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model

package
v0.1.1 Latest Latest
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 Go to latest Published: Oct 29, 2026 License: Apache-2.0 Imports: 12 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	StorageCopiesMin = 1
	StorageCopiesMax = 8
)
View Source 
const (
	TaskSubjectStorageContent        = "storage_content"
	TaskSubjectStorageCopy           = "storage_copy"
	TaskSubjectStorageCommitRequest  = "storage_commit_request"
	TaskSubjectStorageRemovalRequest = "storage_removal_request"
)

Task subjects that repository logic finds tasks by. Definitions of tasks with these subjects derive them from the task input, so the subject always names the row the input names.

Variables

This section is empty.

Functions

func ClampStorageCopies 

func ClampStorageCopies(copies int) int

func ContentCacheKey 

func ContentCacheKey(contentID int64) string

ContentCacheKey returns the local cache path for one content payload. Cache residency is content-addressed, so versions that share bytes share a file and the key is derived rather than stored.

func NewVersionID 

func NewVersionID() string

NewVersionID returns an S3-compatible ULID version identifier.

func UploadProgressPercent 

func UploadProgressPercent(uploaded, total int64) *int

UploadProgressPercent returns a byte-based integer percent when the total is known.

func ValidStorageCopies 

func ValidStorageCopies(copies int) bool

Types

type Bucket 

type Bucket struct {
	bun.BaseModel `bun:"table:buckets"`

	ID             int64   `bun:",pk,autoincrement,identity"`
	Name           string  `bun:"type:text,unique,notnull"`
	ACL            []byte  `bun:",nullzero"`
	OwnerAccessKey *string `bun:"type:text,nullzero"`
	// The durability policy is materialised at creation from configuration, so
	// every bucket answers "how many replicas" without consulting config.
	DefaultCopies        int          `bun:"type:integer,notnull"`
	MinimumDurableCopies int          `bun:"type:integer,notnull"`
	DurabilityGeneration int64        `bun:",notnull,default:0"`
	DurabilityTaskID     *int64       `bun:",nullzero"`
	Status               BucketStatus `bun:"type:text,notnull,default:'provisioning'"`
	CreatedAt            time.Time    `bun:",nullzero,notnull"`
	UpdatedAt            time.Time    `bun:",nullzero,notnull"`

	ProviderSelectionStrategy providerselect.Strategy `bun:"type:text,notnull,default:'distribution'"`

	Owner *S3Account `bun:"rel:belongs-to,join:owner_access_key=access_key,on_update:restrict,on_delete:restrict"`
}

Bucket stores S3 bucket metadata.

func (*Bucket) BeforeAppendModel 

func (b *Bucket) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type BucketReplicaSlot 

type BucketReplicaSlot struct {
	bun.BaseModel `bun:"table:bucket_replica_slots"`

	ID        int64                   `bun:",pk,autoincrement,identity"`
	BucketID  int64                   `bun:",notnull"`
	CopyIndex int                     `bun:"type:integer,notnull"`
	Status    BucketReplicaSlotStatus `bun:"type:text,notnull,default:'active'"`
	CreatedAt time.Time               `bun:",nullzero,notnull"`
	UpdatedAt time.Time               `bun:",nullzero,notnull"`
}

BucketReplicaSlot is one logical replica position in a bucket. Data sets, copies, replacements, cleanups and observability rows all reference it, so a copy index cannot name a slot the bucket never opened.

func (*BucketReplicaSlot) BeforeAppendModel 

func (b *BucketReplicaSlot) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type BucketReplicaSlotStatus 

type BucketReplicaSlotStatus string

BucketReplicaSlotStatus tracks whether a slot still accepts new writes. A closed slot is decommissioned rather than deleted: retired data set generations still reference it, and this schema never deletes that history.

Nothing writes Decommissioned yet. Closing a slot only makes sense together with retiring the paid storage service that sits on it, and that retirement path does not exist, so lowering a bucket's replica target is refused instead. 

const (
	BucketReplicaSlotStatusActive         BucketReplicaSlotStatus = "active"
	BucketReplicaSlotStatusDecommissioned BucketReplicaSlotStatus = "decommissioned"
)

type BucketStatus 

type BucketStatus string

BucketStatus represents the lifecycle state of a bucket. 

const (
	BucketStatusProvisioning BucketStatus = "provisioning"
	BucketStatusReady        BucketStatus = "ready"

	// BucketStatusActive is kept as a source-compatible alias for callers that
	// create already-provisioned test fixtures.
	BucketStatusActive = BucketStatusReady
)

func (BucketStatus) IsAdminVisible 

func (s BucketStatus) IsAdminVisible() bool

IsAdminVisible reports whether the bucket belongs in the admin inventory.

func (BucketStatus) IsVisible 

func (s BucketStatus) IsVisible() bool

IsVisible reports whether S3 clients may discover the bucket namespace.

func (BucketStatus) IsWritable 

func (s BucketStatus) IsWritable() bool

IsWritable reports whether provider storage is ready for object writes.

func (BucketStatus) Valid 

func (s BucketStatus) Valid() bool

Valid reports whether the value is a known bucket status.

type CopyContinuationKind 

type CopyContinuationKind uint8
const (
	CopyContinuationNone CopyContinuationKind = iota
	CopyContinuationTransfer
	CopyContinuationRegistration
)

type DeploymentIdentity 

type DeploymentIdentity struct {
	bun.BaseModel `bun:"table:deployment_identity"`
	ID            int16     `bun:"type:smallint,pk"`
	Payer         string    `bun:"type:text,notnull"`
	ChainID       int64     `bun:"type:bigint,notnull"`
	CreatedAt     time.Time `bun:",notnull"`
}

func (*DeploymentIdentity) BeforeAppendModel 

func (identity *DeploymentIdentity) BeforeAppendModel(_ context.Context, query bun.Query) error

type MultipartPart 

type MultipartPart struct {
	bun.BaseModel `bun:"table:multipart_parts"`

	ID         int64     `bun:",pk,autoincrement,identity"`
	UploadID   string    `bun:"type:text,notnull"`
	PartNumber int       `bun:"type:integer,notnull"`
	Size       int64     `bun:",notnull"`
	ETag       string    `bun:"type:text,notnull"`
	Checksum   *string   `bun:"type:text,nullzero"`
	CreatedAt  time.Time `bun:",nullzero,notnull"`

	Upload *MultipartUpload `bun:"rel:belongs-to,join:upload_id=upload_id"`
}

MultipartPart stores metadata for a single part within a multipart upload.

func (*MultipartPart) BeforeAppendModel 

func (m *MultipartPart) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type MultipartStatus 

type MultipartStatus string

MultipartStatus represents the lifecycle state of a multipart upload. 

const (
	MultipartStatusInitiated  MultipartStatus = "initiated"
	MultipartStatusCompleting MultipartStatus = "completing"
	MultipartStatusCompleted  MultipartStatus = "completed"
	MultipartStatusAborted    MultipartStatus = "aborted"
)

type MultipartUpload 

type MultipartUpload struct {
	bun.BaseModel `bun:"table:multipart_uploads"`

	UploadID       string               `bun:"type:text,pk"`
	BucketID       int64                `bun:",notnull"`
	Key            string               `bun:"type:text,notnull"`
	ContentType    string               `bun:"type:text,notnull,default:'application/octet-stream'"`
	Metadata       map[string]string    `bun:"type:jsonb,notnull,default:'{}'"`
	SystemMetadata ObjectSystemMetadata `bun:"type:jsonb,notnull,default:'{}'"`
	Status         MultipartStatus      `bun:"type:text,notnull,default:'initiated'"`
	CreatedAt      time.Time            `bun:",nullzero,notnull"`
	UpdatedAt      time.Time            `bun:",nullzero,notnull"`

	Bucket *Bucket `bun:"rel:belongs-to,join:bucket_id=id"`
}

MultipartUpload tracks an in-progress multipart upload session.

func (*MultipartUpload) BeforeAppendModel 

func (m *MultipartUpload) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type Object 

type Object struct {
	bun.BaseModel `bun:"table:objects"`

	ID       int64  `bun:",pk,autoincrement,identity"`
	BucketID int64  `bun:",notnull"`
	Key      string `bun:"type:text,notnull"`
	// CurrentVersionID names the version reads serve. It is the single authority
	// for "current"; a version carries no flag of its own.
	CurrentVersionID *string   `bun:"type:text,nullzero"`
	CreatedAt        time.Time `bun:",nullzero,notnull"`
	UpdatedAt        time.Time `bun:",nullzero,notnull"`

	Bucket *Bucket `bun:"rel:belongs-to,join:bucket_id=id"`
}

Object stores the stable identity for an S3 object key.

func (*Object) BeforeAppendModel 

func (o *Object) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel fills unset audit timestamps on insert.

type ObjectCache 

type ObjectCache struct {
	bun.BaseModel `bun:"table:object_cache"`

	ContentID                int64      `bun:",pk"`
	InCache                  bool       `bun:",notnull"`
	CacheAccessedAt          *time.Time `bun:",nullzero"`
	CachePresenceGeneration  int64      `bun:",notnull,default:0"`
	CacheOperationGeneration int64      `bun:",notnull,default:0"`
	CacheActiveTaskID        *int64     `bun:",nullzero"`
	CreatedAt                time.Time  `bun:",nullzero,notnull"`
	UpdatedAt                time.Time  `bun:",nullzero,notnull"`
}

ObjectCache records local cache residency for one content payload. Two versions of identical bytes share a single entry, so eviction is driven by the content's reference count rather than by any one version.

func (*ObjectCache) BeforeAppendModel 

func (o *ObjectCache) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel fills unset audit timestamps on insert.

type ObjectDeletion 

type ObjectDeletion struct {
	bun.BaseModel `bun:"table:object_deletions"`

	ID        int64     `bun:",pk,autoincrement,identity"`
	BucketID  int64     `bun:",notnull"`
	ObjectID  int64     `bun:",notnull"`
	Key       string    `bun:"type:text,notnull"`
	VersionID string    `bun:"type:text,unique,notnull"`
	ContentID *int64    `bun:",nullzero"`
	Size      int64     `bun:",notnull"`
	DeletedAt time.Time `bun:",nullzero,notnull"`
}

ObjectDeletion is an append-only tombstone for one permanently deleted object version. Cache cleanup is not tracked here: residency is keyed by content, so the trigger is the content's reference count reaching zero rather than the removal of any single version.

type ObjectState 

type ObjectState string

ObjectState is a derived view of how far a version's content has travelled through the storage pipeline. It is computed from the content's copy rows on read and is deliberately not a stored column: persisting it would duplicate facts the copies already own, and the two would drift. 

const (
	ObjectStateCached      ObjectState = "cached"
	ObjectStateUploading   ObjectState = "uploading"
	ObjectStateCommitting  ObjectState = "committing"
	ObjectStateReplicating ObjectState = "replicating"
	ObjectStateStored      ObjectState = "stored"
	ObjectStateFailed      ObjectState = "failed"
)

type ObjectSystemMetadata 

type ObjectSystemMetadata struct {
	CacheControl       string `json:"cache_control,omitempty"`
	ContentDisposition string `json:"content_disposition,omitempty"`
	ContentEncoding    string `json:"content_encoding,omitempty"`
	ContentLanguage    string `json:"content_language,omitempty"`
	Expires            string `json:"expires,omitempty"`
}

ObjectSystemMetadata contains S3 response headers owned by a version or upload.

type ObjectVersion 

type ObjectVersion struct {
	bun.BaseModel `bun:"table:object_versions"`

	VersionID         string               `bun:"type:text,pk"`
	ObjectID          int64                `bun:",notnull"`
	BucketID          int64                `bun:",notnull"`
	Key               string               `bun:"type:text,notnull"`
	ContentID         *int64               `bun:",nullzero"`
	Size              int64                `bun:",notnull"`
	ETag              string               `bun:"type:text,notnull"`
	ContentType       string               `bun:"type:text,notnull,default:'application/octet-stream'"`
	Metadata          map[string]string    `bun:"type:jsonb,notnull,default:'{}'"`
	SystemMetadata    ObjectSystemMetadata `bun:"type:jsonb,notnull,default:'{}'"`
	MultipartUploadID *string              `bun:"type:text,nullzero"`
	IsDeleteMarker    bool                 `bun:",notnull,default:false"`
	CreatedAt         time.Time            `bun:",nullzero,notnull"`
	UpdatedAt         time.Time            `bun:",nullzero,notnull"`

	// Everything below is projected by repository reads rather than stored.
	// Durability and pipeline position are functions of the copy rows, cache
	// residency belongs to object_cache, and "current" is the object's pointer.
	IsCurrent       bool        `bun:",scanonly"`
	Checksum        string      `bun:",scanonly"`
	PieceCID        *string     `bun:"type:text,scanonly"`
	RetrievalURL    *string     `bun:"type:text,scanonly"`
	InCache         bool        `bun:",scanonly"`
	CacheAccessedAt *time.Time  `bun:",scanonly"`
	InFilecoin      bool        `bun:",scanonly"`
	State           ObjectState `bun:",scanonly"`

	Object *Object `bun:"rel:belongs-to,join:object_id=id"`
	Bucket *Bucket `bun:"rel:belongs-to,join:bucket_id=id"`
}

ObjectVersion stores immutable per-version identity plus mutable lifecycle state.

func (*ObjectVersion) BeforeAppendModel 

func (o *ObjectVersion) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel fills unset audit timestamps on insert.

func (*ObjectVersion) CacheKey 

func (v *ObjectVersion) CacheKey() string

CacheKey returns the local cache path backing this version. Residency is content-addressed, so a delete marker has no key and versions sharing bytes share one.

type S3Account 

type S3Account struct {
	bun.BaseModel `bun:"table:s3_accounts"`

	AccessKey string    `bun:"type:text,pk"`
	SecretKey string    `bun:"type:text,notnull"`
	Role      auth.Role `bun:"type:text,notnull"`
	IsRoot    bool      `bun:",notnull,default:false"`
	CreatedAt time.Time `bun:",nullzero,notnull"`
	UpdatedAt time.Time `bun:",nullzero,notnull"`
	Name      string    `bun:"type:text,notnull"`
}

S3Account stores S3 credentials and roles used by the VersityGW IAM adapter.

func (*S3Account) BeforeAppendModel 

func (s *S3Account) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type StorageCleanupCopy 

type StorageCleanupCopy struct {
	bun.BaseModel `bun:"table:storage_cleanup_copies"`

	ID               int64                    `bun:",pk,autoincrement,identity"`
	ContentID        int64                    `bun:",notnull"`
	BucketID         int64                    `bun:",notnull"`
	CopyIndex        int                      `bun:"type:integer,notnull"`
	ProviderID       types.OnChainID          `bun:"type:text,notnull"`
	StorageDataSetID int64                    `bun:",notnull"`
	DataSetID        *types.OnChainID         `bun:"type:text"`
	ClientDataSetID  *types.OnChainID         `bun:"type:text"`
	PieceID          types.OnChainID          `bun:"type:text,notnull"`
	PieceCID         string                   `bun:"type:text,notnull"`
	Checksum         string                   `bun:"type:text,notnull"`
	RetrievalURL     *string                  `bun:"type:text,nullzero"`
	Status           StorageCleanupCopyStatus `bun:"type:text,notnull,default:'pending'"`
	RemovalRequestID *string                  `bun:"removal_request_id,type:text,nullzero"`
	DeleteTxHash     *string                  `bun:"type:text,nullzero"`
	LastError        *string                  `bun:"type:text,nullzero"`
	ScheduledAt      *time.Time               `bun:",nullzero"`
	RemovedAt        *time.Time               `bun:",nullzero"`
	CreatedAt        time.Time                `bun:",nullzero,notnull"`
	UpdatedAt        time.Time                `bun:",nullzero,notnull"`
}

StorageCleanupCopy tracks PDP cleanup for one committed storage copy.

func (*StorageCleanupCopy) BeforeAppendModel 

func (s *StorageCleanupCopy) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type StorageCleanupCopyStatus 

type StorageCleanupCopyStatus string
const (
	StorageCleanupCopyStatusPending         StorageCleanupCopyStatus = "pending"
	StorageCleanupCopyStatusDeleteScheduled StorageCleanupCopyStatus = "delete_scheduled"
	StorageCleanupCopyStatusRemoved         StorageCleanupCopyStatus = "removed"
	StorageCleanupCopyStatusFailed          StorageCleanupCopyStatus = "failed"
	StorageCleanupCopyStatusUnsupported     StorageCleanupCopyStatus = "unsupported"
)

type StorageContent 

type StorageContent struct {
	bun.BaseModel `bun:"table:storage_contents"`

	ID          int64   `bun:",pk,autoincrement,identity"`
	BucketID    int64   `bun:",notnull"`
	Checksum    string  `bun:"type:text,notnull"`
	ContentSize int64   `bun:",notnull"`
	PieceCID    *string `bun:"type:text,nullzero"`
	// RequestedCopies is the durability target frozen when the content is first
	// created. Later bucket-policy changes do not rewrite this target, and a
	// deduplicated write inherits it.
	RequestedCopies   int        `bun:"type:integer,notnull"`
	ErrorMessage      *string    `bun:"type:text,nullzero"`
	AcceptedAt        *time.Time `bun:",nullzero"`
	CleanupGeneration int64      `bun:",notnull,default:0"`
	CleanupTaskID     *int64     `bun:",nullzero"`
	CreatedAt         time.Time  `bun:",nullzero,notnull"`
	UpdatedAt         time.Time  `bun:",nullzero,notnull"`

	Bucket *Bucket `bun:"rel:belongs-to,join:bucket_id=id"`
}

StorageContent is the identity of one bucket-scoped byte payload. Object versions point at it, copies place it with providers, and dedup is a lookup on (bucket_id, checksum, content_size) rather than a scan.

func (*StorageContent) BeforeAppendModel 

func (s *StorageContent) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type StorageCopy 

type StorageCopy struct {
	bun.BaseModel `bun:"table:storage_copies"`

	ID        int64 `bun:",pk,autoincrement,identity"`
	ContentID int64 `bun:",notnull"`
	BucketID  int64 `bun:",notnull"`
	// ContentSize repeats the content size so the Store bound stays a local
	// check; a composite foreign key keeps the repetition from drifting.
	ContentSize      int64                     `bun:",notnull"`
	StorageDataSetID int64                     `bun:",notnull"`
	CopyIndex        int                       `bun:"type:integer,notnull"`
	ProviderID       types.OnChainID           `bun:"type:text,notnull"`
	PieceID          *types.OnChainID          `bun:"type:text"`
	TransferMethod   StorageCopyTransferMethod `bun:"type:text,notnull"`
	Status           StorageCopyStatus         `bun:"type:text,notnull,default:'pending'"`
	RetrievalURL     *string                   `bun:"type:text,nullzero"`
	// IsNewDataSet is derived by repository reads from the data set's creator.
	IsNewDataSet  bool       `bun:",scanonly"`
	CommitReadyAt *time.Time `bun:",nullzero"`
	// CommitRequestID names the commit request the copy belongs to, and
	// CommitPosition its place once that request is signed. A committed copy
	// repeats its request's confirmed status in CommitRequestStatus, which a
	// composite foreign key ties to the request.
	CommitRequestID         *string    `bun:"type:text,nullzero"`
	CommitPosition          *int       `bun:"type:integer"`
	CommitRequestStatus     *string    `bun:"type:text,nullzero"`
	IngressBytesTransferred int64      `bun:",notnull,default:0"`
	IngressStoreAttempt     int        `bun:"type:integer,notnull,default:0"`
	ProgressUpdatedAt       *time.Time `bun:",nullzero"`
	WorkGeneration          int64      `bun:",notnull,default:0"`
	ActiveTaskID            *int64     `bun:",nullzero"`
	LastError               *string    `bun:"type:text,nullzero"`
	CreatedAt               time.Time  `bun:",nullzero,notnull"`
	UpdatedAt               time.Time  `bun:",nullzero,notnull"`

	DataSetID *types.OnChainID `bun:"type:text,scanonly"`

	// The copy's commit request is projected by repository reads. These fields
	// are not columns on the copy table.
	CommitState           *string    `bun:",scanonly"`
	CommitTaskID          *int64     `bun:",scanonly"`
	CommitPieceCount      *int       `bun:",scanonly"`
	CommitSentAt          *time.Time `bun:",scanonly"`
	CommitTxHash          *string    `bun:",scanonly"`
	CommitSubmitError     *string    `bun:",scanonly"`
	CommitConfirmedTxHash *string    `bun:",scanonly"`
	CommitAttentionCode   *string    `bun:",scanonly"`
	CommitAttentionAt     *time.Time `bun:",scanonly"`

	Content    *StorageContent `bun:"rel:belongs-to,join:content_id=id"`
	StorageSet *StorageDataSet `bun:"rel:belongs-to,join:storage_data_set_id=id"`
}

StorageCopy places one content payload on one data set generation. Store progress belongs to the concrete transfer, not the shared content.

func (*StorageCopy) BeforeAppendModel 

func (s *StorageCopy) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

func (StorageCopy) CommitDecidedByRequest 

func (c StorageCopy) CommitDecidedByRequest() bool

CommitDecidedByRequest reports whether only the copy's request may settle it.

func (StorageCopy) CommitPinned 

func (c StorageCopy) CommitPinned() bool

CommitPinned reports whether the copy belongs to a signed commit request that is not settled. Until it is, only the request decides the copy's outcome: a signed request can be sent whole or not at all.

func (StorageCopy) CommitSealed 

func (c StorageCopy) CommitSealed() bool

CommitSealed reports whether the copy has a position in a signed commit request.

func (StorageCopy) ContinuationKind 

func (c StorageCopy) ContinuationKind() CopyContinuationKind

ContinuationKind identifies which owner resumes incomplete copy work.

func (StorageCopy) WorkTaskID 

func (c StorageCopy) WorkTaskID() *int64

WorkTaskID is the task currently responsible for the copy: its own transfer task, or, while it waits in a commit request, that request's task.

type StorageCopyStatus 

type StorageCopyStatus string
const (
	StorageCopyStatusPending    StorageCopyStatus = "pending"
	StorageCopyStatusPieceReady StorageCopyStatus = "piece_ready"
	StorageCopyStatusCommitting StorageCopyStatus = "committing"
	StorageCopyStatusCommitted  StorageCopyStatus = "committed"
	StorageCopyStatusFailed     StorageCopyStatus = "failed"
)

type StorageCopyTransferMethod 

type StorageCopyTransferMethod string
const (
	StorageCopyTransferMethodIngress      StorageCopyTransferMethod = "ingress"
	StorageCopyTransferMethodPeerPull     StorageCopyTransferMethod = "peer_pull"
	StorageCopyTransferMethodCacheRestore StorageCopyTransferMethod = "cache_restore"
)

func (StorageCopyTransferMethod) Valid 

func (m StorageCopyTransferMethod) Valid() bool

Valid reports whether the value is a known transfer method.

type StorageDataSet 

type StorageDataSet struct {
	bun.BaseModel `bun:"table:storage_data_sets"`

	ID                   int64                `bun:",pk,autoincrement,identity"`
	BucketID             int64                `bun:",notnull"`
	ProviderID           types.OnChainID      `bun:"type:text,notnull"`
	CopyIndex            int                  `bun:"type:integer,notnull"`
	Generation           int64                `bun:",notnull,default:1"`
	IsCurrent            bool                 `bun:",notnull"`
	DataSetID            *types.OnChainID     `bun:"type:text"`
	ClientDataSetID      *types.OnChainID     `bun:"type:text"`
	Status               StorageDataSetStatus `bun:"type:text,notnull,default:'pending'"`
	TxHash               *string              `bun:"type:text,nullzero"`
	ConfirmedTxHash      *string              `bun:"type:text,nullzero"`
	CreateStatusURL      *string              `bun:"type:text,nullzero"`
	CreatedByContentID   *int64               `bun:",nullzero"`
	LastError            *string              `bun:"type:text,nullzero"`
	EnsureTaskID         *int64               `bun:",nullzero"`
	RetirementGeneration int64                `bun:",notnull,default:0"`
	RetirementTaskID     *int64               `bun:",nullzero"`
	CreatedAt            time.Time            `bun:",nullzero,notnull"`
	UpdatedAt            time.Time            `bun:",nullzero,notnull"`
	CreationRejection    json.RawMessage      `bun:"type:jsonb,nullzero"`

	Bucket           *Bucket         `bun:"rel:belongs-to,join:bucket_id=id"`
	CreatedByContent *StorageContent `bun:"rel:belongs-to,join:created_by_content_id=id"`
}

StorageDataSet records the bucket ownership of a provider-scoped data set. CopyIndex names the logical replica slot, which can own several physical generations while a provider replacement is in flight. IsCurrent selects the generation that accepts new writes; replaced generations stay readable until they are verifiably retired.

func (*StorageDataSet) BeforeAppendModel 

func (s *StorageDataSet) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type StorageDataSetStatus 

type StorageDataSetStatus string
const (
	StorageDataSetStatusPending  StorageDataSetStatus = "pending"
	StorageDataSetStatusCreating StorageDataSetStatus = "creating"
	StorageDataSetStatusReady    StorageDataSetStatus = "ready"
	StorageDataSetStatusDraining StorageDataSetStatus = "draining"
	StorageDataSetStatusRetired  StorageDataSetStatus = "retired"
)

type Task 

type Task struct {
	bun.BaseModel `bun:"table:tasks"`

	ID           int64    `bun:",pk,autoincrement,identity"`
	Type         TaskType `bun:"type:text,notnull"`
	InputVersion int      `bun:"type:integer,notnull"`
	// The identity is (Type, SubjectType, SubjectKey, Generation). A nil
	// Generation is never deduplicated.
	SubjectType   string `bun:"type:text,notnull"`
	SubjectKey    string `bun:"type:text,notnull"`
	Generation    *int64 `bun:",nullzero"`
	RetryOfTaskID *int64 `bun:",nullzero"`

	Input      json.RawMessage `bun:"input_json,type:jsonb,notnull"`
	Checkpoint json.RawMessage `bun:"checkpoint_json,type:jsonb,nullzero"`
	Runtime    json.RawMessage `bun:"runtime_json,type:jsonb,notnull"`

	Status        TaskStatus     `bun:"type:text,notnull,default:'pending'"`
	ResumeMode    TaskResumeMode `bun:"type:text,notnull,default:'execute'"`
	AvailableAt   time.Time      `bun:",nullzero,notnull"`
	WaitReason    *string        `bun:"type:text,nullzero"`
	RetryCount    int            `bun:"type:integer,notnull,default:0"`
	FailureReason *string        `bun:"type:text,nullzero"`
	LastError     *string        `bun:"type:text,nullzero"`
	StatusMessage *string        `bun:"type:text,nullzero"`

	ClaimGeneration int64      `bun:",notnull,default:0"`
	LeaseUntil      *time.Time `bun:",nullzero"`
	FinishedAt      *time.Time `bun:",nullzero"`
	CreatedAt       time.Time  `bun:",nullzero,notnull"`
	UpdatedAt       time.Time  `bun:",nullzero,notnull"`
	WorkStartedAt   *time.Time `bun:",nullzero"`
	AcknowledgedAt  *time.Time `bun:",nullzero"`
	SupersededAt    *time.Time `bun:",nullzero"`
}

Task is one execution round. Finished rounds stay in the table as history; the live_tasks view holds the rounds that still need work or attention. Domain tables own external-effect safety independently of task retention.

func (*Task) BeforeAppendModel 

func (t *Task) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type TaskEvent 

type TaskEvent struct {
	bun.BaseModel `bun:"table:task_events"`

	ID        int64           `bun:",pk,autoincrement,identity"`
	TaskID    int64           `bun:",notnull"`
	Type      string          `bun:"type:text,notnull"`
	Details   json.RawMessage `bun:"type:jsonb,notnull"`
	CreatedAt time.Time       `bun:",nullzero,notnull"`
}

TaskEvent is a diagnostic entry of one task round. Its ID orders the round's events.

type TaskObservation 

type TaskObservation struct {
	Key       string    `json:"key"`
	StartedAt time.Time `json:"started_at"`
}

TaskObservation identifies one policy-managed observation window.

type TaskResumeMode 

type TaskResumeMode string

TaskResumeMode controls whether a handler may initiate an external effect. 

const (
	TaskResumeModeExecute TaskResumeMode = "execute"
	TaskResumeModeRecover TaskResumeMode = "recover"
)

type TaskRuntime 

type TaskRuntime struct {
	OperationKey        string           `json:"operation_key,omitempty"`
	OperationStartedAt  *time.Time       `json:"operation_started_at,omitempty"`
	LastAdmittedAttempt int              `json:"last_admitted_attempt,omitempty"`
	Observation         *TaskObservation `json:"observation,omitempty"`
}

TaskRuntime holds durable engine state, independent of diagnostic events.

type TaskSchedule 

type TaskSchedule struct {
	bun.BaseModel `bun:"table:task_schedules"`
	Key           string    `bun:"type:text,pk"`
	NextRunAt     time.Time `bun:",notnull"`
	LatestTaskID  *int64    `bun:",nullzero"`
	Generation    int64     `bun:",notnull"`
}

type TaskStatus 

type TaskStatus string

TaskStatus is the complete task lifecycle. 

const (
	TaskStatusPending   TaskStatus = "pending"
	TaskStatusRunning   TaskStatus = "running"
	TaskStatusCompleted TaskStatus = "completed"
	TaskStatusFailed    TaskStatus = "failed"
	TaskStatusCancelled TaskStatus = "cancelled"
)

type TaskType 

type TaskType string

TaskType is the only persistent classification of asynchronous work. 

const (
	TaskTypeBucketProvision               TaskType = "bucket_provision"
	TaskTypeUploadPlan                    TaskType = "upload_plan"
	TaskTypeStorageDataSetEnsure          TaskType = "storage_dataset_ensure"
	TaskTypeStorageTransferPlan           TaskType = "storage_transfer_plan"
	TaskTypeStorageStore                  TaskType = "storage_store"
	TaskTypeStoragePull                   TaskType = "storage_pull"
	TaskTypeStorageCommit                 TaskType = "storage_commit"
	TaskTypeProviderReplacementCoordinate TaskType = "provider_replacement_coordinate"
	TaskTypeCacheCapacityReconcile        TaskType = "cache_capacity_reconcile"
	TaskTypeCacheLocalReconcile           TaskType = "cache_local_reconcile"
	TaskTypeCacheEvict                    TaskType = "cache_evict"
	TaskTypeCacheReconcileDurability      TaskType = "cache_reconcile_durability"
	TaskTypeStorageCleanup                TaskType = "storage_cleanup"
	TaskTypeStorageRemoval                TaskType = "storage_removal"
	TaskTypeStorageDataSetRetire          TaskType = "storage_dataset_retire"
	TaskTypeWalletOperation               TaskType = "wallet_operation"
	TaskTypeObservabilityRefresh          TaskType = "observability_refresh"
	TaskTypeApprovedProviderRefresh       TaskType = "approved_provider_refresh"
	TaskTypeEndorsedProviderRefresh       TaskType = "endorsed_provider_refresh"
	TaskTypeProviderUploadSpeedTest       TaskType = "provider_upload_speed_test"
)

func RecurringSystemTaskTypes 

func RecurringSystemTaskTypes() []TaskType

RecurringSystemTaskTypes returns the scheduled maintenance task types.

func (TaskType) IsRecurringSystem 

func (t TaskType) IsRecurringSystem() bool

IsRecurringSystem reports whether the task is a perpetual maintenance loop rather than a finite user or domain operation.

type WalletOperation 

type WalletOperation struct {
	bun.BaseModel `bun:"table:wallet_operations"`

	ID                   int64                 `bun:",pk,autoincrement,identity"`
	Type                 WalletOperationType   `bun:"type:text,notnull"`
	ClientRequestID      string                `bun:"type:text,notnull"`
	Amount               string                `bun:"type:text,notnull"`
	Status               WalletOperationStatus `bun:"type:text,notnull,default:'pending'"`
	TxHash               *string               `bun:"type:text,nullzero"`
	SignedTransaction    []byte                `bun:"type:bytea,nullzero" json:"-"`
	LastError            *string               `bun:"type:text,nullzero"`
	BroadcastAttemptedAt *time.Time            `bun:",nullzero"`
	TaskID               *int64                `bun:",nullzero"`
	StartedAt            *time.Time            `bun:",nullzero"`
	SubmittedAt          *time.Time            `bun:",nullzero"`
	CompletedAt          *time.Time            `bun:",nullzero"`
	CreatedAt            time.Time             `bun:",nullzero,notnull"`
	UpdatedAt            time.Time             `bun:",nullzero,notnull"`
}

func (*WalletOperation) BeforeAppendModel 

func (w *WalletOperation) BeforeAppendModel(_ context.Context, query bun.Query) error

BeforeAppendModel stamps the audit columns on insert. The database has no timestamp default, so every row is written with one encoding instead of two that sort against each other inside the same second.

type WalletOperationStatus 

type WalletOperationStatus string
const (
	WalletOperationStatusPending   WalletOperationStatus = "pending"
	WalletOperationStatusSubmitted WalletOperationStatus = "submitted"
	WalletOperationStatusConfirmed WalletOperationStatus = "confirmed"
	WalletOperationStatusFailed    WalletOperationStatus = "failed"
	WalletOperationStatusUnknown   WalletOperationStatus = "unknown"
)

type WalletOperationType 

type WalletOperationType string
const (
	WalletOperationTypeFund     WalletOperationType = "fund"
	WalletOperationTypeWithdraw WalletOperationType = "withdraw"
	WalletOperationTypeApprove  WalletOperationType = "approve"
)

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