crp.sdk¶

Auto-generated reference for the crp.sdk subpackage.

`sdk`¶

`crp.sdk` ¶

CRP Progressive SDK - Level 0–3 developer experience (SPEC-032).

Exports

CRPClient - the main steering wheel CRPCompletionResponse, CRPAskResponse - response types CRPResponseMeta - governance summary

`CRPClient` `dataclass` ¶

Progressive-disclosure SDK client (SPEC-032).

Parameters:

Name	Type	Description	Default
`provider`	`LLMProvider \| None`	An LLMProvider instance (optional - can set later).	`None`
`config`	`CRPConfig \| None`	A CRPConfig instance (optional - loads defaults or crp.config.yaml).	`None`
`safety`	`str \| dict[str, Any]`	Safety profile name ("balanced", "strict", etc.) or dict.	`'balanced'`
`depth`	`str`	Default query depth ("auto", "quick", "standard", "thorough", "exhaustive").	`'auto'`
`app_profile`	`ApplicationProfile \| None`	Optional application capability contract used to auto-select provider, relay strategy, and context behaviour.	`None`

`storage` `property` ¶

Access storage visibility API.

`knowledge` `property` ¶

Access knowledge location.

`audit` `property` ¶

Access the tamper-evident compliance audit trail.

`compliance` `property` ¶

Access EU AI Act / ISO 42001 compliance helpers.

`safety` `property` `writable` ¶

Access the Safety Control Plane (SPEC-033, SPEC-034).

`ckf` `property` ¶

Access the Contextual Knowledge Fabric (SPEC-009, SPEC-025).

`cso` `property` ¶

Access the Cognitive State Object (SPEC-030).

`provenance` `property` ¶

Access the Decision Provenance Engine (SPEC-005).

`reasoning` `property` ¶

Access reasoning scaffolds, CQS, and cross-window validation.

`activation` `property` ¶

Access CRP activation-mode detection (SPEC-017).

`agent` `property` ¶

Access multi-agent safety budget and chain tools (SPEC-012).

`events` `property` ¶

Access the protocol event bus (§9).

`providers` `property` ¶

Access LLM provider registration (SPEC-008).

`extract` `property` ¶

Access the graduated extraction pipeline (§2.5).

`gateway` `property` ¶

Access CRP Gateway helpers (SPEC-016).

`headers` `property` ¶

Access the CRP HTTP header surface (SPEC-002).

`observability` `property` ¶

Access observability subsystems (audit, metrics, telemetry).

`policy` `property` ¶

Access the safety policy engine (SPEC-006).

`scan` `property` ¶

Access CRP Scan helpers (SPEC-013, SPEC-036, SPEC-039).

`comply` `property` ¶

Access CRP Comply helpers (SPEC-040, SPEC-042, SPEC-047, SPEC-048).

`orchestrator` `property` ¶

Access the live CRPOrchestrator instance directly.

This exposes every public orchestrator method and subsystem (e.g. client.orchestrator.dispatch(...), client.orchestrator.ckf).

`modules` `property` ¶

Access any public class or function in the crp package.

This dynamic mirror lets you reach the full CRP API without importing modules manually::

client.modules.envelope.cdr.cdr_rank(...)
client.modules.security.consent.ConsentManager(...)

`core` `property` ¶

Access core orchestrator, session, DAG, ledger, and facilitator.

`continuation` `property` ¶

Access continuation manager and helpers.

`envelope` `property` ¶

Access envelope builder, packer, reranker, CDR, and formatter.

`state` `property` ¶

Access warm store, cold storage, snapshots, event log, and router.

`security` `property` ¶

Access safety manifest, consent, RBAC, checkpoints, and audit trail.

`resources` `property` ¶

Access adaptive allocator, cost model, overhead, and resource manager.

`advanced` `property` ¶

Access curator, feedback, meta-learning, source grounding, and validator.

`cli` `property` ¶

Access CLI sidecar handler and startup result types.

`errors` `property` ¶

Access public CRP exception classes.

`configure(**kwargs)` ¶

Apply runtime configuration overrides (Layer 5).

Unknown keys are stored in the unified config. Keys that map to core orchestrator settings are also forwarded when possible.

`complete(prompt, system='You are a helpful assistant.', **kwargs)` ¶

Single-turn completion with automatic governance (Level 0).

Returns:

Type	Description
`CRPCompletionResponse`	CRPCompletionResponse with `.crp` governance summary.

`stream(prompt, system='You are a helpful assistant.', *, depth=None, **kwargs)` ¶

Stream a single-turn completion as StreamEvent objects.

    Each event has ``event_type`` (``token``, ``extraction``,
    ``continuation``, ``window_complete``, ``done``, ``error``) and
    ``data``. Concatenating all ``token`` data values produces the same
    text as :meth:`complete`.

    Args:
        depth: Override depth (``quick`` / ``standard`` / ``thorough`` /
            ``exhaustive``).

    Example::

        for event in client.stream("Explain CRP."):
            if event.event_type == "token":
                print(event.data, end="")
            elif event.event_type == "done":
                print("

Done")

`ingest(path)` ¶

Ingest documents into the Contextual Knowledge Fabric.

Accepts a file path, directory path, or list of paths.

`ask(question, system='You are a helpful assistant.', depth=None, **kwargs)` ¶

Multi-turn quality-aware query with source attribution (Level 1–2).

Parameters:

Name	Type	Description	Default
`depth`	`str \| None`	Override depth for this query ("quick", "standard", "thorough", "exhaustive"). Level 2 control.	`None`

Returns:

Type	Description
`CRPAskResponse`	CRPAskResponse with quality tier, sources, completeness, and
`CRPAskResponse`	inspectable reasoning (Level 2).

`tool(fn)` ¶

Decorator: register a tool for tool-mediated dispatch (Level 2).

Usage::

@client.tool
def get_metrics(service: str) -> dict:
    return {"cpu": 0.5}

`call_tool(name, *args, **kwargs)` ¶

Call a registered tool by name (Level 2).

`dispatch_positioned(user_request, *, fabric=None, executor=None, profile=None, governor=None, clarify_handler=None, policy=None, oversight_required=None, context_facts=None, max_operations=12, temperature=0.2, max_tokens=1024, prior_cso=None, max_continuation_windows=1)` ¶

Run the positioned-tool-loop (CRP-SPEC-049/050) with this client's provider.

Positioning, not injection: each operation positions the model on only the 1–3 tools the protocol selected for it - never the full catalogue. Any @client.tool functions are auto-registered as capabilities when no explicit fabric is supplied.

For multi-turn workflows, pass the previous result's .cso as prior_cso so the follow-up turn is positioned with everything the prior turn established (facts, tool observations, decisions).

Returns a PositionedResult exposing .text, .cso, .event_stream, .observation_count, .headers, and .halted.

`conversation(**defaults)` ¶

Start a multi-turn positioned conversation that manages state for you.

Each .say(request) runs the positioned loop with the running CSO relayed forward automatically - no manual prior_cso threading::

convo = client.conversation()
r1 = convo.say("Look up the service on port 443.")
r2 = convo.say("Based on that, is it safe for a login page?")

defaults are passed to every dispatch_positioned call (e.g. profile=, max_continuation_windows=, clarify_handler=).

`derive_profile(messages, tools=None)` ¶

Derive an application capability contract from observed messages.

`session()` ¶

Return a live view of the current CRP session.

`save_config(path)` ¶

Save the current unified config to path.

Parameters:

Name	Type	Description	Default
`path`	`str \| Path`	Destination file path.	required

`config_hash()` ¶

Return a deterministic hash of the loaded unified config.

Returns:

Type	Description
`str`	Hex digest string, or empty string if hashing is unavailable.

`reset()` ¶

Clear accumulated session facts (warm store + CKF).

`close()` ¶

Release orchestrator resources.

`CRPAskResponse` `dataclass` ¶

Level 1+2 response - quality-aware with inspectable reasoning (SPEC-032 §3–4).

`CRPCompletionResponse` `dataclass` ¶

Level 0 response - drop-in governance (SPEC-032 §2).

`CRPResponseMeta` `dataclass` ¶

The one governance object - five fields, not 58 headers (SPEC-032 §2.3).

`SourceAttribution` `dataclass` ¶

One source document cited in the response.

`sdk.client`¶

`crp.sdk.client` ¶

Progressive SDK - the steering wheel for the CRP engine (SPEC-032).

Level 0: drop-in governance::

import crp
client = crp.SDKClient()
r = client.complete("Summarise the EU AI Act")
print(r.crp.risk)          # LOW | MEDIUM | HIGH | CRITICAL

Level 1: quality::

client.ingest("./docs/")
a = client.ask("Write a complete deployment guide")
print(a.quality)           # S | A | B | C | D
print(a.sources)           # [{title, doc_id, used_facts}]

Level 2: control::

@client.tool
def get_metrics(service: str) -> dict:
    return {"cpu": 0.5}

r = client.ask("How is the api service doing?", depth="thorough")
print(r.crp.safety_budget_remaining)

`CRPClient` `dataclass` ¶

Progressive-disclosure SDK client (SPEC-032).

Parameters:

Name	Type	Description	Default
`provider`	`LLMProvider \| None`	An LLMProvider instance (optional - can set later).	`None`
`config`	`CRPConfig \| None`	A CRPConfig instance (optional - loads defaults or crp.config.yaml).	`None`
`safety`	`str \| dict[str, Any]`	Safety profile name ("balanced", "strict", etc.) or dict.	`'balanced'`
`depth`	`str`	Default query depth ("auto", "quick", "standard", "thorough", "exhaustive").	`'auto'`
`app_profile`	`ApplicationProfile \| None`	Optional application capability contract used to auto-select provider, relay strategy, and context behaviour.	`None`

`storage` `property` ¶

Access storage visibility API.

`knowledge` `property` ¶

Access knowledge location.

`audit` `property` ¶

Access the tamper-evident compliance audit trail.

`compliance` `property` ¶

Access EU AI Act / ISO 42001 compliance helpers.

`safety` `property` `writable` ¶

Access the Safety Control Plane (SPEC-033, SPEC-034).

`ckf` `property` ¶

Access the Contextual Knowledge Fabric (SPEC-009, SPEC-025).

`cso` `property` ¶

Access the Cognitive State Object (SPEC-030).

`provenance` `property` ¶

Access the Decision Provenance Engine (SPEC-005).

`reasoning` `property` ¶

Access reasoning scaffolds, CQS, and cross-window validation.

`activation` `property` ¶

Access CRP activation-mode detection (SPEC-017).

`agent` `property` ¶

Access multi-agent safety budget and chain tools (SPEC-012).

`events` `property` ¶

Access the protocol event bus (§9).

`providers` `property` ¶

Access LLM provider registration (SPEC-008).

`extract` `property` ¶

Access the graduated extraction pipeline (§2.5).

`gateway` `property` ¶

Access CRP Gateway helpers (SPEC-016).

`headers` `property` ¶

Access the CRP HTTP header surface (SPEC-002).

`observability` `property` ¶

Access observability subsystems (audit, metrics, telemetry).

`policy` `property` ¶

Access the safety policy engine (SPEC-006).

`scan` `property` ¶

Access CRP Scan helpers (SPEC-013, SPEC-036, SPEC-039).

`comply` `property` ¶

Access CRP Comply helpers (SPEC-040, SPEC-042, SPEC-047, SPEC-048).

`orchestrator` `property` ¶

Access the live CRPOrchestrator instance directly.

This exposes every public orchestrator method and subsystem (e.g. client.orchestrator.dispatch(...), client.orchestrator.ckf).

`modules` `property` ¶

Access any public class or function in the crp package.

This dynamic mirror lets you reach the full CRP API without importing modules manually::

client.modules.envelope.cdr.cdr_rank(...)
client.modules.security.consent.ConsentManager(...)

`core` `property` ¶

Access core orchestrator, session, DAG, ledger, and facilitator.

`continuation` `property` ¶

Access continuation manager and helpers.

`envelope` `property` ¶

Access envelope builder, packer, reranker, CDR, and formatter.

`state` `property` ¶

Access warm store, cold storage, snapshots, event log, and router.

`security` `property` ¶

Access safety manifest, consent, RBAC, checkpoints, and audit trail.

`resources` `property` ¶

Access adaptive allocator, cost model, overhead, and resource manager.

`advanced` `property` ¶

Access curator, feedback, meta-learning, source grounding, and validator.

`cli` `property` ¶

Access CLI sidecar handler and startup result types.

`errors` `property` ¶

Access public CRP exception classes.

`configure(**kwargs)` ¶

Apply runtime configuration overrides (Layer 5).

Unknown keys are stored in the unified config. Keys that map to core orchestrator settings are also forwarded when possible.

`complete(prompt, system='You are a helpful assistant.', **kwargs)` ¶

Single-turn completion with automatic governance (Level 0).

Returns:

Type	Description
`CRPCompletionResponse`	CRPCompletionResponse with `.crp` governance summary.

`stream(prompt, system='You are a helpful assistant.', *, depth=None, **kwargs)` ¶

Stream a single-turn completion as StreamEvent objects.

    Each event has ``event_type`` (``token``, ``extraction``,
    ``continuation``, ``window_complete``, ``done``, ``error``) and
    ``data``. Concatenating all ``token`` data values produces the same
    text as :meth:`complete`.

    Args:
        depth: Override depth (``quick`` / ``standard`` / ``thorough`` /
            ``exhaustive``).

    Example::

        for event in client.stream("Explain CRP."):
            if event.event_type == "token":
                print(event.data, end="")
            elif event.event_type == "done":
                print("

Done")

`ingest(path)` ¶

Ingest documents into the Contextual Knowledge Fabric.

Accepts a file path, directory path, or list of paths.

`ask(question, system='You are a helpful assistant.', depth=None, **kwargs)` ¶

Multi-turn quality-aware query with source attribution (Level 1–2).

Parameters:

Name	Type	Description	Default
`depth`	`str \| None`	Override depth for this query ("quick", "standard", "thorough", "exhaustive"). Level 2 control.	`None`

Returns:

Type	Description
`CRPAskResponse`	CRPAskResponse with quality tier, sources, completeness, and
`CRPAskResponse`	inspectable reasoning (Level 2).

`tool(fn)` ¶

Decorator: register a tool for tool-mediated dispatch (Level 2).

Usage::

@client.tool
def get_metrics(service: str) -> dict:
    return {"cpu": 0.5}

`call_tool(name, *args, **kwargs)` ¶

Call a registered tool by name (Level 2).

`dispatch_positioned(user_request, *, fabric=None, executor=None, profile=None, governor=None, clarify_handler=None, policy=None, oversight_required=None, context_facts=None, max_operations=12, temperature=0.2, max_tokens=1024, prior_cso=None, max_continuation_windows=1)` ¶

Run the positioned-tool-loop (CRP-SPEC-049/050) with this client's provider.

Positioning, not injection: each operation positions the model on only the 1–3 tools the protocol selected for it - never the full catalogue. Any @client.tool functions are auto-registered as capabilities when no explicit fabric is supplied.

For multi-turn workflows, pass the previous result's .cso as prior_cso so the follow-up turn is positioned with everything the prior turn established (facts, tool observations, decisions).

Returns a PositionedResult exposing .text, .cso, .event_stream, .observation_count, .headers, and .halted.

`conversation(**defaults)` ¶

Start a multi-turn positioned conversation that manages state for you.

Each .say(request) runs the positioned loop with the running CSO relayed forward automatically - no manual prior_cso threading::

convo = client.conversation()
r1 = convo.say("Look up the service on port 443.")
r2 = convo.say("Based on that, is it safe for a login page?")

defaults are passed to every dispatch_positioned call (e.g. profile=, max_continuation_windows=, clarify_handler=).

`derive_profile(messages, tools=None)` ¶

Derive an application capability contract from observed messages.

`session()` ¶

Return a live view of the current CRP session.

`save_config(path)` ¶

Save the current unified config to path.

Parameters:

Name	Type	Description	Default
`path`	`str \| Path`	Destination file path.	required

`config_hash()` ¶

Return a deterministic hash of the loaded unified config.

Returns:

Type	Description
`str`	Hex digest string, or empty string if hashing is unavailable.

`reset()` ¶

Clear accumulated session facts (warm store + CKF).

`close()` ¶

Release orchestrator resources.

`sdk.dynamic`¶

`crp.sdk.dynamic` ¶

Dynamic SDK accessors for full CRP coverage (SPEC-032 advanced surface).

The curated namespace proxies in :mod:crp.sdk.proxies cover the most common subsystems. This module provides two escape hatches that expose the remaining 1,400+ classes and 700+ functions without hand-writing a proxy for each:

:attr:CRPClient.orchestrator - direct access to the live :class:~crp.core.orchestrator.CRPOrchestrator instance.
:attr:CRPClient.modules - a dynamic mirror of the entire crp package.

These accessors are lazy, read-only, and block private names so the SDK surface remains safe and predictable.

`sdk.proxies`¶

`crp.sdk.proxies` ¶

Namespace proxies for the progressive CRP SDK (SPEC-032).

These proxies expose internal CRP subsystems through a stable, discoverable SDK surface. Each proxy receives the orchestrator instance and uses lazy imports to avoid heavy dependencies and circular imports.

`sdk.proxies_extra`¶

`crp.sdk.proxies_extra` ¶

Additional curated namespace proxies for product-facing CRP subsystems.

These proxies extend the progressive SDK surface with typed accessors for Gateway, HTTP headers, observability, policy, Scan, and Comply. Each proxy receives the orchestrator instance and uses lazy imports to avoid heavy dependencies and circular imports.

`CRPScanGitHubApp` ¶

Lazy wrapper around crp.scan.github_app.GithubAppClient.

The underlying client is instantiated only when a method that requires GitHub credentials is called, keeping client.scan.github_app() side-effect-free.

`installation_token(installation_id)` ¶

Mint a short-lived installation access token.

`list_repos(installation_id)` ¶

List repositories accessible to the installation.

`open_remediation_pr(installation_id, owner, repo, base_branch, file_changes, pr_title, pr_body)` ¶

Open a remediation pull request (always to a dedicated branch).

`ComplyGatewayClient` ¶

Lightweight adapter exposing Comply Gateway integration helpers.

Wraps the functions in crp.comply.gateway_client so the SDK surface returns a stable object rather than requiring manual imports.

`subscribe_to_audit_stream(events, tenant_id)` ¶

Stream audit events into Comply evidence storage.

`get_evidence_pack(tenant_id, period=None)` ¶

Return an EU AI Act evidence pack for tenant_id.

`map_to_regulation(event_type)` ¶

Map a Gateway audit event type to EU AI Act article citations.

`sdk.proxies_more`¶

`crp.sdk.proxies_more` ¶

Additional curated namespace proxies for the progressive CRP SDK (SPEC-032).

These proxies expose the remaining top-level CRP subsystems through a stable, discoverable SDK surface. Each proxy receives the orchestrator instance and uses lazy imports to avoid heavy dependencies and circular imports.

`sdk.response`¶

`crp.sdk.response` ¶

SDK response types - the .crp governance summary object (SPEC-032 §2.3).

At Level 0 the developer sees a five-field summary, not 58 headers::

response = client.complete("Summarise the EU AI Act")
print(response.crp.risk)         # "LOW" | "MEDIUM" | "HIGH" | "CRITICAL"
print(response.crp.grounded)     # bool
print(response.crp.fabrications) # int
print(response.crp.chain_valid)  # bool
print(response.crp.audit_url)    # tamper-evident deep link

At Level 1 quality signals are added::

a = client.ask("Write a complete deployment guide")
print(a.quality)     # "S" | "A" | "B" | "C" | "D"
print(a.sources)     # [{title, doc_id, used_facts}]
print(a.complete)    # bool - covered whole task

`CRPResponseMeta` `dataclass` ¶

The one governance object - five fields, not 58 headers (SPEC-032 §2.3).

`CRPCompletionResponse` `dataclass` ¶

Level 0 response - drop-in governance (SPEC-032 §2).

`SourceAttribution` `dataclass` ¶

One source document cited in the response.

`CRPAskResponse` `dataclass` ¶

Level 1+2 response - quality-aware with inspectable reasoning (SPEC-032 §3–4).

crp.sdk¶

sdk¶

crp.sdk ¶

CRPClient dataclass ¶

storage property ¶

knowledge property ¶

audit property ¶

compliance property ¶

safety property writable ¶

ckf property ¶

cso property ¶

provenance property ¶

reasoning property ¶

activation property ¶

agent property ¶

events property ¶

providers property ¶

extract property ¶

gateway property ¶

headers property ¶

observability property ¶

policy property ¶

scan property ¶

comply property ¶

orchestrator property ¶

modules property ¶

core property ¶

continuation property ¶

envelope property ¶

state property ¶

security property ¶

resources property ¶

advanced property ¶

cli property ¶

errors property ¶

configure(**kwargs) ¶

complete(prompt, system='You are a helpful assistant.', **kwargs) ¶

stream(prompt, system='You are a helpful assistant.', *, depth=None, **kwargs) ¶

ingest(path) ¶

ask(question, system='You are a helpful assistant.', depth=None, **kwargs) ¶

tool(fn) ¶

call_tool(name, *args, **kwargs) ¶

dispatch_positioned(user_request, *, fabric=None, executor=None, profile=None, governor=None, clarify_handler=None, policy=None, oversight_required=None, context_facts=None, max_operations=12, temperature=0.2, max_tokens=1024, prior_cso=None, max_continuation_windows=1) ¶

conversation(**defaults) ¶

derive_profile(messages, tools=None) ¶

session() ¶

save_config(path) ¶

config_hash() ¶

reset() ¶

close() ¶

CRPAskResponse dataclass ¶

CRPCompletionResponse dataclass ¶

CRPResponseMeta dataclass ¶

SourceAttribution dataclass ¶

sdk.client¶

crp.sdk.client ¶

CRPClient dataclass ¶

storage property ¶

knowledge property ¶

audit property ¶

compliance property ¶

safety property writable ¶

ckf property ¶

cso property ¶

provenance property ¶

reasoning property ¶

activation property ¶

agent property ¶

events property ¶

providers property ¶

extract property ¶

gateway property ¶

headers property ¶

observability property ¶

policy property ¶

scan property ¶

comply property ¶

orchestrator property ¶

modules property ¶

core property ¶

`sdk`¶

`crp.sdk` ¶

`CRPClient` `dataclass` ¶

`storage` `property` ¶

`knowledge` `property` ¶

`audit` `property` ¶

`compliance` `property` ¶

`safety` `property` `writable` ¶

`ckf` `property` ¶

`cso` `property` ¶

`provenance` `property` ¶

`reasoning` `property` ¶

`activation` `property` ¶

`agent` `property` ¶

`events` `property` ¶

`providers` `property` ¶

`extract` `property` ¶

`gateway` `property` ¶

`headers` `property` ¶

`observability` `property` ¶

`policy` `property` ¶

`scan` `property` ¶

`comply` `property` ¶

`orchestrator` `property` ¶

`modules` `property` ¶

`core` `property` ¶

`continuation` `property` ¶

`envelope` `property` ¶

`state` `property` ¶

`security` `property` ¶

`resources` `property` ¶

`advanced` `property` ¶

`cli` `property` ¶

`errors` `property` ¶

`configure(**kwargs)` ¶

`complete(prompt, system='You are a helpful assistant.', **kwargs)` ¶

`stream(prompt, system='You are a helpful assistant.', *, depth=None, **kwargs)` ¶

`ingest(path)` ¶

`ask(question, system='You are a helpful assistant.', depth=None, **kwargs)` ¶

`tool(fn)` ¶

`call_tool(name, *args, **kwargs)` ¶

`dispatch_positioned(user_request, *, fabric=None, executor=None, profile=None, governor=None, clarify_handler=None, policy=None, oversight_required=None, context_facts=None, max_operations=12, temperature=0.2, max_tokens=1024, prior_cso=None, max_continuation_windows=1)` ¶

`conversation(**defaults)` ¶

`derive_profile(messages, tools=None)` ¶

`session()` ¶

`save_config(path)` ¶

`config_hash()` ¶

`reset()` ¶

`close()` ¶

`CRPAskResponse` `dataclass` ¶

`CRPCompletionResponse` `dataclass` ¶

`CRPResponseMeta` `dataclass` ¶

`SourceAttribution` `dataclass` ¶

`sdk.client`¶

`crp.sdk.client` ¶

`CRPClient` `dataclass` ¶

`storage` `property` ¶

`knowledge` `property` ¶

`audit` `property` ¶

`compliance` `property` ¶

`safety` `property` `writable` ¶

`ckf` `property` ¶

`cso` `property` ¶

`provenance` `property` ¶

`reasoning` `property` ¶

`activation` `property` ¶

`agent` `property` ¶

`events` `property` ¶

`providers` `property` ¶

`extract` `property` ¶

`gateway` `property` ¶

`headers` `property` ¶

`observability` `property` ¶

`policy` `property` ¶

`scan` `property` ¶

`comply` `property` ¶

`orchestrator` `property` ¶

`modules` `property` ¶

`core` `property` ¶

`continuation` `property` ¶