Documentation
¶
Index ¶
- Constants
- func SelectScenariosForSubject(subject SubjectDescriptor, corpus []ScenarioDescriptor) (positive []ScenarioID, negative []ScenarioID)
- type Certification
- type ExecutionEvidence
- type ScenarioDescriptor
- type ScenarioFailure
- type ScenarioID
- type ScenarioTransport
- type SemanticFeature
- type SubjectDescriptor
- type SubjectKind
Constants ¶
const ( FeatureText = sdkcontract.FeatureText FeatureStreaming = sdkcontract.FeatureStreaming FeatureTools = sdkcontract.FeatureTools FeatureParallelTools = sdkcontract.FeatureParallelTools FeatureVision = sdkcontract.FeatureVision FeatureVideo = sdkcontract.FeatureVideo FeatureAnnotations = sdkcontract.FeatureAnnotations FeatureDocuments = sdkcontract.FeatureDocuments FeatureStructuredOutput = sdkcontract.FeatureStructuredOutput FeatureReasoning = sdkcontract.FeatureReasoning FeatureReasoningReplay = sdkcontract.FeatureReasoningReplay FeatureAssistantPhase = sdkcontract.FeatureAssistantPhase FeatureAssistantMedia = sdkcontract.FeatureAssistantMedia FeatureOrderedItems = sdkcontract.FeatureOrderedItems FeatureItemReferences = sdkcontract.FeatureItemReferences FeatureCompaction = sdkcontract.FeatureCompaction FeatureExtensions = sdkcontract.FeatureExtensions FeatureLifecycle = sdkcontract.FeatureLifecycle TransportHTTP = sdkcontract.TransportHTTP TransportStreaming = sdkcontract.TransportStreaming TransportWebSocket = sdkcontract.TransportWebSocket TransportConnector = sdkcontract.TransportConnector )
Variables ¶
This section is empty.
Functions ¶
func SelectScenariosForSubject ¶
func SelectScenariosForSubject(subject SubjectDescriptor, corpus []ScenarioDescriptor) (positive []ScenarioID, negative []ScenarioID)
SelectScenariosForSubject filters the scenario corpus into positive and negative scenario lists based on subject capabilities, item dialects, reasoning dialects, compaction dialects, and extension requirements.
Types ¶
type Certification ¶
type Certification struct {
SubjectID string `json:"subject_id"`
SubjectKind SubjectKind `json:"subject_kind"`
Profile string `json:"profile,omitempty"`
Capabilities []lipapi.Capability `json:"capabilities,omitempty"`
Dialects lipapi.DialectSupport `json:"dialects,omitzero"`
Transports []ScenarioTransport `json:"transports,omitempty"`
Passed []ScenarioID `json:"passed"`
Negative []ScenarioID `json:"negative"`
Failed []ScenarioFailure `json:"failed,omitempty"`
Executed bool `json:"executed"`
// ExecutedScenarioIDs is the call-level evidence behind Passed/Negative.
// Selector output alone is never certification evidence.
ExecutedScenarioIDs []ScenarioID `json:"executed_scenarios"`
HarnessCalls int `json:"harness_calls"`
}
Certification contains machine-readable TCK certification evidence.
func (Certification) MarshalJSON ¶
func (c Certification) MarshalJSON() ([]byte, error)
MarshalJSON returns serialized JSON certification evidence.
func (Certification) ValidateReleaseReady ¶
func (c Certification) ValidateReleaseReady() error
ValidateReleaseReady verifies the certification has no failures, valid metadata, exact scenario corpus membership, exact positive/negative selection alignment, and uniqueness.
type ExecutionEvidence ¶
type ExecutionEvidence struct {
ScenarioID ScenarioID `json:"scenario_id"`
Executed bool `json:"executed"`
BoundaryCalls int `json:"boundary_calls"`
UpstreamCalls int `json:"upstream_calls"`
Opened bool `json:"opened"`
EffectiveCapabilities bool `json:"effective_capabilities"`
Derived bool `json:"derived"`
ExactMatch bool `json:"exact_match"`
Rejected bool `json:"rejected"`
Accepted bool `json:"accepted"`
CanonicalCall bool `json:"canonical_call"`
WireResponse bool `json:"wire_response"`
ErrorMapped bool `json:"error_mapped"`
StreamValidated bool `json:"stream_validated"`
UsagePresent bool `json:"usage_present"`
LifecycleClosed bool `json:"lifecycle_closed"`
Cancelled bool `json:"cancelled"`
}
ExecutionEvidence is emitted by a subject boundary after it executes a scenario. Certification must not manufacture this evidence by calling a lower-level probe itself.
type ScenarioDescriptor ¶
type ScenarioDescriptor = sdkcontract.ScenarioDescriptor
Semantic scenario metadata is defined in the public SDK contract package so connector authors and in-process TCKs consume one corpus.
func BaselineScenarioCorpus ¶
func BaselineScenarioCorpus() []ScenarioDescriptor
BaselineScenarioCorpus returns the shared SDK scenario metadata.
type ScenarioFailure ¶
type ScenarioFailure struct {
ScenarioID ScenarioID `json:"scenario_id"`
Reason string `json:"reason"`
Fatal bool `json:"fatal"`
}
ScenarioFailure describes a scenario execution failure.
type ScenarioID ¶
type ScenarioID = sdkcontract.ScenarioID
Semantic scenario metadata is defined in the public SDK contract package so connector authors and in-process TCKs consume one corpus.
type ScenarioTransport ¶
type ScenarioTransport = sdkcontract.ScenarioTransport
Semantic scenario metadata is defined in the public SDK contract package so connector authors and in-process TCKs consume one corpus.
type SemanticFeature ¶
type SemanticFeature = sdkcontract.SemanticFeature
Semantic scenario metadata is defined in the public SDK contract package so connector authors and in-process TCKs consume one corpus.
type SubjectDescriptor ¶
type SubjectDescriptor struct {
ID string `json:"id"`
Kind SubjectKind `json:"kind"`
Profile string `json:"profile,omitempty"`
Capabilities []lipapi.Capability `json:"capabilities,omitempty"`
Dialects lipapi.DialectSupport `json:"dialects,omitzero"`
// Transports lists the transports supported by this subject. An empty list
// means the subject accepts the scenario's declared transport.
Transports []ScenarioTransport `json:"transports,omitempty"`
}
SubjectDescriptor describes a subject certified by TCK.
type SubjectKind ¶
type SubjectKind string
SubjectKind classifies a subject under test.
const ( KindFrontend SubjectKind = "frontend" KindBackendFamily SubjectKind = "backend_family" KindCanonicalCore SubjectKind = "canonical_core" KindProviderProfile SubjectKind = "provider_profile" KindConnector SubjectKind = "connector" )
Source Files