swarmwire

package

v1.5.0 Latest Latest Go to latest Published: Oct 17, 2026 License: MIT Imports: 12 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

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Open Source Insights

Documentation ¶

Overview ¶

Package swarmwire is the swarm area's table wire, generated by the schema compiler from schemas/swarm/swarm.schema: the exit record, the worker description, the harness config, the fence config, the declared model and the member carry, each a variable table. Every other .go file here is generated: edit the .schema and run go generate ./pkg/swarmwire, never the output. pkg/schemaread reads it strictly: binary wire, padded standard base64 of the wire or the schema JSON text, 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 DeclaredModelCookFrom(value *DeclaredModel, buffer []byte, order TableByteOrder, ...) bool
func DeclaredModelCookMeasure(value *DeclaredModel, context ...TableWriteContext) int64
func DeclaredModelCookMeasureReason(value *DeclaredModel, context ...TableWriteContext) (int64, error)
func DeclaredModelFromJson(builder *DeclaredModelBuilder, text []byte, report *TableReport) bool
func DeclaredModelLoadBody(r *TableReader, value *DeclaredModel) bool
func DeclaredModelLoadBodyRetain(r *TableRetainReader, value *DeclaredModel) bool
func DeclaredModelLoadBuilder(b *DeclaredModelBuilder, wire []byte, report *TableReport) bool
func DeclaredModelLoadMeasure(wire []byte) int64
func DeclaredModelLoadMeasureReason(wire []byte) (int64, error)
func DeclaredModelLoadMessageBody(r *TableMessageReader, value *DeclaredModel) bool
func DeclaredModelLoadMessageBodyRetain(r *TableRetainMessageReader, value *DeclaredModel) bool
func DeclaredModelMeasure(value *DeclaredModel, context ...TableWriteContext) int64
func DeclaredModelMeasureBody(value *DeclaredModel, ids *TableIds) int64
func DeclaredModelMeasureBodyRetain(value *DeclaredModel, ids *TableRetainIds) int64
func DeclaredModelMeasureReason(value *DeclaredModel, context ...TableWriteContext) (int64, error)
func DeclaredModelMeasureRetain(value *DeclaredModel, retain *TableRetain, allocator ...TableAllocator) int64
func DeclaredModelOpen(cook *DeclaredModelCook, base unsafe.Pointer, length int64) bool
func DeclaredModelReset(value *DeclaredModel)
func DeclaredModelSave(value *DeclaredModel, buffer []byte, context ...TableWriteContext) int64
func DeclaredModelSaveBody(w *TableWriter, value *DeclaredModel) bool
func DeclaredModelSaveBodyFields(w *TableWriter, value *DeclaredModel) bool
func DeclaredModelSaveBodyFieldsRetain(w *TableRetainWriter, value *DeclaredModel) bool
func DeclaredModelSaveBodyRetain(w *TableRetainWriter, value *DeclaredModel) bool
func DeclaredModelSaveMessageBody(w *TableMessageWriter, value *DeclaredModel) bool
func DeclaredModelSaveRetain(value *DeclaredModel, retain *TableRetain, buffer []byte, report *TableReport, ...) int64
func DeclaredModelSaveText(value *DeclaredModel, context ...TableWriteContext) (string, error)
func DeclaredModelToJson(value *DeclaredModel, buffer []byte, allocator ...TableAllocator) int64
func DeclaredModelToJsonMeasure(value *DeclaredModel, allocator ...TableAllocator) int64
func EntryCookFrom(value *Entry, buffer []byte, order TableByteOrder, ...) bool
func EntryCookMeasure(value *Entry, context ...TableWriteContext) int64
func EntryCookMeasureReason(value *Entry, context ...TableWriteContext) (int64, error)
func EntryFromJson(builder *EntryBuilder, text []byte, report *TableReport) bool
func EntryLoadBody(r *TableReader, value *Entry) bool
func EntryLoadBodyRetain(r *TableRetainReader, value *Entry) bool
func EntryLoadBuilder(b *EntryBuilder, wire []byte, report *TableReport) bool
func EntryLoadMeasure(wire []byte) int64
func EntryLoadMeasureReason(wire []byte) (int64, error)
func EntryLoadMessageBody(r *TableMessageReader, value *Entry) bool
func EntryLoadMessageBodyRetain(r *TableRetainMessageReader, value *Entry) bool
func EntryMeasure(value *Entry, context ...TableWriteContext) int64
func EntryMeasureBody(value *Entry, ids *TableIds) int64
func EntryMeasureBodyRetain(value *Entry, ids *TableRetainIds) int64
func EntryMeasureReason(value *Entry, context ...TableWriteContext) (int64, error)
func EntryMeasureRetain(value *Entry, retain *TableRetain, allocator ...TableAllocator) int64
func EntryOpen(cook *EntryCook, base unsafe.Pointer, length int64) bool
func EntryReset(value *Entry)
func EntrySave(value *Entry, buffer []byte, context ...TableWriteContext) int64
func EntrySaveBody(w *TableWriter, value *Entry) bool
func EntrySaveBodyFields(w *TableWriter, value *Entry) bool
func EntrySaveBodyFieldsRetain(w *TableRetainWriter, value *Entry) bool
func EntrySaveBodyRetain(w *TableRetainWriter, value *Entry) bool
func EntrySaveMessageBody(w *TableMessageWriter, value *Entry) bool
func EntrySaveRetain(value *Entry, retain *TableRetain, buffer []byte, report *TableReport, ...) int64
func EntrySaveText(value *Entry, context ...TableWriteContext) (string, error)
func EntryToJson(value *Entry, buffer []byte, allocator ...TableAllocator) int64
func EntryToJsonMeasure(value *Entry, allocator ...TableAllocator) int64
func ExitRecordCookFrom(value *ExitRecord, buffer []byte, order TableByteOrder, ...) bool
func ExitRecordCookMeasure(value *ExitRecord, context ...TableWriteContext) int64
func ExitRecordCookMeasureReason(value *ExitRecord, context ...TableWriteContext) (int64, error)
func ExitRecordFromJson(builder *ExitRecordBuilder, text []byte, report *TableReport) bool
func ExitRecordLoadBody(r *TableReader, value *ExitRecord) bool
func ExitRecordLoadBodyRetain(r *TableRetainReader, value *ExitRecord) bool
func ExitRecordLoadBuilder(b *ExitRecordBuilder, wire []byte, report *TableReport) bool
func ExitRecordLoadMeasure(wire []byte) int64
func ExitRecordLoadMeasureReason(wire []byte) (int64, error)
func ExitRecordLoadMessageBody(r *TableMessageReader, value *ExitRecord) bool
func ExitRecordLoadMessageBodyRetain(r *TableRetainMessageReader, value *ExitRecord) bool
func ExitRecordMeasure(value *ExitRecord, context ...TableWriteContext) int64
func ExitRecordMeasureBody(value *ExitRecord, ids *TableIds) int64
func ExitRecordMeasureBodyRetain(value *ExitRecord, ids *TableRetainIds) int64
func ExitRecordMeasureReason(value *ExitRecord, context ...TableWriteContext) (int64, error)
func ExitRecordMeasureRetain(value *ExitRecord, retain *TableRetain, allocator ...TableAllocator) int64
func ExitRecordOpen(cook *ExitRecordCook, base unsafe.Pointer, length int64) bool
func ExitRecordReset(value *ExitRecord)
func ExitRecordSave(value *ExitRecord, buffer []byte, context ...TableWriteContext) int64
func ExitRecordSaveBody(w *TableWriter, value *ExitRecord) bool
func ExitRecordSaveBodyFields(w *TableWriter, value *ExitRecord) bool
func ExitRecordSaveBodyFieldsRetain(w *TableRetainWriter, value *ExitRecord) bool
func ExitRecordSaveBodyRetain(w *TableRetainWriter, value *ExitRecord) bool
func ExitRecordSaveMessageBody(w *TableMessageWriter, value *ExitRecord) bool
func ExitRecordSaveRetain(value *ExitRecord, retain *TableRetain, buffer []byte, report *TableReport, ...) int64
func ExitRecordSaveText(value *ExitRecord, context ...TableWriteContext) (string, error)
func ExitRecordToJson(value *ExitRecord, buffer []byte, allocator ...TableAllocator) int64
func ExitRecordToJsonMeasure(value *ExitRecord, allocator ...TableAllocator) int64
func FenceConfigCookFrom(value *FenceConfig, buffer []byte, order TableByteOrder, ...) bool
func FenceConfigCookMeasure(value *FenceConfig, context ...TableWriteContext) int64
func FenceConfigCookMeasureReason(value *FenceConfig, context ...TableWriteContext) (int64, error)
func FenceConfigFromJson(builder *FenceConfigBuilder, text []byte, report *TableReport) bool
func FenceConfigLoadBody(r *TableReader, value *FenceConfig) bool
func FenceConfigLoadBodyRetain(r *TableRetainReader, value *FenceConfig) bool
func FenceConfigLoadBuilder(b *FenceConfigBuilder, wire []byte, report *TableReport) bool
func FenceConfigLoadMeasure(wire []byte) int64
func FenceConfigLoadMeasureReason(wire []byte) (int64, error)
func FenceConfigLoadMessageBody(r *TableMessageReader, value *FenceConfig) bool
func FenceConfigLoadMessageBodyRetain(r *TableRetainMessageReader, value *FenceConfig) bool
func FenceConfigMeasure(value *FenceConfig, context ...TableWriteContext) int64
func FenceConfigMeasureBody(value *FenceConfig, ids *TableIds) int64
func FenceConfigMeasureBodyRetain(value *FenceConfig, ids *TableRetainIds) int64
func FenceConfigMeasureReason(value *FenceConfig, context ...TableWriteContext) (int64, error)
func FenceConfigMeasureRetain(value *FenceConfig, retain *TableRetain, allocator ...TableAllocator) int64
func FenceConfigOpen(cook *FenceConfigCook, base unsafe.Pointer, length int64) bool
func FenceConfigReadsEach(holder *TableList[EntryRow], visit func(*EntryRow) bool, arena ...*TableArena) bool
func FenceConfigReadsErase(arena *TableArena, holder *TableList[EntryRow], element *EntryRow) bool
func FenceConfigReset(value *FenceConfig)
func FenceConfigRulesEach(holder *TableList[FenceRuleRow], visit func(*FenceRuleRow) bool, ...) bool
func FenceConfigRulesErase(arena *TableArena, holder *TableList[FenceRuleRow], element *FenceRuleRow) bool
func FenceConfigSave(value *FenceConfig, buffer []byte, context ...TableWriteContext) int64
func FenceConfigSaveBody(w *TableWriter, value *FenceConfig) bool
func FenceConfigSaveBodyFields(w *TableWriter, value *FenceConfig) bool
func FenceConfigSaveBodyFieldsRetain(w *TableRetainWriter, value *FenceConfig) bool
func FenceConfigSaveBodyRetain(w *TableRetainWriter, value *FenceConfig) bool
func FenceConfigSaveMessageBody(w *TableMessageWriter, value *FenceConfig) bool
func FenceConfigSaveRetain(value *FenceConfig, retain *TableRetain, buffer []byte, report *TableReport, ...) int64
func FenceConfigSaveText(value *FenceConfig, context ...TableWriteContext) (string, error)
func FenceConfigToJson(value *FenceConfig, buffer []byte, allocator ...TableAllocator) int64
func FenceConfigToJsonMeasure(value *FenceConfig, allocator ...TableAllocator) int64
func FenceRuleCookFrom(value *FenceRule, buffer []byte, order TableByteOrder, ...) bool
func FenceRuleCookMeasure(value *FenceRule, context ...TableWriteContext) int64
func FenceRuleCookMeasureReason(value *FenceRule, context ...TableWriteContext) (int64, error)
func FenceRuleFromJson(builder *FenceRuleBuilder, text []byte, report *TableReport) bool
func FenceRuleLoadBody(r *TableReader, value *FenceRule) bool
func FenceRuleLoadBodyRetain(r *TableRetainReader, value *FenceRule) bool
func FenceRuleLoadBuilder(b *FenceRuleBuilder, wire []byte, report *TableReport) bool
func FenceRuleLoadMeasure(wire []byte) int64
func FenceRuleLoadMeasureReason(wire []byte) (int64, error)
func FenceRuleLoadMessageBody(r *TableMessageReader, value *FenceRule) bool
func FenceRuleLoadMessageBodyRetain(r *TableRetainMessageReader, value *FenceRule) bool
func FenceRuleMeasure(value *FenceRule, context ...TableWriteContext) int64
func FenceRuleMeasureBody(value *FenceRule, ids *TableIds) int64
func FenceRuleMeasureBodyRetain(value *FenceRule, ids *TableRetainIds) int64
func FenceRuleMeasureReason(value *FenceRule, context ...TableWriteContext) (int64, error)
func FenceRuleMeasureRetain(value *FenceRule, retain *TableRetain, allocator ...TableAllocator) int64
func FenceRuleOpen(cook *FenceRuleCook, base unsafe.Pointer, length int64) bool
func FenceRuleReset(value *FenceRule)
func FenceRuleSave(value *FenceRule, buffer []byte, context ...TableWriteContext) int64
func FenceRuleSaveBody(w *TableWriter, value *FenceRule) bool
func FenceRuleSaveBodyFields(w *TableWriter, value *FenceRule) bool
func FenceRuleSaveBodyFieldsRetain(w *TableRetainWriter, value *FenceRule) bool
func FenceRuleSaveBodyRetain(w *TableRetainWriter, value *FenceRule) bool
func FenceRuleSaveMessageBody(w *TableMessageWriter, value *FenceRule) bool
func FenceRuleSaveRetain(value *FenceRule, retain *TableRetain, buffer []byte, report *TableReport, ...) int64
func FenceRuleSaveText(value *FenceRule, context ...TableWriteContext) (string, error)
func FenceRuleToJson(value *FenceRule, buffer []byte, allocator ...TableAllocator) int64
func FenceRuleToJsonMeasure(value *FenceRule, allocator ...TableAllocator) int64
func HarnessConfigRecordCookFrom(value *HarnessConfigRecord, buffer []byte, order TableByteOrder, ...) bool
func HarnessConfigRecordCookMeasure(value *HarnessConfigRecord, context ...TableWriteContext) int64
func HarnessConfigRecordCookMeasureReason(value *HarnessConfigRecord, context ...TableWriteContext) (int64, error)
func HarnessConfigRecordFromJson(builder *HarnessConfigRecordBuilder, text []byte, report *TableReport) bool
func HarnessConfigRecordLoadBody(r *TableReader, value *HarnessConfigRecord) bool
func HarnessConfigRecordLoadBodyRetain(r *TableRetainReader, value *HarnessConfigRecord) bool
func HarnessConfigRecordLoadBuilder(b *HarnessConfigRecordBuilder, wire []byte, report *TableReport) bool
func HarnessConfigRecordLoadMeasure(wire []byte) int64
func HarnessConfigRecordLoadMeasureReason(wire []byte) (int64, error)
func HarnessConfigRecordLoadMessageBody(r *TableMessageReader, value *HarnessConfigRecord) bool
func HarnessConfigRecordLoadMessageBodyRetain(r *TableRetainMessageReader, value *HarnessConfigRecord) bool
func HarnessConfigRecordMeasure(value *HarnessConfigRecord, context ...TableWriteContext) int64
func HarnessConfigRecordMeasureBody(value *HarnessConfigRecord, ids *TableIds) int64
func HarnessConfigRecordMeasureBodyRetain(value *HarnessConfigRecord, ids *TableRetainIds) int64
func HarnessConfigRecordMeasureReason(value *HarnessConfigRecord, context ...TableWriteContext) (int64, error)
func HarnessConfigRecordMeasureRetain(value *HarnessConfigRecord, retain *TableRetain, allocator ...TableAllocator) int64
func HarnessConfigRecordOpen(cook *HarnessConfigRecordCook, base unsafe.Pointer, length int64) bool
func HarnessConfigRecordReset(value *HarnessConfigRecord)
func HarnessConfigRecordSave(value *HarnessConfigRecord, buffer []byte, context ...TableWriteContext) int64
func HarnessConfigRecordSaveBody(w *TableWriter, value *HarnessConfigRecord) bool
func HarnessConfigRecordSaveBodyFields(w *TableWriter, value *HarnessConfigRecord) bool
func HarnessConfigRecordSaveBodyFieldsRetain(w *TableRetainWriter, value *HarnessConfigRecord) bool
func HarnessConfigRecordSaveBodyRetain(w *TableRetainWriter, value *HarnessConfigRecord) bool
func HarnessConfigRecordSaveMessageBody(w *TableMessageWriter, value *HarnessConfigRecord) bool
func HarnessConfigRecordSaveRetain(value *HarnessConfigRecord, retain *TableRetain, buffer []byte, ...) int64
func HarnessConfigRecordSaveText(value *HarnessConfigRecord, context ...TableWriteContext) (string, error)
func HarnessConfigRecordToJson(value *HarnessConfigRecord, buffer []byte, allocator ...TableAllocator) int64
func HarnessConfigRecordToJsonMeasure(value *HarnessConfigRecord, allocator ...TableAllocator) int64
func MemberCarryCookFrom(value *MemberCarry, buffer []byte, order TableByteOrder, ...) bool
func MemberCarryCookMeasure(value *MemberCarry, context ...TableWriteContext) int64
func MemberCarryCookMeasureReason(value *MemberCarry, context ...TableWriteContext) (int64, error)
func MemberCarryFromJson(builder *MemberCarryBuilder, text []byte, report *TableReport) bool
func MemberCarryLoadBody(r *TableReader, value *MemberCarry) bool
func MemberCarryLoadBodyRetain(r *TableRetainReader, value *MemberCarry) bool
func MemberCarryLoadBuilder(b *MemberCarryBuilder, wire []byte, report *TableReport) bool
func MemberCarryLoadMeasure(wire []byte) int64
func MemberCarryLoadMeasureReason(wire []byte) (int64, error)
func MemberCarryLoadMessageBody(r *TableMessageReader, value *MemberCarry) bool
func MemberCarryLoadMessageBodyRetain(r *TableRetainMessageReader, value *MemberCarry) bool
func MemberCarryMeasure(value *MemberCarry, context ...TableWriteContext) int64
func MemberCarryMeasureBody(value *MemberCarry, ids *TableIds) int64
func MemberCarryMeasureBodyRetain(value *MemberCarry, ids *TableRetainIds) int64
func MemberCarryMeasureReason(value *MemberCarry, context ...TableWriteContext) (int64, error)
func MemberCarryMeasureRetain(value *MemberCarry, retain *TableRetain, allocator ...TableAllocator) int64
func MemberCarryOpen(cook *MemberCarryCook, base unsafe.Pointer, length int64) bool
func MemberCarryReset(value *MemberCarry)
func MemberCarrySave(value *MemberCarry, buffer []byte, context ...TableWriteContext) int64
func MemberCarrySaveBody(w *TableWriter, value *MemberCarry) bool
func MemberCarrySaveBodyFields(w *TableWriter, value *MemberCarry) bool
func MemberCarrySaveBodyFieldsRetain(w *TableRetainWriter, value *MemberCarry) bool
func MemberCarrySaveBodyRetain(w *TableRetainWriter, value *MemberCarry) bool
func MemberCarrySaveMessageBody(w *TableMessageWriter, value *MemberCarry) bool
func MemberCarrySaveRetain(value *MemberCarry, retain *TableRetain, buffer []byte, report *TableReport, ...) int64
func MemberCarrySaveText(value *MemberCarry, context ...TableWriteContext) (string, error)
func MemberCarryToJson(value *MemberCarry, buffer []byte, allocator ...TableAllocator) int64
func MemberCarryToJsonMeasure(value *MemberCarry, allocator ...TableAllocator) int64
func TableBytesEmplace(worker *TableWorker, slot *TableRef, length int64) []byte
func TableStringEmplace(worker *TableWorker, slot *TableRef, text []byte) []byte
func WorkerRecordCookFrom(value *WorkerRecord, buffer []byte, order TableByteOrder, ...) bool
func WorkerRecordCookMeasure(value *WorkerRecord, context ...TableWriteContext) int64
func WorkerRecordCookMeasureReason(value *WorkerRecord, context ...TableWriteContext) (int64, error)
func WorkerRecordFromJson(builder *WorkerRecordBuilder, text []byte, report *TableReport) bool
func WorkerRecordHarnessArgsEach(holder *TableList[EntryRow], visit func(*EntryRow) bool, arena ...*TableArena) bool
func WorkerRecordHarnessArgsErase(arena *TableArena, holder *TableList[EntryRow], element *EntryRow) bool
func WorkerRecordInputLimitPhrasesEach(holder *TableList[EntryRow], visit func(*EntryRow) bool, arena ...*TableArena) bool
func WorkerRecordInputLimitPhrasesErase(arena *TableArena, holder *TableList[EntryRow], element *EntryRow) bool
func WorkerRecordLoadBody(r *TableReader, value *WorkerRecord) bool
func WorkerRecordLoadBodyRetain(r *TableRetainReader, value *WorkerRecord) bool
func WorkerRecordLoadBuilder(b *WorkerRecordBuilder, wire []byte, report *TableReport) bool
func WorkerRecordLoadMeasure(wire []byte) int64
func WorkerRecordLoadMeasureReason(wire []byte) (int64, error)
func WorkerRecordLoadMessageBody(r *TableMessageReader, value *WorkerRecord) bool
func WorkerRecordLoadMessageBodyRetain(r *TableRetainMessageReader, value *WorkerRecord) bool
func WorkerRecordMeasure(value *WorkerRecord, context ...TableWriteContext) int64
func WorkerRecordMeasureBody(value *WorkerRecord, ids *TableIds) int64
func WorkerRecordMeasureBodyRetain(value *WorkerRecord, ids *TableRetainIds) int64
func WorkerRecordMeasureReason(value *WorkerRecord, context ...TableWriteContext) (int64, error)
func WorkerRecordMeasureRetain(value *WorkerRecord, retain *TableRetain, allocator ...TableAllocator) int64
func WorkerRecordOpen(cook *WorkerRecordCook, base unsafe.Pointer, length int64) bool
func WorkerRecordReadRootsEach(holder *TableList[EntryRow], visit func(*EntryRow) bool, arena ...*TableArena) bool
func WorkerRecordReadRootsErase(arena *TableArena, holder *TableList[EntryRow], element *EntryRow) bool
func WorkerRecordReset(value *WorkerRecord)
func WorkerRecordSave(value *WorkerRecord, buffer []byte, context ...TableWriteContext) int64
func WorkerRecordSaveBody(w *TableWriter, value *WorkerRecord) bool
func WorkerRecordSaveBodyFields(w *TableWriter, value *WorkerRecord) bool
func WorkerRecordSaveBodyFieldsRetain(w *TableRetainWriter, value *WorkerRecord) bool
func WorkerRecordSaveBodyRetain(w *TableRetainWriter, value *WorkerRecord) bool
func WorkerRecordSaveMessageBody(w *TableMessageWriter, value *WorkerRecord) bool
func WorkerRecordSaveRetain(value *WorkerRecord, retain *TableRetain, buffer []byte, report *TableReport, ...) int64
func WorkerRecordSaveText(value *WorkerRecord, context ...TableWriteContext) (string, error)
func WorkerRecordToJson(value *WorkerRecord, buffer []byte, allocator ...TableAllocator) int64
func WorkerRecordToJsonMeasure(value *WorkerRecord, allocator ...TableAllocator) int64
type DeclaredModel
- func DeclaredModelLoad(region, wire []byte, report *TableReport) *DeclaredModel
- func DeclaredModelLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *DeclaredModel
- func DeclaredModelLoadText(text string, report *TableReport) (*DeclaredModel, error)
- func DeclaredModelReadStrict(wire []byte) (*DeclaredModel, error)
type DeclaredModelBuilder
- func (b *DeclaredModelBuilder) AsConst() *DeclaredModel
- func (b *DeclaredModelBuilder) GetRoot() *DeclaredModel
- func (b *DeclaredModelBuilder) Init(allocator ...TableAllocator) bool
- func (b *DeclaredModelBuilder) Lock() bool
- func (b *DeclaredModelBuilder) PackMeasure() int64
- func (b *DeclaredModelBuilder) PackMeasureReason() (int64, error)
- func (b *DeclaredModelBuilder) Region() []byte
- func (b *DeclaredModelBuilder) Shutdown()
type DeclaredModelCook
- func (cook *DeclaredModelCook) Open(base unsafe.Pointer, length int64) error
- func (c DeclaredModelCook) RegionAlignment() int64
- func (c DeclaredModelCook) Root() *DeclaredModelRow
- func (c DeclaredModelCook) RootAlign() int64
- func (c DeclaredModelCook) RootSize() int64
- func (c DeclaredModelCook) Type() *TableCookInfo
type DeclaredModelRow
- func DeclaredModelAt(slot *int64, arena ...*TableArena) *DeclaredModelRow
type Entry
- func EntryLoad(region, wire []byte, report *TableReport) *Entry
- func EntryLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *Entry
- func EntryLoadText(text string, report *TableReport) (*Entry, error)
- func EntryReadStrict(wire []byte) (*Entry, error)
type EntryBuilder
- func (b *EntryBuilder) AsConst() *Entry
- func (b *EntryBuilder) GetRoot() *Entry
- func (b *EntryBuilder) Init(allocator ...TableAllocator) bool
- func (b *EntryBuilder) Lock() bool
- func (b *EntryBuilder) PackMeasure() int64
- func (b *EntryBuilder) PackMeasureReason() (int64, error)
- func (b *EntryBuilder) Region() []byte
- func (b *EntryBuilder) Shutdown()
type EntryCook
- func (cook *EntryCook) Open(base unsafe.Pointer, length int64) error
- func (c EntryCook) RegionAlignment() int64
- func (c EntryCook) Root() *EntryRow
- func (c EntryCook) RootAlign() int64
- func (c EntryCook) RootSize() int64
- func (c EntryCook) Type() *TableCookInfo
type EntryRow
- func EntryAt(slot *int64, arena ...*TableArena) *EntryRow
- func FenceConfigReadsAdd(worker *TableWorker, holder *TableList[EntryRow]) *EntryRow
- func WorkerRecordHarnessArgsAdd(worker *TableWorker, holder *TableList[EntryRow]) *EntryRow
- func WorkerRecordInputLimitPhrasesAdd(worker *TableWorker, holder *TableList[EntryRow]) *EntryRow
- func WorkerRecordReadRootsAdd(worker *TableWorker, holder *TableList[EntryRow]) *EntryRow
type ExitRecord
- func ExitRecordLoad(region, wire []byte, report *TableReport) *ExitRecord
- func ExitRecordLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *ExitRecord
- func ExitRecordLoadText(text string, report *TableReport) (*ExitRecord, error)
- func ExitRecordReadStrict(wire []byte) (*ExitRecord, error)
type ExitRecordBuilder
- func (b *ExitRecordBuilder) AsConst() *ExitRecord
- func (b *ExitRecordBuilder) GetRoot() *ExitRecord
- func (b *ExitRecordBuilder) Init(allocator ...TableAllocator) bool
- func (b *ExitRecordBuilder) Lock() bool
- func (b *ExitRecordBuilder) PackMeasure() int64
- func (b *ExitRecordBuilder) PackMeasureReason() (int64, error)
- func (b *ExitRecordBuilder) Region() []byte
- func (b *ExitRecordBuilder) Shutdown()
type ExitRecordCook
- func (cook *ExitRecordCook) Open(base unsafe.Pointer, length int64) error
- func (c ExitRecordCook) RegionAlignment() int64
- func (c ExitRecordCook) Root() *ExitRecordRow
- func (c ExitRecordCook) RootAlign() int64
- func (c ExitRecordCook) RootSize() int64
- func (c ExitRecordCook) Type() *TableCookInfo
type ExitRecordRow
- func ExitRecordAt(slot *int64, arena ...*TableArena) *ExitRecordRow
type FenceConfig
- func FenceConfigLoad(region, wire []byte, report *TableReport) *FenceConfig
- func FenceConfigLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *FenceConfig
- func FenceConfigLoadText(text string, report *TableReport) (*FenceConfig, error)
- func FenceConfigReadStrict(wire []byte) (*FenceConfig, error)
type FenceConfigBuilder
- func (b *FenceConfigBuilder) AsConst() *FenceConfig
- func (b *FenceConfigBuilder) GetRoot() *FenceConfig
- func (b *FenceConfigBuilder) Init(allocator ...TableAllocator) bool
- func (b *FenceConfigBuilder) Lock() bool
- func (b *FenceConfigBuilder) PackMeasure() int64
- func (b *FenceConfigBuilder) PackMeasureReason() (int64, error)
- func (b *FenceConfigBuilder) Region() []byte
- func (b *FenceConfigBuilder) Shutdown()
type FenceConfigCook
- func (cook *FenceConfigCook) Open(base unsafe.Pointer, length int64) error
- func (c FenceConfigCook) RegionAlignment() int64
- func (c FenceConfigCook) Root() *FenceConfigRow
- func (c FenceConfigCook) RootAlign() int64
- func (c FenceConfigCook) RootSize() int64
- func (c FenceConfigCook) Type() *TableCookInfo
type FenceConfigRow
- func FenceConfigAt(slot *int64, arena ...*TableArena) *FenceConfigRow
type FenceRule
- func FenceRuleLoad(region, wire []byte, report *TableReport) *FenceRule
- func FenceRuleLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *FenceRule
- func FenceRuleLoadText(text string, report *TableReport) (*FenceRule, error)
- func FenceRuleReadStrict(wire []byte) (*FenceRule, error)
type FenceRuleBuilder
- func (b *FenceRuleBuilder) AsConst() *FenceRule
- func (b *FenceRuleBuilder) GetRoot() *FenceRule
- func (b *FenceRuleBuilder) Init(allocator ...TableAllocator) bool
- func (b *FenceRuleBuilder) Lock() bool
- func (b *FenceRuleBuilder) PackMeasure() int64
- func (b *FenceRuleBuilder) PackMeasureReason() (int64, error)
- func (b *FenceRuleBuilder) Region() []byte
- func (b *FenceRuleBuilder) Shutdown()
type FenceRuleCook
- func (cook *FenceRuleCook) Open(base unsafe.Pointer, length int64) error
- func (c FenceRuleCook) RegionAlignment() int64
- func (c FenceRuleCook) Root() *FenceRuleRow
- func (c FenceRuleCook) RootAlign() int64
- func (c FenceRuleCook) RootSize() int64
- func (c FenceRuleCook) Type() *TableCookInfo
type FenceRuleRow
- func FenceConfigRulesAdd(worker *TableWorker, holder *TableList[FenceRuleRow]) *FenceRuleRow
- func FenceRuleAt(slot *int64, arena ...*TableArena) *FenceRuleRow
type HarnessConfigRecord
- func HarnessConfigRecordLoad(region, wire []byte, report *TableReport) *HarnessConfigRecord
- func HarnessConfigRecordLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *HarnessConfigRecord
- func HarnessConfigRecordLoadText(text string, report *TableReport) (*HarnessConfigRecord, error)
- func HarnessConfigRecordReadStrict(wire []byte) (*HarnessConfigRecord, error)
type HarnessConfigRecordBuilder
- func (b *HarnessConfigRecordBuilder) AsConst() *HarnessConfigRecord
- func (b *HarnessConfigRecordBuilder) GetRoot() *HarnessConfigRecord
- func (b *HarnessConfigRecordBuilder) Init(allocator ...TableAllocator) bool
- func (b *HarnessConfigRecordBuilder) Lock() bool
- func (b *HarnessConfigRecordBuilder) PackMeasure() int64
- func (b *HarnessConfigRecordBuilder) PackMeasureReason() (int64, error)
- func (b *HarnessConfigRecordBuilder) Region() []byte
- func (b *HarnessConfigRecordBuilder) Shutdown()
type HarnessConfigRecordCook
- func (cook *HarnessConfigRecordCook) Open(base unsafe.Pointer, length int64) error
- func (c HarnessConfigRecordCook) RegionAlignment() int64
- func (c HarnessConfigRecordCook) Root() *HarnessConfigRecordRow
- func (c HarnessConfigRecordCook) RootAlign() int64
- func (c HarnessConfigRecordCook) RootSize() int64
- func (c HarnessConfigRecordCook) Type() *TableCookInfo
type HarnessConfigRecordRow
- func HarnessConfigRecordAt(slot *int64, arena ...*TableArena) *HarnessConfigRecordRow
type MemberCarry
- func MemberCarryLoad(region, wire []byte, report *TableReport) *MemberCarry
- func MemberCarryLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *MemberCarry
- func MemberCarryLoadText(text string, report *TableReport) (*MemberCarry, error)
- func MemberCarryReadStrict(wire []byte) (*MemberCarry, error)
type MemberCarryBuilder
- func (b *MemberCarryBuilder) AsConst() *MemberCarry
- func (b *MemberCarryBuilder) GetRoot() *MemberCarry
- func (b *MemberCarryBuilder) Init(allocator ...TableAllocator) bool
- func (b *MemberCarryBuilder) Lock() bool
- func (b *MemberCarryBuilder) PackMeasure() int64
- func (b *MemberCarryBuilder) PackMeasureReason() (int64, error)
- func (b *MemberCarryBuilder) Region() []byte
- func (b *MemberCarryBuilder) Shutdown()
type MemberCarryCook
- func (cook *MemberCarryCook) Open(base unsafe.Pointer, length int64) error
- func (c MemberCarryCook) RegionAlignment() int64
- func (c MemberCarryCook) Root() *MemberCarryRow
- func (c MemberCarryCook) RootAlign() int64
- func (c MemberCarryCook) RootSize() int64
- func (c MemberCarryCook) Type() *TableCookInfo
type MemberCarryRow
- func MemberCarryAt(slot *int64, arena ...*TableArena) *MemberCarryRow
type TableAllocator
type TableArena
- func (a *TableArena) At(ref TableRef) unsafe.Pointer
- func (a *TableArena) Init(allocator ...TableAllocator) bool
- func (a *TableArena) Shutdown()
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 TableBlob
- func TableBlobAt(slot *TableRef, arena ...*TableArena) *TableBlob
type TableBuildVersionMismatch
- func (m TableBuildVersionMismatch) Error() string
type TableByteOrder
type TableBytesView
- func TableBytesAt(slot *TableRef, arena ...*TableArena) TableBytesView
type TableCookFieldInfo
type TableCookInfo
type TableCookStorage
type TableExtentCarve
- func (c *TableExtentCarve) Alloc(n, align int64) unsafe.Pointer
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 TableList
- func (l *TableList[T]) At(index int32, arena ...*TableArena) *T
- func (l *TableList[T]) Clear()
type TableMap
- func (m *TableMap[T]) At(index int32, arena ...*TableArena) *T
- func (m *TableMap[T]) Clear()
type TableMapIndex
type TableMessageEntry
type TableMessageReader
type TableMessageShape
type TableMessageWriter
type TableMissingRequired
- func (m TableMissingRequired) Error() string
type TableNodeDirEntry
type TableNodeMap
- func (m TableNodeMap) Resolve(slot *TableRef, index, target uint64, r *TableReport)
type TableNumbering
- func (n *TableNumbering) Index(slot *TableRef) (uint64, bool)
- func (n *TableNumbering) Release()
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) Take(sub TableReader)
- func (r *TableReader) Unsigned(kind uint8) uint64
type TableRef
type TableRefuseReason
- func (r TableRefuseReason) Error() string
type TableReport
- func (r *TableReport) Err() error
type TableRetain
type TableRetainId
type TableRetainIds
- func (i *TableRetainIds) Ref(id uint64) uint64
- func (i *TableRetainIds) RefAt(ordinal int, id uint64) uint64
- func (i *TableRetainIds) Truncate(mark int)
type TableRetainMessageReader
type TableRetainReader
- func (r *TableRetainReader) Body() (TableRetainReader, bool)
- func (r *TableRetainReader) Take(sub TableRetainReader)
type TableRetainWriter
- func (w *TableRetainWriter) Advance(n int64) bool
- func (w *TableRetainWriter) Header(ref uint64, kind uint8)
- func (w *TableRetainWriter) Id(id uint64)
- func (w *TableRetainWriter) IdAt(ordinal int, id uint64)
- func (w *TableRetainWriter) Put8(v uint8)
- func (w *TableRetainWriter) Put16(v uint16)
- func (w *TableRetainWriter) Put32(v uint32)
- func (w *TableRetainWriter) Put64(v uint64)
- func (w *TableRetainWriter) Put128(lo, hi uint64)
- func (w *TableRetainWriter) PutLeb(v uint64)
- func (w *TableRetainWriter) Raw(data []byte)
- func (w *TableRetainWriter) Trailer()
type TableStringView
- func TableStringAt(slot *TableRef, arena ...*TableArena) TableStringView
type TableTimestampError
- func (e TableTimestampError) Error() string
type TableTypeInfo
- func DeclaredModelTableType() *TableTypeInfo
- func EntryTableType() *TableTypeInfo
- func ExitRecordTableType() *TableTypeInfo
- func FenceConfigTableType() *TableTypeInfo
- func FenceRuleTableType() *TableTypeInfo
- func HarnessConfigRecordTableType() *TableTypeInfo
- func MemberCarryTableType() *TableTypeInfo
- func WorkerRecordTableType() *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 TableWorker
- func (w *TableWorker) Alloc(n int64) (unsafe.Pointer, TableRef)
- func (w *TableWorker) AllocBytes(length int64) ([]byte, TableRef)
- func (w *TableWorker) AllocString(length int64) ([]byte, TableRef)
type TableWriteContext
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
type WorkerRecord
- func WorkerRecordLoad(region, wire []byte, report *TableReport) *WorkerRecord
- func WorkerRecordLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *WorkerRecord
- func WorkerRecordLoadText(text string, report *TableReport) (*WorkerRecord, error)
- func WorkerRecordReadStrict(wire []byte) (*WorkerRecord, error)
type WorkerRecordBuilder
- func (b *WorkerRecordBuilder) AsConst() *WorkerRecord
- func (b *WorkerRecordBuilder) GetRoot() *WorkerRecord
- func (b *WorkerRecordBuilder) Init(allocator ...TableAllocator) bool
- func (b *WorkerRecordBuilder) Lock() bool
- func (b *WorkerRecordBuilder) PackMeasure() int64
- func (b *WorkerRecordBuilder) PackMeasureReason() (int64, error)
- func (b *WorkerRecordBuilder) Region() []byte
- func (b *WorkerRecordBuilder) Shutdown()
type WorkerRecordCook
- func (cook *WorkerRecordCook) Open(base unsafe.Pointer, length int64) error
- func (c WorkerRecordCook) RegionAlignment() int64
- func (c WorkerRecordCook) Root() *WorkerRecordRow
- func (c WorkerRecordCook) RootAlign() int64
- func (c WorkerRecordCook) RootSize() int64
- func (c WorkerRecordCook) Type() *TableCookInfo
type WorkerRecordRow
- func WorkerRecordAt(slot *int64, arena ...*TableArena) *WorkerRecordRow

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 BuildVersion uint64 = 0xf68f2347eaf1d0d1

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 DeclaredModelLoadRetainBuilder = "DeclaredModel: retention requires a region round trip through the VARIABLE form"

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const DeclaredModelSaveRetainMessages = "DeclaredModel: retention requires a region round trip through the VARIABLE form"

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const EntryLoadRetainBuilder = "Entry: retention requires a region round trip through the VARIABLE form"

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const EntrySaveRetainMessages = "Entry: retention requires a region round trip through the VARIABLE form"

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const ExitRecordLoadRetainBuilder = "ExitRecord: retention requires a region round trip through the VARIABLE form"

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const ExitRecordSaveRetainMessages = "ExitRecord: retention requires a region round trip through the VARIABLE form"

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const FenceConfigLoadRetainBuilder = "FenceConfig: retention requires a region round trip through the VARIABLE form"

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const FenceConfigSaveRetainMessages = "FenceConfig: retention requires a region round trip through the VARIABLE form"

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const FenceRuleLoadRetainBuilder = "FenceRule: retention requires a region round trip through the VARIABLE form"

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const FenceRuleSaveRetainMessages = "FenceRule: retention requires a region round trip through the VARIABLE form"

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const HarnessConfigRecordLoadRetainBuilder = "HarnessConfigRecord: retention requires a region round trip through the VARIABLE form"

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const HarnessConfigRecordSaveRetainMessages = "HarnessConfigRecord: retention requires a region round trip through the VARIABLE form"

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const MemberCarryLoadRetainBuilder = "MemberCarry: retention requires a region round trip through the VARIABLE form"

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const MemberCarrySaveRetainMessages = "MemberCarry: retention requires a region round trip through the VARIABLE form"

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const ProtocolId uint64 = 0xa9d9b2293e101dd5

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 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 = 54

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const TableMessageRefBitsHere = 6

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const WorkerRecordLoadRetainBuilder = "WorkerRecord: retention requires a region round trip through the VARIABLE form"

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const WorkerRecordSaveRetainMessages = "WorkerRecord: retention requires a region round trip through the VARIABLE form"

Variables ¶

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var DeclaredModelTableFields = []TableFieldInfo{
	{Name: "provider", Json: "provider", TypeName: "string", DeclaredTypeName: "string", Id: 0xd02b4c8c65fb54dc, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(DeclaredModel{}.Provider)), ElemSize: uint32(unsafe.Sizeof(DeclaredModel{}.Provider)), 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: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "model", Json: "model", TypeName: "string", DeclaredTypeName: "string", Id: 0x9de543933e6e703a, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(DeclaredModel{}.Model)), ElemSize: uint32(unsafe.Sizeof(DeclaredModel{}.Model)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

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

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var EntryTableFields = []TableFieldInfo{
	{Name: "value", Json: "value", TypeName: "string", DeclaredTypeName: "string", Id: 0x7ce4fd9430e80cea, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(Entry{}.Value)), ElemSize: uint32(unsafe.Sizeof(Entry{}.Value)), 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: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

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

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var ErrValidation = errors.New("swarmwire: 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).

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var ExitRecordTableFields = []TableFieldInfo{
	{Name: "rc", Json: "rc", TypeName: "int64", DeclaredTypeName: "int64", Id: 0x8dc5507b57b9942, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Rc)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Rc)), 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: "signal", Json: "signal", TypeName: "string", DeclaredTypeName: "string", Id: 0x5062cd8f7a7fd349, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Signal)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Signal)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "ended", Json: "ended", TypeName: "string", DeclaredTypeName: "string", Id: 0x34bb12befe88eb1b, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Ended)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Ended)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 16, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "survivors", Json: "survivors", TypeName: "int64", DeclaredTypeName: "int64", Id: 0xbc658a10e66b2a64, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Survivors)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Survivors)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 24, 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: "nonce", Json: "nonce", TypeName: "string", DeclaredTypeName: "string", Id: 0x73a94c71d60dc0d8, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Nonce)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Nonce)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 32, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "attest", Json: "attest", TypeName: "string", DeclaredTypeName: "string", Id: 0x907bd39a08f34aac, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Attest)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Attest)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 40, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "end", Json: "end", TypeName: "string", DeclaredTypeName: "string", Id: 0xc2f00318f053500a, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.End)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.End)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 48, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "spent", Json: "spent", TypeName: "int64", DeclaredTypeName: "int64", Id: 0x22705b8aa011b9a3, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Spent)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Spent)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 56, 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: "observed", Json: "observed", TypeName: "bool", DeclaredTypeName: "bool", Id: 0x6a15c2158aa39ba1, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Observed)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Observed)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 64, 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: "partial", Json: "partial", TypeName: "bool", DeclaredTypeName: "bool", Id: 0xb5d43e6c2878bc7a, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Partial)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Partial)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 65, 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: "reason", Json: "reason", TypeName: "string", DeclaredTypeName: "string", Id: 0x65e8d7f3474f2639, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(ExitRecord{}.Reason)), ElemSize: uint32(unsafe.Sizeof(ExitRecord{}.Reason)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 72, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

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

View Source

var FenceConfigTableFields = []TableFieldInfo{
	{Name: "job_dir", Json: "job_dir", TypeName: "string", DeclaredTypeName: "string", Id: 0x30f206af480f8a8, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(FenceConfig{}.JobDir)), ElemSize: uint32(unsafe.Sizeof(FenceConfig{}.JobDir)), 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: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "reads", Json: "reads", TypeName: "Entry", DeclaredTypeName: "Entry", Id: 0x8935b4f305f36a82, Kind: 13, IsArray: true, Counted: true, Optional: false,
		ArrayBound: 2147483647, Offset: uint32(unsafe.Offsetof(FenceConfig{}.Reads)), ElemSize: uint32(unsafe.Sizeof(*new(EntryRow))), CountOffset: (uint32(unsafe.Offsetof(FenceConfig{}.Reads))) + 8, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 8, CookCountOffset: 16, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		List: true, ElemAlign: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: EntryTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "rules", Json: "rules", TypeName: "FenceRule", DeclaredTypeName: "FenceRule", Id: 0x67124f6a285153c0, Kind: 13, IsArray: true, Counted: true, Optional: false,
		ArrayBound: 2147483647, Offset: uint32(unsafe.Offsetof(FenceConfig{}.Rules)), ElemSize: uint32(unsafe.Sizeof(*new(FenceRuleRow))), CountOffset: (uint32(unsafe.Offsetof(FenceConfig{}.Rules))) + 8, PresentOffset: 0xffffffff,
		CookOffset: 24, CookElemSize: 16, CookCountOffset: 32, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		List: true, ElemAlign: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: FenceRuleTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "webfetch", Json: "webfetch", TypeName: "uint8", DeclaredTypeName: "uint8", Id: 0x58848fa93e04d3ef, Kind: 6, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(FenceConfig{}.Webfetch)), ElemSize: uint32(unsafe.Sizeof(FenceConfig{}.Webfetch)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 40, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 2.0, 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},
}

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

View Source

var FenceRuleTableFields = []TableFieldInfo{
	{Name: "pattern", Json: "pattern", TypeName: "string", DeclaredTypeName: "string", Id: 0xb7a1e4bea695f89, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(FenceRule{}.Pattern)), ElemSize: uint32(unsafe.Sizeof(FenceRule{}.Pattern)), 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: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "action", Json: "action", TypeName: "uint8", DeclaredTypeName: "uint8", Id: 0x6568640b035a56df, Kind: 6, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(FenceRule{}.Action)), ElemSize: uint32(unsafe.Sizeof(FenceRule{}.Action)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 2.0, 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},
}

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

View Source

var HarnessConfigRecordTableFields = []TableFieldInfo{
	{Name: "provider", Json: "provider", TypeName: "string", DeclaredTypeName: "string", Id: 0xd02b4c8c65fb54dc, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HarnessConfigRecord{}.Provider)), ElemSize: uint32(unsafe.Sizeof(HarnessConfigRecord{}.Provider)), 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: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "model", Json: "model", TypeName: "string", DeclaredTypeName: "string", Id: 0x9de543933e6e703a, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HarnessConfigRecord{}.Model)), ElemSize: uint32(unsafe.Sizeof(HarnessConfigRecord{}.Model)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "env_var", Json: "env_var", TypeName: "string", DeclaredTypeName: "string", Id: 0x5f52c402ed58e01a, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HarnessConfigRecord{}.EnvVar)), ElemSize: uint32(unsafe.Sizeof(HarnessConfigRecord{}.EnvVar)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 16, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "base_url", Json: "base_url", TypeName: "string", DeclaredTypeName: "string", Id: 0x9a3b153e9e8f251e, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(HarnessConfigRecord{}.BaseUrl)), ElemSize: uint32(unsafe.Sizeof(HarnessConfigRecord{}.BaseUrl)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 24, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

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

View Source

var MemberCarryTableFields = []TableFieldInfo{
	{Name: "card", Json: "card", TypeName: "string", DeclaredTypeName: "string", Id: 0xb5614e90e87b455f, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MemberCarry{}.Card)), ElemSize: uint32(unsafe.Sizeof(MemberCarry{}.Card)), 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: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "attempt", Json: "attempt", TypeName: "int64", DeclaredTypeName: "int64", Id: 0x63e618bd2b303dee, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MemberCarry{}.Attempt)), ElemSize: uint32(unsafe.Sizeof(MemberCarry{}.Attempt)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 9.223372036854776e+18, 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: "head", Json: "head", TypeName: "string", DeclaredTypeName: "string", Id: 0xa8f12cc5f9a0c03, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MemberCarry{}.Head)), ElemSize: uint32(unsafe.Sizeof(MemberCarry{}.Head)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 16, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "branch", Json: "branch", TypeName: "string", DeclaredTypeName: "string", Id: 0x919ec0f651278ba5, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(MemberCarry{}.Branch)), ElemSize: uint32(unsafe.Sizeof(MemberCarry{}.Branch)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 24, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
}

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

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.

View Source

var WorkerRecordTableFields = []TableFieldInfo{
	{Name: "name", Json: "name", TypeName: "string", DeclaredTypeName: "string", Id: 0xc4bcadba8e631b86, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.Name)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.Name)), 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: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "provider", Json: "provider", TypeName: "string", DeclaredTypeName: "string", Id: 0xd02b4c8c65fb54dc, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.Provider)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.Provider)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 8, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "model", Json: "model", TypeName: "string", DeclaredTypeName: "string", Id: 0x9de543933e6e703a, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.Model)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.Model)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 16, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "base_url", Json: "base_url", TypeName: "string", DeclaredTypeName: "string", Id: 0x9a3b153e9e8f251e, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.BaseUrl)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.BaseUrl)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 24, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "env_var", Json: "env_var", TypeName: "string", DeclaredTypeName: "string", Id: 0x5f52c402ed58e01a, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.EnvVar)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.EnvVar)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 32, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "key_file", Json: "key_file", TypeName: "string", DeclaredTypeName: "string", Id: 0x59f4ff1e856996af, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.KeyFile)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.KeyFile)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 40, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "secret", Json: "secret", TypeName: "string", DeclaredTypeName: "string", Id: 0xab23f0eec020c951, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.Secret)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.Secret)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 48, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "usage", Json: "usage", TypeName: "uint8", DeclaredTypeName: "uint8", Id: 0x1e1702714db75ac8, Kind: 6, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.Usage)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.Usage)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 56, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 2.0, 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: "worker_class", Json: "worker_class", TypeName: "uint8", DeclaredTypeName: "uint8", Id: 0x715b9112503b65d0, Kind: 6, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.WorkerClass)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.WorkerClass)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 57, CookElemSize: 1, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 2.0, 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: "harness", Json: "harness", TypeName: "string", DeclaredTypeName: "string", Id: 0x211fcbbafe5331ab, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.Harness)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.Harness)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 64, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "harness_args", Json: "harness_args", TypeName: "Entry", DeclaredTypeName: "Entry", Id: 0xe15a71de737c1c11, Kind: 13, IsArray: true, Counted: true, Optional: false,
		ArrayBound: 2147483647, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.HarnessArgs)), ElemSize: uint32(unsafe.Sizeof(*new(EntryRow))), CountOffset: (uint32(unsafe.Offsetof(WorkerRecord{}.HarnessArgs))) + 8, PresentOffset: 0xffffffff,
		CookOffset: 72, CookElemSize: 8, CookCountOffset: 80, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		List: true, ElemAlign: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: EntryTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "worker_dir", Json: "worker_dir", TypeName: "string", DeclaredTypeName: "string", Id: 0xf6b3b625055a22af, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.WorkerDir)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.WorkerDir)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 88, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "deadline", Json: "deadline", TypeName: "string", DeclaredTypeName: "string", Id: 0x4abbaca40bb6fe75, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.Deadline)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.Deadline)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 96, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "board", Json: "board", TypeName: "string", DeclaredTypeName: "string", Id: 0xd0013bb2e083188b, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.Board)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.Board)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 104, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "read_roots", Json: "read_roots", TypeName: "Entry", DeclaredTypeName: "Entry", Id: 0xf7df2f140b025f4b, Kind: 13, IsArray: true, Counted: true, Optional: false,
		ArrayBound: 2147483647, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.ReadRoots)), ElemSize: uint32(unsafe.Sizeof(*new(EntryRow))), CountOffset: (uint32(unsafe.Offsetof(WorkerRecord{}.ReadRoots))) + 8, PresentOffset: 0xffffffff,
		CookOffset: 112, CookElemSize: 8, CookCountOffset: 120, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		List: true, ElemAlign: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: EntryTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "max_turns", Json: "max_turns", TypeName: "int64", DeclaredTypeName: "int64", Id: 0x6e3350b274605c16, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.MaxTurns)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.MaxTurns)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 128, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 9.223372036854776e+18, 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: "max_cache_read", Json: "max_cache_read", TypeName: "int64", DeclaredTypeName: "int64", Id: 0x18e16aeddf76561d, Kind: 5, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.MaxCacheRead)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.MaxCacheRead)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 136, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: true, RangeMin: 0.0, RangeMax: 9.223372036854776e+18, 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: "input_limit_phrases", Json: "input_limit_phrases", TypeName: "Entry", DeclaredTypeName: "Entry", Id: 0xf9d5642cca9049fa, Kind: 13, IsArray: true, Counted: true, Optional: false,
		ArrayBound: 2147483647, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.InputLimitPhrases)), ElemSize: uint32(unsafe.Sizeof(*new(EntryRow))), CountOffset: (uint32(unsafe.Offsetof(WorkerRecord{}.InputLimitPhrases))) + 8, PresentOffset: 0xffffffff,
		CookOffset: 144, CookElemSize: 8, CookCountOffset: 152, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		List: true, ElemAlign: 8,
		FracBits: 0, Pointer: false, TargetId: 0x0000000000000000,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: EntryTableType,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "launch_grace", Json: "launch_grace", TypeName: "string", DeclaredTypeName: "string", Id: 0x98358983bb5d1401, Kind: 17, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.LaunchGrace)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.LaunchGrace)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 160, CookElemSize: 8, CookCountOffset: 4294967295, CookPresentOffset: 4294967295,
		HasRange: false, RangeMin: 0.0, RangeMax: 0.0, EnumMax: -1,
		FracBits: 0, Pointer: true, TargetId: 0x704be0d8faaffc58,
		EnumName:    nil,
		VariantId:   nil,
		KeyTypeName: "", KeyName: nil, KeyId: nil,
		Arms:  nil,
		Guard: "", Table: nil,
		Doc: TableDocNone, NumTags: 0, Tags: nil},
	{Name: "keep_data", Json: "keep_data", TypeName: "bool", DeclaredTypeName: "bool", Id: 0x393f74e7cef3c9d5, Kind: 1, IsArray: false, Counted: false, Optional: false,
		ArrayBound: 0, Offset: uint32(unsafe.Offsetof(WorkerRecord{}.KeepData)), ElemSize: uint32(unsafe.Sizeof(WorkerRecord{}.KeepData)), CountOffset: 0xffffffff, PresentOffset: 0xffffffff,
		CookOffset: 168, 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},
}

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

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 DeclaredModelCookFrom ¶

func DeclaredModelCookFrom(value *DeclaredModel, buffer []byte, order TableByteOrder, context ...TableWriteContext) bool

func DeclaredModelCookMeasure ¶

func DeclaredModelCookMeasure(value *DeclaredModel, context ...TableWriteContext) int64

func DeclaredModelCookMeasureReason ¶

func DeclaredModelCookMeasureReason(value *DeclaredModel, context ...TableWriteContext) (int64, error)

func DeclaredModelFromJson ¶

func DeclaredModelFromJson(builder *DeclaredModelBuilder, text []byte, report *TableReport) bool

func DeclaredModelLoadBody ¶

func DeclaredModelLoadBody(r *TableReader, value *DeclaredModel) bool

func DeclaredModelLoadBodyRetain ¶

func DeclaredModelLoadBodyRetain(r *TableRetainReader, value *DeclaredModel) bool

func DeclaredModelLoadBuilder ¶

func DeclaredModelLoadBuilder(b *DeclaredModelBuilder, wire []byte, report *TableReport) bool

func DeclaredModelLoadMeasure ¶

func DeclaredModelLoadMeasure(wire []byte) int64

func DeclaredModelLoadMeasureReason ¶

func DeclaredModelLoadMeasureReason(wire []byte) (int64, error)

func DeclaredModelLoadMessageBody ¶

func DeclaredModelLoadMessageBody(r *TableMessageReader, value *DeclaredModel) bool

func DeclaredModelLoadMessageBodyRetain ¶

func DeclaredModelLoadMessageBodyRetain(r *TableRetainMessageReader, value *DeclaredModel) bool

func DeclaredModelMeasure ¶

func DeclaredModelMeasure(value *DeclaredModel, context ...TableWriteContext) int64

func DeclaredModelMeasureBody ¶

func DeclaredModelMeasureBody(value *DeclaredModel, ids *TableIds) int64

func DeclaredModelMeasureBodyRetain ¶

func DeclaredModelMeasureBodyRetain(value *DeclaredModel, ids *TableRetainIds) int64

func DeclaredModelMeasureReason ¶

func DeclaredModelMeasureReason(value *DeclaredModel, context ...TableWriteContext) (int64, error)

func DeclaredModelMeasureRetain ¶

func DeclaredModelMeasureRetain(value *DeclaredModel, retain *TableRetain, allocator ...TableAllocator) int64

func DeclaredModelOpen ¶

func DeclaredModelOpen(cook *DeclaredModelCook, base unsafe.Pointer, length int64) bool

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

func DeclaredModelReset ¶

func DeclaredModelReset(value *DeclaredModel)

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

func DeclaredModelSave ¶

func DeclaredModelSave(value *DeclaredModel, buffer []byte, context ...TableWriteContext) int64

func DeclaredModelSaveBody ¶

func DeclaredModelSaveBody(w *TableWriter, value *DeclaredModel) bool

func DeclaredModelSaveBodyFields ¶

func DeclaredModelSaveBodyFields(w *TableWriter, value *DeclaredModel) bool

func DeclaredModelSaveBodyFieldsRetain ¶

func DeclaredModelSaveBodyFieldsRetain(w *TableRetainWriter, value *DeclaredModel) bool

func DeclaredModelSaveBodyRetain ¶

func DeclaredModelSaveBodyRetain(w *TableRetainWriter, value *DeclaredModel) bool

func DeclaredModelSaveMessageBody ¶

func DeclaredModelSaveMessageBody(w *TableMessageWriter, value *DeclaredModel) bool

func DeclaredModelSaveRetain ¶

func DeclaredModelSaveRetain(value *DeclaredModel, retain *TableRetain, buffer []byte, report *TableReport, allocator ...TableAllocator) int64

func DeclaredModelSaveText ¶

func DeclaredModelSaveText(value *DeclaredModel, context ...TableWriteContext) (string, error)

DeclaredModelSaveText returns the base64 of DeclaredModel'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. It takes the write context DeclaredModelSave takes.

func DeclaredModelToJson ¶

func DeclaredModelToJson(value *DeclaredModel, buffer []byte, allocator ...TableAllocator) int64

func DeclaredModelToJsonMeasure ¶

func DeclaredModelToJsonMeasure(value *DeclaredModel, allocator ...TableAllocator) int64

func EntryCookFrom ¶

func EntryCookFrom(value *Entry, buffer []byte, order TableByteOrder, context ...TableWriteContext) bool

func EntryCookMeasure ¶

func EntryCookMeasure(value *Entry, context ...TableWriteContext) int64

func EntryCookMeasureReason ¶

func EntryCookMeasureReason(value *Entry, context ...TableWriteContext) (int64, error)

func EntryFromJson ¶

func EntryFromJson(builder *EntryBuilder, text []byte, report *TableReport) bool

func EntryLoadBody ¶

func EntryLoadBody(r *TableReader, value *Entry) bool

func EntryLoadBodyRetain ¶

func EntryLoadBodyRetain(r *TableRetainReader, value *Entry) bool

func EntryLoadBuilder ¶

func EntryLoadBuilder(b *EntryBuilder, wire []byte, report *TableReport) bool

func EntryLoadMeasure ¶

func EntryLoadMeasure(wire []byte) int64

func EntryLoadMeasureReason ¶

func EntryLoadMeasureReason(wire []byte) (int64, error)

func EntryLoadMessageBody ¶

func EntryLoadMessageBody(r *TableMessageReader, value *Entry) bool

func EntryLoadMessageBodyRetain ¶

func EntryLoadMessageBodyRetain(r *TableRetainMessageReader, value *Entry) bool

func EntryMeasure ¶

func EntryMeasure(value *Entry, context ...TableWriteContext) int64

func EntryMeasureBody ¶

func EntryMeasureBody(value *Entry, ids *TableIds) int64

func EntryMeasureBodyRetain ¶

func EntryMeasureBodyRetain(value *Entry, ids *TableRetainIds) int64

func EntryMeasureReason ¶

func EntryMeasureReason(value *Entry, context ...TableWriteContext) (int64, error)

func EntryMeasureRetain ¶

func EntryMeasureRetain(value *Entry, retain *TableRetain, allocator ...TableAllocator) int64

func EntryOpen ¶

func EntryOpen(cook *EntryCook, base unsafe.Pointer, length int64) bool

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

func EntryReset ¶

func EntryReset(value *Entry)

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

func EntrySave ¶

func EntrySave(value *Entry, buffer []byte, context ...TableWriteContext) int64

func EntrySaveBody ¶

func EntrySaveBody(w *TableWriter, value *Entry) bool

func EntrySaveBodyFields ¶

func EntrySaveBodyFields(w *TableWriter, value *Entry) bool

func EntrySaveBodyFieldsRetain ¶

func EntrySaveBodyFieldsRetain(w *TableRetainWriter, value *Entry) bool

func EntrySaveBodyRetain ¶

func EntrySaveBodyRetain(w *TableRetainWriter, value *Entry) bool

func EntrySaveMessageBody ¶

func EntrySaveMessageBody(w *TableMessageWriter, value *Entry) bool

func EntrySaveRetain ¶

func EntrySaveRetain(value *Entry, retain *TableRetain, buffer []byte, report *TableReport, allocator ...TableAllocator) int64

func EntrySaveText ¶

func EntrySaveText(value *Entry, context ...TableWriteContext) (string, error)

EntrySaveText returns the base64 of Entry'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. It takes the write context EntrySave takes.

func EntryToJson ¶

func EntryToJson(value *Entry, buffer []byte, allocator ...TableAllocator) int64

func EntryToJsonMeasure ¶

func EntryToJsonMeasure(value *Entry, allocator ...TableAllocator) int64

func ExitRecordCookFrom ¶

func ExitRecordCookFrom(value *ExitRecord, buffer []byte, order TableByteOrder, context ...TableWriteContext) bool

func ExitRecordCookMeasure ¶

func ExitRecordCookMeasure(value *ExitRecord, context ...TableWriteContext) int64

func ExitRecordCookMeasureReason ¶

func ExitRecordCookMeasureReason(value *ExitRecord, context ...TableWriteContext) (int64, error)

func ExitRecordFromJson ¶

func ExitRecordFromJson(builder *ExitRecordBuilder, text []byte, report *TableReport) bool

func ExitRecordLoadBody ¶

func ExitRecordLoadBody(r *TableReader, value *ExitRecord) bool

func ExitRecordLoadBodyRetain ¶

func ExitRecordLoadBodyRetain(r *TableRetainReader, value *ExitRecord) bool

func ExitRecordLoadBuilder ¶

func ExitRecordLoadBuilder(b *ExitRecordBuilder, wire []byte, report *TableReport) bool

func ExitRecordLoadMeasure ¶

func ExitRecordLoadMeasure(wire []byte) int64

func ExitRecordLoadMeasureReason ¶

func ExitRecordLoadMeasureReason(wire []byte) (int64, error)

func ExitRecordLoadMessageBody ¶

func ExitRecordLoadMessageBody(r *TableMessageReader, value *ExitRecord) bool

func ExitRecordLoadMessageBodyRetain ¶

func ExitRecordLoadMessageBodyRetain(r *TableRetainMessageReader, value *ExitRecord) bool

func ExitRecordMeasure ¶

func ExitRecordMeasure(value *ExitRecord, context ...TableWriteContext) int64

func ExitRecordMeasureBody ¶

func ExitRecordMeasureBody(value *ExitRecord, ids *TableIds) int64

func ExitRecordMeasureBodyRetain ¶

func ExitRecordMeasureBodyRetain(value *ExitRecord, ids *TableRetainIds) int64

func ExitRecordMeasureReason ¶

func ExitRecordMeasureReason(value *ExitRecord, context ...TableWriteContext) (int64, error)

func ExitRecordMeasureRetain ¶

func ExitRecordMeasureRetain(value *ExitRecord, retain *TableRetain, allocator ...TableAllocator) int64

func ExitRecordOpen ¶

func ExitRecordOpen(cook *ExitRecordCook, base unsafe.Pointer, length int64) bool

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

func ExitRecordReset ¶

func ExitRecordReset(value *ExitRecord)

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

func ExitRecordSave ¶

func ExitRecordSave(value *ExitRecord, buffer []byte, context ...TableWriteContext) int64

func ExitRecordSaveBody ¶

func ExitRecordSaveBody(w *TableWriter, value *ExitRecord) bool

func ExitRecordSaveBodyFields ¶

func ExitRecordSaveBodyFields(w *TableWriter, value *ExitRecord) bool

func ExitRecordSaveBodyFieldsRetain ¶

func ExitRecordSaveBodyFieldsRetain(w *TableRetainWriter, value *ExitRecord) bool

func ExitRecordSaveBodyRetain ¶

func ExitRecordSaveBodyRetain(w *TableRetainWriter, value *ExitRecord) bool

func ExitRecordSaveMessageBody ¶

func ExitRecordSaveMessageBody(w *TableMessageWriter, value *ExitRecord) bool

func ExitRecordSaveRetain ¶

func ExitRecordSaveRetain(value *ExitRecord, retain *TableRetain, buffer []byte, report *TableReport, allocator ...TableAllocator) int64

func ExitRecordSaveText ¶

func ExitRecordSaveText(value *ExitRecord, context ...TableWriteContext) (string, error)

ExitRecordSaveText returns the base64 of ExitRecord'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. It takes the write context ExitRecordSave takes.

func ExitRecordToJson ¶

func ExitRecordToJson(value *ExitRecord, buffer []byte, allocator ...TableAllocator) int64

func ExitRecordToJsonMeasure ¶

func ExitRecordToJsonMeasure(value *ExitRecord, allocator ...TableAllocator) int64

func FenceConfigCookFrom ¶

func FenceConfigCookFrom(value *FenceConfig, buffer []byte, order TableByteOrder, context ...TableWriteContext) bool

func FenceConfigCookMeasure ¶

func FenceConfigCookMeasure(value *FenceConfig, context ...TableWriteContext) int64

func FenceConfigCookMeasureReason ¶

func FenceConfigCookMeasureReason(value *FenceConfig, context ...TableWriteContext) (int64, error)

func FenceConfigFromJson ¶

func FenceConfigFromJson(builder *FenceConfigBuilder, text []byte, report *TableReport) bool

func FenceConfigLoadBody ¶

func FenceConfigLoadBody(r *TableReader, value *FenceConfig) bool

func FenceConfigLoadBodyRetain ¶

func FenceConfigLoadBodyRetain(r *TableRetainReader, value *FenceConfig) bool

func FenceConfigLoadBuilder ¶

func FenceConfigLoadBuilder(b *FenceConfigBuilder, wire []byte, report *TableReport) bool

func FenceConfigLoadMeasure ¶

func FenceConfigLoadMeasure(wire []byte) int64

func FenceConfigLoadMeasureReason ¶

func FenceConfigLoadMeasureReason(wire []byte) (int64, error)

func FenceConfigLoadMessageBody ¶

func FenceConfigLoadMessageBody(r *TableMessageReader, value *FenceConfig) bool

func FenceConfigLoadMessageBodyRetain ¶

func FenceConfigLoadMessageBodyRetain(r *TableRetainMessageReader, value *FenceConfig) bool

func FenceConfigMeasure ¶

func FenceConfigMeasure(value *FenceConfig, context ...TableWriteContext) int64

func FenceConfigMeasureBody ¶

func FenceConfigMeasureBody(value *FenceConfig, ids *TableIds) int64

func FenceConfigMeasureBodyRetain ¶

func FenceConfigMeasureBodyRetain(value *FenceConfig, ids *TableRetainIds) int64

func FenceConfigMeasureReason ¶

func FenceConfigMeasureReason(value *FenceConfig, context ...TableWriteContext) (int64, error)

func FenceConfigMeasureRetain ¶

func FenceConfigMeasureRetain(value *FenceConfig, retain *TableRetain, allocator ...TableAllocator) int64

func FenceConfigOpen ¶

func FenceConfigOpen(cook *FenceConfigCook, base unsafe.Pointer, length int64) bool

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

func FenceConfigReadsEach ¶

func FenceConfigReadsEach(holder *TableList[EntryRow], visit func(*EntryRow) bool, arena ...*TableArena) bool

func FenceConfigReadsErase ¶

func FenceConfigReadsErase(arena *TableArena, holder *TableList[EntryRow], element *EntryRow) bool

func FenceConfigReset ¶

func FenceConfigReset(value *FenceConfig)

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

func FenceConfigRulesEach ¶

func FenceConfigRulesEach(holder *TableList[FenceRuleRow], visit func(*FenceRuleRow) bool, arena ...*TableArena) bool

func FenceConfigRulesErase ¶

func FenceConfigRulesErase(arena *TableArena, holder *TableList[FenceRuleRow], element *FenceRuleRow) bool

func FenceConfigSave ¶

func FenceConfigSave(value *FenceConfig, buffer []byte, context ...TableWriteContext) int64

func FenceConfigSaveBody ¶

func FenceConfigSaveBody(w *TableWriter, value *FenceConfig) bool

func FenceConfigSaveBodyFields ¶

func FenceConfigSaveBodyFields(w *TableWriter, value *FenceConfig) bool

func FenceConfigSaveBodyFieldsRetain ¶

func FenceConfigSaveBodyFieldsRetain(w *TableRetainWriter, value *FenceConfig) bool

func FenceConfigSaveBodyRetain ¶

func FenceConfigSaveBodyRetain(w *TableRetainWriter, value *FenceConfig) bool

func FenceConfigSaveMessageBody ¶

func FenceConfigSaveMessageBody(w *TableMessageWriter, value *FenceConfig) bool

func FenceConfigSaveRetain ¶

func FenceConfigSaveRetain(value *FenceConfig, retain *TableRetain, buffer []byte, report *TableReport, allocator ...TableAllocator) int64

func FenceConfigSaveText ¶

func FenceConfigSaveText(value *FenceConfig, context ...TableWriteContext) (string, error)

FenceConfigSaveText returns the base64 of FenceConfig'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. It takes the write context FenceConfigSave takes.

func FenceConfigToJson ¶

func FenceConfigToJson(value *FenceConfig, buffer []byte, allocator ...TableAllocator) int64

func FenceConfigToJsonMeasure ¶

func FenceConfigToJsonMeasure(value *FenceConfig, allocator ...TableAllocator) int64

func FenceRuleCookFrom ¶

func FenceRuleCookFrom(value *FenceRule, buffer []byte, order TableByteOrder, context ...TableWriteContext) bool

func FenceRuleCookMeasure ¶

func FenceRuleCookMeasure(value *FenceRule, context ...TableWriteContext) int64

func FenceRuleCookMeasureReason ¶

func FenceRuleCookMeasureReason(value *FenceRule, context ...TableWriteContext) (int64, error)

func FenceRuleFromJson ¶

func FenceRuleFromJson(builder *FenceRuleBuilder, text []byte, report *TableReport) bool

func FenceRuleLoadBody ¶

func FenceRuleLoadBody(r *TableReader, value *FenceRule) bool

func FenceRuleLoadBodyRetain ¶

func FenceRuleLoadBodyRetain(r *TableRetainReader, value *FenceRule) bool

func FenceRuleLoadBuilder ¶

func FenceRuleLoadBuilder(b *FenceRuleBuilder, wire []byte, report *TableReport) bool

func FenceRuleLoadMeasure ¶

func FenceRuleLoadMeasure(wire []byte) int64

func FenceRuleLoadMeasureReason ¶

func FenceRuleLoadMeasureReason(wire []byte) (int64, error)

func FenceRuleLoadMessageBody ¶

func FenceRuleLoadMessageBody(r *TableMessageReader, value *FenceRule) bool

func FenceRuleLoadMessageBodyRetain ¶

func FenceRuleLoadMessageBodyRetain(r *TableRetainMessageReader, value *FenceRule) bool

func FenceRuleMeasure ¶

func FenceRuleMeasure(value *FenceRule, context ...TableWriteContext) int64

func FenceRuleMeasureBody ¶

func FenceRuleMeasureBody(value *FenceRule, ids *TableIds) int64

func FenceRuleMeasureBodyRetain ¶

func FenceRuleMeasureBodyRetain(value *FenceRule, ids *TableRetainIds) int64

func FenceRuleMeasureReason ¶

func FenceRuleMeasureReason(value *FenceRule, context ...TableWriteContext) (int64, error)

func FenceRuleMeasureRetain ¶

func FenceRuleMeasureRetain(value *FenceRule, retain *TableRetain, allocator ...TableAllocator) int64

func FenceRuleOpen ¶

func FenceRuleOpen(cook *FenceRuleCook, base unsafe.Pointer, length int64) bool

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

func FenceRuleReset ¶

func FenceRuleReset(value *FenceRule)

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

func FenceRuleSave ¶

func FenceRuleSave(value *FenceRule, buffer []byte, context ...TableWriteContext) int64

func FenceRuleSaveBody ¶

func FenceRuleSaveBody(w *TableWriter, value *FenceRule) bool

func FenceRuleSaveBodyFields ¶

func FenceRuleSaveBodyFields(w *TableWriter, value *FenceRule) bool

func FenceRuleSaveBodyFieldsRetain ¶

func FenceRuleSaveBodyFieldsRetain(w *TableRetainWriter, value *FenceRule) bool

func FenceRuleSaveBodyRetain ¶

func FenceRuleSaveBodyRetain(w *TableRetainWriter, value *FenceRule) bool

func FenceRuleSaveMessageBody ¶

func FenceRuleSaveMessageBody(w *TableMessageWriter, value *FenceRule) bool

func FenceRuleSaveRetain ¶

func FenceRuleSaveRetain(value *FenceRule, retain *TableRetain, buffer []byte, report *TableReport, allocator ...TableAllocator) int64

func FenceRuleSaveText ¶

func FenceRuleSaveText(value *FenceRule, context ...TableWriteContext) (string, error)

FenceRuleSaveText returns the base64 of FenceRule'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. It takes the write context FenceRuleSave takes.

func FenceRuleToJson ¶

func FenceRuleToJson(value *FenceRule, buffer []byte, allocator ...TableAllocator) int64

func FenceRuleToJsonMeasure ¶

func FenceRuleToJsonMeasure(value *FenceRule, allocator ...TableAllocator) int64

func HarnessConfigRecordCookFrom ¶

func HarnessConfigRecordCookFrom(value *HarnessConfigRecord, buffer []byte, order TableByteOrder, context ...TableWriteContext) bool

func HarnessConfigRecordCookMeasure ¶

func HarnessConfigRecordCookMeasure(value *HarnessConfigRecord, context ...TableWriteContext) int64

func HarnessConfigRecordCookMeasureReason ¶

func HarnessConfigRecordCookMeasureReason(value *HarnessConfigRecord, context ...TableWriteContext) (int64, error)

func HarnessConfigRecordFromJson ¶

func HarnessConfigRecordFromJson(builder *HarnessConfigRecordBuilder, text []byte, report *TableReport) bool

func HarnessConfigRecordLoadBody ¶

func HarnessConfigRecordLoadBody(r *TableReader, value *HarnessConfigRecord) bool

func HarnessConfigRecordLoadBodyRetain ¶

func HarnessConfigRecordLoadBodyRetain(r *TableRetainReader, value *HarnessConfigRecord) bool

func HarnessConfigRecordLoadBuilder ¶

func HarnessConfigRecordLoadBuilder(b *HarnessConfigRecordBuilder, wire []byte, report *TableReport) bool

func HarnessConfigRecordLoadMeasure ¶

func HarnessConfigRecordLoadMeasure(wire []byte) int64

func HarnessConfigRecordLoadMeasureReason ¶

func HarnessConfigRecordLoadMeasureReason(wire []byte) (int64, error)

func HarnessConfigRecordLoadMessageBody ¶

func HarnessConfigRecordLoadMessageBody(r *TableMessageReader, value *HarnessConfigRecord) bool

func HarnessConfigRecordLoadMessageBodyRetain ¶

func HarnessConfigRecordLoadMessageBodyRetain(r *TableRetainMessageReader, value *HarnessConfigRecord) bool

func HarnessConfigRecordMeasure ¶

func HarnessConfigRecordMeasure(value *HarnessConfigRecord, context ...TableWriteContext) int64

func HarnessConfigRecordMeasureBody ¶

func HarnessConfigRecordMeasureBody(value *HarnessConfigRecord, ids *TableIds) int64

func HarnessConfigRecordMeasureBodyRetain ¶

func HarnessConfigRecordMeasureBodyRetain(value *HarnessConfigRecord, ids *TableRetainIds) int64

func HarnessConfigRecordMeasureReason ¶

func HarnessConfigRecordMeasureReason(value *HarnessConfigRecord, context ...TableWriteContext) (int64, error)

func HarnessConfigRecordMeasureRetain ¶

func HarnessConfigRecordMeasureRetain(value *HarnessConfigRecord, retain *TableRetain, allocator ...TableAllocator) int64

func HarnessConfigRecordOpen ¶

func HarnessConfigRecordOpen(cook *HarnessConfigRecordCook, base unsafe.Pointer, length int64) bool

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

func HarnessConfigRecordReset ¶

func HarnessConfigRecordReset(value *HarnessConfigRecord)

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

func HarnessConfigRecordSave ¶

func HarnessConfigRecordSave(value *HarnessConfigRecord, buffer []byte, context ...TableWriteContext) int64

func HarnessConfigRecordSaveBody ¶

func HarnessConfigRecordSaveBody(w *TableWriter, value *HarnessConfigRecord) bool

func HarnessConfigRecordSaveBodyFields ¶

func HarnessConfigRecordSaveBodyFields(w *TableWriter, value *HarnessConfigRecord) bool

func HarnessConfigRecordSaveBodyFieldsRetain ¶

func HarnessConfigRecordSaveBodyFieldsRetain(w *TableRetainWriter, value *HarnessConfigRecord) bool

func HarnessConfigRecordSaveBodyRetain ¶

func HarnessConfigRecordSaveBodyRetain(w *TableRetainWriter, value *HarnessConfigRecord) bool

func HarnessConfigRecordSaveMessageBody ¶

func HarnessConfigRecordSaveMessageBody(w *TableMessageWriter, value *HarnessConfigRecord) bool

func HarnessConfigRecordSaveRetain ¶

func HarnessConfigRecordSaveRetain(value *HarnessConfigRecord, retain *TableRetain, buffer []byte, report *TableReport, allocator ...TableAllocator) int64

func HarnessConfigRecordSaveText ¶

func HarnessConfigRecordSaveText(value *HarnessConfigRecord, context ...TableWriteContext) (string, error)

HarnessConfigRecordSaveText returns the base64 of HarnessConfigRecord'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. It takes the write context HarnessConfigRecordSave takes.

func HarnessConfigRecordToJson ¶

func HarnessConfigRecordToJson(value *HarnessConfigRecord, buffer []byte, allocator ...TableAllocator) int64

func HarnessConfigRecordToJsonMeasure ¶

func HarnessConfigRecordToJsonMeasure(value *HarnessConfigRecord, allocator ...TableAllocator) int64

func MemberCarryCookFrom ¶

func MemberCarryCookFrom(value *MemberCarry, buffer []byte, order TableByteOrder, context ...TableWriteContext) bool

func MemberCarryCookMeasure ¶

func MemberCarryCookMeasure(value *MemberCarry, context ...TableWriteContext) int64

func MemberCarryCookMeasureReason ¶

func MemberCarryCookMeasureReason(value *MemberCarry, context ...TableWriteContext) (int64, error)

func MemberCarryFromJson ¶

func MemberCarryFromJson(builder *MemberCarryBuilder, text []byte, report *TableReport) bool

func MemberCarryLoadBody ¶

func MemberCarryLoadBody(r *TableReader, value *MemberCarry) bool

func MemberCarryLoadBodyRetain ¶

func MemberCarryLoadBodyRetain(r *TableRetainReader, value *MemberCarry) bool

func MemberCarryLoadBuilder ¶

func MemberCarryLoadBuilder(b *MemberCarryBuilder, wire []byte, report *TableReport) bool

func MemberCarryLoadMeasure ¶

func MemberCarryLoadMeasure(wire []byte) int64

func MemberCarryLoadMeasureReason ¶

func MemberCarryLoadMeasureReason(wire []byte) (int64, error)

func MemberCarryLoadMessageBody ¶

func MemberCarryLoadMessageBody(r *TableMessageReader, value *MemberCarry) bool

func MemberCarryLoadMessageBodyRetain ¶

func MemberCarryLoadMessageBodyRetain(r *TableRetainMessageReader, value *MemberCarry) bool

func MemberCarryMeasure ¶

func MemberCarryMeasure(value *MemberCarry, context ...TableWriteContext) int64

func MemberCarryMeasureBody ¶

func MemberCarryMeasureBody(value *MemberCarry, ids *TableIds) int64

func MemberCarryMeasureBodyRetain ¶

func MemberCarryMeasureBodyRetain(value *MemberCarry, ids *TableRetainIds) int64

func MemberCarryMeasureReason ¶

func MemberCarryMeasureReason(value *MemberCarry, context ...TableWriteContext) (int64, error)

func MemberCarryMeasureRetain ¶

func MemberCarryMeasureRetain(value *MemberCarry, retain *TableRetain, allocator ...TableAllocator) int64

func MemberCarryOpen ¶

func MemberCarryOpen(cook *MemberCarryCook, base unsafe.Pointer, length int64) bool

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

func MemberCarryReset ¶

func MemberCarryReset(value *MemberCarry)

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

func MemberCarrySave ¶

func MemberCarrySave(value *MemberCarry, buffer []byte, context ...TableWriteContext) int64

func MemberCarrySaveBody ¶

func MemberCarrySaveBody(w *TableWriter, value *MemberCarry) bool

func MemberCarrySaveBodyFields ¶

func MemberCarrySaveBodyFields(w *TableWriter, value *MemberCarry) bool

func MemberCarrySaveBodyFieldsRetain ¶

func MemberCarrySaveBodyFieldsRetain(w *TableRetainWriter, value *MemberCarry) bool

func MemberCarrySaveBodyRetain ¶

func MemberCarrySaveBodyRetain(w *TableRetainWriter, value *MemberCarry) bool

func MemberCarrySaveMessageBody ¶

func MemberCarrySaveMessageBody(w *TableMessageWriter, value *MemberCarry) bool

func MemberCarrySaveRetain ¶

func MemberCarrySaveRetain(value *MemberCarry, retain *TableRetain, buffer []byte, report *TableReport, allocator ...TableAllocator) int64

func MemberCarrySaveText ¶

func MemberCarrySaveText(value *MemberCarry, context ...TableWriteContext) (string, error)

MemberCarrySaveText returns the base64 of MemberCarry'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. It takes the write context MemberCarrySave takes.

func MemberCarryToJson ¶

func MemberCarryToJson(value *MemberCarry, buffer []byte, allocator ...TableAllocator) int64

func MemberCarryToJsonMeasure ¶

func MemberCarryToJsonMeasure(value *MemberCarry, allocator ...TableAllocator) int64

func TableBytesEmplace ¶

func TableBytesEmplace(worker *TableWorker, slot *TableRef, length int64) []byte

func TableStringEmplace ¶

func TableStringEmplace(worker *TableWorker, slot *TableRef, text []byte) []byte

func WorkerRecordCookFrom ¶

func WorkerRecordCookFrom(value *WorkerRecord, buffer []byte, order TableByteOrder, context ...TableWriteContext) bool

func WorkerRecordCookMeasure ¶

func WorkerRecordCookMeasure(value *WorkerRecord, context ...TableWriteContext) int64

func WorkerRecordCookMeasureReason ¶

func WorkerRecordCookMeasureReason(value *WorkerRecord, context ...TableWriteContext) (int64, error)

func WorkerRecordFromJson ¶

func WorkerRecordFromJson(builder *WorkerRecordBuilder, text []byte, report *TableReport) bool

func WorkerRecordHarnessArgsEach ¶

func WorkerRecordHarnessArgsEach(holder *TableList[EntryRow], visit func(*EntryRow) bool, arena ...*TableArena) bool

func WorkerRecordHarnessArgsErase ¶

func WorkerRecordHarnessArgsErase(arena *TableArena, holder *TableList[EntryRow], element *EntryRow) bool

func WorkerRecordInputLimitPhrasesEach ¶

func WorkerRecordInputLimitPhrasesEach(holder *TableList[EntryRow], visit func(*EntryRow) bool, arena ...*TableArena) bool

func WorkerRecordInputLimitPhrasesErase ¶

func WorkerRecordInputLimitPhrasesErase(arena *TableArena, holder *TableList[EntryRow], element *EntryRow) bool

func WorkerRecordLoadBody ¶

func WorkerRecordLoadBody(r *TableReader, value *WorkerRecord) bool

func WorkerRecordLoadBodyRetain ¶

func WorkerRecordLoadBodyRetain(r *TableRetainReader, value *WorkerRecord) bool

func WorkerRecordLoadBuilder ¶

func WorkerRecordLoadBuilder(b *WorkerRecordBuilder, wire []byte, report *TableReport) bool

func WorkerRecordLoadMeasure ¶

func WorkerRecordLoadMeasure(wire []byte) int64

func WorkerRecordLoadMeasureReason ¶

func WorkerRecordLoadMeasureReason(wire []byte) (int64, error)

func WorkerRecordLoadMessageBody ¶

func WorkerRecordLoadMessageBody(r *TableMessageReader, value *WorkerRecord) bool

func WorkerRecordLoadMessageBodyRetain ¶

func WorkerRecordLoadMessageBodyRetain(r *TableRetainMessageReader, value *WorkerRecord) bool

func WorkerRecordMeasure ¶

func WorkerRecordMeasure(value *WorkerRecord, context ...TableWriteContext) int64

func WorkerRecordMeasureBody ¶

func WorkerRecordMeasureBody(value *WorkerRecord, ids *TableIds) int64

func WorkerRecordMeasureBodyRetain ¶

func WorkerRecordMeasureBodyRetain(value *WorkerRecord, ids *TableRetainIds) int64

func WorkerRecordMeasureReason ¶

func WorkerRecordMeasureReason(value *WorkerRecord, context ...TableWriteContext) (int64, error)

func WorkerRecordMeasureRetain ¶

func WorkerRecordMeasureRetain(value *WorkerRecord, retain *TableRetain, allocator ...TableAllocator) int64

func WorkerRecordOpen ¶

func WorkerRecordOpen(cook *WorkerRecordCook, base unsafe.Pointer, length int64) bool

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

func WorkerRecordReadRootsEach ¶

func WorkerRecordReadRootsEach(holder *TableList[EntryRow], visit func(*EntryRow) bool, arena ...*TableArena) bool

func WorkerRecordReadRootsErase ¶

func WorkerRecordReadRootsErase(arena *TableArena, holder *TableList[EntryRow], element *EntryRow) bool

func WorkerRecordReset ¶

func WorkerRecordReset(value *WorkerRecord)

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

func WorkerRecordSave ¶

func WorkerRecordSave(value *WorkerRecord, buffer []byte, context ...TableWriteContext) int64

func WorkerRecordSaveBody ¶

func WorkerRecordSaveBody(w *TableWriter, value *WorkerRecord) bool

func WorkerRecordSaveBodyFields ¶

func WorkerRecordSaveBodyFields(w *TableWriter, value *WorkerRecord) bool

func WorkerRecordSaveBodyFieldsRetain ¶

func WorkerRecordSaveBodyFieldsRetain(w *TableRetainWriter, value *WorkerRecord) bool

func WorkerRecordSaveBodyRetain ¶

func WorkerRecordSaveBodyRetain(w *TableRetainWriter, value *WorkerRecord) bool

func WorkerRecordSaveMessageBody ¶

func WorkerRecordSaveMessageBody(w *TableMessageWriter, value *WorkerRecord) bool

func WorkerRecordSaveRetain ¶

func WorkerRecordSaveRetain(value *WorkerRecord, retain *TableRetain, buffer []byte, report *TableReport, allocator ...TableAllocator) int64

func WorkerRecordSaveText ¶

func WorkerRecordSaveText(value *WorkerRecord, context ...TableWriteContext) (string, error)

WorkerRecordSaveText returns the base64 of WorkerRecord'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. It takes the write context WorkerRecordSave takes.

func WorkerRecordToJson ¶

func WorkerRecordToJson(value *WorkerRecord, buffer []byte, allocator ...TableAllocator) int64

func WorkerRecordToJsonMeasure ¶

func WorkerRecordToJsonMeasure(value *WorkerRecord, allocator ...TableAllocator) int64

Types ¶

type DeclaredModel ¶

type DeclaredModel = DeclaredModelRow

func DeclaredModelLoad ¶

func DeclaredModelLoad(region, wire []byte, report *TableReport) *DeclaredModel

func DeclaredModelLoadRetain ¶

func DeclaredModelLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *DeclaredModel

func DeclaredModelLoadText ¶

func DeclaredModelLoadText(text string, report *TableReport) (*DeclaredModel, error)

DeclaredModelLoadText reads one DeclaredModel from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8) into a builder of its own and returns the locked root, as DeclaredModelReadStrict does: it is the STRICT read (§6.5) and refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant LoadBuilder 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 DeclaredModelReadStrict ¶

func DeclaredModelReadStrict(wire []byte) (*DeclaredModel, error)

DeclaredModelReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, its own builder, one typed reason.

type DeclaredModelBuilder ¶

type DeclaredModelBuilder struct {
	Arena TableArena
	Main  TableWorker
	// contains filtered or unexported fields
}

func (*DeclaredModelBuilder) AsConst ¶

func (b *DeclaredModelBuilder) AsConst() *DeclaredModel

func (*DeclaredModelBuilder) GetRoot ¶

func (b *DeclaredModelBuilder) GetRoot() *DeclaredModel

func (*DeclaredModelBuilder) Init ¶

func (b *DeclaredModelBuilder) Init(allocator ...TableAllocator) bool

func (*DeclaredModelBuilder) Lock ¶

func (b *DeclaredModelBuilder) Lock() bool

func (*DeclaredModelBuilder) PackMeasure ¶

func (b *DeclaredModelBuilder) PackMeasure() int64

func (*DeclaredModelBuilder) PackMeasureReason ¶

func (b *DeclaredModelBuilder) PackMeasureReason() (int64, error)

func (*DeclaredModelBuilder) Region ¶

func (b *DeclaredModelBuilder) Region() []byte

func (*DeclaredModelBuilder) Shutdown ¶

func (b *DeclaredModelBuilder) Shutdown()

type DeclaredModelCook ¶

type DeclaredModelCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

DeclaredModelCook is DeclaredModel'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 — DeclaredModelOpen, DeclaredModelAt — 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 (*DeclaredModelCook) Open ¶

func (cook *DeclaredModelCook) 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 (DeclaredModelCook) RegionAlignment ¶

func (c DeclaredModelCook) 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 (DeclaredModelCook) Root ¶

func (c DeclaredModelCook) Root() *DeclaredModelRow

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 (DeclaredModelCook) RootAlign ¶

func (c DeclaredModelCook) RootAlign() int64

func (DeclaredModelCook) RootSize ¶

func (c DeclaredModelCook) RootSize() int64

func (DeclaredModelCook) Type ¶

func (c DeclaredModelCook) Type() *TableCookInfo

Type is DeclaredModel's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type DeclaredModelRow ¶

type DeclaredModelRow struct {
	Provider int64 // *: signed self-relative delta, zero is null (§6.3)
	Model    int64 // *: signed self-relative delta, zero is null (§6.3)
}

DeclaredModelRow — 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 DeclaredModelAt ¶

func DeclaredModelAt(slot *int64, arena ...*TableArena) *DeclaredModelRow

DeclaredModelAt 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 Entry ¶

type Entry = EntryRow

func EntryLoad ¶

func EntryLoad(region, wire []byte, report *TableReport) *Entry

func EntryLoadRetain ¶

func EntryLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *Entry

func EntryLoadText ¶

func EntryLoadText(text string, report *TableReport) (*Entry, error)

EntryLoadText reads one Entry from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8) into a builder of its own and returns the locked root, as EntryReadStrict does: it is the STRICT read (§6.5) and refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant LoadBuilder 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 EntryReadStrict ¶

func EntryReadStrict(wire []byte) (*Entry, error)

EntryReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, its own builder, one typed reason.

type EntryBuilder ¶

type EntryBuilder struct {
	Arena TableArena
	Main  TableWorker
	// contains filtered or unexported fields
}

func (*EntryBuilder) AsConst ¶

func (b *EntryBuilder) AsConst() *Entry

func (*EntryBuilder) GetRoot ¶

func (b *EntryBuilder) GetRoot() *Entry

func (*EntryBuilder) Init ¶

func (b *EntryBuilder) Init(allocator ...TableAllocator) bool

func (*EntryBuilder) Lock ¶

func (b *EntryBuilder) Lock() bool

func (*EntryBuilder) PackMeasure ¶

func (b *EntryBuilder) PackMeasure() int64

func (*EntryBuilder) PackMeasureReason ¶

func (b *EntryBuilder) PackMeasureReason() (int64, error)

func (*EntryBuilder) Region ¶

func (b *EntryBuilder) Region() []byte

func (*EntryBuilder) Shutdown ¶

func (b *EntryBuilder) Shutdown()

type EntryCook ¶

type EntryCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

EntryCook is Entry'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 — EntryOpen, EntryAt — 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 (*EntryCook) Open ¶

func (cook *EntryCook) 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 (EntryCook) RegionAlignment ¶

func (c EntryCook) 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 (EntryCook) Root ¶

func (c EntryCook) Root() *EntryRow

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 (EntryCook) RootAlign ¶

func (c EntryCook) RootAlign() int64

func (EntryCook) RootSize ¶

func (c EntryCook) RootSize() int64

func (EntryCook) Type ¶

func (c EntryCook) Type() *TableCookInfo

Type is Entry's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type EntryRow ¶

type EntryRow struct {
	Value int64 // *: signed self-relative delta, zero is null (§6.3)
}

EntryRow — 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 EntryAt ¶

func EntryAt(slot *int64, arena ...*TableArena) *EntryRow

EntryAt 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.

func FenceConfigReadsAdd ¶

func FenceConfigReadsAdd(worker *TableWorker, holder *TableList[EntryRow]) *EntryRow

func WorkerRecordHarnessArgsAdd ¶

func WorkerRecordHarnessArgsAdd(worker *TableWorker, holder *TableList[EntryRow]) *EntryRow

func WorkerRecordInputLimitPhrasesAdd ¶

func WorkerRecordInputLimitPhrasesAdd(worker *TableWorker, holder *TableList[EntryRow]) *EntryRow

func WorkerRecordReadRootsAdd ¶

func WorkerRecordReadRootsAdd(worker *TableWorker, holder *TableList[EntryRow]) *EntryRow

type ExitRecord ¶

type ExitRecord = ExitRecordRow

func ExitRecordLoad ¶

func ExitRecordLoad(region, wire []byte, report *TableReport) *ExitRecord

func ExitRecordLoadRetain ¶

func ExitRecordLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *ExitRecord

func ExitRecordLoadText ¶

func ExitRecordLoadText(text string, report *TableReport) (*ExitRecord, error)

ExitRecordLoadText reads one ExitRecord from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8) into a builder of its own and returns the locked root, as ExitRecordReadStrict does: it is the STRICT read (§6.5) and refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant LoadBuilder 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 ExitRecordReadStrict ¶

func ExitRecordReadStrict(wire []byte) (*ExitRecord, error)

ExitRecordReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, its own builder, one typed reason.

type ExitRecordBuilder ¶

type ExitRecordBuilder struct {
	Arena TableArena
	Main  TableWorker
	// contains filtered or unexported fields
}

func (*ExitRecordBuilder) AsConst ¶

func (b *ExitRecordBuilder) AsConst() *ExitRecord

func (*ExitRecordBuilder) GetRoot ¶

func (b *ExitRecordBuilder) GetRoot() *ExitRecord

func (*ExitRecordBuilder) Init ¶

func (b *ExitRecordBuilder) Init(allocator ...TableAllocator) bool

func (*ExitRecordBuilder) Lock ¶

func (b *ExitRecordBuilder) Lock() bool

func (*ExitRecordBuilder) PackMeasure ¶

func (b *ExitRecordBuilder) PackMeasure() int64

func (*ExitRecordBuilder) PackMeasureReason ¶

func (b *ExitRecordBuilder) PackMeasureReason() (int64, error)

func (*ExitRecordBuilder) Region ¶

func (b *ExitRecordBuilder) Region() []byte

func (*ExitRecordBuilder) Shutdown ¶

func (b *ExitRecordBuilder) Shutdown()

type ExitRecordCook ¶

type ExitRecordCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

ExitRecordCook is ExitRecord'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 — ExitRecordOpen, ExitRecordAt — 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 (*ExitRecordCook) Open ¶

func (cook *ExitRecordCook) 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 (ExitRecordCook) RegionAlignment ¶

func (c ExitRecordCook) 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 (ExitRecordCook) Root ¶

func (c ExitRecordCook) Root() *ExitRecordRow

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 (ExitRecordCook) RootAlign ¶

func (c ExitRecordCook) RootAlign() int64

func (ExitRecordCook) RootSize ¶

func (c ExitRecordCook) RootSize() int64

func (ExitRecordCook) Type ¶

func (c ExitRecordCook) Type() *TableCookInfo

Type is ExitRecord's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type ExitRecordRow ¶

type ExitRecordRow struct {
	Rc        int64
	Signal    int64 // *: signed self-relative delta, zero is null (§6.3)
	Ended     int64 // *: signed self-relative delta, zero is null (§6.3)
	Survivors int64
	Nonce     int64 // *: signed self-relative delta, zero is null (§6.3)
	Attest    int64 // *: signed self-relative delta, zero is null (§6.3)
	End       int64 // *: signed self-relative delta, zero is null (§6.3)
	Spent     int64
	Observed  bool
	Partial   bool

	Reason int64 // *: signed self-relative delta, zero is null (§6.3)
	// contains filtered or unexported fields
}

ExitRecordRow — 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 ExitRecordAt ¶

func ExitRecordAt(slot *int64, arena ...*TableArena) *ExitRecordRow

ExitRecordAt 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 FenceConfig ¶

type FenceConfig = FenceConfigRow

func FenceConfigLoad ¶

func FenceConfigLoad(region, wire []byte, report *TableReport) *FenceConfig

func FenceConfigLoadRetain ¶

func FenceConfigLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *FenceConfig

func FenceConfigLoadText ¶

func FenceConfigLoadText(text string, report *TableReport) (*FenceConfig, error)

FenceConfigLoadText reads one FenceConfig from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8) into a builder of its own and returns the locked root, as FenceConfigReadStrict does: it is the STRICT read (§6.5) and refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant LoadBuilder 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 FenceConfigReadStrict ¶

func FenceConfigReadStrict(wire []byte) (*FenceConfig, error)

FenceConfigReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, its own builder, one typed reason.

type FenceConfigBuilder ¶

type FenceConfigBuilder struct {
	Arena TableArena
	Main  TableWorker
	// contains filtered or unexported fields
}

func (*FenceConfigBuilder) AsConst ¶

func (b *FenceConfigBuilder) AsConst() *FenceConfig

func (*FenceConfigBuilder) GetRoot ¶

func (b *FenceConfigBuilder) GetRoot() *FenceConfig

func (*FenceConfigBuilder) Init ¶

func (b *FenceConfigBuilder) Init(allocator ...TableAllocator) bool

func (*FenceConfigBuilder) Lock ¶

func (b *FenceConfigBuilder) Lock() bool

func (*FenceConfigBuilder) PackMeasure ¶

func (b *FenceConfigBuilder) PackMeasure() int64

func (*FenceConfigBuilder) PackMeasureReason ¶

func (b *FenceConfigBuilder) PackMeasureReason() (int64, error)

func (*FenceConfigBuilder) Region ¶

func (b *FenceConfigBuilder) Region() []byte

func (*FenceConfigBuilder) Shutdown ¶

func (b *FenceConfigBuilder) Shutdown()

type FenceConfigCook ¶

type FenceConfigCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

FenceConfigCook is FenceConfig'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 — FenceConfigOpen, FenceConfigAt — 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 (*FenceConfigCook) Open ¶

func (cook *FenceConfigCook) 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 (FenceConfigCook) RegionAlignment ¶

func (c FenceConfigCook) 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 (FenceConfigCook) Root ¶

func (c FenceConfigCook) Root() *FenceConfigRow

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 (FenceConfigCook) RootAlign ¶

func (c FenceConfigCook) RootAlign() int64

func (FenceConfigCook) RootSize ¶

func (c FenceConfigCook) RootSize() int64

func (FenceConfigCook) Type ¶

func (c FenceConfigCook) Type() *TableCookInfo

Type is FenceConfig's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type FenceConfigRow ¶

type FenceConfigRow struct {
	JobDir   int64 // *: signed self-relative delta, zero is null (§6.3)
	Reads    TableList[EntryRow]
	Rules    TableList[FenceRuleRow]
	Webfetch uint8
	// contains filtered or unexported fields
}

FenceConfigRow — 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 FenceConfigAt ¶

func FenceConfigAt(slot *int64, arena ...*TableArena) *FenceConfigRow

FenceConfigAt 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 FenceRule ¶

type FenceRule = FenceRuleRow

func FenceRuleLoad ¶

func FenceRuleLoad(region, wire []byte, report *TableReport) *FenceRule

func FenceRuleLoadRetain ¶

func FenceRuleLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *FenceRule

func FenceRuleLoadText ¶

func FenceRuleLoadText(text string, report *TableReport) (*FenceRule, error)

FenceRuleLoadText reads one FenceRule from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8) into a builder of its own and returns the locked root, as FenceRuleReadStrict does: it is the STRICT read (§6.5) and refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant LoadBuilder 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 FenceRuleReadStrict ¶

func FenceRuleReadStrict(wire []byte) (*FenceRule, error)

FenceRuleReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, its own builder, one typed reason.

type FenceRuleBuilder ¶

type FenceRuleBuilder struct {
	Arena TableArena
	Main  TableWorker
	// contains filtered or unexported fields
}

func (*FenceRuleBuilder) AsConst ¶

func (b *FenceRuleBuilder) AsConst() *FenceRule

func (*FenceRuleBuilder) GetRoot ¶

func (b *FenceRuleBuilder) GetRoot() *FenceRule

func (*FenceRuleBuilder) Init ¶

func (b *FenceRuleBuilder) Init(allocator ...TableAllocator) bool

func (*FenceRuleBuilder) Lock ¶

func (b *FenceRuleBuilder) Lock() bool

func (*FenceRuleBuilder) PackMeasure ¶

func (b *FenceRuleBuilder) PackMeasure() int64

func (*FenceRuleBuilder) PackMeasureReason ¶

func (b *FenceRuleBuilder) PackMeasureReason() (int64, error)

func (*FenceRuleBuilder) Region ¶

func (b *FenceRuleBuilder) Region() []byte

func (*FenceRuleBuilder) Shutdown ¶

func (b *FenceRuleBuilder) Shutdown()

type FenceRuleCook ¶

type FenceRuleCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

FenceRuleCook is FenceRule'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 — FenceRuleOpen, FenceRuleAt — 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 (*FenceRuleCook) Open ¶

func (cook *FenceRuleCook) 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 (FenceRuleCook) RegionAlignment ¶

func (c FenceRuleCook) 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 (FenceRuleCook) Root ¶

func (c FenceRuleCook) Root() *FenceRuleRow

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 (FenceRuleCook) RootAlign ¶

func (c FenceRuleCook) RootAlign() int64

func (FenceRuleCook) RootSize ¶

func (c FenceRuleCook) RootSize() int64

func (FenceRuleCook) Type ¶

func (c FenceRuleCook) Type() *TableCookInfo

Type is FenceRule's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type FenceRuleRow ¶

type FenceRuleRow struct {
	Pattern int64 // *: signed self-relative delta, zero is null (§6.3)
	Action  uint8
	// contains filtered or unexported fields
}

FenceRuleRow — 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 FenceConfigRulesAdd ¶

func FenceConfigRulesAdd(worker *TableWorker, holder *TableList[FenceRuleRow]) *FenceRuleRow

func FenceRuleAt ¶

func FenceRuleAt(slot *int64, arena ...*TableArena) *FenceRuleRow

FenceRuleAt 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 HarnessConfigRecord ¶

type HarnessConfigRecord = HarnessConfigRecordRow

func HarnessConfigRecordLoad ¶

func HarnessConfigRecordLoad(region, wire []byte, report *TableReport) *HarnessConfigRecord

func HarnessConfigRecordLoadRetain ¶

func HarnessConfigRecordLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *HarnessConfigRecord

func HarnessConfigRecordLoadText ¶

func HarnessConfigRecordLoadText(text string, report *TableReport) (*HarnessConfigRecord, error)

HarnessConfigRecordLoadText reads one HarnessConfigRecord from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8) into a builder of its own and returns the locked root, as HarnessConfigRecordReadStrict does: it is the STRICT read (§6.5) and refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant LoadBuilder 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 HarnessConfigRecordReadStrict ¶

func HarnessConfigRecordReadStrict(wire []byte) (*HarnessConfigRecord, error)

HarnessConfigRecordReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, its own builder, one typed reason.

type HarnessConfigRecordBuilder ¶

type HarnessConfigRecordBuilder struct {
	Arena TableArena
	Main  TableWorker
	// contains filtered or unexported fields
}

func (*HarnessConfigRecordBuilder) AsConst ¶

func (b *HarnessConfigRecordBuilder) AsConst() *HarnessConfigRecord

func (*HarnessConfigRecordBuilder) GetRoot ¶

func (b *HarnessConfigRecordBuilder) GetRoot() *HarnessConfigRecord

func (*HarnessConfigRecordBuilder) Init ¶

func (b *HarnessConfigRecordBuilder) Init(allocator ...TableAllocator) bool

func (*HarnessConfigRecordBuilder) Lock ¶

func (b *HarnessConfigRecordBuilder) Lock() bool

func (*HarnessConfigRecordBuilder) PackMeasure ¶

func (b *HarnessConfigRecordBuilder) PackMeasure() int64

func (*HarnessConfigRecordBuilder) PackMeasureReason ¶

func (b *HarnessConfigRecordBuilder) PackMeasureReason() (int64, error)

func (*HarnessConfigRecordBuilder) Region ¶

func (b *HarnessConfigRecordBuilder) Region() []byte

func (*HarnessConfigRecordBuilder) Shutdown ¶

func (b *HarnessConfigRecordBuilder) Shutdown()

type HarnessConfigRecordCook ¶

type HarnessConfigRecordCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

HarnessConfigRecordCook is HarnessConfigRecord'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 — HarnessConfigRecordOpen, HarnessConfigRecordAt — 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 (*HarnessConfigRecordCook) Open ¶

func (cook *HarnessConfigRecordCook) 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 (HarnessConfigRecordCook) RegionAlignment ¶

func (c HarnessConfigRecordCook) 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 (HarnessConfigRecordCook) Root ¶

func (c HarnessConfigRecordCook) Root() *HarnessConfigRecordRow

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 (HarnessConfigRecordCook) RootAlign ¶

func (c HarnessConfigRecordCook) RootAlign() int64

func (HarnessConfigRecordCook) RootSize ¶

func (c HarnessConfigRecordCook) RootSize() int64

func (HarnessConfigRecordCook) Type ¶

func (c HarnessConfigRecordCook) Type() *TableCookInfo

Type is HarnessConfigRecord's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type HarnessConfigRecordRow ¶

type HarnessConfigRecordRow struct {
	Provider int64 // *: signed self-relative delta, zero is null (§6.3)
	Model    int64 // *: signed self-relative delta, zero is null (§6.3)
	EnvVar   int64 // *: signed self-relative delta, zero is null (§6.3)
	BaseUrl  int64 // *: signed self-relative delta, zero is null (§6.3)
}

HarnessConfigRecordRow — 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 HarnessConfigRecordAt ¶

func HarnessConfigRecordAt(slot *int64, arena ...*TableArena) *HarnessConfigRecordRow

HarnessConfigRecordAt 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 MemberCarry ¶

type MemberCarry = MemberCarryRow

func MemberCarryLoad ¶

func MemberCarryLoad(region, wire []byte, report *TableReport) *MemberCarry

func MemberCarryLoadRetain ¶

func MemberCarryLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *MemberCarry

func MemberCarryLoadText ¶

func MemberCarryLoadText(text string, report *TableReport) (*MemberCarry, error)

MemberCarryLoadText reads one MemberCarry from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8) into a builder of its own and returns the locked root, as MemberCarryReadStrict does: it is the STRICT read (§6.5) and refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant LoadBuilder 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 MemberCarryReadStrict ¶

func MemberCarryReadStrict(wire []byte) (*MemberCarry, error)

MemberCarryReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, its own builder, one typed reason.

type MemberCarryBuilder ¶

type MemberCarryBuilder struct {
	Arena TableArena
	Main  TableWorker
	// contains filtered or unexported fields
}

func (*MemberCarryBuilder) AsConst ¶

func (b *MemberCarryBuilder) AsConst() *MemberCarry

func (*MemberCarryBuilder) GetRoot ¶

func (b *MemberCarryBuilder) GetRoot() *MemberCarry

func (*MemberCarryBuilder) Init ¶

func (b *MemberCarryBuilder) Init(allocator ...TableAllocator) bool

func (*MemberCarryBuilder) Lock ¶

func (b *MemberCarryBuilder) Lock() bool

func (*MemberCarryBuilder) PackMeasure ¶

func (b *MemberCarryBuilder) PackMeasure() int64

func (*MemberCarryBuilder) PackMeasureReason ¶

func (b *MemberCarryBuilder) PackMeasureReason() (int64, error)

func (*MemberCarryBuilder) Region ¶

func (b *MemberCarryBuilder) Region() []byte

func (*MemberCarryBuilder) Shutdown ¶

func (b *MemberCarryBuilder) Shutdown()

type MemberCarryCook ¶

type MemberCarryCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

MemberCarryCook is MemberCarry'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 — MemberCarryOpen, MemberCarryAt — 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 (*MemberCarryCook) Open ¶

func (cook *MemberCarryCook) 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 (MemberCarryCook) RegionAlignment ¶

func (c MemberCarryCook) 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 (MemberCarryCook) Root ¶

func (c MemberCarryCook) Root() *MemberCarryRow

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 (MemberCarryCook) RootAlign ¶

func (c MemberCarryCook) RootAlign() int64

func (MemberCarryCook) RootSize ¶

func (c MemberCarryCook) RootSize() int64

func (MemberCarryCook) Type ¶

func (c MemberCarryCook) Type() *TableCookInfo

Type is MemberCarry's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type MemberCarryRow ¶

type MemberCarryRow struct {
	Card    int64 // *: signed self-relative delta, zero is null (§6.3)
	Attempt int64
	Head    int64 // *: signed self-relative delta, zero is null (§6.3)
	Branch  int64 // *: signed self-relative delta, zero is null (§6.3)
}

MemberCarryRow — 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 MemberCarryAt ¶

func MemberCarryAt(slot *int64, arena ...*TableArena) *MemberCarryRow

MemberCarryAt 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 TableAllocator ¶

type TableAllocator struct {
	Alloc func(int64) []byte
	Free  func([]byte)
}

TableAllocator owns authoring and temporary writer storage. Both callbacks are required together; an empty pair uses Go-owned storage. Alloc supplies zeroed bytes aligned to tableRegionAlign and may return more than requested. Free always receives the original slice, with its original length and base. Load and LoadMeasure use caller buffers and never call this pair.

type TableArena ¶

type TableArena struct {
	Allocator TableAllocator
	Locked    bool
	// contains filtered or unexported fields
}

func (*TableArena) At ¶

func (a *TableArena) At(ref TableRef) unsafe.Pointer

func (*TableArena) Init ¶

func (a *TableArena) Init(allocator ...TableAllocator) bool

func (*TableArena) Shutdown ¶

func (a *TableArena) Shutdown()

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 TableBlob ¶

type TableBlob struct {
	Length uint32
	Zero   uint32
}

Blob ABI follows the established tool and C++ byte contract: u32 length, u32 zero. SPEC-TABLES §7.2 currently labels this u64; the big-endian fixtures distinguish them.

func TableBlobAt ¶

func TableBlobAt(slot *TableRef, arena ...*TableArena) *TableBlob

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 TableBytesView ¶

type TableBytesView struct {
	Data   []byte
	Length int64
}

TableBytesView borrows its backing region or arena. Keep that storage alive and do not free, reuse, or shut it down while using the view.

func TableBytesAt ¶

func TableBytesAt(slot *TableRef, arena ...*TableArena) TableBytesView

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 TableExtentCarve ¶

type TableExtentCarve struct {
	Base      unsafe.Pointer
	At, Limit int64
	Worker    *TableWorker
	Refused   bool
}

func (*TableExtentCarve) Alloc ¶

func (c *TableExtentCarve) Alloc(n, align int64) unsafe.Pointer

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 {
	Numbering *TableNumbering
	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 TableList ¶

type TableList[T any] struct {
	Ref   int64
	Count int32
	// contains filtered or unexported fields
}

func (*TableList[T]) At ¶

func (l *TableList[T]) At(index int32, arena ...*TableArena) *T

func (*TableList[T]) Clear ¶

func (l *TableList[T]) Clear()

type TableMap ¶

type TableMap[T any] struct {
	Ref   int64
	Count int32
	// contains filtered or unexported fields
}

func (*TableMap[T]) At ¶

func (m *TableMap[T]) At(index int32, arena ...*TableArena) *T

func (*TableMap[T]) Clear ¶

func (m *TableMap[T]) Clear()

type TableMapIndex ¶

type TableMapIndex struct {
	// contains filtered or unexported fields
}

type TableMessageEntry ¶

type TableMessageEntry struct {
	Id             uint64
	Shape, Element TableMessageShape
}

type TableMessageReader ¶

type TableMessageReader struct {
	Nodes      TableNodeMap
	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
	Numbering *TableNumbering
	// contains filtered or unexported fields
}

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 TableNodeDirEntry ¶

type TableNodeDirEntry struct{ Offset, TypeId uint64 }

type TableNodeMap ¶

type TableNodeMap struct {
	Carve   TableExtentCarve
	Base    unsafe.Pointer
	Entries []TableNodeDirEntry
	Good    bool
	Arena   bool
}

func (TableNodeMap) Resolve ¶

func (m TableNodeMap) Resolve(slot *TableRef, index, target uint64, r *TableReport)

type TableNumbering ¶

type TableNumbering struct {
	// contains filtered or unexported fields
}

The root and arena keep the source storage live while pointer-free backing allocations hold the index and entries. Temporary storage is released by caller.

func (*TableNumbering) Index ¶

func (n *TableNumbering) Index(slot *TableRef) (uint64, bool)

func (*TableNumbering) Release ¶

func (n *TableNumbering) Release()

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 {
	Nodes  TableNodeMap
	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) Take ¶

func (r *TableReader) Take(sub TableReader)

func (*TableReader) Unsigned ¶

func (r *TableReader) Unsigned(kind uint8) uint64

type TableRef ¶

type TableRef = int64

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 TableRetain ¶

type TableRetain struct {
	Bytes []byte
	Ids   []TableRetainId
	Used  int64
	Count int
	// contains filtered or unexported fields
}

type TableRetainId ¶

type TableRetainId struct {
	Id   uint64
	Slot int
}

type TableRetainIds ¶

type TableRetainIds struct {
	Numbering      *TableNumbering
	Retain         *TableRetain
	Path           tableRetainPath
	Count          int
	Overflow, Lost bool
	// contains filtered or unexported fields
}

func (*TableRetainIds) Ref ¶

func (i *TableRetainIds) Ref(id uint64) uint64

func (*TableRetainIds) RefAt ¶

func (i *TableRetainIds) RefAt(ordinal int, id uint64) uint64

func (*TableRetainIds) Truncate ¶

func (i *TableRetainIds) Truncate(mark int)

type TableRetainMessageReader ¶

type TableRetainMessageReader struct {
	Retain *TableRetain
	Path   tableRetainPath
	// contains filtered or unexported fields
}

type TableRetainReader ¶

type TableRetainReader struct {
	Retain *TableRetain
	Path   tableRetainPath
	// contains filtered or unexported fields
}

func (*TableRetainReader) Body ¶

func (r *TableRetainReader) Body() (TableRetainReader, bool)

func (*TableRetainReader) Take ¶

func (r *TableRetainReader) Take(sub TableRetainReader)

type TableRetainWriter ¶

type TableRetainWriter struct {
	Buffer    []byte
	Offset    int64
	Overflow  bool
	Measuring bool
	Ids       *TableRetainIds
}

func (*TableRetainWriter) Advance ¶

func (w *TableRetainWriter) Advance(n int64) bool

func (w *TableRetainWriter) 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 (*TableRetainWriter) Id ¶

func (w *TableRetainWriter) Id(id uint64)

func (*TableRetainWriter) IdAt ¶

func (w *TableRetainWriter) IdAt(ordinal int, id uint64)

func (*TableRetainWriter) Put8 ¶

func (w *TableRetainWriter) Put8(v uint8)

func (*TableRetainWriter) Put16 ¶

func (w *TableRetainWriter) Put16(v uint16)

func (*TableRetainWriter) Put32 ¶

func (w *TableRetainWriter) Put32(v uint32)

func (*TableRetainWriter) Put64 ¶

func (w *TableRetainWriter) Put64(v uint64)

func (*TableRetainWriter) Put128 ¶

func (w *TableRetainWriter) Put128(lo, hi uint64)

Put128 writes two little-endian lanes, low first, under one Advance.

func (*TableRetainWriter) PutLeb ¶

func (w *TableRetainWriter) PutLeb(v uint64)

func (*TableRetainWriter) Raw ¶

func (w *TableRetainWriter) Raw(data []byte)

func (*TableRetainWriter) Trailer ¶

func (w *TableRetainWriter) Trailer()

type TableStringView ¶

type TableStringView struct {
	Data   []byte
	Length int64
}

TableStringView has the same borrowed lifetime as TableBytesView.

func TableStringAt ¶

func TableStringAt(slot *TableRef, arena ...*TableArena) TableStringView

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 {
	SaveBodyRetain        func(*TableRetainWriter, unsafe.Pointer) bool
	LoadBodyRetain        func(TableRetainReader, unsafe.Pointer) bool
	LoadMessageBodyRetain func(TableRetainMessageReader, unsafe.Pointer) (TableRetainMessageReader, bool)
	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 DeclaredModelTableInfo TableTypeInfo

DeclaredModelTableInfo is DeclaredModel's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var EntryTableInfo TableTypeInfo

EntryTableInfo is Entry's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var ExitRecordTableInfo TableTypeInfo

ExitRecordTableInfo is ExitRecord's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var FenceConfigTableInfo TableTypeInfo

FenceConfigTableInfo is FenceConfig's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var FenceRuleTableInfo TableTypeInfo

FenceRuleTableInfo is FenceRule's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var HarnessConfigRecordTableInfo TableTypeInfo

HarnessConfigRecordTableInfo is HarnessConfigRecord's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var MemberCarryTableInfo TableTypeInfo

MemberCarryTableInfo is MemberCarry's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

var WorkerRecordTableInfo TableTypeInfo

WorkerRecordTableInfo is WorkerRecord's reflection descriptor (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

func DeclaredModelTableType ¶

func DeclaredModelTableType() *TableTypeInfo

DeclaredModelTableType returns DeclaredModel's reflection descriptor.

func EntryTableType ¶

func EntryTableType() *TableTypeInfo

EntryTableType returns Entry's reflection descriptor.

func ExitRecordTableType ¶

func ExitRecordTableType() *TableTypeInfo

ExitRecordTableType returns ExitRecord's reflection descriptor.

func FenceConfigTableType ¶

func FenceConfigTableType() *TableTypeInfo

FenceConfigTableType returns FenceConfig's reflection descriptor.

func FenceRuleTableType ¶

func FenceRuleTableType() *TableTypeInfo

FenceRuleTableType returns FenceRule's reflection descriptor.

func HarnessConfigRecordTableType ¶

func HarnessConfigRecordTableType() *TableTypeInfo

HarnessConfigRecordTableType returns HarnessConfigRecord's reflection descriptor.

func MemberCarryTableType ¶

func MemberCarryTableType() *TableTypeInfo

MemberCarryTableType returns MemberCarry's reflection descriptor.

func WorkerRecordTableType ¶

func WorkerRecordTableType() *TableTypeInfo

WorkerRecordTableType returns WorkerRecord'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 TableWorker ¶

type TableWorker struct {
	Arena *TableArena
	// contains filtered or unexported fields
}

func (*TableWorker) Alloc ¶

func (w *TableWorker) Alloc(n int64) (unsafe.Pointer, TableRef)

func (*TableWorker) AllocBytes ¶

func (w *TableWorker) AllocBytes(length int64) ([]byte, TableRef)

func (*TableWorker) AllocString ¶

func (w *TableWorker) AllocString(length int64) ([]byte, TableRef)

type TableWriteContext ¶

type TableWriteContext interface {
	// contains filtered or unexported methods
}

TableWriteContext selects allocation independently from reference addressing. Pass a TableAllocator for a loaded/locked region, or *TableArena for authoring references and that arena's allocation pair. Omit it for Go-owned temporaries.

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
}

type WorkerRecord ¶

type WorkerRecord = WorkerRecordRow

func WorkerRecordLoad ¶

func WorkerRecordLoad(region, wire []byte, report *TableReport) *WorkerRecord

func WorkerRecordLoadRetain ¶

func WorkerRecordLoadRetain(region, wire []byte, retain *TableRetain, report *TableReport) *WorkerRecord

func WorkerRecordLoadText ¶

func WorkerRecordLoadText(text string, report *TableReport) (*WorkerRecord, error)

WorkerRecordLoadText reads one WorkerRecord from a base64 wire text (mas-bandwidth/schema docs/SPEC-TABLES.md §16.8) into a builder of its own and returns the locked root, as WorkerRecordReadStrict does: it is the STRICT read (§6.5) and refuses whenever the read's report holds an error (TableReport.Err), whatever the tolerant LoadBuilder 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 WorkerRecordReadStrict ¶

func WorkerRecordReadStrict(wire []byte) (*WorkerRecord, error)

WorkerRecordReadStrict is the STRICT read (mas-bandwidth/schema docs/SPEC-TABLES.md §6.5): one call, its own builder, one typed reason.

type WorkerRecordBuilder ¶

type WorkerRecordBuilder struct {
	Arena TableArena
	Main  TableWorker
	// contains filtered or unexported fields
}

func (*WorkerRecordBuilder) AsConst ¶

func (b *WorkerRecordBuilder) AsConst() *WorkerRecord

func (*WorkerRecordBuilder) GetRoot ¶

func (b *WorkerRecordBuilder) GetRoot() *WorkerRecord

func (*WorkerRecordBuilder) Init ¶

func (b *WorkerRecordBuilder) Init(allocator ...TableAllocator) bool

func (*WorkerRecordBuilder) Lock ¶

func (b *WorkerRecordBuilder) Lock() bool

func (*WorkerRecordBuilder) PackMeasure ¶

func (b *WorkerRecordBuilder) PackMeasure() int64

func (*WorkerRecordBuilder) PackMeasureReason ¶

func (b *WorkerRecordBuilder) PackMeasureReason() (int64, error)

func (*WorkerRecordBuilder) Region ¶

func (b *WorkerRecordBuilder) Region() []byte

func (*WorkerRecordBuilder) Shutdown ¶

func (b *WorkerRecordBuilder) Shutdown()

type WorkerRecordCook ¶

type WorkerRecordCook struct {
	Region       unsafe.Pointer // the DATA part's base: the root sits at offset zero
	RegionLength int64          // data_length, as the header framed it
}

WorkerRecordCook is WorkerRecord'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 — WorkerRecordOpen, WorkerRecordAt — 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 (*WorkerRecordCook) Open ¶

func (cook *WorkerRecordCook) 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 (WorkerRecordCook) RegionAlignment ¶

func (c WorkerRecordCook) 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 (WorkerRecordCook) Root ¶

func (c WorkerRecordCook) Root() *WorkerRecordRow

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 (WorkerRecordCook) RootAlign ¶

func (c WorkerRecordCook) RootAlign() int64

func (WorkerRecordCook) RootSize ¶

func (c WorkerRecordCook) RootSize() int64

func (WorkerRecordCook) Type ¶

func (c WorkerRecordCook) Type() *TableCookInfo

Type is WorkerRecord's cooked-record descriptor, the head of the graph a reflective walk follows (mas-bandwidth/schema docs/SPEC-TABLES.md §8).

type WorkerRecordRow ¶

type WorkerRecordRow struct {
	Name        int64 // *: signed self-relative delta, zero is null (§6.3)
	Provider    int64 // *: signed self-relative delta, zero is null (§6.3)
	Model       int64 // *: signed self-relative delta, zero is null (§6.3)
	BaseUrl     int64 // *: signed self-relative delta, zero is null (§6.3)
	EnvVar      int64 // *: signed self-relative delta, zero is null (§6.3)
	KeyFile     int64 // *: signed self-relative delta, zero is null (§6.3)
	Secret      int64 // *: signed self-relative delta, zero is null (§6.3)
	Usage       uint8
	WorkerClass uint8

	Harness           int64 // *: signed self-relative delta, zero is null (§6.3)
	HarnessArgs       TableList[EntryRow]
	WorkerDir         int64 // *: signed self-relative delta, zero is null (§6.3)
	Deadline          int64 // *: signed self-relative delta, zero is null (§6.3)
	Board             int64 // *: signed self-relative delta, zero is null (§6.3)
	ReadRoots         TableList[EntryRow]
	MaxTurns          int64
	MaxCacheRead      int64
	InputLimitPhrases TableList[EntryRow]
	LaunchGrace       int64 // *: signed self-relative delta, zero is null (§6.3)
	KeepData          bool
	// contains filtered or unexported fields
}

WorkerRecordRow — 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 WorkerRecordAt ¶

func WorkerRecordAt(slot *int64, arena ...*TableArena) *WorkerRecordRow

WorkerRecordAt 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.

Source Files ¶

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