Files
Assistant/contracts/world/primitives.go
2026-08-29 11:57:19 +03:00

323 lines
9.3 KiB
Go

package world
import (
"fmt"
"git.cin.su/m/Assistant/contracts/identity"
"git.cin.su/m/Assistant/platform/clock"
"git.cin.su/m/Assistant/platform/ids"
)
// SemanticReference is the transport envelope used by World contracts. It is
// a reference only; it does not expose another owner's storage.
type SemanticReference = ids.SemanticRef
// VersionBinding is a typed applicability constraint. Absence of VersionRef
// means unknown, never an implicit "latest".
type VersionMatchMode string
const (
VersionExact VersionMatchMode = "EXACT"
VersionCompatibleFamily VersionMatchMode = "COMPATIBLE_FAMILY"
VersionAtOrBefore VersionMatchMode = "AT_OR_BEFORE"
VersionUnknown VersionMatchMode = "UNKNOWN"
)
type VersionBinding struct {
SubjectRef SemanticReference
VersionRef SemanticReference
MatchMode VersionMatchMode
}
type EnvironmentReference struct {
EnvironmentRef SemanticReference
VersionRef *SemanticReference
}
func (b VersionBinding) Validate() error {
if !b.SubjectRef.Valid() || !b.VersionRef.Valid() {
return fmt.Errorf("version binding references are invalid")
}
if b.MatchMode != VersionExact && b.MatchMode != VersionCompatibleFamily && b.MatchMode != VersionAtOrBefore && b.MatchMode != VersionUnknown {
return fmt.Errorf("version binding match mode is invalid")
}
return nil
}
func (r EnvironmentReference) Validate() error {
if !r.EnvironmentRef.Valid() {
return fmt.Errorf("environment reference is invalid")
}
if r.VersionRef != nil && !r.VersionRef.Valid() {
return fmt.Errorf("environment version reference is invalid")
}
return nil
}
type PrincipalRealm string
const (
RealmPersonal PrincipalRealm = "PERSONAL"
RealmShared PrincipalRealm = "SHARED"
RealmPublic PrincipalRealm = "PUBLIC"
RealmSystem PrincipalRealm = "SYSTEM"
)
type SensitivityClass string
const (
SensitivityPublic SensitivityClass = "PUBLIC"
SensitivityPrivate SensitivityClass = "PRIVATE"
SensitivityRestricted SensitivityClass = "RESTRICTED"
SensitivitySecretReference SensitivityClass = "SECRET_REFERENCE"
)
type ValueTypeKind string
const (
ValueString ValueTypeKind = "STRING"
ValueInteger ValueTypeKind = "INTEGER"
ValueDecimal ValueTypeKind = "DECIMAL"
ValueBoolean ValueTypeKind = "BOOLEAN"
ValueTime ValueTypeKind = "TIME"
ValueDuration ValueTypeKind = "DURATION"
ValueEnum ValueTypeKind = "ENUM"
ValueReference ValueTypeKind = "REFERENCE"
ValueBinaryRef ValueTypeKind = "BINARY_REF"
ValueList ValueTypeKind = "LIST"
ValueStruct ValueTypeKind = "STRUCT"
)
type ValueField struct {
Name string
Type ValueTypeSpec
}
type ValueTypeSpec struct {
Kind ValueTypeKind
Element *ValueTypeSpec
Fields []ValueField
EnumValues []string
ReferenceKind string
}
type WorldObjectID ids.StableID
type KindDefinitionID ids.StableID
type WorldAliasID ids.StableID
type PersonReferent struct {
WorldObjectRef SemanticReference
DisplayName string
ConfidenceMillis int64
}
func (p PersonReferent) Valid() bool {
return p.WorldObjectRef.Valid() && p.DisplayName != "" && p.ConfidenceMillis >= 0 && p.ConfidenceMillis <= 1000
}
type FacetDefinitionID ids.StableID
type RelationDefinitionID ids.StableID
type ResolutionDecisionID ids.StableID
type LineageID ids.StableID
type LifecycleState string
const (
LifecycleActive LifecycleState = "ACTIVE"
LifecycleMerged LifecycleState = "MERGED"
LifecycleSplit LifecycleState = "SPLIT"
LifecycleRetired LifecycleState = "RETIRED"
LifecycleUnknownIdentity LifecycleState = "UNKNOWN_IDENTITY"
)
type WorldObject struct {
ID WorldObjectID
PrincipalID identity.PrincipalID
KindDefinitionRef SemanticReference
KindRevision ids.Revision
Lifecycle LifecycleState
CreatedAt clock.Instant
}
type WorldObjectKindDefinition struct {
ID KindDefinitionID
KindKey string
Revision ids.Revision
DisplayName string
ParentKindRef *SemanticReference
Lifecycle LifecycleState
DefinitionDigest string
RecordedAt clock.Instant
}
type WorldAlias struct {
ID WorldAliasID
PrincipalID identity.PrincipalID
ObjectID WorldObjectID
Alias string
RecordedAt clock.Instant
}
type FacetDefinition struct {
ID FacetDefinitionID
KindKey string
Revision ids.Revision
FacetKey string
ValueType ValueTypeSpec
DefinitionDigest string
RecordedAt clock.Instant
}
type RelationDefinition struct {
ID RelationDefinitionID
KindKey string
Revision ids.Revision
RelationKey string
TargetKindKey string
DefinitionDigest string
RecordedAt clock.Instant
}
type ResolutionDecision string
const (
ResolutionSame ResolutionDecision = "SAME"
ResolutionDistinct ResolutionDecision = "DISTINCT"
ResolutionMerge ResolutionDecision = "MERGE"
ResolutionSplit ResolutionDecision = "SPLIT"
ResolutionUnresolved ResolutionDecision = "UNRESOLVED"
)
type IdentityResolutionCandidate struct {
ObjectRef SemanticReference
Evidence []SemanticReference
Confidence int64
}
type IdentityResolutionDecisionRecord struct {
ID ResolutionDecisionID
PrincipalID identity.PrincipalID
Candidates []IdentityResolutionCandidate
Decision ResolutionDecision
Evidence []SemanticReference
ConfidenceMillis int64
DecidedAt clock.Instant
Revision ids.Revision
}
type WorldLineage struct {
ID LineageID
Operation ResolutionDecision
SourceRefs []SemanticReference
SuccessorRefs []SemanticReference
RecordedAt clock.Instant
}
func (w WorldObject) Validate() error {
if w.ID == "" || !w.KindDefinitionRef.Valid() || !w.KindRevision.Valid() || !validLifecycle(w.Lifecycle) || !w.CreatedAt.Valid() {
return fmt.Errorf("world object is incomplete")
}
return nil
}
func (k WorldObjectKindDefinition) Validate() error {
if k.ID == "" || k.KindKey == "" || !k.Revision.Valid() || k.DisplayName == "" || !validLifecycle(k.Lifecycle) || k.DefinitionDigest == "" || !k.RecordedAt.Valid() {
return fmt.Errorf("world kind definition is incomplete")
}
if k.ParentKindRef != nil && !k.ParentKindRef.Valid() {
return fmt.Errorf("world kind parent reference is invalid")
}
return nil
}
func (a WorldAlias) Validate() error {
if a.ID == "" || a.ObjectID == "" || a.Alias == "" || !a.RecordedAt.Valid() {
return fmt.Errorf("world alias is incomplete")
}
return nil
}
func (f FacetDefinition) Validate() error {
if f.ID == "" || f.KindKey == "" || !f.Revision.Valid() || f.FacetKey == "" || f.DefinitionDigest == "" || !f.RecordedAt.Valid() {
return fmt.Errorf("facet definition is incomplete")
}
return f.ValueType.Validate()
}
func (r RelationDefinition) Validate() error {
if r.ID == "" || r.KindKey == "" || !r.Revision.Valid() || r.RelationKey == "" || r.TargetKindKey == "" || r.DefinitionDigest == "" || !r.RecordedAt.Valid() {
return fmt.Errorf("relation definition is incomplete")
}
return nil
}
func (d IdentityResolutionDecisionRecord) Validate() error {
if d.ID == "" || !validDecision(d.Decision) || len(d.Candidates) == 0 || d.ConfidenceMillis < 0 || !d.DecidedAt.Valid() || !d.Revision.Valid() {
return fmt.Errorf("identity resolution decision is incomplete")
}
for _, candidate := range d.Candidates {
if !candidate.ObjectRef.Valid() || candidate.Confidence < 0 || candidate.Confidence > 1000 {
return fmt.Errorf("identity resolution candidate is invalid")
}
for _, evidence := range candidate.Evidence {
if !evidence.Valid() {
return fmt.Errorf("identity resolution evidence reference is invalid")
}
}
}
return nil
}
func (l WorldLineage) Validate() error {
if l.ID == "" || (l.Operation != ResolutionMerge && l.Operation != ResolutionSplit) || len(l.SourceRefs) == 0 || len(l.SuccessorRefs) == 0 || !l.RecordedAt.Valid() {
return fmt.Errorf("world lineage is incomplete")
}
return nil
}
func validLifecycle(value LifecycleState) bool {
return value == LifecycleActive || value == LifecycleMerged || value == LifecycleSplit || value == LifecycleRetired || value == LifecycleUnknownIdentity
}
func validDecision(value ResolutionDecision) bool {
return value == ResolutionSame || value == ResolutionDistinct || value == ResolutionMerge || value == ResolutionSplit || value == ResolutionUnresolved
}
func (s ValueTypeSpec) Validate() error {
if s.Kind == "" {
return fmt.Errorf("value type kind is required")
}
switch s.Kind {
case ValueList:
if s.Element == nil {
return fmt.Errorf("list element type is required")
}
return s.Element.Validate()
case ValueStruct:
if len(s.Fields) == 0 {
return fmt.Errorf("struct fields are required")
}
seen := map[string]struct{}{}
for _, field := range s.Fields {
if field.Name == "" {
return fmt.Errorf("struct field name is required")
}
if _, ok := seen[field.Name]; ok {
return fmt.Errorf("duplicate struct field %q", field.Name)
}
seen[field.Name] = struct{}{}
if err := field.Type.Validate(); err != nil {
return fmt.Errorf("field %s: %w", field.Name, err)
}
}
case ValueEnum:
if len(s.EnumValues) == 0 {
return fmt.Errorf("enum values are required")
}
case ValueReference:
if s.ReferenceKind == "" {
return fmt.Errorf("reference kind is required")
}
}
return nil
}