenchBeatLoad ¶

func BenchBeatLoad(value *BenchBeat, data []byte, report *TableReport) bool

BenchBeat also carries the FIXED form (form 3): BenchBeatFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func BenchBeatLoadBody ¶

func BenchBeatLoadBody(r *TableReader, value *BenchBeat) bool

func BenchBeatLoadMessageBody ¶

func BenchBeatLoadMessageBody(r *TableMessageReader, value *BenchBeat) bool

func BenchBeatLoadMessages ¶

func BenchBeatLoadMessages(values []BenchBeat, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func BenchBeatMeasure ¶

func BenchBeatMeasure(value *BenchBeat) int64

func BenchBeatMeasureBody ¶

func BenchBeatMeasureBody(value *BenchBeat, ids *TableIds) int64

func BenchBeatMeasureMessages ¶

func BenchBeatMeasureMessages(values []*BenchBeat, report *TableReport) int64

func BenchBeatMeasureReason ¶

func BenchBeatMeasureReason(value *BenchBeat) (int64, error)

func BenchBeatOpen ¶

func BenchBeatOpen(cook *BenchBeatCook, base unsafe.Pointer, length int64) bool

BenchBeatOpen is the bool convenience for the typed Open error on the handle.

func BenchBeatReset ¶

func BenchBeatReset(value *BenchBeat)

BenchBeatReset restores BenchBeat's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func BenchBeatSave ¶

func BenchBeatSave(value *BenchBeat, buffer []byte) int64

func BenchBeatSaveBody ¶

func BenchBeatSaveBody(w *TableWriter, value *BenchBeat) bool

func BenchBeatSaveMessageBody ¶

func BenchBeatSaveMessageBody(w *TableMessageWriter, value *BenchBeat) bool

func BenchBeatSaveMessages ¶

func BenchBeatSaveMessages(values []*BenchBeat, buffer []byte, report *TableReport) int64

func BenchBeatSaveText ¶

func BenchBeatSaveText(value *BenchBeat) (string, error)

BenchBeatSaveText returns the base64 of BenchBeat's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func BenchBeatToJson ¶

func BenchBeatToJson(value *BenchBeat, buffer []byte) int64

BenchBeatToJson writes BenchBeat's JSON text into the caller's slice and returns the bytes written — exactly BenchBeatToJsonMeasure's answer — or -1 when it is short.

func BenchBeatToJsonMeasure ¶

func BenchBeatToJsonMeasure(value *BenchBeat) int64

BenchBeatToJsonMeasure is the exact size of BenchBeat's JSON text, writing nothing.

func CanonicalWordBlockBegin ¶

func CanonicalWordBlockBegin(b *CanonicalWordBlock, s *CanonicalWordBlockStorage, c CanonicalWordCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- CanonicalWordBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func CanonicalWordBlockBytes ¶

func CanonicalWordBlockBytes(b *CanonicalWordBlock) int64

func CanonicalWordBlockOpen ¶

func CanonicalWordBlockOpen(block *CanonicalWordBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- CanonicalWordBlockOpen is the bool convenience for the handle's typed Open error.

func CanonicalWordCookFrom ¶

func CanonicalWordCookFrom(value *CanonicalWord, buffer []byte, order TableByteOrder) bool

func CanonicalWordCookMeasure ¶

func CanonicalWordCookMeasure(value *CanonicalWord) int64

func CanonicalWordCookMeasureReason ¶

func CanonicalWordCookMeasureReason(value *CanonicalWord) (int64, error)

func CanonicalWordFixedCheckBody ¶

func CanonicalWordFixedCheckBody(value *CanonicalWord) bool

CanonicalWord's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func CanonicalWordFixedClamp ¶

func CanonicalWordFixedClamp(value *CanonicalWord, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func CanonicalWordFixedClampBody ¶

func CanonicalWordFixedClampBody(value *CanonicalWord, clamped *int32)

CanonicalWord's read-side bounds.

func CanonicalWordFixedLeaves ¶

func CanonicalWordFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func CanonicalWordFixedLoad ¶

func CanonicalWordFixedLoad(values []CanonicalWord, data []byte, plan []TableFixedEntry, report *TableReport) int64

func CanonicalWordFixedMeasure ¶

func CanonicalWordFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func CanonicalWordFixedSave ¶

func CanonicalWordFixedSave(values []CanonicalWord, buffer []byte) int64

CanonicalWordFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func CanonicalWordFixedSaveReason ¶

func CanonicalWordFixedSaveReason(values []CanonicalWord, buffer []byte) (int64, error)

func CanonicalWordFixedWriteBody ¶

func CanonicalWordFixedWriteBody(b []byte, value *CanonicalWord)

func CanonicalWordFromJson ¶

func CanonicalWordFromJson(value *CanonicalWord, text []byte, report *TableReport) bool

CanonicalWordFromJson fills one CanonicalWord from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func CanonicalWordLoad ¶

func CanonicalWordLoad(value *CanonicalWord, data []byte, report *TableReport) bool

CanonicalWord also carries the FIXED form (form 3): CanonicalWordFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func CanonicalWordLoadBody ¶

func CanonicalWordLoadBody(r *TableReader, value *CanonicalWord) bool

func CanonicalWordLoadMessageBody ¶

func CanonicalWordLoadMessageBody(r *TableMessageReader, value *CanonicalWord) bool

func CanonicalWordLoadMessages ¶

func CanonicalWordLoadMessages(values []CanonicalWord, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func CanonicalWordMeasure ¶

func CanonicalWordMeasure(value *CanonicalWord) int64

func CanonicalWordMeasureBody ¶

func CanonicalWordMeasureBody(value *CanonicalWord, ids *TableIds) int64

func CanonicalWordMeasureMessages ¶

func CanonicalWordMeasureMessages(values []*CanonicalWord, report *TableReport) int64

func CanonicalWordMeasureReason ¶

func CanonicalWordMeasureReason(value *CanonicalWord) (int64, error)

func CanonicalWordOpen ¶

func CanonicalWordOpen(cook *CanonicalWordCook, base unsafe.Pointer, length int64) bool

CanonicalWordOpen is the bool convenience for the typed Open error on the handle.

func CanonicalWordReset ¶

func CanonicalWordReset(value *CanonicalWord)

CanonicalWordReset restores CanonicalWord's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func CanonicalWordSave ¶

func CanonicalWordSave(value *CanonicalWord, buffer []byte) int64

func CanonicalWordSaveBody ¶

func CanonicalWordSaveBody(w *TableWriter, value *CanonicalWord) bool

func CanonicalWordSaveMessageBody ¶

func CanonicalWordSaveMessageBody(w *TableMessageWriter, value *CanonicalWord) bool

func CanonicalWordSaveMessages ¶

func CanonicalWordSaveMessages(values []*CanonicalWord, buffer []byte, report *TableReport) int64

func CanonicalWordSaveText ¶

func CanonicalWordSaveText(value *CanonicalWord) (string, error)

CanonicalWordSaveText returns the base64 of CanonicalWord's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func CanonicalWordToJson ¶

func CanonicalWordToJson(value *CanonicalWord, buffer []byte) int64

CanonicalWordToJson writes CanonicalWord's JSON text into the caller's slice and returns the bytes written — exactly CanonicalWordToJsonMeasure's answer — or -1 when it is short.

func CanonicalWordToJsonMeasure ¶

func CanonicalWordToJsonMeasure(value *CanonicalWord) int64

CanonicalWordToJsonMeasure is the exact size of CanonicalWord's JSON text, writing nothing.

func ConfigChangeBlockBegin ¶

func ConfigChangeBlockBegin(b *ConfigChangeBlock, s *ConfigChangeBlockStorage, c ConfigChangeCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- ConfigChangeBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func ConfigChangeBlockBytes ¶

func ConfigChangeBlockBytes(b *ConfigChangeBlock) int64

func ConfigChangeBlockOpen ¶

func ConfigChangeBlockOpen(block *ConfigChangeBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- ConfigChangeBlockOpen is the bool convenience for the handle's typed Open error.

func ConfigChangeCookFrom ¶

func ConfigChangeCookFrom(value *ConfigChange, buffer []byte, order TableByteOrder) bool

func ConfigChangeCookMeasure ¶

func ConfigChangeCookMeasure(value *ConfigChange) int64

func ConfigChangeCookMeasureReason ¶

func ConfigChangeCookMeasureReason(value *ConfigChange) (int64, error)

func ConfigChangeFixedCheckBody ¶

func ConfigChangeFixedCheckBody(value *ConfigChange) bool

ConfigChange's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func ConfigChangeFixedCheckBodyExact ¶

func ConfigChangeFixedCheckBodyExact(value *ConfigChange) bool

ConfigChangeFixedCheckBodyExact is ConfigChangeFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func ConfigChangeFixedClamp ¶

func ConfigChangeFixedClamp(value *ConfigChange, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func ConfigChangeFixedClampBody ¶

func ConfigChangeFixedClampBody(value *ConfigChange, clamped *int32)

ConfigChange's read-side bounds.

func ConfigChangeFixedLeaves ¶

func ConfigChangeFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func ConfigChangeFixedLoad ¶

func ConfigChangeFixedLoad(values []ConfigChange, data []byte, plan []TableFixedEntry, report *TableReport) int64

func ConfigChangeFixedMeasure ¶

func ConfigChangeFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func ConfigChangeFixedSave ¶

func ConfigChangeFixedSave(values []ConfigChange, buffer []byte) int64

ConfigChangeFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func ConfigChangeFixedSaveReason ¶

func ConfigChangeFixedSaveReason(values []ConfigChange, buffer []byte) (int64, error)

func ConfigChangeFixedWriteBody ¶

func ConfigChangeFixedWriteBody(b []byte, value *ConfigChange)

func ConfigChangeFromJson ¶

func ConfigChangeFromJson(value *ConfigChange, text []byte, report *TableReport) bool

ConfigChangeFromJson fills one ConfigChange from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func ConfigChangeLoad ¶

func ConfigChangeLoad(value *ConfigChange, data []byte, report *TableReport) bool

ConfigChange also carries the FIXED form (form 3): ConfigChangeFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func ConfigChangeLoadBody ¶

func ConfigChangeLoadBody(r *TableReader, value *ConfigChange) bool

func ConfigChangeLoadMessageBody ¶

func ConfigChangeLoadMessageBody(r *TableMessageReader, value *ConfigChange) bool

func ConfigChangeLoadMessages ¶

func ConfigChangeLoadMessages(values []ConfigChange, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func ConfigChangeMeasure ¶

func ConfigChangeMeasure(value *ConfigChange) int64

func ConfigChangeMeasureBody ¶

func ConfigChangeMeasureBody(value *ConfigChange, ids *TableIds) int64

func ConfigChangeMeasureMessages ¶

func ConfigChangeMeasureMessages(values []*ConfigChange, report *TableReport) int64

func ConfigChangeMeasureReason ¶

func ConfigChangeMeasureReason(value *ConfigChange) (int64, error)

func ConfigChangeOpen ¶

func ConfigChangeOpen(cook *ConfigChangeCook, base unsafe.Pointer, length int64) bool

ConfigChangeOpen is the bool convenience for the typed Open error on the handle.

func ConfigChangeReset ¶

func ConfigChangeReset(value *ConfigChange)

ConfigChangeReset restores ConfigChange's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func ConfigChangeSave ¶

func ConfigChangeSave(value *ConfigChange, buffer []byte) int64

func ConfigChangeSaveBody ¶

func ConfigChangeSaveBody(w *TableWriter, value *ConfigChange) bool

func ConfigChangeSaveMessageBody ¶

func ConfigChangeSaveMessageBody(w *TableMessageWriter, value *ConfigChange) bool

func ConfigChangeSaveMessages ¶

func ConfigChangeSaveMessages(values []*ConfigChange, buffer []byte, report *TableReport) int64

func ConfigChangeSaveText ¶

func ConfigChangeSaveText(value *ConfigChange) (string, error)

ConfigChangeSaveText returns the base64 of ConfigChange's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func ConfigChangeToJson ¶

func ConfigChangeToJson(value *ConfigChange, buffer []byte) int64

ConfigChangeToJson writes ConfigChange's JSON text into the caller's slice and returns the bytes written — exactly ConfigChangeToJsonMeasure's answer — or -1 when it is short.

func ConfigChangeToJsonMeasure ¶

func ConfigChangeToJsonMeasure(value *ConfigChange) int64

ConfigChangeToJsonMeasure is the exact size of ConfigChange's JSON text, writing nothing.

func ConfigRowBlockBegin ¶

func ConfigRowBlockBegin(b *ConfigRowBlock, s *ConfigRowBlockStorage, c ConfigRowCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- ConfigRowBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func ConfigRowBlockBytes ¶

func ConfigRowBlockBytes(b *ConfigRowBlock) int64

func ConfigRowBlockOpen ¶

func ConfigRowBlockOpen(block *ConfigRowBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- ConfigRowBlockOpen is the bool convenience for the handle's typed Open error.

func ConfigRowCookFrom ¶

func ConfigRowCookFrom(value *ConfigRow, buffer []byte, order TableByteOrder) bool

func ConfigRowCookMeasure ¶

func ConfigRowCookMeasure(value *ConfigRow) int64

func ConfigRowCookMeasureReason ¶

func ConfigRowCookMeasureReason(value *ConfigRow) (int64, error)

func ConfigRowFixedCheckBody ¶

func ConfigRowFixedCheckBody(value *ConfigRow) bool

ConfigRow's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func ConfigRowFixedCheckBodyExact ¶

func ConfigRowFixedCheckBodyExact(value *ConfigRow) bool

ConfigRowFixedCheckBodyExact is ConfigRowFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func ConfigRowFixedClamp ¶

func ConfigRowFixedClamp(value *ConfigRow, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func ConfigRowFixedClampBody ¶

func ConfigRowFixedClampBody(value *ConfigRow, clamped *int32)

ConfigRow's read-side bounds.

func ConfigRowFixedLeaves ¶

func ConfigRowFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func ConfigRowFixedLoad ¶

func ConfigRowFixedLoad(values []ConfigRow, data []byte, plan []TableFixedEntry, report *TableReport) int64

func ConfigRowFixedMeasure ¶

func ConfigRowFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func ConfigRowFixedSave ¶

func ConfigRowFixedSave(values []ConfigRow, buffer []byte) int64

ConfigRowFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func ConfigRowFixedSaveReason ¶

func ConfigRowFixedSaveReason(values []ConfigRow, buffer []byte) (int64, error)

func ConfigRowFixedWriteBody ¶

func ConfigRowFixedWriteBody(b []byte, value *ConfigRow)

func ConfigRowFromJson ¶

func ConfigRowFromJson(value *ConfigRow, text []byte, report *TableReport) bool

ConfigRowFromJson fills one ConfigRow from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func ConfigRowLoad ¶

func ConfigRowLoad(value *ConfigRow, data []byte, report *TableReport) bool

ConfigRow also carries the FIXED form (form 3): ConfigRowFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func ConfigRowLoadBody ¶

func ConfigRowLoadBody(r *TableReader, value *ConfigRow) bool

func ConfigRowLoadMessageBody ¶

func ConfigRowLoadMessageBody(r *TableMessageReader, value *ConfigRow) bool

func ConfigRowLoadMessages ¶

func ConfigRowLoadMessages(values []ConfigRow, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func ConfigRowMeasure ¶

func ConfigRowMeasure(value *ConfigRow) int64

func ConfigRowMeasureBody ¶

func ConfigRowMeasureBody(value *ConfigRow, ids *TableIds) int64

func ConfigRowMeasureMessages ¶

func ConfigRowMeasureMessages(values []*ConfigRow, report *TableReport) int64

func ConfigRowMeasureReason ¶

func ConfigRowMeasureReason(value *ConfigRow) (int64, error)

func ConfigRowOpen ¶

func ConfigRowOpen(cook *ConfigRowCook, base unsafe.Pointer, length int64) bool

ConfigRowOpen is the bool convenience for the typed Open error on the handle.

func ConfigRowReset ¶

func ConfigRowReset(value *ConfigRow)

ConfigRowReset restores ConfigRow's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func ConfigRowSave ¶

func ConfigRowSave(value *ConfigRow, buffer []byte) int64

func ConfigRowSaveBody ¶

func ConfigRowSaveBody(w *TableWriter, value *ConfigRow) bool

func ConfigRowSaveMessageBody ¶

func ConfigRowSaveMessageBody(w *TableMessageWriter, value *ConfigRow) bool

func ConfigRowSaveMessages ¶

func ConfigRowSaveMessages(values []*ConfigRow, buffer []byte, report *TableReport) int64

func ConfigRowSaveText ¶

func ConfigRowSaveText(value *ConfigRow) (string, error)

ConfigRowSaveText returns the base64 of ConfigRow's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func ConfigRowToJson ¶

func ConfigRowToJson(value *ConfigRow, buffer []byte) int64

ConfigRowToJson writes ConfigRow's JSON text into the caller's slice and returns the bytes written — exactly ConfigRowToJsonMeasure's answer — or -1 when it is short.

func ConfigRowToJsonMeasure ¶

func ConfigRowToJsonMeasure(value *ConfigRow) int64

ConfigRowToJsonMeasure is the exact size of ConfigRow's JSON text, writing nothing.

func EnumNameChangeOp ¶

func EnumNameChangeOp(value ChangeOp) string

EnumNameChangeOp: debug/log/tooling name for any ChangeOp wire value — out-of-set values (wire-legal up to the declared max) name as "???"

func EnumNameConfigKind ¶

func EnumNameConfigKind(value ConfigKind) string

EnumNameConfigKind: debug/log/tooling name for any ConfigKind wire value — out-of-set values (wire-legal up to the declared max) name as "???"

func EnumNameFieldType ¶

func EnumNameFieldType(value FieldType) string

EnumNameFieldType: debug/log/tooling name for any FieldType wire value — out-of-set values (wire-legal up to the declared max) name as "???"

func EnvNameBlockBegin ¶

func EnvNameBlockBegin(b *EnvNameBlock, s *EnvNameBlockStorage, c EnvNameCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- EnvNameBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func EnvNameBlockBytes ¶

func EnvNameBlockBytes(b *EnvNameBlock) int64

func EnvNameBlockOpen ¶

func EnvNameBlockOpen(block *EnvNameBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- EnvNameBlockOpen is the bool convenience for the handle's typed Open error.

func EnvNameCookFrom ¶

func EnvNameCookFrom(value *EnvName, buffer []byte, order TableByteOrder) bool

func EnvNameCookMeasure ¶

func EnvNameCookMeasure(value *EnvName) int64

func EnvNameCookMeasureReason ¶

func EnvNameCookMeasureReason(value *EnvName) (int64, error)

func EnvNameFixedCheckBody ¶

func EnvNameFixedCheckBody(value *EnvName) bool

EnvName's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func EnvNameFixedCheckBodyExact ¶

func EnvNameFixedCheckBodyExact(value *EnvName) bool

EnvNameFixedCheckBodyExact is EnvNameFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func EnvNameFixedClamp ¶

func EnvNameFixedClamp(value *EnvName, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func EnvNameFixedClampBody ¶

func EnvNameFixedClampBody(value *EnvName, clamped *int32)

EnvName's read-side bounds.

func EnvNameFixedLeaves ¶

func EnvNameFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func EnvNameFixedLoad ¶

func EnvNameFixedLoad(values []EnvName, data []byte, plan []TableFixedEntry, report *TableReport) int64

func EnvNameFixedMeasure ¶

func EnvNameFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func EnvNameFixedSave ¶

func EnvNameFixedSave(values []EnvName, buffer []byte) int64

EnvNameFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func EnvNameFixedSaveReason ¶

func EnvNameFixedSaveReason(values []EnvName, buffer []byte) (int64, error)

func EnvNameFixedWriteBody ¶

func EnvNameFixedWriteBody(b []byte, value *EnvName)

func EnvNameFromJson ¶

func EnvNameFromJson(value *EnvName, text []byte, report *TableReport) bool

EnvNameFromJson fills one EnvName from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func EnvNameLoad ¶

func EnvNameLoad(value *EnvName, data []byte, report *TableReport) bool

EnvName also carries the FIXED form (form 3): EnvNameFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func EnvNameLoadBody ¶

func EnvNameLoadBody(r *TableReader, value *EnvName) bool

func EnvNameLoadMessageBody ¶

func EnvNameLoadMessageBody(r *TableMessageReader, value *EnvName) bool

func EnvNameLoadMessages ¶

func EnvNameLoadMessages(values []EnvName, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func EnvNameMeasure ¶

func EnvNameMeasure(value *EnvName) int64

func EnvNameMeasureBody ¶

func EnvNameMeasureBody(value *EnvName, ids *TableIds) int64

func EnvNameMeasureMessages ¶

func EnvNameMeasureMessages(values []*EnvName, report *TableReport) int64

func EnvNameMeasureReason ¶

func EnvNameMeasureReason(value *EnvName) (int64, error)

func EnvNameOpen ¶

func EnvNameOpen(cook *EnvNameCook, base unsafe.Pointer, length int64) bool

EnvNameOpen is the bool convenience for the typed Open error on the handle.

func EnvNameReset ¶

func EnvNameReset(value *EnvName)

EnvNameReset restores EnvName's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func EnvNameSave ¶

func EnvNameSave(value *EnvName, buffer []byte) int64

func EnvNameSaveBody ¶

func EnvNameSaveBody(w *TableWriter, value *EnvName) bool

func EnvNameSaveMessageBody ¶

func EnvNameSaveMessageBody(w *TableMessageWriter, value *EnvName) bool

func EnvNameSaveMessages ¶

func EnvNameSaveMessages(values []*EnvName, buffer []byte, report *TableReport) int64

func EnvNameSaveText ¶

func EnvNameSaveText(value *EnvName) (string, error)

EnvNameSaveText returns the base64 of EnvName's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func EnvNameToJson ¶

func EnvNameToJson(value *EnvName, buffer []byte) int64

EnvNameToJson writes EnvName's JSON text into the caller's slice and returns the bytes written — exactly EnvNameToJsonMeasure's answer — or -1 when it is short.

func EnvNameToJsonMeasure ¶

func EnvNameToJsonMeasure(value *EnvName) int64

EnvNameToJsonMeasure is the exact size of EnvName's JSON text, writing nothing.

func FieldPairBlockBegin ¶

func FieldPairBlockBegin(b *FieldPairBlock, s *FieldPairBlockStorage, c FieldPairCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- FieldPairBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func FieldPairBlockBytes ¶

func FieldPairBlockBytes(b *FieldPairBlock) int64

func FieldPairBlockOpen ¶

func FieldPairBlockOpen(block *FieldPairBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- FieldPairBlockOpen is the bool convenience for the handle's typed Open error.

func FieldPairCookFrom ¶

func FieldPairCookFrom(value *FieldPair, buffer []byte, order TableByteOrder) bool

func FieldPairCookMeasure ¶

func FieldPairCookMeasure(value *FieldPair) int64

func FieldPairCookMeasureReason ¶

func FieldPairCookMeasureReason(value *FieldPair) (int64, error)

func FieldPairFixedCheckBody ¶

func FieldPairFixedCheckBody(value *FieldPair) bool

FieldPair's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func FieldPairFixedCheckBodyExact ¶

func FieldPairFixedCheckBodyExact(value *FieldPair) bool

FieldPairFixedCheckBodyExact is FieldPairFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func FieldPairFixedClamp ¶

func FieldPairFixedClamp(value *FieldPair, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func FieldPairFixedClampBody ¶

func FieldPairFixedClampBody(value *FieldPair, clamped *int32)

FieldPair's read-side bounds.

func FieldPairFixedLeaves ¶

func FieldPairFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func FieldPairFixedLoad ¶

func FieldPairFixedLoad(values []FieldPair, data []byte, plan []TableFixedEntry, report *TableReport) int64

func FieldPairFixedMeasure ¶

func FieldPairFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func FieldPairFixedSave ¶

func FieldPairFixedSave(values []FieldPair, buffer []byte) int64

FieldPairFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func FieldPairFixedSaveReason ¶

func FieldPairFixedSaveReason(values []FieldPair, buffer []byte) (int64, error)

func FieldPairFixedWriteBody ¶

func FieldPairFixedWriteBody(b []byte, value *FieldPair)

func FieldPairFromJson ¶

func FieldPairFromJson(value *FieldPair, text []byte, report *TableReport) bool

FieldPairFromJson fills one FieldPair from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func FieldPairLoad ¶

func FieldPairLoad(value *FieldPair, data []byte, report *TableReport) bool

FieldPair also carries the FIXED form (form 3): FieldPairFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func FieldPairLoadBody ¶

func FieldPairLoadBody(r *TableReader, value *FieldPair) bool

func FieldPairLoadMessageBody ¶

func FieldPairLoadMessageBody(r *TableMessageReader, value *FieldPair) bool

func FieldPairLoadMessages ¶

func FieldPairLoadMessages(values []FieldPair, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func FieldPairMeasure ¶

func FieldPairMeasure(value *FieldPair) int64

func FieldPairMeasureBody ¶

func FieldPairMeasureBody(value *FieldPair, ids *TableIds) int64

func FieldPairMeasureMessages ¶

func FieldPairMeasureMessages(values []*FieldPair, report *TableReport) int64

func FieldPairMeasureReason ¶

func FieldPairMeasureReason(value *FieldPair) (int64, error)

func FieldPairOpen ¶

func FieldPairOpen(cook *FieldPairCook, base unsafe.Pointer, length int64) bool

FieldPairOpen is the bool convenience for the typed Open error on the handle.

func FieldPairReset ¶

func FieldPairReset(value *FieldPair)

FieldPairReset restores FieldPair's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func FieldPairSave ¶

func FieldPairSave(value *FieldPair, buffer []byte) int64

func FieldPairSaveBody ¶

func FieldPairSaveBody(w *TableWriter, value *FieldPair) bool

func FieldPairSaveMessageBody ¶

func FieldPairSaveMessageBody(w *TableMessageWriter, value *FieldPair) bool

func FieldPairSaveMessages ¶

func FieldPairSaveMessages(values []*FieldPair, buffer []byte, report *TableReport) int64

func FieldPairSaveText ¶

func FieldPairSaveText(value *FieldPair) (string, error)

FieldPairSaveText returns the base64 of FieldPair's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func FieldPairToJson ¶

func FieldPairToJson(value *FieldPair, buffer []byte) int64

FieldPairToJson writes FieldPair's JSON text into the caller's slice and returns the bytes written — exactly FieldPairToJsonMeasure's answer — or -1 when it is short.

func FieldPairToJsonMeasure ¶

func FieldPairToJsonMeasure(value *FieldPair) int64

FieldPairToJsonMeasure is the exact size of FieldPair's JSON text, writing nothing.

func FileHeaderBlockBegin ¶

func FileHeaderBlockBegin(b *FileHeaderBlock, s *FileHeaderBlockStorage, c FileHeaderCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- FileHeaderBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func FileHeaderBlockBytes ¶

func FileHeaderBlockBytes(b *FileHeaderBlock) int64

func FileHeaderBlockOpen ¶

func FileHeaderBlockOpen(block *FileHeaderBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- FileHeaderBlockOpen is the bool convenience for the handle's typed Open error.

func FileHeaderCookFrom ¶

func FileHeaderCookFrom(value *FileHeader, buffer []byte, order TableByteOrder) bool

func FileHeaderCookMeasure ¶

func FileHeaderCookMeasure(value *FileHeader) int64

func FileHeaderCookMeasureReason ¶

func FileHeaderCookMeasureReason(value *FileHeader) (int64, error)

func FileHeaderFixedCheckBody ¶

func FileHeaderFixedCheckBody(value *FileHeader) bool

FileHeader's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func FileHeaderFixedClamp ¶

func FileHeaderFixedClamp(value *FileHeader, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func FileHeaderFixedClampBody ¶

func FileHeaderFixedClampBody(value *FileHeader, clamped *int32)

FileHeader's read-side bounds.

func FileHeaderFixedLeaves ¶

func FileHeaderFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func FileHeaderFixedLoad ¶

func FileHeaderFixedLoad(values []FileHeader, data []byte, plan []TableFixedEntry, report *TableReport) int64

func FileHeaderFixedMeasure ¶

func FileHeaderFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func FileHeaderFixedSave ¶

func FileHeaderFixedSave(values []FileHeader, buffer []byte) int64

FileHeaderFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func FileHeaderFixedSaveReason ¶

func FileHeaderFixedSaveReason(values []FileHeader, buffer []byte) (int64, error)

func FileHeaderFixedWriteBody ¶

func FileHeaderFixedWriteBody(b []byte, value *FileHeader)

func FileHeaderFromJson ¶

func FileHeaderFromJson(value *FileHeader, text []byte, report *TableReport) bool

FileHeaderFromJson fills one FileHeader from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func FileHeaderLoad ¶

func FileHeaderLoad(value *FileHeader, data []byte, report *TableReport) bool

FileHeader also carries the FIXED form (form 3): FileHeaderFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func FileHeaderLoadBody ¶

func FileHeaderLoadBody(r *TableReader, value *FileHeader) bool

func FileHeaderLoadMessageBody ¶

func FileHeaderLoadMessageBody(r *TableMessageReader, value *FileHeader) bool

func FileHeaderLoadMessages ¶

func FileHeaderLoadMessages(values []FileHeader, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func FileHeaderMeasure ¶

func FileHeaderMeasure(value *FileHeader) int64

func FileHeaderMeasureBody ¶

func FileHeaderMeasureBody(value *FileHeader, ids *TableIds) int64

func FileHeaderMeasureMessages ¶

func FileHeaderMeasureMessages(values []*FileHeader, report *TableReport) int64

func FileHeaderMeasureReason ¶

func FileHeaderMeasureReason(value *FileHeader) (int64, error)

func FileHeaderOpen ¶

func FileHeaderOpen(cook *FileHeaderCook, base unsafe.Pointer, length int64) bool

FileHeaderOpen is the bool convenience for the typed Open error on the handle.

func FileHeaderReset ¶

func FileHeaderReset(value *FileHeader)

FileHeaderReset restores FileHeader's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func FileHeaderSave ¶

func FileHeaderSave(value *FileHeader, buffer []byte) int64

func FileHeaderSaveBody ¶

func FileHeaderSaveBody(w *TableWriter, value *FileHeader) bool

func FileHeaderSaveMessageBody ¶

func FileHeaderSaveMessageBody(w *TableMessageWriter, value *FileHeader) bool

func FileHeaderSaveMessages ¶

func FileHeaderSaveMessages(values []*FileHeader, buffer []byte, report *TableReport) int64

func FileHeaderSaveText ¶

func FileHeaderSaveText(value *FileHeader) (string, error)

FileHeaderSaveText returns the base64 of FileHeader's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func FileHeaderToJson ¶

func FileHeaderToJson(value *FileHeader, buffer []byte) int64

FileHeaderToJson writes FileHeader's JSON text into the caller's slice and returns the bytes written — exactly FileHeaderToJsonMeasure's answer — or -1 when it is short.

func FileHeaderToJsonMeasure ¶

func FileHeaderToJsonMeasure(value *FileHeader) int64

FileHeaderToJsonMeasure is the exact size of FileHeader's JSON text, writing nothing.

func HostGroupBlockBegin ¶

func HostGroupBlockBegin(b *HostGroupBlock, s *HostGroupBlockStorage, c HostGroupCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- HostGroupBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func HostGroupBlockBytes ¶

func HostGroupBlockBytes(b *HostGroupBlock) int64

func HostGroupBlockOpen ¶

func HostGroupBlockOpen(block *HostGroupBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: end ---- HostGroupBlockOpen is the bool convenience for the handle's typed Open error.

func HostGroupCookFrom ¶

func HostGroupCookFrom(value *HostGroup, buffer []byte, order TableByteOrder) bool

func HostGroupCookMeasure ¶

func HostGroupCookMeasure(value *HostGroup) int64

func HostGroupCookMeasureReason ¶

func HostGroupCookMeasureReason(value *HostGroup) (int64, error)

func HostGroupFixedCheckBody ¶

func HostGroupFixedCheckBody(value *HostGroup) bool

HostGroup's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func HostGroupFixedClamp ¶

func HostGroupFixedClamp(value *HostGroup, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func HostGroupFixedClampBody ¶

func HostGroupFixedClampBody(value *HostGroup, clamped *int32)

HostGroup's read-side bounds.

func HostGroupFixedLeaves ¶

func HostGroupFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func HostGroupFixedLoad ¶

func HostGroupFixedLoad(values []HostGroup, data []byte, plan []TableFixedEntry, report *TableReport) int64

func HostGroupFixedMeasure ¶

func HostGroupFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func HostGroupFixedSave ¶

func HostGroupFixedSave(values []HostGroup, buffer []byte) int64

HostGroupFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func HostGroupFixedSaveReason ¶

func HostGroupFixedSaveReason(values []HostGroup, buffer []byte) (int64, error)

func HostGroupFixedWriteBody ¶

func HostGroupFixedWriteBody(b []byte, value *HostGroup)

func HostGroupFromJson ¶

func HostGroupFromJson(value *HostGroup, text []byte, report *TableReport) bool

HostGroupFromJson fills one HostGroup from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func HostGroupLoad ¶

func HostGroupLoad(value *HostGroup, data []byte, report *TableReport) bool

HostGroup also carries the FIXED form (form 3): HostGroupFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func HostGroupLoadBody ¶

func HostGroupLoadBody(r *TableReader, value *HostGroup) bool

func HostGroupLoadMessageBody ¶

func HostGroupLoadMessageBody(r *TableMessageReader, value *HostGroup) bool

func HostGroupLoadMessages ¶

func HostGroupLoadMessages(values []HostGroup, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func HostGroupMeasure ¶

func HostGroupMeasure(value *HostGroup) int64

func HostGroupMeasureBody ¶

func HostGroupMeasureBody(value *HostGroup, ids *TableIds) int64

func HostGroupMeasureMessages ¶

func HostGroupMeasureMessages(values []*HostGroup, report *TableReport) int64

func HostGroupMeasureReason ¶

func HostGroupMeasureReason(value *HostGroup) (int64, error)

func HostGroupOpen ¶

func HostGroupOpen(cook *HostGroupCook, base unsafe.Pointer, length int64) bool

HostGroupOpen is the bool convenience for the typed Open error on the handle.

func HostGroupReset ¶

func HostGroupReset(value *HostGroup)

HostGroupReset restores HostGroup's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func HostGroupSave ¶

func HostGroupSave(value *HostGroup, buffer []byte) int64

func HostGroupSaveBody ¶

func HostGroupSaveBody(w *TableWriter, value *HostGroup) bool

func HostGroupSaveMessageBody ¶

func HostGroupSaveMessageBody(w *TableMessageWriter, value *HostGroup) bool

func HostGroupSaveMessages ¶

func HostGroupSaveMessages(values []*HostGroup, buffer []byte, report *TableReport) int64

func HostGroupSaveText ¶

func HostGroupSaveText(value *HostGroup) (string, error)

HostGroupSaveText returns the base64 of HostGroup's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func HostGroupToJson ¶

func HostGroupToJson(value *HostGroup, buffer []byte) int64

HostGroupToJson writes HostGroup's JSON text into the caller's slice and returns the bytes written — exactly HostGroupToJsonMeasure's answer — or -1 when it is short.

func HostGroupToJsonMeasure ¶

func HostGroupToJsonMeasure(value *HostGroup) int64

HostGroupToJsonMeasure is the exact size of HostGroup's JSON text, writing nothing.

func HostNameBlockBegin ¶

func HostNameBlockBegin(b *HostNameBlock, s *HostNameBlockStorage, c HostNameCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- HostNameBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func HostNameBlockBytes ¶

func HostNameBlockBytes(b *HostNameBlock) int64

func HostNameBlockOpen ¶

func HostNameBlockOpen(block *HostNameBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- HostNameBlockOpen is the bool convenience for the handle's typed Open error.

func HostNameCookFrom ¶

func HostNameCookFrom(value *HostName, buffer []byte, order TableByteOrder) bool

func HostNameCookMeasure ¶

func HostNameCookMeasure(value *HostName) int64

func HostNameCookMeasureReason ¶

func HostNameCookMeasureReason(value *HostName) (int64, error)

func HostNameFixedCheckBody ¶

func HostNameFixedCheckBody(value *HostName) bool

HostName's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func HostNameFixedCheckBodyExact ¶

func HostNameFixedCheckBodyExact(value *HostName) bool

HostNameFixedCheckBodyExact is HostNameFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func HostNameFixedClamp ¶

func HostNameFixedClamp(value *HostName, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func HostNameFixedClampBody ¶

func HostNameFixedClampBody(value *HostName, clamped *int32)

HostName's read-side bounds.

func HostNameFixedLeaves ¶

func HostNameFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func HostNameFixedLoad ¶

func HostNameFixedLoad(values []HostName, data []byte, plan []TableFixedEntry, report *TableReport) int64

func HostNameFixedMeasure ¶

func HostNameFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func HostNameFixedSave ¶

func HostNameFixedSave(values []HostName, buffer []byte) int64

HostNameFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func HostNameFixedSaveReason ¶

func HostNameFixedSaveReason(values []HostName, buffer []byte) (int64, error)

func HostNameFixedWriteBody ¶

func HostNameFixedWriteBody(b []byte, value *HostName)

func HostNameFromJson ¶

func HostNameFromJson(value *HostName, text []byte, report *TableReport) bool

HostNameFromJson fills one HostName from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func HostNameLoad ¶

func HostNameLoad(value *HostName, data []byte, report *TableReport) bool

HostName also carries the FIXED form (form 3): HostNameFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func HostNameLoadBody ¶

func HostNameLoadBody(r *TableReader, value *HostName) bool

func HostNameLoadMessageBody ¶

func HostNameLoadMessageBody(r *TableMessageReader, value *HostName) bool

func HostNameLoadMessages ¶

func HostNameLoadMessages(values []HostName, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func HostNameMeasure ¶

func HostNameMeasure(value *HostName) int64

func HostNameMeasureBody ¶

func HostNameMeasureBody(value *HostName, ids *TableIds) int64

func HostNameMeasureMessages ¶

func HostNameMeasureMessages(values []*HostName, report *TableReport) int64

func HostNameMeasureReason ¶

func HostNameMeasureReason(value *HostName) (int64, error)

func HostNameOpen ¶

func HostNameOpen(cook *HostNameCook, base unsafe.Pointer, length int64) bool

HostNameOpen is the bool convenience for the typed Open error on the handle.

func HostNameReset ¶

func HostNameReset(value *HostName)

HostNameReset restores HostName's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func HostNameSave ¶

func HostNameSave(value *HostName, buffer []byte) int64

func HostNameSaveBody ¶

func HostNameSaveBody(w *TableWriter, value *HostName) bool

func HostNameSaveMessageBody ¶

func HostNameSaveMessageBody(w *TableMessageWriter, value *HostName) bool

func HostNameSaveMessages ¶

func HostNameSaveMessages(values []*HostName, buffer []byte, report *TableReport) int64

func HostNameSaveText ¶

func HostNameSaveText(value *HostName) (string, error)

HostNameSaveText returns the base64 of HostName's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func HostNameToJson ¶

func HostNameToJson(value *HostName, buffer []byte) int64

HostNameToJson writes HostName's JSON text into the caller's slice and returns the bytes written — exactly HostNameToJsonMeasure's answer — or -1 when it is short.

func HostNameToJsonMeasure ¶

func HostNameToJsonMeasure(value *HostName) int64

HostNameToJsonMeasure is the exact size of HostName's JSON text, writing nothing.

func HostViewBlockBegin ¶

func HostViewBlockBegin(b *HostViewBlock, s *HostViewBlockStorage, c HostViewCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- HostViewBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func HostViewBlockBytes ¶

func HostViewBlockBytes(b *HostViewBlock) int64

func HostViewBlockOpen ¶

func HostViewBlockOpen(block *HostViewBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- HostViewBlockOpen is the bool convenience for the handle's typed Open error.

func HostViewCookFrom ¶

func HostViewCookFrom(value *HostView, buffer []byte, order TableByteOrder) bool

func HostViewCookMeasure ¶

func HostViewCookMeasure(value *HostView) int64

func HostViewCookMeasureReason ¶

func HostViewCookMeasureReason(value *HostView) (int64, error)

func HostViewFixedCheckBody ¶

func HostViewFixedCheckBody(value *HostView) bool

HostView's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func HostViewFixedCheckBodyExact ¶

func HostViewFixedCheckBodyExact(value *HostView) bool

HostViewFixedCheckBodyExact is HostViewFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func HostViewFixedClamp ¶

func HostViewFixedClamp(value *HostView, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func HostViewFixedClampBody ¶

func HostViewFixedClampBody(value *HostView, clamped *int32)

HostView's read-side bounds.

func HostViewFixedLeaves ¶

func HostViewFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func HostViewFixedLoad ¶

func HostViewFixedLoad(values []HostView, data []byte, plan []TableFixedEntry, report *TableReport) int64

func HostViewFixedMeasure ¶

func HostViewFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func HostViewFixedSave ¶

func HostViewFixedSave(values []HostView, buffer []byte) int64

HostViewFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func HostViewFixedSaveReason ¶

func HostViewFixedSaveReason(values []HostView, buffer []byte) (int64, error)

func HostViewFixedWriteBody ¶

func HostViewFixedWriteBody(b []byte, value *HostView)

func HostViewFromJson ¶

func HostViewFromJson(value *HostView, text []byte, report *TableReport) bool

HostViewFromJson fills one HostView from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func HostViewLoad ¶

func HostViewLoad(value *HostView, data []byte, report *TableReport) bool

HostView also carries the FIXED form (form 3): HostViewFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func HostViewLoadBody ¶

func HostViewLoadBody(r *TableReader, value *HostView) bool

func HostViewLoadMessageBody ¶

func HostViewLoadMessageBody(r *TableMessageReader, value *HostView) bool

func HostViewLoadMessages ¶

func HostViewLoadMessages(values []HostView, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func HostViewMeasure ¶

func HostViewMeasure(value *HostView) int64

func HostViewMeasureBody ¶

func HostViewMeasureBody(value *HostView, ids *TableIds) int64

func HostViewMeasureMessages ¶

func HostViewMeasureMessages(values []*HostView, report *TableReport) int64

func HostViewMeasureReason ¶

func HostViewMeasureReason(value *HostView) (int64, error)

func HostViewOpen ¶

func HostViewOpen(cook *HostViewCook, base unsafe.Pointer, length int64) bool

HostViewOpen is the bool convenience for the typed Open error on the handle.

func HostViewReset ¶

func HostViewReset(value *HostView)

HostViewReset restores HostView's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func HostViewSave ¶

func HostViewSave(value *HostView, buffer []byte) int64

func HostViewSaveBody ¶

func HostViewSaveBody(w *TableWriter, value *HostView) bool

func HostViewSaveMessageBody ¶

func HostViewSaveMessageBody(w *TableMessageWriter, value *HostView) bool

func HostViewSaveMessages ¶

func HostViewSaveMessages(values []*HostView, buffer []byte, report *TableReport) int64

func HostViewSaveText ¶

func HostViewSaveText(value *HostView) (string, error)

HostViewSaveText returns the base64 of HostView's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func HostViewToJson ¶

func HostViewToJson(value *HostView, buffer []byte) int64

HostViewToJson writes HostView's JSON text into the caller's slice and returns the bytes written — exactly HostViewToJsonMeasure's answer — or -1 when it is short.

func HostViewToJsonMeasure ¶

func HostViewToJsonMeasure(value *HostView) int64

HostViewToJsonMeasure is the exact size of HostView's JSON text, writing nothing.

func InventoryBlockBegin ¶

func InventoryBlockBegin(b *InventoryBlock, s *InventoryBlockStorage, c InventoryCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- InventoryBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func InventoryBlockBytes ¶

func InventoryBlockBytes(b *InventoryBlock) int64

func InventoryBlockOpen ¶

func InventoryBlockOpen(block *InventoryBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: end ---- InventoryBlockOpen is the bool convenience for the handle's typed Open error.

func InventoryCookFrom ¶

func InventoryCookFrom(value *Inventory, buffer []byte, order TableByteOrder) bool

func InventoryCookMeasure ¶

func InventoryCookMeasure(value *Inventory) int64

func InventoryCookMeasureReason ¶

func InventoryCookMeasureReason(value *Inventory) (int64, error)

func InventoryFixedCheckBody ¶

func InventoryFixedCheckBody(value *Inventory) bool

Inventory's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func InventoryFixedCheckBodyExact ¶

func InventoryFixedCheckBodyExact(value *Inventory) bool

InventoryFixedCheckBodyExact is InventoryFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func InventoryFixedClamp ¶

func InventoryFixedClamp(value *Inventory, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func InventoryFixedClampBody ¶

func InventoryFixedClampBody(value *Inventory, clamped *int32)

Inventory's read-side bounds.

func InventoryFixedLeaves ¶

func InventoryFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func InventoryFixedLoad ¶

func InventoryFixedLoad(values []Inventory, data []byte, plan []TableFixedEntry, report *TableReport) int64

func InventoryFixedMeasure ¶

func InventoryFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func InventoryFixedSave ¶

func InventoryFixedSave(values []Inventory, buffer []byte) int64

InventoryFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func InventoryFixedSaveReason ¶

func InventoryFixedSaveReason(values []Inventory, buffer []byte) (int64, error)

func InventoryFixedWriteBody ¶

func InventoryFixedWriteBody(b []byte, value *Inventory)

func InventoryFromJson ¶

func InventoryFromJson(value *Inventory, text []byte, report *TableReport) bool

InventoryFromJson fills one Inventory from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func InventoryLoad ¶

func InventoryLoad(value *Inventory, data []byte, report *TableReport) bool

Inventory also carries the FIXED form (form 3): InventoryFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func InventoryLoadBody ¶

func InventoryLoadBody(r *TableReader, value *Inventory) bool

func InventoryLoadMessageBody ¶

func InventoryLoadMessageBody(r *TableMessageReader, value *Inventory) bool

func InventoryLoadMessages ¶

func InventoryLoadMessages(values []Inventory, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func InventoryLoopBlockBegin ¶

func InventoryLoopBlockBegin(b *InventoryLoopBlock, s *InventoryLoopBlockStorage, c InventoryLoopCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- InventoryLoopBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func InventoryLoopBlockBytes ¶

func InventoryLoopBlockBytes(b *InventoryLoopBlock) int64

func InventoryLoopBlockOpen ¶

func InventoryLoopBlockOpen(block *InventoryLoopBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: end ---- InventoryLoopBlockOpen is the bool convenience for the handle's typed Open error.

func InventoryLoopCookFrom ¶

func InventoryLoopCookFrom(value *InventoryLoop, buffer []byte, order TableByteOrder) bool

func InventoryLoopCookMeasure ¶

func InventoryLoopCookMeasure(value *InventoryLoop) int64

func InventoryLoopCookMeasureReason ¶

func InventoryLoopCookMeasureReason(value *InventoryLoop) (int64, error)

func InventoryLoopFixedCheckBody ¶

func InventoryLoopFixedCheckBody(value *InventoryLoop) bool

InventoryLoop's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func InventoryLoopFixedCheckBodyExact ¶

func InventoryLoopFixedCheckBodyExact(value *InventoryLoop) bool

InventoryLoopFixedCheckBodyExact is InventoryLoopFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func InventoryLoopFixedClamp ¶

func InventoryLoopFixedClamp(value *InventoryLoop, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func InventoryLoopFixedClampBody ¶

func InventoryLoopFixedClampBody(value *InventoryLoop, clamped *int32)

InventoryLoop's read-side bounds.

func InventoryLoopFixedLeaves ¶

func InventoryLoopFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func InventoryLoopFixedLoad ¶

func InventoryLoopFixedLoad(values []InventoryLoop, data []byte, plan []TableFixedEntry, report *TableReport) int64

func InventoryLoopFixedMeasure ¶

func InventoryLoopFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func InventoryLoopFixedSave ¶

func InventoryLoopFixedSave(values []InventoryLoop, buffer []byte) int64

InventoryLoopFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func InventoryLoopFixedSaveReason ¶

func InventoryLoopFixedSaveReason(values []InventoryLoop, buffer []byte) (int64, error)

func InventoryLoopFixedWriteBody ¶

func InventoryLoopFixedWriteBody(b []byte, value *InventoryLoop)

func InventoryLoopFromJson ¶

func InventoryLoopFromJson(value *InventoryLoop, text []byte, report *TableReport) bool

InventoryLoopFromJson fills one InventoryLoop from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func InventoryLoopLoad ¶

func InventoryLoopLoad(value *InventoryLoop, data []byte, report *TableReport) bool

InventoryLoop also carries the FIXED form (form 3): InventoryLoopFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func InventoryLoopLoadBody ¶

func InventoryLoopLoadBody(r *TableReader, value *InventoryLoop) bool

func InventoryLoopLoadMessageBody ¶

func InventoryLoopLoadMessageBody(r *TableMessageReader, value *InventoryLoop) bool

func InventoryLoopLoadMessages ¶

func InventoryLoopLoadMessages(values []InventoryLoop, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func InventoryLoopMeasure ¶

func InventoryLoopMeasure(value *InventoryLoop) int64

func InventoryLoopMeasureBody ¶

func InventoryLoopMeasureBody(value *InventoryLoop, ids *TableIds) int64

func InventoryLoopMeasureMessages ¶

func InventoryLoopMeasureMessages(values []*InventoryLoop, report *TableReport) int64

func InventoryLoopMeasureReason ¶

func InventoryLoopMeasureReason(value *InventoryLoop) (int64, error)

func InventoryLoopOpen ¶

func InventoryLoopOpen(cook *InventoryLoopCook, base unsafe.Pointer, length int64) bool

InventoryLoopOpen is the bool convenience for the typed Open error on the handle.

func InventoryLoopReset ¶

func InventoryLoopReset(value *InventoryLoop)

InventoryLoopReset restores InventoryLoop's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func InventoryLoopSave ¶

func InventoryLoopSave(value *InventoryLoop, buffer []byte) int64

func InventoryLoopSaveBody ¶

func InventoryLoopSaveBody(w *TableWriter, value *InventoryLoop) bool

func InventoryLoopSaveMessageBody ¶

func InventoryLoopSaveMessageBody(w *TableMessageWriter, value *InventoryLoop) bool

func InventoryLoopSaveMessages ¶

func InventoryLoopSaveMessages(values []*InventoryLoop, buffer []byte, report *TableReport) int64

func InventoryLoopSaveText ¶

func InventoryLoopSaveText(value *InventoryLoop) (string, error)

InventoryLoopSaveText returns the base64 of InventoryLoop's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func InventoryLoopToJson ¶

func InventoryLoopToJson(value *InventoryLoop, buffer []byte) int64

InventoryLoopToJson writes InventoryLoop's JSON text into the caller's slice and returns the bytes written — exactly InventoryLoopToJsonMeasure's answer — or -1 when it is short.

func InventoryLoopToJsonMeasure ¶

func InventoryLoopToJsonMeasure(value *InventoryLoop) int64

InventoryLoopToJsonMeasure is the exact size of InventoryLoop's JSON text, writing nothing.

func InventoryMeasure ¶

func InventoryMeasure(value *Inventory) int64

func InventoryMeasureBody ¶

func InventoryMeasureBody(value *Inventory, ids *TableIds) int64

func InventoryMeasureMessages ¶

func InventoryMeasureMessages(values []*Inventory, report *TableReport) int64

func InventoryMeasureReason ¶

func InventoryMeasureReason(value *Inventory) (int64, error)

func InventoryOpen ¶

func InventoryOpen(cook *InventoryCook, base unsafe.Pointer, length int64) bool

InventoryOpen is the bool convenience for the typed Open error on the handle.

func InventoryReset ¶

func InventoryReset(value *Inventory)

InventoryReset restores Inventory's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func InventorySave ¶

func InventorySave(value *Inventory, buffer []byte) int64

func InventorySaveBody ¶

func InventorySaveBody(w *TableWriter, value *Inventory) bool

func InventorySaveMessageBody ¶

func InventorySaveMessageBody(w *TableMessageWriter, value *Inventory) bool

func InventorySaveMessages ¶

func InventorySaveMessages(values []*Inventory, buffer []byte, report *TableReport) int64

func InventorySaveText ¶

func InventorySaveText(value *Inventory) (string, error)

InventorySaveText returns the base64 of Inventory's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func InventoryToJson ¶

func InventoryToJson(value *Inventory, buffer []byte) int64

InventoryToJson writes Inventory's JSON text into the caller's slice and returns the bytes written — exactly InventoryToJsonMeasure's answer — or -1 when it is short.

func InventoryToJsonMeasure ¶

func InventoryToJsonMeasure(value *Inventory) int64

InventoryToJsonMeasure is the exact size of Inventory's JSON text, writing nothing.

func KindRevBlockBegin ¶

func KindRevBlockBegin(b *KindRevBlock, s *KindRevBlockStorage, c KindRevCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- KindRevBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func KindRevBlockBytes ¶

func KindRevBlockBytes(b *KindRevBlock) int64

func KindRevBlockOpen ¶

func KindRevBlockOpen(block *KindRevBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- KindRevBlockOpen is the bool convenience for the handle's typed Open error.

func KindRevCookFrom ¶

func KindRevCookFrom(value *KindRev, buffer []byte, order TableByteOrder) bool

func KindRevCookMeasure ¶

func KindRevCookMeasure(value *KindRev) int64

func KindRevCookMeasureReason ¶

func KindRevCookMeasureReason(value *KindRev) (int64, error)

func KindRevFixedCheckBody ¶

func KindRevFixedCheckBody(value *KindRev) bool

KindRev's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func KindRevFixedClamp ¶

func KindRevFixedClamp(value *KindRev, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func KindRevFixedClampBody ¶

func KindRevFixedClampBody(value *KindRev, clamped *int32)

KindRev's read-side bounds.

func KindRevFixedLeaves ¶

func KindRevFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func KindRevFixedLoad ¶

func KindRevFixedLoad(values []KindRev, data []byte, plan []TableFixedEntry, report *TableReport) int64

func KindRevFixedMeasure ¶

func KindRevFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func KindRevFixedSave ¶

func KindRevFixedSave(values []KindRev, buffer []byte) int64

KindRevFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func KindRevFixedSaveReason ¶

func KindRevFixedSaveReason(values []KindRev, buffer []byte) (int64, error)

func KindRevFixedWriteBody ¶

func KindRevFixedWriteBody(b []byte, value *KindRev)

func KindRevFromJson ¶

func KindRevFromJson(value *KindRev, text []byte, report *TableReport) bool

KindRevFromJson fills one KindRev from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func KindRevLoad ¶

func KindRevLoad(value *KindRev, data []byte, report *TableReport) bool

KindRev also carries the FIXED form (form 3): KindRevFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func KindRevLoadBody ¶

func KindRevLoadBody(r *TableReader, value *KindRev) bool

func KindRevLoadMessageBody ¶

func KindRevLoadMessageBody(r *TableMessageReader, value *KindRev) bool

func KindRevLoadMessages ¶

func KindRevLoadMessages(values []KindRev, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func KindRevMeasure ¶

func KindRevMeasure(value *KindRev) int64

func KindRevMeasureBody ¶

func KindRevMeasureBody(value *KindRev, ids *TableIds) int64

func KindRevMeasureMessages ¶

func KindRevMeasureMessages(values []*KindRev, report *TableReport) int64

func KindRevMeasureReason ¶

func KindRevMeasureReason(value *KindRev) (int64, error)

func KindRevOpen ¶

func KindRevOpen(cook *KindRevCook, base unsafe.Pointer, length int64) bool

KindRevOpen is the bool convenience for the typed Open error on the handle.

func KindRevReset ¶

func KindRevReset(value *KindRev)

KindRevReset restores KindRev's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func KindRevSave ¶

func KindRevSave(value *KindRev, buffer []byte) int64

func KindRevSaveBody ¶

func KindRevSaveBody(w *TableWriter, value *KindRev) bool

func KindRevSaveMessageBody ¶

func KindRevSaveMessageBody(w *TableMessageWriter, value *KindRev) bool

func KindRevSaveMessages ¶

func KindRevSaveMessages(values []*KindRev, buffer []byte, report *TableReport) int64

func KindRevSaveText ¶

func KindRevSaveText(value *KindRev) (string, error)

KindRevSaveText returns the base64 of KindRev's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func KindRevToJson ¶

func KindRevToJson(value *KindRev, buffer []byte) int64

KindRevToJson writes KindRev's JSON text into the caller's slice and returns the bytes written — exactly KindRevToJsonMeasure's answer — or -1 when it is short.

func KindRevToJsonMeasure ¶

func KindRevToJsonMeasure(value *KindRev) int64

KindRevToJsonMeasure is the exact size of KindRev's JSON text, writing nothing.

func MachineBeatBlockBegin ¶

func MachineBeatBlockBegin(b *MachineBeatBlock, s *MachineBeatBlockStorage, c MachineBeatCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- MachineBeatBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func MachineBeatBlockBytes ¶

func MachineBeatBlockBytes(b *MachineBeatBlock) int64

func MachineBeatBlockOpen ¶

func MachineBeatBlockOpen(block *MachineBeatBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- MachineBeatBlockOpen is the bool convenience for the handle's typed Open error.

func MachineBeatCookFrom ¶

func MachineBeatCookFrom(value *MachineBeat, buffer []byte, order TableByteOrder) bool

func MachineBeatCookMeasure ¶

func MachineBeatCookMeasure(value *MachineBeat) int64

func MachineBeatCookMeasureReason ¶

func MachineBeatCookMeasureReason(value *MachineBeat) (int64, error)

func MachineBeatFixedCheckBody ¶

func MachineBeatFixedCheckBody(value *MachineBeat) bool

MachineBeat's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func MachineBeatFixedCheckBodyExact ¶

func MachineBeatFixedCheckBodyExact(value *MachineBeat) bool

MachineBeatFixedCheckBodyExact is MachineBeatFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func MachineBeatFixedClamp ¶

func MachineBeatFixedClamp(value *MachineBeat, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func MachineBeatFixedClampBody ¶

func MachineBeatFixedClampBody(value *MachineBeat, clamped *int32)

MachineBeat's read-side bounds.

func MachineBeatFixedLeaves ¶

func MachineBeatFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func MachineBeatFixedLoad ¶

func MachineBeatFixedLoad(values []MachineBeat, data []byte, plan []TableFixedEntry, report *TableReport) int64

func MachineBeatFixedMeasure ¶

func MachineBeatFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func MachineBeatFixedSave ¶

func MachineBeatFixedSave(values []MachineBeat, buffer []byte) int64

MachineBeatFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func MachineBeatFixedSaveReason ¶

func MachineBeatFixedSaveReason(values []MachineBeat, buffer []byte) (int64, error)

func MachineBeatFixedWriteBody ¶

func MachineBeatFixedWriteBody(b []byte, value *MachineBeat)

func MachineBeatFromJson ¶

func MachineBeatFromJson(value *MachineBeat, text []byte, report *TableReport) bool

MachineBeatFromJson fills one MachineBeat from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func MachineBeatLoad ¶

func MachineBeatLoad(value *MachineBeat, data []byte, report *TableReport) bool

MachineBeat also carries the FIXED form (form 3): MachineBeatFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func MachineBeatLoadBody ¶

func MachineBeatLoadBody(r *TableReader, value *MachineBeat) bool

func MachineBeatLoadMessageBody ¶

func MachineBeatLoadMessageBody(r *TableMessageReader, value *MachineBeat) bool

func MachineBeatLoadMessages ¶

func MachineBeatLoadMessages(values []MachineBeat, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func MachineBeatMeasure ¶

func MachineBeatMeasure(value *MachineBeat) int64

func MachineBeatMeasureBody ¶

func MachineBeatMeasureBody(value *MachineBeat, ids *TableIds) int64

func MachineBeatMeasureMessages ¶

func MachineBeatMeasureMessages(values []*MachineBeat, report *TableReport) int64

func MachineBeatMeasureReason ¶

func MachineBeatMeasureReason(value *MachineBeat) (int64, error)

func MachineBeatOpen ¶

func MachineBeatOpen(cook *MachineBeatCook, base unsafe.Pointer, length int64) bool

MachineBeatOpen is the bool convenience for the typed Open error on the handle.

func MachineBeatReset ¶

func MachineBeatReset(value *MachineBeat)

MachineBeatReset restores MachineBeat's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func MachineBeatSave ¶

func MachineBeatSave(value *MachineBeat, buffer []byte) int64

func MachineBeatSaveBody ¶

func MachineBeatSaveBody(w *TableWriter, value *MachineBeat) bool

func MachineBeatSaveMessageBody ¶

func MachineBeatSaveMessageBody(w *TableMessageWriter, value *MachineBeat) bool

func MachineBeatSaveMessages ¶

func MachineBeatSaveMessages(values []*MachineBeat, buffer []byte, report *TableReport) int64

func MachineBeatSaveText ¶

func MachineBeatSaveText(value *MachineBeat) (string, error)

MachineBeatSaveText returns the base64 of MachineBeat's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func MachineBeatToJson ¶

func MachineBeatToJson(value *MachineBeat, buffer []byte) int64

MachineBeatToJson writes MachineBeat's JSON text into the caller's slice and returns the bytes written — exactly MachineBeatToJsonMeasure's answer — or -1 when it is short.

func MachineBeatToJsonMeasure ¶

func MachineBeatToJsonMeasure(value *MachineBeat) int64

MachineBeatToJsonMeasure is the exact size of MachineBeat's JSON text, writing nothing.

func MachineViewBlockBegin ¶

func MachineViewBlockBegin(b *MachineViewBlock, s *MachineViewBlockStorage, c MachineViewCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- MachineViewBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func MachineViewBlockBytes ¶

func MachineViewBlockBytes(b *MachineViewBlock) int64

func MachineViewBlockOpen ¶

func MachineViewBlockOpen(block *MachineViewBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- MachineViewBlockOpen is the bool convenience for the handle's typed Open error.

func MachineViewCookFrom ¶

func MachineViewCookFrom(value *MachineView, buffer []byte, order TableByteOrder) bool

func MachineViewCookMeasure ¶

func MachineViewCookMeasure(value *MachineView) int64

func MachineViewCookMeasureReason ¶

func MachineViewCookMeasureReason(value *MachineView) (int64, error)

func MachineViewFixedCheckBody ¶

func MachineViewFixedCheckBody(value *MachineView) bool

MachineView's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func MachineViewFixedCheckBodyExact ¶

func MachineViewFixedCheckBodyExact(value *MachineView) bool

MachineViewFixedCheckBodyExact is MachineViewFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func MachineViewFixedClamp ¶

func MachineViewFixedClamp(value *MachineView, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func MachineViewFixedClampBody ¶

func MachineViewFixedClampBody(value *MachineView, clamped *int32)

MachineView's read-side bounds.

func MachineViewFixedLeaves ¶

func MachineViewFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func MachineViewFixedLoad ¶

func MachineViewFixedLoad(values []MachineView, data []byte, plan []TableFixedEntry, report *TableReport) int64

func MachineViewFixedMeasure ¶

func MachineViewFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func MachineViewFixedSave ¶

func MachineViewFixedSave(values []MachineView, buffer []byte) int64

MachineViewFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func MachineViewFixedSaveReason ¶

func MachineViewFixedSaveReason(values []MachineView, buffer []byte) (int64, error)

func MachineViewFixedWriteBody ¶

func MachineViewFixedWriteBody(b []byte, value *MachineView)

func MachineViewFromJson ¶

func MachineViewFromJson(value *MachineView, text []byte, report *TableReport) bool

MachineViewFromJson fills one MachineView from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func MachineViewLoad ¶

func MachineViewLoad(value *MachineView, data []byte, report *TableReport) bool

MachineView also carries the FIXED form (form 3): MachineViewFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func MachineViewLoadBody ¶

func MachineViewLoadBody(r *TableReader, value *MachineView) bool

func MachineViewLoadMessageBody ¶

func MachineViewLoadMessageBody(r *TableMessageReader, value *MachineView) bool

func MachineViewLoadMessages ¶

func MachineViewLoadMessages(values []MachineView, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func MachineViewMeasure ¶

func MachineViewMeasure(value *MachineView) int64

func MachineViewMeasureBody ¶

func MachineViewMeasureBody(value *MachineView, ids *TableIds) int64

func MachineViewMeasureMessages ¶

func MachineViewMeasureMessages(values []*MachineView, report *TableReport) int64

func MachineViewMeasureReason ¶

func MachineViewMeasureReason(value *MachineView) (int64, error)

func MachineViewOpen ¶

func MachineViewOpen(cook *MachineViewCook, base unsafe.Pointer, length int64) bool

MachineViewOpen is the bool convenience for the typed Open error on the handle.

func MachineViewReset ¶

func MachineViewReset(value *MachineView)

MachineViewReset restores MachineView's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func MachineViewSave ¶

func MachineViewSave(value *MachineView, buffer []byte) int64

func MachineViewSaveBody ¶

func MachineViewSaveBody(w *TableWriter, value *MachineView) bool

func MachineViewSaveMessageBody ¶

func MachineViewSaveMessageBody(w *TableMessageWriter, value *MachineView) bool

func MachineViewSaveMessages ¶

func MachineViewSaveMessages(values []*MachineView, buffer []byte, report *TableReport) int64

func MachineViewSaveText ¶

func MachineViewSaveText(value *MachineView) (string, error)

MachineViewSaveText returns the base64 of MachineView's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func MachineViewToJson ¶

func MachineViewToJson(value *MachineView, buffer []byte) int64

MachineViewToJson writes MachineView's JSON text into the caller's slice and returns the bytes written — exactly MachineViewToJsonMeasure's answer — or -1 when it is short.

func MachineViewToJsonMeasure ¶

func MachineViewToJsonMeasure(value *MachineView) int64

MachineViewToJsonMeasure is the exact size of MachineView's JSON text, writing nothing.

func MemberBeatBlockBegin ¶

func MemberBeatBlockBegin(b *MemberBeatBlock, s *MemberBeatBlockStorage, c MemberBeatCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- MemberBeatBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func MemberBeatBlockBytes ¶

func MemberBeatBlockBytes(b *MemberBeatBlock) int64

func MemberBeatBlockOpen ¶

func MemberBeatBlockOpen(block *MemberBeatBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: begin ---- ---- block fill path: end ---- MemberBeatBlockOpen is the bool convenience for the handle's typed Open error.

func MemberBeatCookFrom ¶

func MemberBeatCookFrom(value *MemberBeat, buffer []byte, order TableByteOrder) bool

func MemberBeatCookMeasure ¶

func MemberBeatCookMeasure(value *MemberBeat) int64

func MemberBeatCookMeasureReason ¶

func MemberBeatCookMeasureReason(value *MemberBeat) (int64, error)

func MemberBeatFixedCheckBody ¶

func MemberBeatFixedCheckBody(value *MemberBeat) bool

MemberBeat's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func MemberBeatFixedClamp ¶

func MemberBeatFixedClamp(value *MemberBeat, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func MemberBeatFixedClampBody ¶

func MemberBeatFixedClampBody(value *MemberBeat, clamped *int32)

MemberBeat's read-side bounds.

func MemberBeatFixedLeaves ¶

func MemberBeatFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func MemberBeatFixedLoad ¶

func MemberBeatFixedLoad(values []MemberBeat, data []byte, plan []TableFixedEntry, report *TableReport) int64

func MemberBeatFixedMeasure ¶

func MemberBeatFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func MemberBeatFixedSave ¶

func MemberBeatFixedSave(values []MemberBeat, buffer []byte) int64

MemberBeatFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func MemberBeatFixedSaveReason ¶

func MemberBeatFixedSaveReason(values []MemberBeat, buffer []byte) (int64, error)

func MemberBeatFixedWriteBody ¶

func MemberBeatFixedWriteBody(b []byte, value *MemberBeat)

func MemberBeatFromJson ¶

func MemberBeatFromJson(value *MemberBeat, text []byte, report *TableReport) bool

MemberBeatFromJson fills one MemberBeat from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func MemberBeatLoad ¶

func MemberBeatLoad(value *MemberBeat, data []byte, report *TableReport) bool

MemberBeat also carries the FIXED form (form 3): MemberBeatFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func MemberBeatLoadBody ¶

func MemberBeatLoadBody(r *TableReader, value *MemberBeat) bool

func MemberBeatLoadMessageBody ¶

func MemberBeatLoadMessageBody(r *TableMessageReader, value *MemberBeat) bool

func MemberBeatLoadMessages ¶

func MemberBeatLoadMessages(values []MemberBeat, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func MemberBeatMeasure ¶

func MemberBeatMeasure(value *MemberBeat) int64

func MemberBeatMeasureBody ¶

func MemberBeatMeasureBody(value *MemberBeat, ids *TableIds) int64

func MemberBeatMeasureMessages ¶

func MemberBeatMeasureMessages(values []*MemberBeat, report *TableReport) int64

func MemberBeatMeasureReason ¶

func MemberBeatMeasureReason(value *MemberBeat) (int64, error)

func MemberBeatOpen ¶

func MemberBeatOpen(cook *MemberBeatCook, base unsafe.Pointer, length int64) bool

MemberBeatOpen is the bool convenience for the typed Open error on the handle.

func MemberBeatReset ¶

func MemberBeatReset(value *MemberBeat)

MemberBeatReset restores MemberBeat's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func MemberBeatSave ¶

func MemberBeatSave(value *MemberBeat, buffer []byte) int64

func MemberBeatSaveBody ¶

func MemberBeatSaveBody(w *TableWriter, value *MemberBeat) bool

func MemberBeatSaveMessageBody ¶

func MemberBeatSaveMessageBody(w *TableMessageWriter, value *MemberBeat) bool

func MemberBeatSaveMessages ¶

func MemberBeatSaveMessages(values []*MemberBeat, buffer []byte, report *TableReport) int64

func MemberBeatSaveText ¶

func MemberBeatSaveText(value *MemberBeat) (string, error)

MemberBeatSaveText returns the base64 of MemberBeat's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func MemberBeatToJson ¶

func MemberBeatToJson(value *MemberBeat, buffer []byte) int64

MemberBeatToJson writes MemberBeat's JSON text into the caller's slice and returns the bytes written — exactly MemberBeatToJsonMeasure's answer — or -1 when it is short.

func MemberBeatToJsonMeasure ¶

func MemberBeatToJsonMeasure(value *MemberBeat) int64

MemberBeatToJsonMeasure is the exact size of MemberBeat's JSON text, writing nothing.

func RowFieldsBlockBegin ¶

func RowFieldsBlockBegin(b *RowFieldsBlock, s *RowFieldsBlockStorage, c RowFieldsCounts, refusal *TableBlockRefusal) bool

---- block fill path: begin ---- RowFieldsBlockBegin writes only the prologue and triples, never rows or padding. Storage and all counts are checked before any byte of the extent changes.

func RowFieldsBlockBytes ¶

func RowFieldsBlockBytes(b *RowFieldsBlock) int64

func RowFieldsBlockOpen ¶

func RowFieldsBlockOpen(block *RowFieldsBlock, base unsafe.Pointer, bytes int64) bool

---- block fill path: end ---- RowFieldsBlockOpen is the bool convenience for the handle's typed Open error.

func RowFieldsCookFrom ¶

func RowFieldsCookFrom(value *RowFields, buffer []byte, order TableByteOrder) bool

func RowFieldsCookMeasure ¶

func RowFieldsCookMeasure(value *RowFields) int64

func RowFieldsCookMeasureReason ¶

func RowFieldsCookMeasureReason(value *RowFields) (int64, error)

func RowFieldsFixedCheckBody ¶

func RowFieldsFixedCheckBody(value *RowFields) bool

RowFields's write-side contract (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §3.1): false is TableRefuseInvalidValue.

func RowFieldsFixedCheckBodyExact ¶

func RowFieldsFixedCheckBodyExact(value *RowFields) bool

RowFieldsFixedCheckBodyExact is RowFieldsFixedCheckBody with each string asked by tableFixedUtf8Ok: the answer for text with a byte at or past 0x80 (§3.1).

func RowFieldsFixedClamp ¶

func RowFieldsFixedClamp(value *RowFields, report *TableReport)

THE READ-SIDE BOUNDS (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4): a ranged scalar's declared min and max, and an ORDINAL's set — a union tag past the arm count, an enum ordinal past the enum's top value. Straight-line, after the copy, over STORAGE, so the identity plan and a plan compiled from a stranger's layout are held to the same numbers by the same pass. Every clamp COUNTS. The pass walks LIVE elements only: a counted array's live count, not its slack; an optional's payload only when present; a union's set arm, not the others.

func RowFieldsFixedClampBody ¶

func RowFieldsFixedClampBody(value *RowFields, clamped *int32)

RowFields's read-side bounds.

func RowFieldsFixedLeaves ¶

func RowFieldsFixedLeaves(out []TableFixedEntry, links [][]TableFixedGuardLink, src, dst uint32) int

func RowFieldsFixedLoad ¶

func RowFieldsFixedLoad(values []RowFields, data []byte, plan []TableFixedEntry, report *TableReport) int64

func RowFieldsFixedMeasure ¶

func RowFieldsFixedMeasure(count int64) int64

A FILE: form byte, seven reserved zeros, the LAYOUT HASH at 8, body at 16, then the layout behind its u32 length, then the records to the end of it.

func RowFieldsFixedSave ¶

func RowFieldsFixedSave(values []RowFields, buffer []byte) int64

RowFieldsFixedSave is the fixed form's writer: it returns the bytes written, or -1 for a buffer too short or a value outside its declared contract (§3.1); see FixedSaveReason.

func RowFieldsFixedSaveReason ¶

func RowFieldsFixedSaveReason(values []RowFields, buffer []byte) (int64, error)

func RowFieldsFixedWriteBody ¶

func RowFieldsFixedWriteBody(b []byte, value *RowFields)

func RowFieldsFromJson ¶

func RowFieldsFromJson(value *RowFields, text []byte, report *TableReport) bool

RowFieldsFromJson fills one RowFields from a JSON text (mas-bandwidth/schema docs/SPEC-TABLES.md §16). A nil report is allowed; every tolerance event still decides the same way.

func RowFieldsLoad ¶

func RowFieldsLoad(value *RowFields, data []byte, report *TableReport) bool

RowFields also carries the FIXED form (form 3): RowFieldsFixedLoad reads that one and names a form-1 file `previous_form`. This Load is the VARIABLE form's entry point and reads form 1, whether or not the table was DECLARED fixed (mas-bandwidth/schema docs/SPEC-TABLES.md §3.4, §15).

func RowFieldsLoadBody ¶

func RowFieldsLoadBody(r *TableReader, value *RowFields) bool

func RowFieldsLoadMessageBody ¶

func RowFieldsLoadMessageBody(r *TableMessageReader, value *RowFields) bool

func RowFieldsLoadMessages ¶

func RowFieldsLoadMessages(values []RowFields, vocabulary *TableVocabulary, data []byte, report *TableReport) (int64, bool)

func RowFieldsMeasure ¶

func RowFieldsMeasure(value *RowFields) int64

func RowFieldsMeasureBody ¶

func RowFieldsMeasureBody(value *RowFields, ids *TableIds) int64

func RowFieldsMeasureMessages ¶

func RowFieldsMeasureMessages(values []*RowFields, report *TableReport) int64

func RowFieldsMeasureReason ¶

func RowFieldsMeasureReason(value *RowFields) (int64, error)

func RowFieldsOpen ¶

func RowFieldsOpen(cook *RowFieldsCook, base unsafe.Pointer, length int64) bool

RowFieldsOpen is the bool convenience for the typed Open error on the handle.

func RowFieldsReset ¶

func RowFieldsReset(value *RowFields)

RowFieldsReset restores RowFields's declared defaults in place, reusing the storage the value already holds. The reader calls it before overlaying.

func RowFieldsSave ¶

func RowFieldsSave(value *RowFields, buffer []byte) int64

func RowFieldsSaveBody ¶

func RowFieldsSaveBody(w *TableWriter, value *RowFields) bool

func RowFieldsSaveMessageBody ¶

func RowFieldsSaveMessageBody(w *TableMessageWriter, value *RowFields) bool

func RowFieldsSaveMessages ¶

func RowFieldsSaveMessages(values []*RowFields, buffer []byte, report *TableReport) int64

func RowFieldsSaveText ¶

func RowFieldsSaveText(value *RowFields) (string, error)

RowFieldsSaveText returns the base64 of RowFields's binary wire (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8): the whole file, form byte first, so the text keeps the form byte, the framing check and every versioning guarantee and is opaque.

func RowFieldsToJson ¶

func RowFieldsToJson(value *RowFields, buffer []byte) int64

RowFieldsToJson writes RowFields's JSON text into the caller's slice and returns the bytes written — exactly RowFieldsToJsonMeasure's answer — or -1 when it is short.

func RowFieldsToJsonMeasure ¶

func RowFieldsToJsonMeasure(value *RowFields) int64

RowFieldsToJsonMeasure is the exact size of RowFields's JSON text, writing nothing.

Types ¶

type BenchBeat ¶

type BenchBeat struct {
	Host           [128]byte // string(MaxName): max length, used length beside it
	HostLength     int32
	AtMs           int64
	Load1          [16]byte // string(16): max length, used length beside it
	Load1Length    int32
	Ncpu           [8]byte // string(8): max length, used length beside it
	NcpuLength     int32
	Cpu            [16]byte // string(16): max length, used length beside it
	CpuLength      int32
	Os             [32]byte // string(32): max length, used length beside it
	OsLength       int32
	Arch           [32]byte // string(32): max length, used length beside it
	ArchLength     int32
	MemoryGb       [16]byte // string(16): max length, used length beside it
	MemoryGbLength int32
}

The bench hash beside the member beat (pkg/config BeatKey, bench:<m>:beat, written by the bench that runs on the machine, read by nova-config): host, at (unix milliseconds), load1, ncpu, cpu, and os, arch and memory_gb when the beat carries them. A hash value is text; load1, ncpu, cpu and memory_gb keep the text the writer gave. BenchBeat — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by BenchBeatReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func BenchBeatLoadText ¶

func BenchBeatLoadText(text string, report *TableReport) (*BenchBeat, error)

BenchBeatLoadText fills one BenchBeat from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func BenchBeatReadStrict ¶

func BenchBeatReadStrict(wire []byte) (*BenchBeat, error)

BenchBeatReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type BenchBeatBlock ¶

type BenchBeatBlock struct {
	Base       unsafe.Pointer            // the extent's base, 64-byte aligned
	Projection *BenchBeatBlockProjection // the projection, at offset 0
	Bytes      int64                     // the extent in use
}

BenchBeatBlock is BenchBeat's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*BenchBeatBlock) Open ¶

func (block *BenchBeatBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*BenchBeatBlock) Type ¶

func (b *BenchBeatBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type BenchBeatBlockProjection ¶

type BenchBeatBlockProjection struct {
	Magic        uint64    // generated: identifies a schema block
	BuildVersion uint64    // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64    // generated: 1 little, 2 big
	Host         [129]byte // string(128): max length, used length beside it

	HostLength int32
	AtMs       int64
	Load1      [17]byte // string(16): max length, used length beside it

	Load1Length int32
	Ncpu        [9]byte // string(8): max length, used length beside it

	NcpuLength int32
	Cpu        [17]byte // string(16): max length, used length beside it

	CpuLength int32
	Os        [33]byte // string(32): max length, used length beside it

	OsLength int32
	Arch     [33]byte // string(32): max length, used length beside it

	ArchLength int32
	MemoryGb   [17]byte // string(16): max length, used length beside it

	MemoryGbLength int32
	// contains filtered or unexported fields
}

BenchBeatBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from BenchBeatRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type BenchBeatBlockStorage ¶

type BenchBeatBlockStorage struct {
	// contains filtered or unexported fields
}

BenchBeatBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*BenchBeatBlockStorage) Create ¶

func (s *BenchBeatBlockStorage) Create(a TableBlockAllocator) bool

func (*BenchBeatBlockStorage) Destroy ¶

func (s *BenchBeatBlockStorage) Destroy()

type BenchBeatCook ¶

type BenchBeatCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

BenchBeatCook is BenchBeat's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — BenchBeatOpen, BenchBeatAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*BenchBeatCook) Open ¶

func (cook *BenchBeatCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (BenchBeatCook) RegionAlignment ¶

func (c BenchBeatCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (BenchBeatCook) Root ¶

func (c BenchBeatCook) Root() *BenchBeatRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (BenchBeatCook) RootAlign ¶

func (c BenchBeatCook) RootAlign() int64

func (BenchBeatCook) RootSize ¶

func (c BenchBeatCook) RootSize() int64

func (BenchBeatCook) Type ¶

func (c BenchBeatCook) Type() *TableCookInfo

Type is BenchBeat's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type BenchBeatCounts ¶

type BenchBeatCounts struct {
}

BenchBeatCounts is gathered before Begin; clamping is the caller's policy.

type BenchBeatRow ¶

type BenchBeatRow struct {
	Host [129]byte // string(128): buffer, used length beside it

	HostLength int32
	AtMs       int64
	Load1      [17]byte // string(16): buffer, used length beside it

	Load1Length int32
	Ncpu        [9]byte // string(8): buffer, used length beside it

	NcpuLength int32
	Cpu        [17]byte // string(16): buffer, used length beside it

	CpuLength int32
	Os        [33]byte // string(32): buffer, used length beside it

	OsLength int32
	Arch     [33]byte // string(32): buffer, used length beside it

	ArchLength int32
	MemoryGb   [17]byte // string(16): buffer, used length beside it

	MemoryGbLength int32
	// contains filtered or unexported fields
}

BenchBeatRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func BenchBeatAt ¶

func BenchBeatAt(slot *int64) *BenchBeatRow

BenchBeatAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type CanonicalWord ¶

type CanonicalWord struct {
	Kind      ConfigKind
	FieldType FieldType
	Op        ChangeOp
	Singleton bool
}

The canonical words a kind and a field type and a write op are spelled with: the registry's vocabulary as one record (pkg/config Kinds, Type, Op). CanonicalWord — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by CanonicalWordReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func CanonicalWordLoadText ¶

func CanonicalWordLoadText(text string, report *TableReport) (*CanonicalWord, error)

CanonicalWordLoadText fills one CanonicalWord from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func CanonicalWordReadStrict ¶

func CanonicalWordReadStrict(wire []byte) (*CanonicalWord, error)

CanonicalWordReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type CanonicalWordBlock ¶

type CanonicalWordBlock struct {
	Base       unsafe.Pointer                // the extent's base, 64-byte aligned
	Projection *CanonicalWordBlockProjection // the projection, at offset 0
	Bytes      int64                         // the extent in use
}

CanonicalWordBlock is CanonicalWord's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*CanonicalWordBlock) Open ¶

func (block *CanonicalWordBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*CanonicalWordBlock) Type ¶

func (b *CanonicalWordBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type CanonicalWordBlockProjection ¶

type CanonicalWordBlockProjection struct {
	Magic        uint64 // generated: identifies a schema block
	BuildVersion uint64 // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64 // generated: 1 little, 2 big
	Kind         ConfigKind
	FieldType    FieldType
	Op           ChangeOp
	Singleton    bool
	// contains filtered or unexported fields
}

CanonicalWordBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from CanonicalWordRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type CanonicalWordBlockStorage ¶

type CanonicalWordBlockStorage struct {
	// contains filtered or unexported fields
}

CanonicalWordBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*CanonicalWordBlockStorage) Create ¶

func (s *CanonicalWordBlockStorage) Create(a TableBlockAllocator) bool

func (*CanonicalWordBlockStorage) Destroy ¶

func (s *CanonicalWordBlockStorage) Destroy()

type CanonicalWordCook ¶

type CanonicalWordCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

CanonicalWordCook is CanonicalWord's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — CanonicalWordOpen, CanonicalWordAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*CanonicalWordCook) Open ¶

func (cook *CanonicalWordCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (CanonicalWordCook) RegionAlignment ¶

func (c CanonicalWordCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (CanonicalWordCook) Root ¶

func (c CanonicalWordCook) Root() *CanonicalWordRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (CanonicalWordCook) RootAlign ¶

func (c CanonicalWordCook) RootAlign() int64

func (CanonicalWordCook) RootSize ¶

func (c CanonicalWordCook) RootSize() int64

func (CanonicalWordCook) Type ¶

func (c CanonicalWordCook) Type() *TableCookInfo

Type is CanonicalWord's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type CanonicalWordCounts ¶

type CanonicalWordCounts struct {
}

CanonicalWordCounts is gathered before Begin; clamping is the caller's policy.

type CanonicalWordRow ¶

type CanonicalWordRow struct {
	Kind      ConfigKind
	FieldType FieldType
	Op        ChangeOp
	Singleton bool
}

CanonicalWordRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func CanonicalWordAt ¶

func CanonicalWordAt(slot *int64) *CanonicalWordRow

CanonicalWordAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type ChangeOp ¶

type ChangeOp uint8

The write a history row records (pkg/config OpAdd, OpSet, OpRemove). ChangeOp — None = 0 implicit, variants dense from 1, wire range [0, 3] (SPEC §4.2)

const (
	ChangeOpNone   ChangeOp = 0
	ChangeOpAdd    ChangeOp = 1
	ChangeOpSet    ChangeOp = 2
	ChangeOpRemove ChangeOp = 3
	ChangeOpCount  ChangeOp = 3 // the declared variant count (SPEC §4.2)
	ChangeOpMax    ChangeOp = 3 // the exported extent (SPEC §4.2)
)

func (ChangeOp) TableEnumId ¶

func (value ChangeOp) TableEnumId() (uint64, bool)

TableEnumId: ChangeOp on the TABLE wire rides as the 64-bit hash of its VARIANT NAME, so a variant may be added anywhere, removed, or reordered and old data still reads (mas-bandwidth/schema docs/SPEC-TABLES.md §5). None uses reference zero; hash zero remains a valid named id. The bool is false when no variant names this value: no wire identity.

func (*ChangeOp) TableEnumValue ¶

func (value *ChangeOp) TableEnumValue(id uint64) bool

TableEnumValue resolves a table-wire variant id to a ChangeOp, in place. The bool is false for an id this build cannot name; the value is left at None, which is what an unknown variant reads as (mas-bandwidth/schema docs/SPEC-TABLES.md §5).

type ConfigChange ¶

type ConfigChange struct {
	Id           int64
	Kind         ConfigKind
	Name         [128]byte // string(MaxName): max length, used length beside it
	NameLength   int32
	Op           ChangeOp
	HasBefore    bool
	HasAfter     bool
	Actor        [128]byte // string(MaxActor): max length, used length beside it
	ActorLength  int32
	Reason       [4608]byte // string(MaxReason): max length, used length beside it
	ReasonLength int32
	At           [32]byte // string(32): max length, used length beside it
	AtLength     int32
}

One history row (pkg/config Change, written pg.go record, read pg.go History): the write's kind, name and op, which sides of the change ride (an add has no before and a remove has no after: the has_ flags say which), who made it, why (the --reason, empty when none), and when (RFC 3339 UTC). The reason rides here, apart from the fields, as Change.Reason does. The before and the after are RowFields records that follow this header, the before first, as pg.go keeps them in two columns: two rows at the field bound do not fit one 65536 byte record, so each side is a record of its own. ConfigChange — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by ConfigChangeReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func ConfigChangeLoadText ¶

func ConfigChangeLoadText(text string, report *TableReport) (*ConfigChange, error)

ConfigChangeLoadText fills one ConfigChange from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func ConfigChangeReadStrict ¶

func ConfigChangeReadStrict(wire []byte) (*ConfigChange, error)

ConfigChangeReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type ConfigChangeBlock ¶

type ConfigChangeBlock struct {
	Base       unsafe.Pointer               // the extent's base, 64-byte aligned
	Projection *ConfigChangeBlockProjection // the projection, at offset 0
	Bytes      int64                        // the extent in use
}

ConfigChangeBlock is ConfigChange's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*ConfigChangeBlock) Open ¶

func (block *ConfigChangeBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*ConfigChangeBlock) Type ¶

func (b *ConfigChangeBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type ConfigChangeBlockProjection ¶

type ConfigChangeBlockProjection struct {
	Magic        uint64 // generated: identifies a schema block
	BuildVersion uint64 // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64 // generated: 1 little, 2 big
	Id           int64
	Kind         ConfigKind
	Name         [129]byte // string(128): max length, used length beside it

	NameLength  int32
	Op          ChangeOp
	HasBefore   bool
	HasAfter    bool
	Actor       [129]byte // string(128): max length, used length beside it
	ActorLength int32
	Reason      [4609]byte // string(4608): max length, used length beside it

	ReasonLength int32
	At           [33]byte // string(32): max length, used length beside it

	AtLength int32
	// contains filtered or unexported fields
}

ConfigChangeBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from ConfigChangeRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type ConfigChangeBlockStorage ¶

type ConfigChangeBlockStorage struct {
	// contains filtered or unexported fields
}

ConfigChangeBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*ConfigChangeBlockStorage) Create ¶

func (s *ConfigChangeBlockStorage) Create(a TableBlockAllocator) bool

func (*ConfigChangeBlockStorage) Destroy ¶

func (s *ConfigChangeBlockStorage) Destroy()

type ConfigChangeCook ¶

type ConfigChangeCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

ConfigChangeCook is ConfigChange's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — ConfigChangeOpen, ConfigChangeAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*ConfigChangeCook) Open ¶

func (cook *ConfigChangeCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (ConfigChangeCook) RegionAlignment ¶

func (c ConfigChangeCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (ConfigChangeCook) Root ¶

func (c ConfigChangeCook) Root() *ConfigChangeRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (ConfigChangeCook) RootAlign ¶

func (c ConfigChangeCook) RootAlign() int64

func (ConfigChangeCook) RootSize ¶

func (c ConfigChangeCook) RootSize() int64

func (ConfigChangeCook) Type ¶

func (c ConfigChangeCook) Type() *TableCookInfo

Type is ConfigChange's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type ConfigChangeCounts ¶

type ConfigChangeCounts struct {
}

ConfigChangeCounts is gathered before Begin; clamping is the caller's policy.

type ConfigChangeRow ¶

type ConfigChangeRow struct {
	Id   int64
	Kind ConfigKind
	Name [129]byte // string(128): buffer, used length beside it

	NameLength  int32
	Op          ChangeOp
	HasBefore   bool
	HasAfter    bool
	Actor       [129]byte // string(128): buffer, used length beside it
	ActorLength int32
	Reason      [4609]byte // string(4608): buffer, used length beside it

	ReasonLength int32
	At           [33]byte // string(32): buffer, used length beside it

	AtLength int32
	// contains filtered or unexported fields
}

ConfigChangeRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func ConfigChangeAt ¶

func ConfigChangeAt(slot *int64) *ConfigChangeRow

ConfigChangeAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type ConfigKind ¶

type ConfigKind uint8

The canonical kind words (pkg/config KindMachine to KindTier, in apply order). The members are the words with a leading capital, since a few words (int, enum, bool) are the schema language's own; the canonical word is the member's name in lower case. ConfigKind — None = 0 implicit, variants dense from 1, wire range [0, 8] (SPEC §4.2)

const (
	ConfigKindNone     ConfigKind = 0
	ConfigKindMachine  ConfigKind = 1
	ConfigKindFleet    ConfigKind = 2
	ConfigKindFriend   ConfigKind = 3
	ConfigKindSprint   ConfigKind = 4
	ConfigKindLoop     ConfigKind = 5
	ConfigKindProvider ConfigKind = 6
	ConfigKindRoute    ConfigKind = 7
	ConfigKindTier     ConfigKind = 8
	ConfigKindCount    ConfigKind = 8 // the declared variant count (SPEC §4.2)
	ConfigKindMax      ConfigKind = 8 // the exported extent (SPEC §4.2)
)

func (ConfigKind) TableEnumId ¶

func (value ConfigKind) TableEnumId() (uint64, bool)

TableEnumId: ConfigKind on the TABLE wire rides as the 64-bit hash of its VARIANT NAME, so a variant may be added anywhere, removed, or reordered and old data still reads (mas-bandwidth/schema docs/SPEC-TABLES.md §5). None uses reference zero; hash zero remains a valid named id. The bool is false when no variant names this value: no wire identity.

func (*ConfigKind) TableEnumValue ¶

func (value *ConfigKind) TableEnumValue(id uint64) bool

TableEnumValue resolves a table-wire variant id to a ConfigKind, in place. The bool is false for an id this build cannot name; the value is left at None, which is what an unknown variant reads as (mas-bandwidth/schema docs/SPEC-TABLES.md §5).

type ConfigRow ¶

type ConfigRow struct {
	Kind            ConfigKind
	Name            [128]byte // string(MaxName): max length, used length beside it
	NameLength      int32
	Fields          RowFields
	CreatedAt       [32]byte // string(32): max length, used length beside it
	CreatedAtLength int32
	UpdatedAt       [32]byte // string(32): max length, used length beside it
	UpdatedAtLength int32
}

One row of a kind (pkg/config Row): its name and its fields, and the two stamps, RFC 3339 UTC, empty for a row a store has not stamped. ConfigRow — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by ConfigRowReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func ConfigRowLoadText ¶

func ConfigRowLoadText(text string, report *TableReport) (*ConfigRow, error)

ConfigRowLoadText fills one ConfigRow from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func ConfigRowReadStrict ¶

func ConfigRowReadStrict(wire []byte) (*ConfigRow, error)

ConfigRowReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type ConfigRowBlock ¶

type ConfigRowBlock struct {
	Base       unsafe.Pointer            // the extent's base, 64-byte aligned
	Projection *ConfigRowBlockProjection // the projection, at offset 0
	Bytes      int64                     // the extent in use
}

ConfigRowBlock is ConfigRow's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*ConfigRowBlock) Open ¶

func (block *ConfigRowBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*ConfigRowBlock) Type ¶

func (b *ConfigRowBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type ConfigRowBlockProjection ¶

type ConfigRowBlockProjection struct {
	Magic        uint64 // generated: identifies a schema block
	BuildVersion uint64 // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64 // generated: 1 little, 2 big
	Kind         ConfigKind
	Name         [129]byte // string(128): max length, used length beside it

	NameLength int32
	Fields     RowFieldsRow
	CreatedAt  [33]byte // string(32): max length, used length beside it

	CreatedAtLength int32
	UpdatedAt       [33]byte // string(32): max length, used length beside it

	UpdatedAtLength int32
	// contains filtered or unexported fields
}

ConfigRowBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from ConfigRowRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type ConfigRowBlockStorage ¶

type ConfigRowBlockStorage struct {
	// contains filtered or unexported fields
}

ConfigRowBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*ConfigRowBlockStorage) Create ¶

func (s *ConfigRowBlockStorage) Create(a TableBlockAllocator) bool

func (*ConfigRowBlockStorage) Destroy ¶

func (s *ConfigRowBlockStorage) Destroy()

type ConfigRowCook ¶

type ConfigRowCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

ConfigRowCook is ConfigRow's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — ConfigRowOpen, ConfigRowAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*ConfigRowCook) Open ¶

func (cook *ConfigRowCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (ConfigRowCook) RegionAlignment ¶

func (c ConfigRowCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (ConfigRowCook) Root ¶

func (c ConfigRowCook) Root() *ConfigRowRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (ConfigRowCook) RootAlign ¶

func (c ConfigRowCook) RootAlign() int64

func (ConfigRowCook) RootSize ¶

func (c ConfigRowCook) RootSize() int64

func (ConfigRowCook) Type ¶

func (c ConfigRowCook) Type() *TableCookInfo

Type is ConfigRow's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type ConfigRowCounts ¶

type ConfigRowCounts struct {
}

ConfigRowCounts is gathered before Begin; clamping is the caller's policy.

type ConfigRowRow ¶

type ConfigRowRow struct {
	Kind ConfigKind
	Name [129]byte // string(128): buffer, used length beside it

	NameLength int32
	Fields     RowFieldsRow
	CreatedAt  [33]byte // string(32): buffer, used length beside it

	CreatedAtLength int32
	UpdatedAt       [33]byte // string(32): buffer, used length beside it

	UpdatedAtLength int32
	// contains filtered or unexported fields
}

ConfigRowRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func ConfigRowAt ¶

func ConfigRowAt(slot *int64) *ConfigRowRow

ConfigRowAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type EnvName ¶

type EnvName struct {
	Name       [128]byte // string(MaxEnvName): max length, used length beside it
	NameLength int32
}

A secret's environment variable name in a loop's keys list (letters, digits and underscores, not starting with a digit: pkg/config keyPattern). EnvName — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by EnvNameReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func EnvNameLoadText ¶

func EnvNameLoadText(text string, report *TableReport) (*EnvName, error)

EnvNameLoadText fills one EnvName from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func EnvNameReadStrict ¶

func EnvNameReadStrict(wire []byte) (*EnvName, error)

EnvNameReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type EnvNameBlock ¶

type EnvNameBlock struct {
	Base       unsafe.Pointer          // the extent's base, 64-byte aligned
	Projection *EnvNameBlockProjection // the projection, at offset 0
	Bytes      int64                   // the extent in use
}

EnvNameBlock is EnvName's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*EnvNameBlock) Open ¶

func (block *EnvNameBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*EnvNameBlock) Type ¶

func (b *EnvNameBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type EnvNameBlockProjection ¶

type EnvNameBlockProjection struct {
	Magic        uint64    // generated: identifies a schema block
	BuildVersion uint64    // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64    // generated: 1 little, 2 big
	Name         [129]byte // string(128): max length, used length beside it

	NameLength int32
	// contains filtered or unexported fields
}

EnvNameBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from EnvNameRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type EnvNameBlockStorage ¶

type EnvNameBlockStorage struct {
	// contains filtered or unexported fields
}

EnvNameBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*EnvNameBlockStorage) Create ¶

func (s *EnvNameBlockStorage) Create(a TableBlockAllocator) bool

func (*EnvNameBlockStorage) Destroy ¶

func (s *EnvNameBlockStorage) Destroy()

type EnvNameCook ¶

type EnvNameCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

EnvNameCook is EnvName's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — EnvNameOpen, EnvNameAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*EnvNameCook) Open ¶

func (cook *EnvNameCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (EnvNameCook) RegionAlignment ¶

func (c EnvNameCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (EnvNameCook) Root ¶

func (c EnvNameCook) Root() *EnvNameRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (EnvNameCook) RootAlign ¶

func (c EnvNameCook) RootAlign() int64

func (EnvNameCook) RootSize ¶

func (c EnvNameCook) RootSize() int64

func (EnvNameCook) Type ¶

func (c EnvNameCook) Type() *TableCookInfo

Type is EnvName's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type EnvNameCounts ¶

type EnvNameCounts struct {
}

EnvNameCounts is gathered before Begin; clamping is the caller's policy.

type EnvNameRow ¶

type EnvNameRow struct {
	Name [129]byte // string(128): max length, used length beside it

	NameLength int32
	// contains filtered or unexported fields
}

EnvNameRow — a block row, or a record one nests by value. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func EnvNameAt ¶

func EnvNameAt(slot *int64) *EnvNameRow

EnvNameAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type FieldPair ¶

type FieldPair struct {
	Name        [32]byte // string(MaxFieldName): max length, used length beside it
	NameLength  int32
	Value       [2304]byte // string(MaxFieldValue): max length, used length beside it
	ValueLength int32
}

One field of a row: its name and its canonical text (ints as digits, lists sorted and comma joined, empty for an empty value). Values are text end to end (pkg/config Row), so the descriptor, not the row, knows the type. FieldPair — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by FieldPairReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func FieldPairLoadText ¶

func FieldPairLoadText(text string, report *TableReport) (*FieldPair, error)

FieldPairLoadText fills one FieldPair from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func FieldPairReadStrict ¶

func FieldPairReadStrict(wire []byte) (*FieldPair, error)

FieldPairReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type FieldPairBlock ¶

type FieldPairBlock struct {
	Base       unsafe.Pointer            // the extent's base, 64-byte aligned
	Projection *FieldPairBlockProjection // the projection, at offset 0
	Bytes      int64                     // the extent in use
}

FieldPairBlock is FieldPair's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*FieldPairBlock) Open ¶

func (block *FieldPairBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*FieldPairBlock) Type ¶

func (b *FieldPairBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type FieldPairBlockProjection ¶

type FieldPairBlockProjection struct {
	Magic        uint64   // generated: identifies a schema block
	BuildVersion uint64   // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64   // generated: 1 little, 2 big
	Name         [33]byte // string(32): max length, used length beside it

	NameLength int32
	Value      [2305]byte // string(2304): max length, used length beside it

	ValueLength int32
	// contains filtered or unexported fields
}

FieldPairBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from FieldPairRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type FieldPairBlockStorage ¶

type FieldPairBlockStorage struct {
	// contains filtered or unexported fields
}

FieldPairBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*FieldPairBlockStorage) Create ¶

func (s *FieldPairBlockStorage) Create(a TableBlockAllocator) bool

func (*FieldPairBlockStorage) Destroy ¶

func (s *FieldPairBlockStorage) Destroy()

type FieldPairCook ¶

type FieldPairCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

FieldPairCook is FieldPair's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — FieldPairOpen, FieldPairAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*FieldPairCook) Open ¶

func (cook *FieldPairCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (FieldPairCook) RegionAlignment ¶

func (c FieldPairCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (FieldPairCook) Root ¶

func (c FieldPairCook) Root() *FieldPairRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (FieldPairCook) RootAlign ¶

func (c FieldPairCook) RootAlign() int64

func (FieldPairCook) RootSize ¶

func (c FieldPairCook) RootSize() int64

func (FieldPairCook) Type ¶

func (c FieldPairCook) Type() *TableCookInfo

Type is FieldPair's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type FieldPairCounts ¶

type FieldPairCounts struct {
}

FieldPairCounts is gathered before Begin; clamping is the caller's policy.

type FieldPairRow ¶

type FieldPairRow struct {
	Name [33]byte // string(32): max length, used length beside it

	NameLength int32
	Value      [2305]byte // string(2304): max length, used length beside it

	ValueLength int32
	// contains filtered or unexported fields
}

FieldPairRow — a block row, or a record one nests by value. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func FieldPairAt ¶

func FieldPairAt(slot *int64) *FieldPairRow

FieldPairAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type FieldType ¶

type FieldType uint8

The canonical field type words (pkg/config Type: TypeText to TypeDecimal). FieldType — None = 0 implicit, variants dense from 1, wire range [0, 11] (SPEC §4.2)

const (
	FieldTypeNone    FieldType = 0
	FieldTypeText    FieldType = 1
	FieldTypeInt     FieldType = 2
	FieldTypeEnum    FieldType = 3
	FieldTypeList    FieldType = 4
	FieldTypeNames   FieldType = 5
	FieldTypeRef     FieldType = 6
	FieldTypeBool    FieldType = 7
	FieldTypeKeys    FieldType = 8
	FieldTypeArgv    FieldType = 9
	FieldTypeSeq     FieldType = 10
	FieldTypeDecimal FieldType = 11
	FieldTypeCount   FieldType = 11 // the declared variant count (SPEC §4.2)
	FieldTypeMax     FieldType = 11 // the exported extent (SPEC §4.2)
)

func (FieldType) TableEnumId ¶

func (value FieldType) TableEnumId() (uint64, bool)

TableEnumId: FieldType on the TABLE wire rides as the 64-bit hash of its VARIANT NAME, so a variant may be added anywhere, removed, or reordered and old data still reads (mas-bandwidth/schema docs/SPEC-TABLES.md §5). None uses reference zero; hash zero remains a valid named id. The bool is false when no variant names this value: no wire identity.

func (*FieldType) TableEnumValue ¶

func (value *FieldType) TableEnumValue(id uint64) bool

TableEnumValue resolves a table-wire variant id to a FieldType, in place. The bool is false for an id this build cannot name; the value is left at None, which is what an unknown variant reads as (mas-bandwidth/schema docs/SPEC-TABLES.md §5).

type FileHeader ¶

type FileHeader struct {
	Schema int32
}

The header of the file twin's state (pkg/config fileState, file.go): the store file holds this record, then the rows as ConfigRow records, then the history as ConfigChange records, in a fixed batch each. The file is bounded by MaxStoreFileBytes (16 MiB), read whole when it is opened. FileHeader — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by FileHeaderReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func FileHeaderLoadText ¶

func FileHeaderLoadText(text string, report *TableReport) (*FileHeader, error)

FileHeaderLoadText fills one FileHeader from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func FileHeaderReadStrict ¶

func FileHeaderReadStrict(wire []byte) (*FileHeader, error)

FileHeaderReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type FileHeaderBlock ¶

type FileHeaderBlock struct {
	Base       unsafe.Pointer             // the extent's base, 64-byte aligned
	Projection *FileHeaderBlockProjection // the projection, at offset 0
	Bytes      int64                      // the extent in use
}

FileHeaderBlock is FileHeader's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*FileHeaderBlock) Open ¶

func (block *FileHeaderBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*FileHeaderBlock) Type ¶

func (b *FileHeaderBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type FileHeaderBlockProjection ¶

type FileHeaderBlockProjection struct {
	Magic        uint64 // generated: identifies a schema block
	BuildVersion uint64 // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64 // generated: 1 little, 2 big
	Schema       int32
	// contains filtered or unexported fields
}

FileHeaderBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from FileHeaderRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type FileHeaderBlockStorage ¶

type FileHeaderBlockStorage struct {
	// contains filtered or unexported fields
}

FileHeaderBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*FileHeaderBlockStorage) Create ¶

func (s *FileHeaderBlockStorage) Create(a TableBlockAllocator) bool

func (*FileHeaderBlockStorage) Destroy ¶

func (s *FileHeaderBlockStorage) Destroy()

type FileHeaderCook ¶

type FileHeaderCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

FileHeaderCook is FileHeader's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — FileHeaderOpen, FileHeaderAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*FileHeaderCook) Open ¶

func (cook *FileHeaderCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (FileHeaderCook) RegionAlignment ¶

func (c FileHeaderCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (FileHeaderCook) Root ¶

func (c FileHeaderCook) Root() *FileHeaderRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (FileHeaderCook) RootAlign ¶

func (c FileHeaderCook) RootAlign() int64

func (FileHeaderCook) RootSize ¶

func (c FileHeaderCook) RootSize() int64

func (FileHeaderCook) Type ¶

func (c FileHeaderCook) Type() *TableCookInfo

Type is FileHeader's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type FileHeaderCounts ¶

type FileHeaderCounts struct {
}

FileHeaderCounts is gathered before Begin; clamping is the caller's policy.

type FileHeaderRow ¶

type FileHeaderRow struct {
	Schema int32
}

FileHeaderRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func FileHeaderAt ¶

func FileHeaderAt(slot *int64) *FileHeaderRow

FileHeaderAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type HostGroup ¶

type HostGroup struct {
	Hosts      [48]HostName // used count beside it; count in [0, 48]
	HostsCount int32
}

A group of the inventory: its hosts, at most MaxHosts of them. HostGroup — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by HostGroupReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func HostGroupLoadText ¶

func HostGroupLoadText(text string, report *TableReport) (*HostGroup, error)

HostGroupLoadText fills one HostGroup from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func HostGroupReadStrict ¶

func HostGroupReadStrict(wire []byte) (*HostGroup, error)

HostGroupReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type HostGroupBlock ¶

type HostGroupBlock struct {
	Base       unsafe.Pointer            // the extent's base, 64-byte aligned
	Projection *HostGroupBlockProjection // the projection, at offset 0
	Bytes      int64                     // the extent in use
}

HostGroupBlock is HostGroup's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*HostGroupBlock) Hosts ¶

func (b *HostGroupBlock) Hosts() TableBlockRows[HostNameRow]

Hosts is ITERATED, not indexed by hand: the accessor points at each row where it lies, at the pitch the INSTANCE gives, for the count the instance gives.

func (*HostGroupBlock) HostsMax ¶

func (b *HostGroupBlock) HostsMax() int64

func (*HostGroupBlock) HostsProjectionOffset ¶

func (b *HostGroupBlock) HostsProjectionOffset() int64

func (*HostGroupBlock) HostsSpan ¶

func (b *HostGroupBlock) HostsSpan() []HostNameRow

HostsSpan is the CONTIGUOUS view, available because the pitch IS the element's size (§2.7), which is how the per-frame fast path is written.

func (*HostGroupBlock) HostsStride ¶

func (b *HostGroupBlock) HostsStride() int64

---- block fill path: begin ---- HostsStride, HostsMax and HostsProjectionOffset are the constants this build asserts against. A consumer INDEXES with what it read from the instance, never with these (mas-bandwidth/schema docs/SPEC-TABLES.md §19.2). They are METHODS rather than package constants because §11 gives a language whose accessors are members exactly that latitude: a member claims nothing at file scope.

func (*HostGroupBlock) Open ¶

func (block *HostGroupBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*HostGroupBlock) Type ¶

func (b *HostGroupBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type HostGroupBlockProjection ¶

type HostGroupBlockProjection struct {
	Magic        uint64           // generated: identifies a schema block
	BuildVersion uint64           // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64           // generated: 1 little, 2 big
	Hosts        TableBlockTriple // [..48]HostName, laid out of line
}

HostGroupBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from HostGroupRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type HostGroupBlockStorage ¶

type HostGroupBlockStorage struct {
	// contains filtered or unexported fields
}

HostGroupBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*HostGroupBlockStorage) Create ¶

func (s *HostGroupBlockStorage) Create(a TableBlockAllocator) bool

func (*HostGroupBlockStorage) Destroy ¶

func (s *HostGroupBlockStorage) Destroy()

type HostGroupCook ¶

type HostGroupCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

HostGroupCook is HostGroup's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — HostGroupOpen, HostGroupAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*HostGroupCook) Open ¶

func (cook *HostGroupCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (HostGroupCook) RegionAlignment ¶

func (c HostGroupCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (HostGroupCook) Root ¶

func (c HostGroupCook) Root() *HostGroupRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (HostGroupCook) RootAlign ¶

func (c HostGroupCook) RootAlign() int64

func (HostGroupCook) RootSize ¶

func (c HostGroupCook) RootSize() int64

func (HostGroupCook) Type ¶

func (c HostGroupCook) Type() *TableCookInfo

Type is HostGroup's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type HostGroupCounts ¶

type HostGroupCounts struct {
	Hosts int32
}

HostGroupCounts is gathered before Begin; clamping is the caller's policy.

type HostGroupRow ¶

type HostGroupRow struct {
	Hosts      [48]HostNameRow
	HostsCount int32
}

HostGroupRow — a block row, or a record one nests by value. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func HostGroupAt ¶

func HostGroupAt(slot *int64) *HostGroupRow

HostGroupAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type HostName ¶

type HostName struct {
	Name       [128]byte // string(MaxName): max length, used length beside it
	NameLength int32
}

A host name in a group (the shape of a row name, at most MaxName bytes). An array of strings is a bounded array of this wrapper (the compiler's rule: an array of string(N) is not supported). HostName — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by HostNameReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func HostNameLoadText ¶

func HostNameLoadText(text string, report *TableReport) (*HostName, error)

HostNameLoadText fills one HostName from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func HostNameReadStrict ¶

func HostNameReadStrict(wire []byte) (*HostName, error)

HostNameReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type HostNameBlock ¶

type HostNameBlock struct {
	Base       unsafe.Pointer           // the extent's base, 64-byte aligned
	Projection *HostNameBlockProjection // the projection, at offset 0
	Bytes      int64                    // the extent in use
}

HostNameBlock is HostName's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*HostNameBlock) Open ¶

func (block *HostNameBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*HostNameBlock) Type ¶

func (b *HostNameBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type HostNameBlockProjection ¶

type HostNameBlockProjection struct {
	Magic        uint64    // generated: identifies a schema block
	BuildVersion uint64    // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64    // generated: 1 little, 2 big
	Name         [129]byte // string(128): max length, used length beside it

	NameLength int32
	// contains filtered or unexported fields
}

HostNameBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from HostNameRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type HostNameBlockStorage ¶

type HostNameBlockStorage struct {
	// contains filtered or unexported fields
}

HostNameBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*HostNameBlockStorage) Create ¶

func (s *HostNameBlockStorage) Create(a TableBlockAllocator) bool

func (*HostNameBlockStorage) Destroy ¶

func (s *HostNameBlockStorage) Destroy()

type HostNameCook ¶

type HostNameCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

HostNameCook is HostName's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — HostNameOpen, HostNameAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*HostNameCook) Open ¶

func (cook *HostNameCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (HostNameCook) RegionAlignment ¶

func (c HostNameCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (HostNameCook) Root ¶

func (c HostNameCook) Root() *HostNameRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (HostNameCook) RootAlign ¶

func (c HostNameCook) RootAlign() int64

func (HostNameCook) RootSize ¶

func (c HostNameCook) RootSize() int64

func (HostNameCook) Type ¶

func (c HostNameCook) Type() *TableCookInfo

Type is HostName's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type HostNameCounts ¶

type HostNameCounts struct {
}

HostNameCounts is gathered before Begin; clamping is the caller's policy.

type HostNameRow ¶

type HostNameRow struct {
	Name [129]byte // string(128): max length, used length beside it

	NameLength int32
	// contains filtered or unexported fields
}

HostNameRow — a block row, or a record one nests by value. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func HostNameAt ¶

func HostNameAt(slot *int64) *HostNameRow

HostNameAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type HostView ¶

type HostView struct {
	AnsibleHost         [128]byte // string(MaxName): max length, used length beside it
	AnsibleHostLength   int32
	Kind                ConfigKind
	Slots               int32
	SlotsCapacity       int32
	Runners             int32
	SlotsShare          int32
	SlotsSharePresent   bool // ?int32: absent until set
	Cores               int32
	CoresPresent        bool     // ?int32: absent until set
	BenchOs             [32]byte // string(32): max length, used length beside it
	BenchOsLength       int32
	NovaArch            [32]byte // string(32): max length, used length beside it
	NovaArchLength      int32
	NovaTla             bool
	RegistrySeat        [2304]byte // string(MaxFieldValue): max length, used length beside it
	RegistrySeatLength  int32
	RegistryRoles       [64]byte // string(64): max length, used length beside it
	RegistryRolesLength int32
	AnsibleUser         [2304]byte // string(MaxFieldValue): max length, used length beside it
	AnsibleUserLength   int32
	NovaSeat            [2304]byte // string(MaxFieldValue): max length, used length beside it
	NovaSeatLength      int32
	NovaRedisAddr       [2304]byte // string(MaxFieldValue): max length, used length beside it
	NovaRedisAddrLength int32
	NovaBusAddr         [2304]byte // string(MaxFieldValue): max length, used length beside it
	NovaBusAddrLength   int32
	NovaRedisPort       int32
	NovaPgDsn           [2304]byte // string(MaxFieldValue): max length, used length beside it
	NovaPgDsnLength     int32
	Local               bool
}

One host's variables in the inventory (pkg/config BuildInventory, the hostvars map): the facts the machine row and its beat give, the fleet's store, bus and port, and whether the host is the machine the command runs on. An empty value is left out of the Ansible JSON; here it is the empty string, and the optionals are the facts that may be absent: slots_share (the width), cores, and the beat's os and arch. HostView — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by HostViewReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func HostViewLoadText ¶

func HostViewLoadText(text string, report *TableReport) (*HostView, error)

HostViewLoadText fills one HostView from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func HostViewReadStrict ¶

func HostViewReadStrict(wire []byte) (*HostView, error)

HostViewReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type HostViewBlock ¶

type HostViewBlock struct {
	Base       unsafe.Pointer           // the extent's base, 64-byte aligned
	Projection *HostViewBlockProjection // the projection, at offset 0
	Bytes      int64                    // the extent in use
}

HostViewBlock is HostView's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*HostViewBlock) Open ¶

func (block *HostViewBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*HostViewBlock) Type ¶

func (b *HostViewBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type HostViewBlockProjection ¶

type HostViewBlockProjection struct {
	Magic        uint64    // generated: identifies a schema block
	BuildVersion uint64    // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64    // generated: 1 little, 2 big
	AnsibleHost  [129]byte // string(128): max length, used length beside it

	AnsibleHostLength int32
	Kind              ConfigKind

	Slots             int32
	SlotsCapacity     int32
	Runners           int32
	SlotsShare        int32
	SlotsSharePresent bool // ?: one byte, in Go's model as in C++

	Cores        int32
	CoresPresent bool     // ?: one byte, in Go's model as in C++
	BenchOs      [33]byte // string(32): max length, used length beside it

	BenchOsLength int32
	NovaArch      [33]byte // string(32): max length, used length beside it

	NovaArchLength int32
	NovaTla        bool
	RegistrySeat   [2305]byte // string(2304): max length, used length beside it

	RegistrySeatLength int32
	RegistryRoles      [65]byte // string(64): max length, used length beside it

	RegistryRolesLength int32
	AnsibleUser         [2305]byte // string(2304): max length, used length beside it

	AnsibleUserLength int32
	NovaSeat          [2305]byte // string(2304): max length, used length beside it

	NovaSeatLength int32
	NovaRedisAddr  [2305]byte // string(2304): max length, used length beside it

	NovaRedisAddrLength int32
	NovaBusAddr         [2305]byte // string(2304): max length, used length beside it

	NovaBusAddrLength int32
	NovaRedisPort     int32
	NovaPgDsn         [2305]byte // string(2304): max length, used length beside it

	NovaPgDsnLength int32
	Local           bool
	// contains filtered or unexported fields
}

HostViewBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from HostViewRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type HostViewBlockStorage ¶

type HostViewBlockStorage struct {
	// contains filtered or unexported fields
}

HostViewBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*HostViewBlockStorage) Create ¶

func (s *HostViewBlockStorage) Create(a TableBlockAllocator) bool

func (*HostViewBlockStorage) Destroy ¶

func (s *HostViewBlockStorage) Destroy()

type HostViewCook ¶

type HostViewCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

HostViewCook is HostView's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — HostViewOpen, HostViewAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*HostViewCook) Open ¶

func (cook *HostViewCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (HostViewCook) RegionAlignment ¶

func (c HostViewCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (HostViewCook) Root ¶

func (c HostViewCook) Root() *HostViewRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (HostViewCook) RootAlign ¶

func (c HostViewCook) RootAlign() int64

func (HostViewCook) RootSize ¶

func (c HostViewCook) RootSize() int64

func (HostViewCook) Type ¶

func (c HostViewCook) Type() *TableCookInfo

Type is HostView's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type HostViewCounts ¶

type HostViewCounts struct {
}

HostViewCounts is gathered before Begin; clamping is the caller's policy.

type HostViewRow ¶

type HostViewRow struct {
	AnsibleHost [129]byte // string(128): buffer, used length beside it

	AnsibleHostLength int32
	Kind              ConfigKind

	Slots             int32
	SlotsCapacity     int32
	Runners           int32
	SlotsShare        int32
	SlotsSharePresent bool // ?: one byte, in Go's model as in C++

	Cores        int32
	CoresPresent bool     // ?: one byte, in Go's model as in C++
	BenchOs      [33]byte // string(32): buffer, used length beside it

	BenchOsLength int32
	NovaArch      [33]byte // string(32): buffer, used length beside it

	NovaArchLength int32
	NovaTla        bool
	RegistrySeat   [2305]byte // string(2304): buffer, used length beside it

	RegistrySeatLength int32
	RegistryRoles      [65]byte // string(64): buffer, used length beside it

	RegistryRolesLength int32
	AnsibleUser         [2305]byte // string(2304): buffer, used length beside it

	AnsibleUserLength int32
	NovaSeat          [2305]byte // string(2304): buffer, used length beside it

	NovaSeatLength int32
	NovaRedisAddr  [2305]byte // string(2304): buffer, used length beside it

	NovaRedisAddrLength int32
	NovaBusAddr         [2305]byte // string(2304): buffer, used length beside it

	NovaBusAddrLength int32
	NovaRedisPort     int32
	NovaPgDsn         [2305]byte // string(2304): buffer, used length beside it

	NovaPgDsnLength int32
	Local           bool
	// contains filtered or unexported fields
}

HostViewRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func HostViewAt ¶

func HostViewAt(slot *int64) *HostViewRow

HostViewAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type Inventory ¶

type Inventory struct {
	All             HostGroup
	Adopt           HostGroup
	Benches         HostGroup
	Coordinator     HostGroup
	Store           HostGroup
	StoreDeployer   HostGroup
	Runners         HostGroup
	Tla             HostGroup
	NovaStore       [2304]byte // string(MaxFieldValue): max length, used length beside it
	NovaStoreLength int32
	Revs            [8]KindRev // used count beside it; count in [0, 8]
	RevsCount       int32
}

The inventory (pkg/config AnsibleInventory): the groups the plays select, the store host and the revisions of the applied kinds (nova_config_rev). Inventory — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by InventoryReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func InventoryLoadText ¶

func InventoryLoadText(text string, report *TableReport) (*Inventory, error)

InventoryLoadText fills one Inventory from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func InventoryReadStrict ¶

func InventoryReadStrict(wire []byte) (*Inventory, error)

InventoryReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type InventoryBlock ¶

type InventoryBlock struct {
	Base       unsafe.Pointer            // the extent's base, 64-byte aligned
	Projection *InventoryBlockProjection // the projection, at offset 0
	Bytes      int64                     // the extent in use
}

InventoryBlock is Inventory's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*InventoryBlock) Open ¶

func (block *InventoryBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*InventoryBlock) Revs ¶

func (b *InventoryBlock) Revs() TableBlockRows[KindRevRow]

Revs is ITERATED, not indexed by hand: the accessor points at each row where it lies, at the pitch the INSTANCE gives, for the count the instance gives.

func (*InventoryBlock) RevsMax ¶

func (b *InventoryBlock) RevsMax() int64

func (*InventoryBlock) RevsProjectionOffset ¶

func (b *InventoryBlock) RevsProjectionOffset() int64

func (*InventoryBlock) RevsSpan ¶

func (b *InventoryBlock) RevsSpan() []KindRevRow

RevsSpan is the CONTIGUOUS view, available because the pitch IS the element's size (§2.7), which is how the per-frame fast path is written.

func (*InventoryBlock) RevsStride ¶

func (b *InventoryBlock) RevsStride() int64

---- block fill path: begin ---- RevsStride, RevsMax and RevsProjectionOffset are the constants this build asserts against. A consumer INDEXES with what it read from the instance, never with these (mas-bandwidth/schema docs/SPEC-TABLES.md §19.2). They are METHODS rather than package constants because §11 gives a language whose accessors are members exactly that latitude: a member claims nothing at file scope.

func (*InventoryBlock) Type ¶

func (b *InventoryBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type InventoryBlockProjection ¶

type InventoryBlockProjection struct {
	Magic         uint64 // generated: identifies a schema block
	BuildVersion  uint64 // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder     uint64 // generated: 1 little, 2 big
	All           HostGroupRow
	Adopt         HostGroupRow
	Benches       HostGroupRow
	Coordinator   HostGroupRow
	Store         HostGroupRow
	StoreDeployer HostGroupRow
	Runners       HostGroupRow
	Tla           HostGroupRow
	NovaStore     [2305]byte // string(2304): max length, used length beside it

	NovaStoreLength int32
	Revs            TableBlockTriple // [..8]KindRev, laid out of line
	// contains filtered or unexported fields
}

InventoryBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from InventoryRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type InventoryBlockStorage ¶

type InventoryBlockStorage struct {
	// contains filtered or unexported fields
}

InventoryBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*InventoryBlockStorage) Create ¶

func (s *InventoryBlockStorage) Create(a TableBlockAllocator) bool

func (*InventoryBlockStorage) Destroy ¶

func (s *InventoryBlockStorage) Destroy()

type InventoryCook ¶

type InventoryCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

InventoryCook is Inventory's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — InventoryOpen, InventoryAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*InventoryCook) Open ¶

func (cook *InventoryCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (InventoryCook) RegionAlignment ¶

func (c InventoryCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (InventoryCook) Root ¶

func (c InventoryCook) Root() *InventoryRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (InventoryCook) RootAlign ¶

func (c InventoryCook) RootAlign() int64

func (InventoryCook) RootSize ¶

func (c InventoryCook) RootSize() int64

func (InventoryCook) Type ¶

func (c InventoryCook) Type() *TableCookInfo

Type is Inventory's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type InventoryCounts ¶

type InventoryCounts struct {
	Revs int32
}

InventoryCounts is gathered before Begin; clamping is the caller's policy.

type InventoryLoop ¶

type InventoryLoop struct {
	Machine       [128]byte // string(MaxName): max length, used length beside it
	MachineLength int32
	Name          [128]byte // string(MaxName): max length, used length beside it
	NameLength    int32
	Argv          [4096]byte // string(MaxArgvBytes): max length, used length beside it
	ArgvLength    int32
	Seat          [2304]byte // string(MaxFieldValue): max length, used length beside it
	SeatLength    int32
	Keys          [32]EnvName // used count beside it; count in [0, 32]
	KeysCount     int32
	Every         int32
	Keepalive     bool
	Enabled       bool
	Log           [2304]byte // string(MaxFieldValue): max length, used length beside it
	LogLength     int32
}

One loop as the inventory carries it (pkg/config InventoryLoop, written inventory.go, read parseLoop): its machine, name, the argv in the loop view's canonical JSON text (a list of at most 64 strings in at most MaxArgvBytes bytes; the view carries it as that text), the seat, the secret names (a sorted list, only with a seat), every (seconds, 0 for a kept-alive loop), keepalive, enabled and the log path. InventoryLoop — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by InventoryLoopReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func InventoryLoopLoadText ¶

func InventoryLoopLoadText(text string, report *TableReport) (*InventoryLoop, error)

InventoryLoopLoadText fills one InventoryLoop from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func InventoryLoopReadStrict ¶

func InventoryLoopReadStrict(wire []byte) (*InventoryLoop, error)

InventoryLoopReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type InventoryLoopBlock ¶

type InventoryLoopBlock struct {
	Base       unsafe.Pointer                // the extent's base, 64-byte aligned
	Projection *InventoryLoopBlockProjection // the projection, at offset 0
	Bytes      int64                         // the extent in use
}

InventoryLoopBlock is InventoryLoop's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*InventoryLoopBlock) Keys ¶

func (b *InventoryLoopBlock) Keys() TableBlockRows[EnvNameRow]

Keys is ITERATED, not indexed by hand: the accessor points at each row where it lies, at the pitch the INSTANCE gives, for the count the instance gives.

func (*InventoryLoopBlock) KeysMax ¶

func (b *InventoryLoopBlock) KeysMax() int64

func (*InventoryLoopBlock) KeysProjectionOffset ¶

func (b *InventoryLoopBlock) KeysProjectionOffset() int64

func (*InventoryLoopBlock) KeysSpan ¶

func (b *InventoryLoopBlock) KeysSpan() []EnvNameRow

KeysSpan is the CONTIGUOUS view, available because the pitch IS the element's size (§2.7), which is how the per-frame fast path is written.

func (*InventoryLoopBlock) KeysStride ¶

func (b *InventoryLoopBlock) KeysStride() int64

---- block fill path: begin ---- KeysStride, KeysMax and KeysProjectionOffset are the constants this build asserts against. A consumer INDEXES with what it read from the instance, never with these (mas-bandwidth/schema docs/SPEC-TABLES.md §19.2). They are METHODS rather than package constants because §11 gives a language whose accessors are members exactly that latitude: a member claims nothing at file scope.

func (*InventoryLoopBlock) Open ¶

func (block *InventoryLoopBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*InventoryLoopBlock) Type ¶

func (b *InventoryLoopBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type InventoryLoopBlockProjection ¶

type InventoryLoopBlockProjection struct {
	Magic        uint64    // generated: identifies a schema block
	BuildVersion uint64    // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64    // generated: 1 little, 2 big
	Machine      [129]byte // string(128): max length, used length beside it

	MachineLength int32
	Name          [129]byte // string(128): max length, used length beside it

	NameLength int32
	Argv       [4097]byte // string(4096): max length, used length beside it

	ArgvLength int32
	Seat       [2305]byte // string(2304): max length, used length beside it

	SeatLength int32
	Keys       TableBlockTriple // [..32]EnvName, laid out of line
	Every      int32
	Keepalive  bool
	Enabled    bool
	Log        [2305]byte // string(2304): max length, used length beside it

	LogLength int32
	// contains filtered or unexported fields
}

InventoryLoopBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from InventoryLoopRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type InventoryLoopBlockStorage ¶

type InventoryLoopBlockStorage struct {
	// contains filtered or unexported fields
}

InventoryLoopBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*InventoryLoopBlockStorage) Create ¶

func (s *InventoryLoopBlockStorage) Create(a TableBlockAllocator) bool

func (*InventoryLoopBlockStorage) Destroy ¶

func (s *InventoryLoopBlockStorage) Destroy()

type InventoryLoopCook ¶

type InventoryLoopCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

InventoryLoopCook is InventoryLoop's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — InventoryLoopOpen, InventoryLoopAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*InventoryLoopCook) Open ¶

func (cook *InventoryLoopCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (InventoryLoopCook) RegionAlignment ¶

func (c InventoryLoopCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (InventoryLoopCook) Root ¶

func (c InventoryLoopCook) Root() *InventoryLoopRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (InventoryLoopCook) RootAlign ¶

func (c InventoryLoopCook) RootAlign() int64

func (InventoryLoopCook) RootSize ¶

func (c InventoryLoopCook) RootSize() int64

func (InventoryLoopCook) Type ¶

func (c InventoryLoopCook) Type() *TableCookInfo

Type is InventoryLoop's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type InventoryLoopCounts ¶

type InventoryLoopCounts struct {
	Keys int32
}

InventoryLoopCounts is gathered before Begin; clamping is the caller's policy.

type InventoryLoopRow ¶

type InventoryLoopRow struct {
	Machine [129]byte // string(128): buffer, used length beside it

	MachineLength int32
	Name          [129]byte // string(128): buffer, used length beside it

	NameLength int32
	Argv       [4097]byte // string(4096): buffer, used length beside it

	ArgvLength int32
	Seat       [2305]byte // string(2304): buffer, used length beside it

	SeatLength int32
	Keys       [32]EnvNameRow
	KeysCount  int32
	Every      int32
	Keepalive  bool
	Enabled    bool
	Log        [2305]byte // string(2304): buffer, used length beside it

	LogLength int32
	// contains filtered or unexported fields
}

InventoryLoopRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func InventoryLoopAt ¶

func InventoryLoopAt(slot *int64) *InventoryLoopRow

InventoryLoopAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type InventoryRow ¶

type InventoryRow struct {
	All           HostGroupRow
	Adopt         HostGroupRow
	Benches       HostGroupRow
	Coordinator   HostGroupRow
	Store         HostGroupRow
	StoreDeployer HostGroupRow
	Runners       HostGroupRow
	Tla           HostGroupRow
	NovaStore     [2305]byte // string(2304): buffer, used length beside it

	NovaStoreLength int32
	Revs            [8]KindRevRow
	RevsCount       int32
	// contains filtered or unexported fields
}

InventoryRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func InventoryAt ¶

func InventoryAt(slot *int64) *InventoryRow

InventoryAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type KindRev ¶

type KindRev struct {
	Kind ConfigKind
	Rev  int64
}

The revision config:decl holds for a kind (pkg/config Snapshot.Revs). KindRev — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by KindRevReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func KindRevLoadText ¶

func KindRevLoadText(text string, report *TableReport) (*KindRev, error)

KindRevLoadText fills one KindRev from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func KindRevReadStrict ¶

func KindRevReadStrict(wire []byte) (*KindRev, error)

KindRevReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type KindRevBlock ¶

type KindRevBlock struct {
	Base       unsafe.Pointer          // the extent's base, 64-byte aligned
	Projection *KindRevBlockProjection // the projection, at offset 0
	Bytes      int64                   // the extent in use
}

KindRevBlock is KindRev's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*KindRevBlock) Open ¶

func (block *KindRevBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*KindRevBlock) Type ¶

func (b *KindRevBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type KindRevBlockProjection ¶

type KindRevBlockProjection struct {
	Magic        uint64 // generated: identifies a schema block
	BuildVersion uint64 // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64 // generated: 1 little, 2 big
	Kind         ConfigKind

	Rev int64
	// contains filtered or unexported fields
}

KindRevBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from KindRevRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type KindRevBlockStorage ¶

type KindRevBlockStorage struct {
	// contains filtered or unexported fields
}

KindRevBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*KindRevBlockStorage) Create ¶

func (s *KindRevBlockStorage) Create(a TableBlockAllocator) bool

func (*KindRevBlockStorage) Destroy ¶

func (s *KindRevBlockStorage) Destroy()

type KindRevCook ¶

type KindRevCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

KindRevCook is KindRev's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — KindRevOpen, KindRevAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*KindRevCook) Open ¶

func (cook *KindRevCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (KindRevCook) RegionAlignment ¶

func (c KindRevCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (KindRevCook) Root ¶

func (c KindRevCook) Root() *KindRevRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (KindRevCook) RootAlign ¶

func (c KindRevCook) RootAlign() int64

func (KindRevCook) RootSize ¶

func (c KindRevCook) RootSize() int64

func (KindRevCook) Type ¶

func (c KindRevCook) Type() *TableCookInfo

Type is KindRev's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type KindRevCounts ¶

type KindRevCounts struct {
}

KindRevCounts is gathered before Begin; clamping is the caller's policy.

type KindRevRow ¶

type KindRevRow struct {
	Kind ConfigKind

	Rev int64
	// contains filtered or unexported fields
}

KindRevRow — a block row, or a record one nests by value. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func KindRevAt ¶

func KindRevAt(slot *int64) *KindRevRow

KindRevAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type MachineBeat ¶

type MachineBeat struct {
	Os             [32]byte // string(32): max length, used length beside it
	OsLength       int32
	Arch           [32]byte // string(32): max length, used length beside it
	ArchLength     int32
	Cores          [8]byte // string(8): max length, used length beside it
	CoresLength    int32
	MemoryGb       [16]byte // string(16): max length, used length beside it
	MemoryGbLength int32
	At             [32]byte // string(32): max length, used length beside it
	AtLength       int32
}

The beat a machine reported last, merged from the member beat and the bench hash (pkg/config Beat, mergeBeat): os, arch, cores (the member's when it has any, else the hash's ncpu), memory_gb and at (RFC 3339 UTC). Empty is a fact the beat does not carry. MachineBeat — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by MachineBeatReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func MachineBeatLoadText ¶

func MachineBeatLoadText(text string, report *TableReport) (*MachineBeat, error)

MachineBeatLoadText fills one MachineBeat from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func MachineBeatReadStrict ¶

func MachineBeatReadStrict(wire []byte) (*MachineBeat, error)

MachineBeatReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type MachineBeatBlock ¶

type MachineBeatBlock struct {
	Base       unsafe.Pointer              // the extent's base, 64-byte aligned
	Projection *MachineBeatBlockProjection // the projection, at offset 0
	Bytes      int64                       // the extent in use
}

MachineBeatBlock is MachineBeat's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*MachineBeatBlock) Open ¶

func (block *MachineBeatBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*MachineBeatBlock) Type ¶

func (b *MachineBeatBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type MachineBeatBlockProjection ¶

type MachineBeatBlockProjection struct {
	Magic        uint64   // generated: identifies a schema block
	BuildVersion uint64   // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64   // generated: 1 little, 2 big
	Os           [33]byte // string(32): max length, used length beside it

	OsLength int32
	Arch     [33]byte // string(32): max length, used length beside it

	ArchLength int32
	Cores      [9]byte // string(8): max length, used length beside it

	CoresLength int32
	MemoryGb    [17]byte // string(16): max length, used length beside it

	MemoryGbLength int32
	At             [33]byte // string(32): max length, used length beside it

	AtLength int32
	// contains filtered or unexported fields
}

MachineBeatBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from MachineBeatRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type MachineBeatBlockStorage ¶

type MachineBeatBlockStorage struct {
	// contains filtered or unexported fields
}

MachineBeatBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*MachineBeatBlockStorage) Create ¶

func (s *MachineBeatBlockStorage) Create(a TableBlockAllocator) bool

func (*MachineBeatBlockStorage) Destroy ¶

func (s *MachineBeatBlockStorage) Destroy()

type MachineBeatCook ¶

type MachineBeatCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

MachineBeatCook is MachineBeat's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — MachineBeatOpen, MachineBeatAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*MachineBeatCook) Open ¶

func (cook *MachineBeatCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (MachineBeatCook) RegionAlignment ¶

func (c MachineBeatCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (MachineBeatCook) Root ¶

func (c MachineBeatCook) Root() *MachineBeatRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (MachineBeatCook) RootAlign ¶

func (c MachineBeatCook) RootAlign() int64

func (MachineBeatCook) RootSize ¶

func (c MachineBeatCook) RootSize() int64

func (MachineBeatCook) Type ¶

func (c MachineBeatCook) Type() *TableCookInfo

Type is MachineBeat's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type MachineBeatCounts ¶

type MachineBeatCounts struct {
}

MachineBeatCounts is gathered before Begin; clamping is the caller's policy.

type MachineBeatRow ¶

type MachineBeatRow struct {
	Os [33]byte // string(32): buffer, used length beside it

	OsLength int32
	Arch     [33]byte // string(32): buffer, used length beside it

	ArchLength int32
	Cores      [9]byte // string(8): buffer, used length beside it

	CoresLength int32
	MemoryGb    [17]byte // string(16): buffer, used length beside it

	MemoryGbLength int32
	At             [33]byte // string(32): buffer, used length beside it

	AtLength int32
	// contains filtered or unexported fields
}

MachineBeatRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func MachineBeatAt ¶

func MachineBeatAt(slot *int64) *MachineBeatRow

MachineBeatAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type MachineView ¶

type MachineView struct {
	Name         [128]byte // string(MaxName): max length, used length beside it
	NameLength   int32
	User         [2304]byte // string(MaxFieldValue): max length, used length beside it
	UserLength   int32
	Seat         [2304]byte // string(MaxFieldValue): max length, used length beside it
	SeatLength   int32
	Slots        int32
	Runners      int32
	Roles        [64]byte // string(64): max length, used length beside it
	RolesLength  int32
	Tla          bool
	Width        int32
	WidthPresent bool // ?int32: absent until set
}

A machine's view as the Redis view holds it (the machine:<name> hash the inventory reads, pkg/config Snapshot.Machines): its login, seat, slots, runners, explicit roles as the canonical comma list, tla flag, and the width when the row names one (the nullable width; absent defaults to half the beat cores). MachineView — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by MachineViewReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func MachineViewLoadText ¶

func MachineViewLoadText(text string, report *TableReport) (*MachineView, error)

MachineViewLoadText fills one MachineView from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func MachineViewReadStrict ¶

func MachineViewReadStrict(wire []byte) (*MachineView, error)

MachineViewReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type MachineViewBlock ¶

type MachineViewBlock struct {
	Base       unsafe.Pointer              // the extent's base, 64-byte aligned
	Projection *MachineViewBlockProjection // the projection, at offset 0
	Bytes      int64                       // the extent in use
}

MachineViewBlock is MachineView's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*MachineViewBlock) Open ¶

func (block *MachineViewBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*MachineViewBlock) Type ¶

func (b *MachineViewBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type MachineViewBlockProjection ¶

type MachineViewBlockProjection struct {
	Magic        uint64    // generated: identifies a schema block
	BuildVersion uint64    // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64    // generated: 1 little, 2 big
	Name         [129]byte // string(128): max length, used length beside it

	NameLength int32
	User       [2305]byte // string(2304): max length, used length beside it

	UserLength int32
	Seat       [2305]byte // string(2304): max length, used length beside it

	SeatLength int32
	Slots      int32
	Runners    int32
	Roles      [65]byte // string(64): max length, used length beside it

	RolesLength int32
	Tla         bool

	Width        int32
	WidthPresent bool // ?: one byte, in Go's model as in C++
	// contains filtered or unexported fields
}

MachineViewBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from MachineViewRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type MachineViewBlockStorage ¶

type MachineViewBlockStorage struct {
	// contains filtered or unexported fields
}

MachineViewBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*MachineViewBlockStorage) Create ¶

func (s *MachineViewBlockStorage) Create(a TableBlockAllocator) bool

func (*MachineViewBlockStorage) Destroy ¶

func (s *MachineViewBlockStorage) Destroy()

type MachineViewCook ¶

type MachineViewCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

MachineViewCook is MachineView's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — MachineViewOpen, MachineViewAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*MachineViewCook) Open ¶

func (cook *MachineViewCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (MachineViewCook) RegionAlignment ¶

func (c MachineViewCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (MachineViewCook) Root ¶

func (c MachineViewCook) Root() *MachineViewRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (MachineViewCook) RootAlign ¶

func (c MachineViewCook) RootAlign() int64

func (MachineViewCook) RootSize ¶

func (c MachineViewCook) RootSize() int64

func (MachineViewCook) Type ¶

func (c MachineViewCook) Type() *TableCookInfo

Type is MachineView's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type MachineViewCounts ¶

type MachineViewCounts struct {
}

MachineViewCounts is gathered before Begin; clamping is the caller's policy.

type MachineViewRow ¶

type MachineViewRow struct {
	Name [129]byte // string(128): buffer, used length beside it

	NameLength int32
	User       [2305]byte // string(2304): buffer, used length beside it

	UserLength int32
	Seat       [2305]byte // string(2304): buffer, used length beside it

	SeatLength int32
	Slots      int32
	Runners    int32
	Roles      [65]byte // string(64): buffer, used length beside it

	RolesLength int32
	Tla         bool

	Width        int32
	WidthPresent bool // ?: one byte, in Go's model as in C++
	// contains filtered or unexported fields
}

MachineViewRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func MachineViewAt ¶

func MachineViewAt(slot *int64) *MachineViewRow

MachineViewAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type MemberBeat ¶

type MemberBeat struct {
	AtMs  int64
	Cores int32
}

The member beat record (pkg/config MemberBeatKey, sprint:beat:<machine>): the part of the nova-sprint member's JSON the inventory reads, the beat time as Unix milliseconds and the logical cores. Every other field is the sprint's. MemberBeat — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by MemberBeatReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func MemberBeatLoadText ¶

func MemberBeatLoadText(text string, report *TableReport) (*MemberBeat, error)

MemberBeatLoadText fills one MemberBeat from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func MemberBeatReadStrict ¶

func MemberBeatReadStrict(wire []byte) (*MemberBeat, error)

MemberBeatReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type MemberBeatBlock ¶

type MemberBeatBlock struct {
	Base       unsafe.Pointer             // the extent's base, 64-byte aligned
	Projection *MemberBeatBlockProjection // the projection, at offset 0
	Bytes      int64                      // the extent in use
}

MemberBeatBlock is MemberBeat's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*MemberBeatBlock) Open ¶

func (block *MemberBeatBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*MemberBeatBlock) Type ¶

func (b *MemberBeatBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type MemberBeatBlockProjection ¶

type MemberBeatBlockProjection struct {
	Magic        uint64 // generated: identifies a schema block
	BuildVersion uint64 // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64 // generated: 1 little, 2 big
	AtMs         int64
	Cores        int32
	// contains filtered or unexported fields
}

MemberBeatBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from MemberBeatRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type MemberBeatBlockStorage ¶

type MemberBeatBlockStorage struct {
	// contains filtered or unexported fields
}

MemberBeatBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*MemberBeatBlockStorage) Create ¶

func (s *MemberBeatBlockStorage) Create(a TableBlockAllocator) bool

func (*MemberBeatBlockStorage) Destroy ¶

func (s *MemberBeatBlockStorage) Destroy()

type MemberBeatCook ¶

type MemberBeatCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

MemberBeatCook is MemberBeat's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — MemberBeatOpen, MemberBeatAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*MemberBeatCook) Open ¶

func (cook *MemberBeatCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (MemberBeatCook) RegionAlignment ¶

func (c MemberBeatCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (MemberBeatCook) Root ¶

func (c MemberBeatCook) Root() *MemberBeatRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (MemberBeatCook) RootAlign ¶

func (c MemberBeatCook) RootAlign() int64

func (MemberBeatCook) RootSize ¶

func (c MemberBeatCook) RootSize() int64

func (MemberBeatCook) Type ¶

func (c MemberBeatCook) Type() *TableCookInfo

Type is MemberBeat's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type MemberBeatCounts ¶

type MemberBeatCounts struct {
}

MemberBeatCounts is gathered before Begin; clamping is the caller's policy.

type MemberBeatRow ¶

type MemberBeatRow struct {
	AtMs  int64
	Cores int32
	// contains filtered or unexported fields
}

MemberBeatRow — a cooked record. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func MemberBeatAt ¶

func MemberBeatAt(slot *int64) *MemberBeatRow

MemberBeatAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type RowFields ¶

type RowFields struct {
	Pairs      [24]FieldPair // used count beside it; count in [0, 24]
	PairsCount int32
	Argv       [4096]byte // string(MaxArgvBytes): max length, used length beside it
	ArgvLength int32
}

A row's fields, the map pkg/config Row.Fields and Change.Before and After hold. The loop kind's argv is the one field the code bounds above a kilobyte, so it rides its own slot: a pair named argv is never written, the slot is. Pairs are kept in name order, which makes the image of a row unique. RowFields — TABLE-wire storage: exported fields, every buffer inside the value, declared defaults restored by RowFieldsReset (mas-bandwidth/schema docs/SPEC-TABLES.md).

func RowFieldsLoadText ¶

func RowFieldsLoadText(text string, report *TableReport) (*RowFields, error)

RowFieldsLoadText fills one RowFields from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8). It is the STRICT read (§6.5) over the decoded wire: it refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant Load answered, so a recovered value never comes back. It refuses by name: base64_damaged when the body does not decode, unknown_form when the decoded wire's form byte is not one this build carries, wire_damaged for framing damage, and the report's own reason (malformed, clamped, kind_mismatch, ...) otherwise. A nil report is allowed; a supplied one receives THIS read's report, so earlier counts in it never decide.

func RowFieldsReadStrict ¶

func RowFieldsReadStrict(wire []byte) (*RowFields, error)

RowFieldsReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, one typed reason.

type RowFieldsBlock ¶

type RowFieldsBlock struct {
	Base       unsafe.Pointer            // the extent's base, 64-byte aligned
	Projection *RowFieldsBlockProjection // the projection, at offset 0
	Bytes      int64                     // the extent in use
}

RowFieldsBlock is RowFields's block: a pointer and a length, and then rows in place. Opening one is ONE check and no copy; reading a row is one add (§19.2).

The bytes belong to the CONSUMER — a []byte it owns, an mmap, or memory a producer handed across. Nothing here allocates.

A block is valid until the next fill over the SAME storage, which invalidates every block over it and every row pointer taken from one.

func (*RowFieldsBlock) Open ¶

func (block *RowFieldsBlock) Open(base unsafe.Pointer, bytes int64) error

Open reads all prologue and layout words bytewise before the final base alignment check. Every refusal names the first failed clause in SPEC §19.2.

func (*RowFieldsBlock) Pairs ¶

func (b *RowFieldsBlock) Pairs() TableBlockRows[FieldPairRow]

Pairs is ITERATED, not indexed by hand: the accessor points at each row where it lies, at the pitch the INSTANCE gives, for the count the instance gives.

func (*RowFieldsBlock) PairsMax ¶

func (b *RowFieldsBlock) PairsMax() int64

func (*RowFieldsBlock) PairsProjectionOffset ¶

func (b *RowFieldsBlock) PairsProjectionOffset() int64

func (*RowFieldsBlock) PairsSpan ¶

func (b *RowFieldsBlock) PairsSpan() []FieldPairRow

PairsSpan is the CONTIGUOUS view, available because the pitch IS the element's size (§2.7), which is how the per-frame fast path is written.

func (*RowFieldsBlock) PairsStride ¶

func (b *RowFieldsBlock) PairsStride() int64

---- block fill path: begin ---- PairsStride, PairsMax and PairsProjectionOffset are the constants this build asserts against. A consumer INDEXES with what it read from the instance, never with these (mas-bandwidth/schema docs/SPEC-TABLES.md §19.2). They are METHODS rather than package constants because §11 gives a language whose accessors are members exactly that latitude: a member claims nothing at file scope.

func (*RowFieldsBlock) Type ¶

func (b *RowFieldsBlock) Type() *TableBlockInfo

Type is this block's descriptors: constant data, so a reflective read costs a lookup and not a parse. The row layouts hang off the element column rather than taking names of their own, so a walker reaches every record through the graph.

type RowFieldsBlockProjection ¶

type RowFieldsBlockProjection struct {
	Magic        uint64           // generated: identifies a schema block
	BuildVersion uint64           // generated: the unit's build version (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	ByteOrder    uint64           // generated: 1 little, 2 big
	Pairs        TableBlockTriple // [..24]FieldPair, laid out of line
	Argv         [4097]byte       // string(4096): max length, used length beside it

	ArgvLength int32
	// contains filtered or unexported fields
}

RowFieldsBlockProjection — the block PROJECTION: the table's own instance as it sits at the front of a block, opening with the generated PROLOGUE and carrying, per out-of-line array, the triple that says where its rows are. It is a record like any other and follows the same C ABI rule (§19.3).

It is a SEPARATE record from RowFieldsRow: a table can be both a block root and another block's row, and the two differ by the prologue.

type RowFieldsBlockStorage ¶

type RowFieldsBlockStorage struct {
	// contains filtered or unexported fields
}

RowFieldsBlockStorage owns a maximum-sized extent. Do not copy an initialized storage.

func (*RowFieldsBlockStorage) Create ¶

func (s *RowFieldsBlockStorage) Create(a TableBlockAllocator) bool

func (*RowFieldsBlockStorage) Destroy ¶

func (s *RowFieldsBlockStorage) Destroy()

type RowFieldsCook ¶

type RowFieldsCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

RowFieldsCook is RowFields's cook: a pointer and a length, and then the root where it lies. Opening one is a HEADER MATCH and no copy; a reference is one add (mas-bandwidth/schema docs/SPEC-TABLES.md §7).

`Cook` is a CLAIMED suffix (§11). C++ spells the same claimed verbs as free functions — RowFieldsOpen, RowFieldsAt — and so does Go, because Go has free functions; what is a MEMBER here is only what §11 leaves a language free to make one.

THE MEMORY IS THE CONSUMER'S. Nothing here allocates, nothing here copies and nothing here pins: the region must stay put and stay aligned for as long as this handle or anything reached through it is used.

func (*RowFieldsCook) Open ¶

func (cook *RowFieldsCook) Open(base unsafe.Pointer, length int64) error

Open checks the header in SPEC §7 order, bytewise until base alignment is established. A successful match points at the region and allocates nothing.

func (RowFieldsCook) RegionAlignment ¶

func (c RowFieldsCook) RegionAlignment() int64

§7.1's constants, so a consumer reading this file has the facts and not a description of them. They are METHODS because §11 leaves a language whose accessors are members free to spell them that way, and a package constant per table per fact would claim names §11 does not.

func (RowFieldsCook) Root ¶

func (c RowFieldsCook) Root() *RowFieldsRow

Root is the root record at the region's base. It is a POINTER and not a copy: a cooked graph is walked by adding deltas to slot addresses.

func (RowFieldsCook) RootAlign ¶

func (c RowFieldsCook) RootAlign() int64

func (RowFieldsCook) RootSize ¶

func (c RowFieldsCook) RootSize() int64

func (RowFieldsCook) Type ¶

func (c RowFieldsCook) Type() *TableCookInfo

Type is RowFields's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type RowFieldsCounts ¶

type RowFieldsCounts struct {
	Pairs int32
}

RowFieldsCounts is gathered before Begin; clamping is the caller's policy.

type RowFieldsRow ¶

type RowFieldsRow struct {
	Pairs      [24]FieldPairRow
	PairsCount int32
	Argv       [4097]byte // string(4096): max length, used length beside it

	ArgvLength int32
	// contains filtered or unexported fields
}

RowFieldsRow — a block row, or a record one nests by value. `Row` is a CLAIMED suffix (mas-bandwidth/schema docs/SPEC-TABLES.md §11), so no declaration in the unit can take it.

func RowFieldsAt ¶

func RowFieldsAt(slot *int64) *RowFieldsRow

RowFieldsAt dereferences a reference, and it is the same call in a locked region and an opened cook because they are the same encoding (§6.3): the slot is eight bytes, SIGNED, self-relative from the SLOT'S OWN ADDRESS, so a deref needs no base pointer and no bounds test, and NULL IS A DELTA OF ZERO. Nothing about this call is the cook's: it is what a region reference is, and a cook is a region written verbatim.

It takes the SLOT and not its value, because a self-relative delta means nothing without the address it is relative to.

type TableBitReader ¶

type TableBitReader struct {
	Buffer []byte
	Offset int64
}

func (*TableBitReader) Align ¶

func (r *TableBitReader) Align() bool

func (*TableBitReader) Get ¶

func (r *TableBitReader) Get(n int64) (uint64, bool)

func (*TableBitReader) Skip ¶

func (r *TableBitReader) Skip(n int64) bool

type TableBitWriter ¶

type TableBitWriter struct {
	Buffer              []byte
	Bits                int64
	Measuring, Overflow bool
}

TableBitWriter uses the packet wire's low-bit-first order. Measuring walks the identical stream, including alignment, without touching a buffer.

func (*TableBitWriter) Align ¶

func (w *TableBitWriter) Align()

func (*TableBitWriter) Put ¶

func (w *TableBitWriter) Put(value uint64, n int64)

func (*TableBitWriter) Raw ¶

func (w *TableBitWriter) Raw(data []byte)

type TableBlockAllocator ¶

type TableBlockAllocator struct {
	Alloc func(int64) []byte
	Free  func([]byte)
}

TableBlockAllocator supplies exactly one allocation per storage lifetime. Both functions are required; the free receives the original, unsliced buffer.

func TableBlockDefaultAllocator ¶

func TableBlockDefaultAllocator() TableBlockAllocator

type TableBlockFieldInfo ¶

type TableBlockFieldInfo struct {
	Name           string
	Offset         uint32 // the field's offset in the record this descriptor describes
	Size           uint32 // its size there
	Kind           uint8  // the table-wire kind, as TableFieldInfo carries it
	OutOfLine      bool   // an out-of-line array: the triple's three members are live
	OffsetOfOffset uint32 // the triple's OffsetOf member, or 0xffffffff
	// The COUNT COMPANION, and it is one column doing one job in both
	// spellings: the triple's Count member for an out-of-line array, the int32
	// used length of a string or a bytes inline, 0xffffffff when the field has
	// none.
	CountOffset  uint32
	StrideOffset uint32 // the triple's Stride member, or 0xffffffff
	Stride       uint32 // THIS BUILD's pitch, to assert against — never to index with (§19.2)

	// ---- what a GENERIC ROW WALK needs, in the vocabulary TableFieldInfo
	// already uses (mas-bandwidth/schema docs/SPEC-TABLES.md §8.1), so ONE walker reads a cooked
	// node and a block row without learning a second one. Where the field
	// starts is the pair above; this is everything after it.
	IsArray       bool   // inline storage of ArrayBound slots at ElemSize (bytes included)
	Counted       bool   // CountOffset names a used-length companion
	Optional      bool   // PresentOffset names a bool presence companion
	ArrayBound    int32  // inline slots, or a string's declared maximum; 0 for a plain scalar
	ElemSize      uint32 // ONE slot's size; the field's own when it holds one value
	PresentOffset uint32 // the presence companion, or 0xffffffff

	// Element is the ELEMENT's or the nested record's own layout, behind a
	// function so a descriptor graph needs no initialisation order. nil when
	// the field is a scalar. Following it is how a walker DESCENDS: an
	// out-of-line array's rows, and a nested record's fields, are both reached
	// through this one column.
	Element func() *TableBlockInfo
}

TableBlockFieldInfo is one field's position in the record this descriptor describes, and everything a GENERIC ROW WALK needs after that.

type TableBlockInfo ¶

type TableBlockInfo struct {
	Name         string
	BuildVersion uint64 // the unit's (mas-bandwidth/schema docs/SPEC-TABLES.md §20)
	Size         uint32 // the record's own size: a projection's, or a row's
	Align        uint32
	NumFields    int32
	Fields       []TableBlockFieldInfo
}

TableBlockInfo is one record's layout as DATA — the whole mechanism behind the block form's read side. A block-form table's own descriptor describes its PROJECTION; the element descriptor of each out-of-line array describes that array's ROW, and so on down.

type TableBlockRefusal ¶

type TableBlockRefusal struct {
	Array          string
	Count, Maximum int64
}

TableBlockRefusal names the producer count that violates its declared bound.

type TableBlockRows ¶

type TableBlockRows[T any] struct {
	Base   unsafe.Pointer
	Count  int32
	Stride int32
}

TableBlockRows is one array's rows, ITERATED at the pitch the INSTANCE gives (§19.2). A call site never spells the pitch arithmetic itself, for the same reason a keyed array's call sites should not re-derive their own slot rule.

func (TableBlockRows[T]) At ¶

func (r TableBlockRows[T]) At(i int32) *T

At points at one row where it lies, at the pitch the instance gives. It copies nothing.

func (TableBlockRows[T]) Len ¶

func (r TableBlockRows[T]) Len() int32

---- block fill path: begin ---- Len is the row count the instance carries.

type TableBlockTriple ¶

type TableBlockTriple struct {
	OffsetOf uint64 // block-relative: the block relocates by plain copy
	Count    uint32 // rows the producer filled; rows past it are not part of the block
	Stride   uint32 // the pitch the consumer indexes with, from the data
}

TableBlockTriple is what a table knows about ONE of its out-of-line arrays: where the rows start, how many there are, and how far apart they sit. Sixteen bytes with no interior padding, sitting at the array field's own position in the projection (§2.7). A consumer reads all three FROM THE INSTANCE, never from its own constants — that is the difference between a generated pair of structs and an ABI (§19.2).

type TableBuildVersionMismatch ¶

type TableBuildVersionMismatch struct{ Peer, Own uint64 }

TableBuildVersionMismatch is the typed error a strict announcement refusal reports (mas-bandwidth/schema docs/SPEC-TABLES.md §3.3): the peer's build version and the reader's own, each a 64-bit number.

func (TableBuildVersionMismatch) Error ¶

func (m TableBuildVersionMismatch) Error() string

type TableByteOrder ¶

type TableByteOrder uint8

TableByteOrder selects the target order, independently of the writing host.

const (
	TableByteOrderLittle TableByteOrder = 1
	TableByteOrderBig    TableByteOrder = 2
)

type TableCookFieldInfo ¶

type TableCookFieldInfo struct {
	Name          string
	Offset        int32 // the field's offset in the record this descriptor describes
	Size          int32 // its whole storage there, companions included
	ElemSize      int32 // one element's size, for an array; the field's own otherwise
	IsArray       bool
	ArrayBound    int32 // the DECLARED bound: a counted array's N, a string's or bytes' length
	IsPointer     bool  // an eight-byte SIGNED SELF-RELATIVE delta slot (§6.3)
	CountOffset   int32 // the count companion's offset, or -1 when the field has none
	PresentOffset int32 // an optional's presence bool, or -1
	Storage       TableCookStorage
	// Record is the record this field NAMES, behind a function so the table
	// stays constructible in any order — Go refuses an initialisation cycle
	// among package-level variables, and the DESCRIPTOR graph is cyclic by
	// design: a record's field column can name its own record. A cooked REGION
	// is never cyclic; schema cook refuses one by name (§3.1).
	// nil when the field is a scalar. Following it is how a walker DESCENDS: a
	// pointer's target, a by-value nesting, and an array's element are all
	// reached through this one column.
	Record func() *TableCookInfo
}

TableCookFieldInfo is one record's field as DATA — the mechanism behind a reflective read of a cooked region, and what a gate walks a whole graph with. A field carries the facts a region actually has: where it sits, how big it is, whether it is a POINTER EDGE, the bound its COUNT COMPANION is checked against, and the record it names.

type TableCookInfo ¶

type TableCookInfo struct {
	Name      string
	Size      int32
	Align     int32
	NumFields int32
	Fields    []TableCookFieldInfo
}

TableCookInfo is one cooked record's layout as DATA.

type TableCookStorage ¶

type TableCookStorage uint8

TableCookStorage is what a cooked SLOT holds, which is not always what the WIRE carries: an ENUM slot holds the ORDINAL at the enum's own derived storage width (mas-bandwidth/schema docs/SPEC-TABLES.md §7.2), where the wire rides the variant-name hash. A walker reads a slot with the width ElemSize gives and the signedness this names.

Its members are FLAT package-level constants, which is what Go already does with every enum a schema declares (SPEC.md §6.1's Go column) — so all eight spellings are claimed in mas-bandwidth/schema internal/tablenames, exactly as a declared enum's variants are claimed by the checker. C# spells the same vocabulary as one scoped enum and claims one name; the port does not get to have it both ways, and the flat form is the one a Go consumer expects to write.

const (
	TableCookStorageRecord    TableCookStorage = iota // a nested record, or an array of them: descend through it
	TableCookStorageReference                         // an eight-byte SIGNED SELF-RELATIVE delta slot (§6.3)
	TableCookStorageBool
	TableCookStorageSigned
	TableCookStorageUnsigned // an unsigned integer, an enum ordinal, a bits(N), a flags mask
	TableCookStorageFloat
	TableCookStorageString // char[N + 1] with an int32 used length beside it
	TableCookStorageBytes  // uint8[N] with an int32 used length beside it
)

type TableFieldInfo ¶

type TableFieldInfo struct {
	CookOffset, CookElemSize, CookCountOffset, CookPresentOffset uint32
	List, Map                                                    bool // unbounded by-value containers
	ElemAlign                                                    uint32
	Name                                                         string // schema field name, e.g. "health"
	Json                                                         string // the TEXT form's key: the json = "key" attribute, else Name (§16.3)
	TypeName                                                     string // schema element type, e.g. "float32", "Grade"
	DeclaredTypeName                                             string // complete schema spelling including arrays, bounds and pointers
	Id                                                           uint64 // table-wire field id (name hash; the was alias's hash after a rename)
	Pointer                                                      bool
	TargetId                                                     uint64
	Kind                                                         uint8 // table-wire kind; for arrays/strings/bytes, the ELEMENT kind
	IsArray                                                      bool  // fixed or counted array (bytes included)
	Counted                                                      bool  // a <Name>Count/<Name>Length int32 companion exists
	Optional                                                     bool  // a ?T field: a <Name>Present bool decides whether it rides

	ArrayBound    int32  // array capacity / string max length; 0 for plain scalars
	Offset        uint32 // unsafe.Offsetof the storage member
	ElemSize      uint32 // unsafe.Sizeof the member (element size for arrays)
	CountOffset   uint32 // unsafe.Offsetof the count/length companion, or 0xffffffff
	PresentOffset uint32 // unsafe.Offsetof the Present companion, or 0xffffffff

	FracBits         uint8 // fixed-point binary scale
	WideRange        bool
	WideMin, WideMax [2]uint64 // exact two-complement raw bounds, low lane first
	HasRange         bool      // a declared [min, max] (int or float)
	RangeMin         float64   // NOTE: int64 ranges beyond 2^53 lose precision here
	RangeMax         float64

	// EnumMax bounds the vocabulary: enums, the highest valid value (None = 0
	// is always valid); unions, the arm count (tag range [0, EnumMax]); a
	// FLAGS field, the highest declared BIT INDEX; else -1.
	EnumMax int64
	// EnumName is the vocabulary's names, indexed the way EnumMax bounds: an
	// enum's value -> name, a union's tag -> arm name, a FLAGS field's bit
	// index -> variant name. nil for every other kind.
	EnumName func(value uint64) string
	// VariantId is the TABLE-WIRE id of one variant (mas-bandwidth/schema docs/SPEC-TABLES.md §5): for
	// an enum, the hash of the variant's name; for a union, the hash of the
	// arm's name. Hash zero is an ordinary id; ordinal zero is None. nil
	// for every other kind — a FLAGS field's variants have no per-variant wire
	// id (§4), so a nil here beside a non-nil EnumName is what says "flags".
	VariantId func(value uint64) uint64

	// an ENUM-KEYED array (mas-bandwidth/schema docs/SPEC-TABLES.md §2.4, §8): the array has one slot
	// per variant of KeyTypeName, indexed by the variant's value, and its
	// slots ride under variant ids rather than positions. KeyName and KeyId
	// are the key's vocabulary — walk [0, ArrayBound) to print slots by name.
	// All three are nil/"" on every other field.
	KeyTypeName string
	KeyName     func(value uint64) string
	KeyId       func(value uint64) uint64

	// Arms is a union field's shape: the tag and the arms indexed by it, behind
	// a function so a descriptor graph needs no initialization order. nil for
	// every other kind.
	Arms func() *TableUnionInfo

	Guard string // branch guard, e.g. "at_rest" or "!at_rest"; "" if unguarded

	// Table is the nested table's descriptor, or nil. Held as a factory rather
	// than a value so a descriptor graph needs no initialization order: Go
	// refuses an initialization cycle across package-level variables, and a
	// table may name one declared later.
	Table func() *TableTypeInfo

	// what a PERSON wrote about the field (mas-bandwidth/schema docs/SPEC-TABLES.md §8.1): the ///
	// block above it, verbatim (SPEC §4.1). It is TableDocNone when there is
	// none, never nil. Its tags (SPEC §4.2) follow in declared order, and an
	// untagged field is 0 beside a nil list. Static package data, allocating
	// nothing.
	Doc     string
	NumTags int32
	Tags    []string
}

TableFieldInfo is one field's descriptor.

type TableFixedDst ¶

type TableFixedDst struct {
	Dst, Stride, Aux   uint32
	Counted, Arg, Meta uint8
}

type TableFixedEntry ¶

type TableFixedEntry struct {
	Src, Dst, Size, Aux, Guard uint32
	// Arg IS THE GUARD'S ORDINAL AT FULL WIDTH (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md
	// §4.1: arg : u64, "no byte lane anywhere"): a union past 255 arms or an
	// enum past 65535 variants holds its ordinal whole in this lane, and the
	// compare is made against the 64-bit tag load, never a truncation of it.
	Arg uint64
	// Guard2 / Arg2 / ArgW2 ARE THE OUTER TAG AN ARM INSIDE AN ARM ALSO ANSWERS
	// TO (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §4.1): the entry runs only when BOTH tags
	// hold their ordinal. ArgW2 of zero is "no outer tag", so a plan that never
	// nests a union leaves the lane unset and the read is unchanged.
	Guard2 uint32
	Arg2   uint64
	// GuardIndex / GuardCount ARE THE GUARD CHAIN (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md
	// §4.1): offset+count into a pool of (guard, arg, argw) links, OUTERMOST
	// FIRST. GuardIndex is a BYTE OFFSET from the plan's own base, where the pool
	// is laid behind the entries the way the ordinal remap tables are, so the
	// plan stays one slice and the read loop one signature. Every guarded entry
	// carries its whole chain; the two lanes above stay its innermost two, the
	// special case, so the loop walks the pool only for a chain past two. The
	// only bound on a chain is the layout's 64 (tableFixedMaxDepth).
	GuardIndex, GuardCount               uint32
	Op, ArgW, DstSize, Sign, Meta, ArgW2 uint8
}

Arg is the guard's arm ordinal: tableFixedRun compares src[Guard] against it. Meta is a text entry's flavour (tableFixedTextUtf8/Wide/Bytes). They shared one lane until reference-fix 12; compiling a string under a union arm overwrote the guard with the flavour and the read skipped the string. tableFixedEntryBytes is the FILE layout entry (id+kind+size+children), not this in-memory plan row — Meta does not ride the wire. ArgW IS THE GUARD'S WIDTH IN BYTES (§5.2 THE GUARD'S WIDTH): a union tag is one, two, four or eight bytes, clamped 1..8, and 0 reads as 1. The guard is tested at that FULL width and never at its first byte — a foreign two-byte tag 0x0101 is not arm 1. Arg is the arm ordinal and carries NO BYTE LANE (§5.8 row 5): a 256-arm union's ordinal does not fit a byte.

type TableFixedGuardLink ¶

type TableFixedGuardLink struct {
	Guard uint32
	Arg   uint64
	ArgW  uint8
}

TableFixedGuardLink is ONE LINK of a guard chain (mas-bandwidth/schema docs/FIXED-FORM-ALGORITHM.md §4.1): the offset of the tag it reads, the ordinal the tag must hold, and the width it is compared at. A chain is a CONJUNCTION — every link must hold.

type TableFixedKnownLayout ¶

type TableFixedKnownLayout struct {
	Hash        uint64
	Layout      []byte
	LayoutBytes int
	Record      int64
}

TableFixedKnownLayout is one locked layout: the wire hash a file is matched on, the layout bytes verbatim with its byte length BESIDE the pointer, and the RECORD SIZE taken from the lock and never from the file. The members are §5.9 #19's: hash, layout, layout_bytes, record_bytes, in that order.

type TableIds ¶

type TableIds struct {
	Values [tableIdCapacity]uint64

	Count    int
	Overflow bool
	// contains filtered or unexported fields
}

TableIds interns the writer's ids in first-use order. Bucket links are one-based so its zero value is ready to use, including for hash zero.

func (*TableIds) Ref ¶

func (ids *TableIds) Ref(id uint64) uint64

func (*TableIds) RefAt ¶

func (ids *TableIds) RefAt(ordinal int, id uint64) uint64

RefAt is Ref for a compile-time-constant id. The ordinal is that id's index in TableWireIds. A hit is one load and one compare; first-use order is still append order. Truncate clears the ordinal in O(popped) so a speculative intern does not leak into the next walk. An ordinal outside the slot range falls back to Ref; it does not index slot.

func (*TableIds) Truncate ¶

func (ids *TableIds) Truncate(mark int)

Truncate removes speculative ids when a measured field elides, or before writing the payload whose size was just measured under the same vocabulary.

type TableMessageEntry ¶

type TableMessageEntry struct {
	Id             uint64
	Shape, Element TableMessageShape
}

type TableMessageReader ¶

type TableMessageReader struct {
	Bits       TableBitReader
	Vocabulary *TableVocabulary
	Report     TableReport
	IndexBits  int64
}

type TableMessageShape ¶

type TableMessageShape struct {
	Kind, Packing uint8
	Bits          int64
	Base          [2]uint64
	Min, Max      int64
	QMin, QDelta  float32
	QCount        uint32
}

type TableMessageWriter ¶

type TableMessageWriter struct {
	TableBitWriter
	IndexBits int64
	Clamped   int32
}

type TableMissingRequired ¶

type TableMissingRequired struct{ Fields string }

TableMissingRequired is the typed error a strict read reports for a record that lacks a | required field (mas-bandwidth/schema docs/SPEC-TABLES.md §2.3): Fields names the missing fields, comma-separated in declaration order, at whatever depth of the record they were missing, and Error() is the report's own reason.

func (TableMissingRequired) Error ¶

func (m TableMissingRequired) Error() string

type TableOpenVerdict ¶

type TableOpenVerdict uint8

TableOpenVerdict distinguishes an unsupported form from framing damage.

const (
	TableOpenOk TableOpenVerdict = iota
	TableOpenRefused
	TableOpenDamaged
	TableOpenBodyStopped
)

type TableReader ¶

type TableReader struct {
	Buffer []byte
	Offset int64
	Report *TableReport
	Ids    []byte
	Nested bool
}

TableReader holds one bounded body and a view of the file's id trailer. Sub-readers share the trailer and report, but cannot consume sibling bytes.

func (*TableReader) Body ¶

func (r *TableReader) Body() (TableReader, bool)

func (TableReader) EndsEarly ¶

func (r TableReader) EndsEarly() bool

EndsEarly only recognizes an otherwise walkable body's early terminator. Other damage is decoded normally, preserving the prefix already read.

func (*TableReader) Get8 ¶

func (r *TableReader) Get8() uint8

func (*TableReader) Get16 ¶

func (r *TableReader) Get16() uint16

func (*TableReader) Get32 ¶

func (r *TableReader) Get32() uint32

func (*TableReader) Get64 ¶

func (r *TableReader) Get64() uint64

func (*TableReader) Has ¶

func (r *TableReader) Has(n int64) bool

func (*TableReader) Leb ¶

func (r *TableReader) Leb() (uint64, bool)

A rejected integer leaves the cursor unchanged. Its spelling must be minimal and fit in 64 bits, including the tenth byte's single value bit.

func (*TableReader) Resolve ¶

func (r *TableReader) Resolve(ref uint64) (uint64, bool)

func (*TableReader) Room ¶

func (r *TableReader) Room(n uint64) bool

func (*TableReader) Signed ¶

func (r *TableReader) Signed(kind uint8) int64

func (*TableReader) Skip ¶

func (r *TableReader) Skip(kind uint8) bool

func (*TableReader) Sub ¶

func (r *TableReader) Sub(n int64) TableReader

func (*TableReader) Unsigned ¶

func (r *TableReader) Unsigned(kind uint8) uint64

type TableRefuseReason ¶

type TableRefuseReason uint8

TableRefuseReason is the typed error shared by file and accelerator failures. A successful call returns nil; a failure returns its first failing clause.

const (
	TableRefuseOk TableRefuseReason = iota
	TableRefuseNotACook
	TableRefuseForeignOrder
	TableRefuseWrongBuildVersion
	TableRefuseReservedNotZero
	TableRefuseBadAlignment
	TableRefuseTruncated
	TableRefuseUnalignedBase
	TableRefuseBadLayout
	TableRefuseUnknownForm
	TableRefuseCountOverLength
	TableRefuseCountOverExtentCap
	TableRefuseBlobOverSizeCap
	TableRefuseDataCycle
	TableRefuseInvalidValue
	TableRefuseAllocationFailed
	TableRefuseWireDamaged
	TableRefuseMalformed
	TableRefuseClamped
	TableRefuseKindMismatch
	TableRefuseBase64Damaged
)

func (TableRefuseReason) Error ¶

func (r TableRefuseReason) Error() string

type TableReport ¶

type TableReport struct {
	Retained, RetainLost int32
	Verdict              TableOpenVerdict // unsupported form is distinct from damage
	Reason               string           // why the form was refused; empty for a file read
	Widened              int32            // a compatible wider kind preserved the value
	Unknown              int32            // unknown field ids skipped (newer data)
	KindMismatch         int32            // known id, changed type — skipped, never misdecoded
	Clamped              int32            // out-of-range values clamped to declared bounds
	// Duplicate counts repeated text keys. Fixed-class wire fields do not raise it.
	// A body carrying an id twice is legal input
	// whose last occurrence wins, silently. A wire read always leaves it zero.
	Duplicate int32
	// MissingRequired counts required fields (mas-bandwidth/schema docs/SPEC-TABLES.md §2.3) the
	// record did not carry: a record an older writer produced before the field
	// became required. The refusal names the field in Reason.
	MissingRequired int32
	Malformed       bool // framing damage; decode stopped, partial result kept
	// BuildVersionPeer and BuildVersionOwn are the two build versions a strict
	// announcement refusal carries (mas-bandwidth/schema docs/SPEC-TABLES.md §3.3): the peer's
	// announcement and this unit's own. They are zero on every other read.
	BuildVersionPeer uint64
	BuildVersionOwn  uint64
	// LayoutHash is THE FILE'S hash, and it is set by ONE refusal:
	// layout_newer reports it "AND NOTHING ELSE" (§5.3). layout_unsupported
	// reports it too — the operator's other answer, a layout this build served
	// and has retired.
	LayoutHash uint64
}

TableReport is the table-wire read report — the permissive contract's ledger. Silence (all zero) means the data matched this reader's schema exactly. Err (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5) is the STRICT read's typed reason for malformed, clamped, kind-mismatched, unknown form, wire-damaged and build-version-mismatched. Unknown, Widened and Retained alone are not one.

func (*TableReport) Err ¶

func (r *TableReport) Err() error

Err is the report's typed error (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5, mas-bandwidth/schema docs/VERSIONING.md The read report). A strict read refuses malformed, clamped, kind-mismatched, unknown form, wire-damaged, build-version-mismatched and missing-required (§2.3, naming the field), each as one typed reason. Unknown, Widened and Retained alone leave it nil, as does a clean read.

type TableTimestampError ¶

type TableTimestampError struct {
	Field string
	Time  time.Time
}

TableTimestampError is the refusal of a time.Time that no count names: its nanoseconds since the Unix epoch do not fit an int64, which is Time.UnixNano's own domain, the years 1678 through 2262 (mas-bandwidth/schema docs/SPEC-TABLES.md §2.11).

func (TableTimestampError) Error ¶

func (e TableTimestampError) Error() string

type TableTypeInfo ¶

type TableTypeInfo struct {
	CookSize, CookAlign uint32
	Name                string // schema type name
	Size                uint32 // unsafe.Sizeof the storage struct
	Id                  uint64
	Variable            bool
	NodeType            func(uint64) *TableTypeInfo
	SaveBody            func(*TableWriter, unsafe.Pointer) bool
	LoadBody            func(TableReader, unsafe.Pointer) bool
	SaveMessageBody     func(*TableMessageWriter, unsafe.Pointer) bool
	LoadMessageBody     func(TableMessageReader, unsafe.Pointer) (TableMessageReader, bool)
	NumFields           int32
	Fields              []TableFieldInfo
	// Reset puts one instance back at its declared defaults, in place. A
	// generic walker that fills a value has to be able to establish the
	// defaults an absent field takes, and it holds no type to spell — this is
	// the one thing the descriptors could not express without it.
	Reset func(storage unsafe.Pointer)

	// the declaration's own doc and tags, on the same terms as a field's
	// (mas-bandwidth/schema docs/SPEC-TABLES.md §8.1, SPEC §4.1, §4.2)
	Doc     string
	NumTags int32
	Tags    []string
}

TableTypeInfo is one type's descriptor.

var BenchBeatTableInfo TableTypeInfo

BenchBeatTableInfo is BenchBeat's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var CanonicalWordTableInfo TableTypeInfo

CanonicalWordTableInfo is CanonicalWord's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var ConfigChangeTableInfo TableTypeInfo

ConfigChangeTableInfo is ConfigChange's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var ConfigRowTableInfo TableTypeInfo

ConfigRowTableInfo is ConfigRow's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var EnvNameTableInfo TableTypeInfo

EnvNameTableInfo is EnvName's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var FieldPairTableInfo TableTypeInfo

FieldPairTableInfo is FieldPair's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var FileHeaderTableInfo TableTypeInfo

FileHeaderTableInfo is FileHeader's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var HostGroupTableInfo TableTypeInfo

HostGroupTableInfo is HostGroup's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var HostNameTableInfo TableTypeInfo

HostNameTableInfo is HostName's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var HostViewTableInfo TableTypeInfo

HostViewTableInfo is HostView's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var InventoryLoopTableInfo TableTypeInfo

InventoryLoopTableInfo is InventoryLoop's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var InventoryTableInfo TableTypeInfo

InventoryTableInfo is Inventory's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var KindRevTableInfo TableTypeInfo

KindRevTableInfo is KindRev's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var MachineBeatTableInfo TableTypeInfo

MachineBeatTableInfo is MachineBeat's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var MachineViewTableInfo TableTypeInfo

MachineViewTableInfo is MachineView's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var MemberBeatTableInfo TableTypeInfo

MemberBeatTableInfo is MemberBeat's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var RowFieldsTableInfo TableTypeInfo

RowFieldsTableInfo is RowFields's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

func BenchBeatTableType ¶

func BenchBeatTableType() *TableTypeInfo

BenchBeatTableType returns BenchBeat's reflection descriptor.

func CanonicalWordTableType ¶

func CanonicalWordTableType() *TableTypeInfo

CanonicalWordTableType returns CanonicalWord's reflection descriptor.

func ConfigChangeTableType ¶

func ConfigChangeTableType() *TableTypeInfo

ConfigChangeTableType returns ConfigChange's reflection descriptor.

func ConfigRowTableType ¶

func ConfigRowTableType() *TableTypeInfo

ConfigRowTableType returns ConfigRow's reflection descriptor.

func EnvNameTableType ¶

func EnvNameTableType() *TableTypeInfo

EnvNameTableType returns EnvName's reflection descriptor.

func FieldPairTableType ¶

func FieldPairTableType() *TableTypeInfo

FieldPairTableType returns FieldPair's reflection descriptor.

func FileHeaderTableType ¶

func FileHeaderTableType() *TableTypeInfo

FileHeaderTableType returns FileHeader's reflection descriptor.

func HostGroupTableType ¶

func HostGroupTableType() *TableTypeInfo

HostGroupTableType returns HostGroup's reflection descriptor.

func HostNameTableType ¶

func HostNameTableType() *TableTypeInfo

HostNameTableType returns HostName's reflection descriptor.

func HostViewTableType ¶

func HostViewTableType() *TableTypeInfo

HostViewTableType returns HostView's reflection descriptor.

func InventoryLoopTableType ¶

func InventoryLoopTableType() *TableTypeInfo

InventoryLoopTableType returns InventoryLoop's reflection descriptor.

func InventoryTableType ¶

func InventoryTableType() *TableTypeInfo

InventoryTableType returns Inventory's reflection descriptor.

func KindRevTableType ¶

func KindRevTableType() *TableTypeInfo

KindRevTableType returns KindRev's reflection descriptor.

func MachineBeatTableType ¶

func MachineBeatTableType() *TableTypeInfo

MachineBeatTableType returns MachineBeat's reflection descriptor.

func MachineViewTableType ¶

func MachineViewTableType() *TableTypeInfo

MachineViewTableType returns MachineView's reflection descriptor.

func MemberBeatTableType ¶

func MemberBeatTableType() *TableTypeInfo

MemberBeatTableType returns MemberBeat's reflection descriptor.

func RowFieldsTableType ¶

func RowFieldsTableType() *TableTypeInfo

RowFieldsTableType returns RowFields's reflection descriptor.

type TableUnionArmInfo ¶

type TableUnionArmInfo struct {
	Field  TableFieldInfo               // arm shape; offsets are relative to union storage
	Void   bool                         // a selected payload-free arm
	Reset  func(storage unsafe.Pointer) // establish selected payload defaults
	Offset uint32                       // unsafe.Offsetof the arm's payload within the union storage
	Table  func() *TableTypeInfo        // the arm payload's descriptor
}

TableUnionArmInfo is one arm of a union field: where its payload sits inside the union's storage and what its payload looks like. The arm's NAME and its table-wire id come from the field's EnumName/VariantId functions at the same tag, so nothing is spelled twice (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type TableUnionInfo ¶

type TableUnionInfo struct {
	CookTagSize uint32
	TagOffset   uint32 // unsafe.Offsetof the tag within the union storage
	TagSize     uint32 // unsafe.Sizeof the tag
	Arms        []TableUnionArmInfo
}

TableUnionInfo is a union field's shape: the tag, and the arms indexed by it. Arms run [0, EnumMax]; index 0 is the EMPTY arm and carries no payload.

type TableVocabulary ¶

type TableVocabulary struct {
	Entries            []TableMessageEntry
	Count, RefBits     int64
	BuildVersion       uint64
	Announced, Refused bool
	MaxBytes           int64
	Strict             bool
}

Storage belongs to the caller and is resolved once for one connection direction.

func (*TableVocabulary) Entry ¶

func (v *TableVocabulary) Entry(ref uint64) (TableMessageEntry, bool)

func (*TableVocabulary) Init ¶

func (v *TableVocabulary) Init(storage []TableMessageEntry)

func (*TableVocabulary) Name ¶

func (v *TableVocabulary) Name(ref uint64) (uint64, bool)

type TableWriter ¶

type TableWriter struct {
	Buffer    []byte
	Offset    int64
	Overflow  bool
	Measuring bool
	Ids       *TableIds
}

TableWriter writes into the caller's buffer, or counts exactly the same bytes in Measuring mode. Offset and every length are checked before use.

func (*TableWriter) Advance ¶

func (w *TableWriter) Advance(n int64) bool

func (w *TableWriter) Header(ref uint64, kind uint8)

Header writes a field's reference and kind. A reference below 128 is one LEB byte, so the pair is one two-byte store. Larger references still go through PutLeb then Put8. Bytes match that two-call spelling; a pair that does not fit now leaves the buffer alone, and Save answers -1.

func (*TableWriter) Id ¶

func (w *TableWriter) Id(id uint64)

func (*TableWriter) IdAt ¶

func (w *TableWriter) IdAt(ordinal int, id uint64)

func (*TableWriter) Put8 ¶

func (w *TableWriter) Put8(v uint8)

func (*TableWriter) Put16 ¶

func (w *TableWriter) Put16(v uint16)

func (*TableWriter) Put32 ¶

func (w *TableWriter) Put32(v uint32)

func (*TableWriter) Put64 ¶

func (w *TableWriter) Put64(v uint64)

func (*TableWriter) Put128 ¶

func (w *TableWriter) Put128(lo, hi uint64)

Put128 writes two little-endian lanes, low first, under one Advance.

func (*TableWriter) PutLeb ¶

func (w *TableWriter) PutLeb(v uint64)

func (*TableWriter) Raw ¶

func (w *TableWriter) Raw(data []byte)

func (*TableWriter) Trailer ¶

func (w *TableWriter) Trailer()

type UnitViewInfo ¶

type UnitViewInfo struct {
	Package                                                          string
	ProtocolId                                                       uint64
	NumTypes, NumTables, NumEnums, NumFlags, NumUnions, NumConstants int32
	Types, Tables                                                    []ViewType
	Enums, Flags, Unions                                             []ViewVocabulary
	Constants                                                        []ViewConstant
}

func UnitView ¶

func UnitView() *UnitViewInfo

type ViewConstant ¶

type ViewConstant struct {
	Name, File, TypeName string
	IsFloat              bool
	IntValue             int64
	FloatValue           float64
	Doc                  string
	NumTags              int32
	Tags                 []string
}

UnitView returns this build's registry. Treat its descriptors and slices as immutable; lookups allocate nothing. Packet-only types gain no table codec. A packet dependency can use different storage from its table Row; its descriptor follows that storage, so every offset remains valid for the value.

type ViewType ¶

type ViewType struct {
	Name, File string
	Table      bool
	Type       *TableTypeInfo
	Doc        string
	NumTags    int32
	Tags       []string
}

type ViewVariant ¶

type ViewVariant struct {
	Value       uint64
	Name        string
	Id          uint64
	PayloadName string
	Payload     func() *TableTypeInfo
	Field       func() *TableFieldInfo
	Doc         string
	NumTags     int32
	Tags        []string
}

type ViewVocabulary ¶

type ViewVocabulary struct {
	Name, File               string
	Max                      int64
	StorageBits, NumVariants int32
	PayloadOffset            uint32
	Variants                 []ViewVariant
	Doc                      string
	NumTags                  int32
	Tags                     []string
}

Source Files ¶

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