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Author SHA1 Message Date
m 243a11490b GEN2-017: add durable long-running investigations
CI / test (push) Failing after 26s
2026-08-29 11:27:21 +03:00
m 26207d93ef GEN2-016: add intelligence strategy and benchmark evidence
CI / test (push) Failing after 26s
2026-08-29 11:16:07 +03:00
m 42871f2e47 GEN2-015: add evidence-backed SELF ledger
CI / test (push) Failing after 28s
2026-08-29 11:13:38 +03:00
m 6ea1d4b729 GEN2-014: add reflex lifecycle and escalation
CI / test (push) Failing after 28s
2026-08-29 11:12:42 +03:00
15 changed files with 397 additions and 1 deletions
+41
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package capability
type IntelligencePath string
const (
PathRule IntelligencePath = "RULE"
PathReflex IntelligencePath = "REFLEX"
PathSkill IntelligencePath = "SKILL"
PathSmallLocal IntelligencePath = "SMALL_LOCAL"
PathStrongLocal IntelligencePath = "STRONG_LOCAL"
PathExternal IntelligencePath = "EXTERNAL"
PathResearch IntelligencePath = "RESEARCH"
PathTeam IntelligencePath = "TEAM"
)
type StrategyRequest struct {
RequiredQuality int64
PreferLowLatency bool
CostBudgetMicros int64
RiskClass string
FreshnessRequired bool
CostOfError int64
}
type StrategyDecision struct {
Path IntelligencePath
Reason string
Escalate bool
}
func (r StrategyRequest) Select() StrategyDecision {
if r.RiskClass == "HIGH" || r.CostOfError >= 800 {
return StrategyDecision{Path: PathStrongLocal, Reason: "high consequence requires deeper reasoning", Escalate: true}
}
if r.RequiredQuality <= 500 && r.CostBudgetMicros > 0 {
return StrategyDecision{Path: PathRule, Reason: "bounded low-risk path"}
}
if r.PreferLowLatency {
return StrategyDecision{Path: PathReflex, Reason: "latency preference with later escalation"}
}
return StrategyDecision{Path: PathSkill, Reason: "validated reusable strategy"}
}
+61
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package capability
type ReflexID string
type ReflexLifecycle string
type ReflexKind string
const (
ReflexCandidate ReflexLifecycle = "CANDIDATE"
ReflexValidating ReflexLifecycle = "VALIDATING"
ReflexActive ReflexLifecycle = "ACTIVE"
ReflexDegraded ReflexLifecycle = "DEGRADED"
ReflexStale ReflexLifecycle = "STALE"
ReflexSuspended ReflexLifecycle = "SUSPENDED"
ReflexRetired ReflexLifecycle = "RETIRED"
ReflexDeterministicCode ReflexKind = "DETERMINISTIC_CODE"
ReflexRule ReflexKind = "RULE"
ReflexWorkflow ReflexKind = "WORKFLOW"
ReflexQueryTemplate ReflexKind = "QUERY_TEMPLATE"
ReflexSmallModelChain ReflexKind = "SMALL_MODEL_CHAIN"
ReflexBoundedAdapter ReflexKind = "BOUNDED_ADAPTER_OPERATION"
)
type ShadowPolicy struct {
Enabled bool
SampleRateMillis int64
ComparatorRef string
MaxShadowCostMicros *int64
EligibleErrorCostClasses []string
}
type RevalidationPolicy struct {
MaxAgeMillis *int64
RevalidateOnDependencyRevisionChange bool
RevalidateOnWorldVersionChange bool
RevalidateAfterFailureCount *int64
RevalidateAfterCorrectionCount *int64
SampleAuditRateMillis *int64
}
type Reflex struct {
ID ReflexID
PrincipalID string
SourceSkillRef SkillID
CreatedAt int64
}
type ReflexRevision struct {
ReflexID ReflexID
Revision int64
SourceSkillRevision int64
Kind ReflexKind
Applicability ApplicabilitySpec
ImplementationRef string
ImplementationVersion string
ArtifactDigest string
DependencyRefs []string
ValidationEvidenceRefs []SkillEvidenceRef
KnownFailureExperienceRefs []SkillEvidenceRef
Shadow ShadowPolicy
Revalidation RevalidationPolicy
LastValidatedAt int64
Lifecycle ReflexLifecycle
RecordedAt int64
}
+25
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package self
type BenchmarkCaseRef string
type PersonalBenchmark struct {
ID string
PrincipalID string
ApprovedCaseRefs []BenchmarkCaseRef
GoalProfile []string
PreferenceEvidenceRefs []SemanticReference
RecordedAt int64
}
type BenchmarkEvaluation struct {
CaseRef BenchmarkCaseRef
Path string
QualityMillis int64
ReliabilityMillis int64
LatencyMillis int64
CostMicros int64
CorrectionCount int64
EvidenceRefs []SemanticReference
}
func (e BenchmarkEvaluation) Valid() bool {
return e.CaseRef != "" && len(e.EvidenceRefs) > 0 && e.QualityMillis >= 0 && e.ReliabilityMillis >= 0 && e.CorrectionCount >= 0
}
+92
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package self
import "fmt"
type AssessmentID string
type LearningLedgerEntryID string
type AssessmentState string
const (
AssessmentCandidate AssessmentState = "CANDIDATE"
AssessmentConfirmed AssessmentState = "CONFIRMED"
AssessmentMonitoring AssessmentState = "MONITORING"
AssessmentResolved AssessmentState = "RESOLVED"
)
type CompetenceAssessment struct {
ID AssessmentID
PrincipalID string
SubjectRef SemanticReference
Revision uint64
ContextMatcher []string
QualityMillis int64
ReliabilityMillis int64
ConfidenceMillis int64
EvidenceRefs []SemanticReference
LastValidatedAt int64
AssessedAt int64
SupersedesRef *SemanticReference
}
type WeaknessPattern struct {
ID AssessmentID
PrincipalID string
Revision uint64
PatternKey string
ContextMatcher []string
FailureMode string
DetectionEvidenceRefs []SemanticReference
State AssessmentState
RecordedAt int64
}
type DependencyAssessment struct {
ID AssessmentID
SubjectRef SemanticReference
DependencyRef SemanticReference
ImpactClass string
CurrentEffect string
EvidenceRefs []SemanticReference
AssessedAt int64
}
type ImprovementNeed struct {
ID AssessmentID
PrincipalID string
SubjectRef SemanticReference
ProblemSummary string
EvidenceRefs []SemanticReference
ExpectedBenefit string
Priority int
State string
CreatedAt int64
}
type LearningLedgerEntry struct {
ID LearningLedgerEntryID
PrincipalID string
ImprovementNeedRef *SemanticReference
ObservedProblem string
EvidenceRefs []SemanticReference
Diagnosis string
Hypothesis string
ProposedChangeRef SemanticReference
ExpectedImprovement string
ActualEvaluationRefs []SemanticReference
DevelopmentGateRef *SemanticReference
BeforeVersionRefs []SemanticReference
AfterVersionRefs []SemanticReference
Decision string
SideEffects []string
RollbackRef *SemanticReference
RecordedAt int64
}
func (a CompetenceAssessment) Validate() error {
if a.ID == "" || a.PrincipalID == "" || !a.SubjectRef.Valid() || a.Revision < 1 || a.ConfidenceMillis < 0 || a.ConfidenceMillis > 1000 || len(a.EvidenceRefs) == 0 || a.AssessedAt < 1 {
return fmt.Errorf("competence requires evidence")
}
return nil
}
func (l LearningLedgerEntry) Validate() error {
if l.ID == "" || l.PrincipalID == "" || l.ObservedProblem == "" || len(l.EvidenceRefs) == 0 || l.Decision == "" || l.RecordedAt < 1 {
return fmt.Errorf("learning ledger entry is incomplete")
}
return nil
}
+35
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package work
type LongRunningWorkID string
type LongRunningState string
const (
LongRunningProposed LongRunningState = "PROPOSED"
LongRunningRunning LongRunningState = "RUNNING"
LongRunningPaused LongRunningState = "PAUSED"
LongRunningBlocked LongRunningState = "BLOCKED"
LongRunningCompleted LongRunningState = "COMPLETED"
LongRunningExhausted LongRunningState = "EXHAUSTED"
LongRunningCancelled LongRunningState = "CANCELLED"
)
type Investigation struct {
ID LongRunningWorkID
Objective string
HypothesisRefs []EvidenceRef
AttemptRefs []AgentRunID
FindingRefs []EvidenceRef
Blockers []string
CheckpointRefs []AgentCheckpointID
NextStep string
State LongRunningState
Revision int64
TimeBudgetMillis int64
CostBudgetMicros int64
MaxAttempts int
RecordedAtUnixMillis int64
}
func (w Investigation) Valid() bool {
return w.ID != "" && w.Objective != "" && w.State != "" && w.Revision > 0 && w.TimeBudgetMillis >= 0 && w.CostBudgetMicros >= 0 && w.MaxAttempts >= 0 && w.RecordedAtUnixMillis > 0
}
@@ -0,0 +1,7 @@
BEGIN;
SET ROLE self_role;
CREATE TABLE IF NOT EXISTS self.competence_assessments (assessment_id TEXT PRIMARY KEY, principal_id TEXT NOT NULL, subject_ref JSONB NOT NULL, revision BIGINT NOT NULL CHECK(revision>0), context_matcher JSONB NOT NULL, confidence_millis BIGINT NOT NULL, evidence_refs JSONB NOT NULL, assessed_at_unix_millis BIGINT NOT NULL);
CREATE TABLE IF NOT EXISTS self.learning_ledger (entry_id TEXT PRIMARY KEY, principal_id TEXT NOT NULL, observed_problem TEXT NOT NULL, evidence_refs JSONB NOT NULL, diagnosis TEXT NOT NULL, hypothesis TEXT NOT NULL, decision TEXT NOT NULL, recorded_at_unix_millis BIGINT NOT NULL);
GRANT SELECT, INSERT, UPDATE ON self.competence_assessments, self.learning_ledger TO self_role;
RESET ROLE;
COMMIT;
+1 -1
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@@ -1 +1 @@
{"task_file":"dev/tasks/GEN2-013-migrate-skill-v1-to-skill-v2-with-applicability-versioning-and-evidence.json","task_id":"GEN2-013","task_revision":1}
{"task_file":"dev/tasks/GEN2-017-extend-work-into-durable-longrunningwork-investigation.json","task_id":"GEN2-017","task_revision":1}
@@ -0,0 +1,15 @@
package domain_test
import (
"git.cin.su/m/Assistant/contracts/capability"
"testing"
)
func TestStrategyUsesRiskAndCostSignals(t *testing.T) {
if got := (capability.StrategyRequest{RequiredQuality: 400, CostBudgetMicros: 10}).Select().Path; got != capability.PathRule {
t.Fatal(got)
}
if got := (capability.StrategyRequest{RiskClass: "HIGH", CostOfError: 900}).Select(); got.Path != capability.PathStrongLocal || !got.Escalate {
t.Fatalf("%#v", got)
}
}
+22
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package domain
import (
"fmt"
"git.cin.su/m/Assistant/contracts/capability"
)
func ValidateReflexRevision(v capability.ReflexRevision) error {
if v.ReflexID == "" || v.SourceSkillRevision < 1 || v.Kind == "" || v.ImplementationRef == "" || v.Lifecycle == "" || v.RecordedAt < 1 {
return fmt.Errorf("invalid reflex revision")
}
if v.Lifecycle == capability.ReflexActive && len(v.ValidationEvidenceRefs) == 0 {
return fmt.Errorf("active reflex requires evidence")
}
return nil
}
func ReflexFallback(d capability.FastPathDecision) string {
if d.Decision == capability.FastPathApplied {
return "reflex"
}
return "skill->reasoning"
}
+21
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package domain_test
import (
"git.cin.su/m/Assistant/contracts/capability"
"git.cin.su/m/Assistant/modules/capability/domain"
"testing"
)
func TestReflexActiveRequiresEvidenceAndFallbacks(t *testing.T) {
v := capability.ReflexRevision{ReflexID: "r", SourceSkillRevision: 1, Kind: capability.ReflexRule, ImplementationRef: "rule", Lifecycle: capability.ReflexActive, RecordedAt: 1}
if domain.ValidateReflexRevision(v) == nil {
t.Fatal("active reflex without evidence")
}
v.ValidationEvidenceRefs = []capability.SkillEvidenceRef{"eval"}
if err := domain.ValidateReflexRevision(v); err != nil {
t.Fatal(err)
}
if domain.ReflexFallback(capability.FastPathDecision{Decision: capability.FastPathEscalate}) != "skill->reasoning" {
t.Fatal("missing escalation")
}
}
+17
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package domain_test
import (
selfcontract "git.cin.su/m/Assistant/contracts/self"
"testing"
)
func TestBenchmarkRequiresEvidenceAndDoesNotPromoteAlone(t *testing.T) {
e := selfcontract.BenchmarkEvaluation{CaseRef: "case", QualityMillis: 900}
if e.Valid() {
t.Fatal("benchmark without evidence accepted")
}
e.EvidenceRefs = []selfcontract.SemanticReference{{OwnerNamespace: "epistemics", SemanticKind: "evaluation", StableID: "e"}}
if !e.Valid() {
t.Fatal("evidence-backed evaluation rejected")
}
}
+8
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package domain
import (
"git.cin.su/m/Assistant/contracts/self"
)
func ValidateCompetence(v self.CompetenceAssessment) error { return v.Validate() }
func ValidateLearning(v self.LearningLedgerEntry) error { return v.Validate() }
+18
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package domain_test
import (
selfcontract "git.cin.su/m/Assistant/contracts/self"
"git.cin.su/m/Assistant/modules/self/domain"
"testing"
)
func TestCompetenceCannotBeSelfDeclaredWithoutEvidence(t *testing.T) {
v := selfcontract.CompetenceAssessment{ID: "a", PrincipalID: "p", SubjectRef: selfcontract.SemanticReference{OwnerNamespace: "capability", SemanticKind: "skill", StableID: "s"}, Revision: 1, ConfidenceMillis: 1000, AssessedAt: 1}
if domain.ValidateCompetence(v) == nil {
t.Fatal("unsupported competence accepted")
}
v.EvidenceRefs = []selfcontract.SemanticReference{{OwnerNamespace: "epistemics", SemanticKind: "evaluation", StableID: "e"}}
if err := domain.ValidateCompetence(v); err != nil {
t.Fatal(err)
}
}
+18
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package domain
import "git.cin.su/m/Assistant/contracts/work"
func PauseInvestigation(value work.Investigation) work.Investigation {
if value.Valid() {
value.State = work.LongRunningPaused
value.Revision++
}
return value
}
func ResumeInvestigation(value work.Investigation) work.Investigation {
if value.Valid() && value.State == work.LongRunningPaused {
value.State = work.LongRunningRunning
value.Revision++
}
return value
}
+16
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package domain_test
import (
"git.cin.su/m/Assistant/contracts/work"
"git.cin.su/m/Assistant/modules/work/domain"
"testing"
)
func TestInvestigationPauseResumeIsDurableStateTransition(t *testing.T) {
w := work.Investigation{ID: "i", Objective: "diagnose", State: work.LongRunningRunning, Revision: 1, RecordedAtUnixMillis: 1}
w = domain.PauseInvestigation(w)
w = domain.ResumeInvestigation(w)
if w.State != work.LongRunningRunning || w.Revision != 3 {
t.Fatalf("%#v", w)
}
}