PaperClipAI/maps/agent-access-map/runs-adapters.md

Runs, harnesses, and model accounts — agent access

Product map: Runs, harnesses, and model accounts.

Feature ID: runs-adapters.

Review date: 2026-10-12. Source commit: 58e16dbddfc9c8d0cf60867f9d9847f0feda055b. Native REST transport reconciled in this change; see the shared transport contract.

This is a source-reviewed baseline of representative operations and known gaps. Each capability needs operation-level review before its entire scope can be qualified. No live agent execution is claimed. Follow the map contract for format, permission checks, evidence and maintenance.

Scoped runner-default source review: 2026-10-12 at eee0534154eaf5d0d3f2bbc97c1e24d86f34a5a5, limited to runner discovery, selected-runtime testing and saved execution/session preservation. The original baseline source and review depth remain unchanged for unrelated operations.

Scoped native cancellation source review: 2026-10-12 at ce23716503a2c9158b5a7ab74ab61571ff4ee7a3, limited to owned startup and shutdown/readiness ordering. The original baseline and review depth remain for unrelated operations; no live provider or agent authorization is claimed.

availability

Capability ID: runs-adapters/availability.

Review: baseline.

API: present — representative operation IDs:

• GET /api/adapters.
• GET /api/companies/{companyId}/adapters/{type}/models.

Agent access: partial — Agent company-model REST / native call_api discovery and bound runtime context; adapter/account inventories remain board-only.

Policy: Run/cost visibility and agent configuration policy; adapter installation/account login/session control require board/admin.

Evidence: source-only — implementation at the reviewed commit above.

Verification: not-run — exercise a listed permitted operation with actual agent credentials/run context; inspect its result and applicable persistence/attribution. Assert the relevant denied actor, owner, company or mode from Policy. Review the remaining operations before qualifying the whole capability.

Runner discovery exposes supportedRunners and defaultRunner; it describes qualified selection, not successful authentication or task execution. Native Claude retains existing account grants and company/responsible-user boundaries. Source: adapter discovery.

Gaps: Raw instance adapter listing requires board, while company model discovery exists for eligible agents.

Scoped source-only evidence: adapter discovery reports supported runners/effective default for the selected company/environment; selection policy reads server-owned immutable sandbox facts without provisioning. New Codex defaults and explicit overrides follow the shared runner contract; Claude follows its qualified rollout described above. The board inventory does not grant a native agent an equivalent discovery binding. See probe restrictions for acquiring qualification. OpenCode now follows the qualified native default without the experimental flag on macOS and GNU/Linux x64; Linux ARM64 retains Legacy. An explicit provider/model is required for test/hire; only server-owned inactive setup drafts may omit it. Saved runners and permission/lifecycle policies remain authoritative. Actor/company checks and board-only discovery remain unchanged. This is scoped source/control evidence for OpenCode selection, not live provider execution or agent authorization proof. Pi follows the same supported platform/default and model-free inactive-draft boundary, with explicit pinned-runtime setup required on the execution host. Native ACPX Pi is admitted with the generic flag off. Existing direct Pi agents remain Legacy; saved native policies remain authoritative. Incompatible thinking, launch, permission, or lifecycle settings return remediation on conversion. Managed Pi accounts accept OpenRouter routing and matching OpenAI, Anthropic, Google, or OpenRouter API-key models. Subscription methods and custom gateways remain excluded for Pi. Selection keeps the existing company, user, grant, and agent-install checks; runtime preparation clears alternate credentials and rejects custom Pi provider overrides. This adds no cross-company access or runtime installation API. An absent forced-Kubernetes environment is an unqualified sandbox target, never a local target. Discovery and automatic creation keep the Legacy path without provisioning it; explicit Paperclip selection returns qualification guidance. The existing execution path owns lazy environment creation. Saved runners remain unchanged. This is source/control evidence, not live Kubernetes qualification.

validation

Capability ID: runs-adapters/validation.

Review: baseline.

API: present — representative operation IDs:

• POST /api/companies/{companyId}/adapters/{type}/test-environment.

Agent access: partial — Permitted agent-creation validation through REST / native call_api / CLI; account login requires its operator.

Policy: Run/cost visibility and agent configuration policy; adapter installation/account login/session control require board/admin.

Evidence: source-only — implementation at the reviewed commit above.

Verification: not-run — exercise a listed permitted operation with actual agent credentials/run context; inspect its result and applicable persistence/attribution. Assert the relevant denied actor, owner, company or mode from Policy. Review the remaining operations before qualifying the whole capability.

Gaps: Environment test path checks creation/configuration policy; missing provider auth must use its owner setup flow.

Scoped source-only Claude CLI preparation: both the selected environment test and normal CLI execution use versioned sandbox preparation. An outdated default sandbox command can use a private pinned compatible CLI; local, SSH and custom commands are not replaced. The selected model, engine, account and existing actor/company checks remain authoritative. Installer failure cannot turn an incompatible CLI into a passing probe. Local subprocess controls exercise version checks and installer outcomes; live agent and subscription access are not-run for this change.

Scoped Legacy Codex shell delivery: resolved task configuration can explicitly assign service-secret variables to shell tools through ACP or CLI execution. The existing configuration and secret-access checks still authorize that binding; the shell allowlist grants no extra company or vault access. Codex login keys, observability credentials, private runtime transport credentials, and unassigned host secrets retain their separate paths. Source/control evidence: shared shell policy and the adapter executor regressions. Live delivery remains a separate check under runs-adapters/validation.

Scoped source review: test authorization and resolution requires same-company agents:create, saved-agent update access when supplied, allowed environment selection, and normal secret/responsible-user checks. An unchanged saved runner avoids new-creation policy but still receives selected runtime validation. Native readiness tests native Codex startup/model/account and bounded teardown; an authentication or Legacy CLI check cannot replace that runtime evidence. Missing dependencies, credentials, invalid models and incompatible settings fail without silently changing runners. Account login remains board/owner-bound.

Scoped artifact-preparation source evidence: native preparation can overlap runner and default image-harness work only when the selected command runner declares concurrent sync support. Current executable hash, metadata, transport, and final-path checks still precede dispatch. The caller waits for both operations on failure. Explicit harness uploads and npm installs remain serial. This changes no API or agent grant. The real-shell controls do not qualify the whole validation capability or a live response-time target.

Scoped backend-preparation source evidence: remote native Codex can prepare its managed GitHub transport during fresh assigned-MCP discovery. The session claim, wake binding, review assignment and complete gateway launch binding checks still precede that work. Provider startup waits for both results. Failures drain both operations before the existing run cleanup releases any created GitHub access. No grant, token, authority cache or provider dispatch bypass is added. The executor controls remain separate from live latency and permitted/denied agent acceptance.

Scoped OpenCode assigned-tool source evidence: local and remote native sessions use the server-owned authenticated relay. The provider sees bounded paperclip_search_assigned_tools and paperclip_call_assigned_tool schemas, then uses pinned aliases. Search intersects fresh grants and work modes; calls retain the run's original gateway policy, validation, approvals, revocation and audit path. Prompt arguments cannot select gateway authority. Assigned gateway launch credentials stay on the controller. Former direct-catalog OpenCode checkpoints refresh; other provider fingerprints stay unchanged. The projection controls and wiring controls are source evidence, not live permitted/denied sandbox acceptance.

For a linked Codex subscription with server-resolved managed credential provenance, setup checks the resolved owner and stages a private probe copy before local or remote isolation. Without a selected API key, an unbound linked CODEX_HOME is rejected with explicit Legacy or managed-account guidance. Caller configuration cannot supply that provenance. Selected CODEX_API_KEY and OPENAI_API_KEY authentication skips unrelated subscription reads and refresh bindings, matching task materialization. The fake-credential controls verify key precedence without changing the account source or exposing either credential. The general native home materializer retains its no-follow symlink guard. Refresh still targets the checked account source, and confirmed bounded retirement removes its private copy. Unconfirmed retirement retains the existing cleanup block and owned state. Failures before probe handoff remove only the owned temporary preparation root; local daemon resolution occurs before credential staging. Once a probe is handed off, unconfirmed retirement still retains its recovery state. Existing fake-credential setup controls exercise linked/regular sources and failure cleanup. This adds no credential-read API, agent login authority or cross-company account access. Its source-only evidence does not qualify a live permitted/denied agent operation.

Verification for this scope remains not-run: use an admitted agent REST/CLI validation path, assert missing grants and cross-company targets/accounts are denied, then prove the useful task/follow-up separately. hire_agent inherits its caller's runtime; do not assume its binding accepts arbitrary runner or account settings. See creation access.

runs

Capability ID: runs-adapters/runs.

Review: baseline.

Scoped source-only timing evidence: workspace preparation spans carry only the existing hashed run ID. Controller startup phase spans carry no custom attributes. Native controller setup and settlement phases use that same run hash, including assigned MCP discovery; neither tool definitions nor credentials are recorded. Both retain operator-controlled tracing; unconfigured clients stay silent. The native first-text span ends after text is committed for the existing run-events reader, including reasoning and completed responses. It exports only the bounded text kind and timing, with no text content or new agent access. This adds no agent API, credential access, run-log write, or recovery authority. See the tracing contract. Live latency verification remains separate from the existing access baseline.

API: present — representative operation IDs:

• GET /api/heartbeat-runs/{runId}.
• GET /api/heartbeat-runs/{runId}/log (optional alignStartToRecord=true extends a tail backward to its first complete record; this can exceed limitBytes by that record's prefix and retains the same access/redaction checks).
• GET /api/heartbeat-runs/{runId}/events (optional view=conversation returns assistant messages and request lifecycles through the same access/redaction checks; afterSeq remains a sequence cursor).
• GET /api/heartbeat-runs/{runId}/workspace-operations.
• GET /api/heartbeat-runs/{runId}/issues.
• GET /api/companies/{companyId}/heartbeat-runs.
• GET /api/companies/{companyId}/live-runs.
• GET /api/issues/{id}/runs.
• GET /api/issues/{id}/recovery-actions.

Agent access: available — REST / native call_api / CLI run, plus the listed read-only paths through the default queue and HTTP/2 sandbox callback bridge. The sandbox uses its injected run credential. See run diagnostics and the activity access contract.

Policy: Same company, company-scope read authority and run/task visibility still apply. Task-bound history and recovery records require task read authority. Each run-linked task is filtered by the caller's task-read predicate; a readable company run cannot expose inaccessible private task titles. Existing content and credential redaction apply. Adapter installation, account login, session control, recovery writes and raw provider-trace administration retain their existing board/admin or dedicated-tool gates.

Evidence: source-only — diagnostic scope reviewed at f10210990a3c9cad1a4359318388f237de3169dd in the bridge route list, run routes, task-link route, and private-run regression suite.

Verification: not-run for a live sandbox using the updated routes. Bridge and controller fixtures cover permitted reads, denied writes, redaction and private task-link filtering. After deployment, verify with an actual run identity and assert foreign-company, private-task and restricted-mode denial. Source review, board reads and skipped fixtures do not qualify that live path.

Gaps: Provider trace reveals/downloads require instance-admin and cannot be counted as ordinary run output access. The new bridge surface does not qualify retry, cancellation, workspace repair or session-control access. Deployed diagnostic usefulness remains unverified.

session

Capability ID: runs-adapters/session.

Review: baseline.

API: present — representative operation IDs:

• POST /api/agents/{id}/runtime-state/reset-session.
• GET /api/agents/{id}/task-sessions.

Agent access: restricted — Board session controls; native server-owned session continuation.

Policy: Run/cost visibility and agent configuration policy; adapter installation/account login/session control require board/admin.

Evidence: source-only — implementation at the reviewed commit above.

Verification: not-run — assert the documented agent denial with an owned test fixture; verify any listed agent request/result path separately. A delegated operation needs its own policy and access review.

Gaps: Task-session listing and execution-context reset require board agent management at their HTTP routes. Native call_api preserves these denials; native continuation remains server-owned.

Scoped source evidence: replacement of a workspace may bootstrap a newly admitted provider session only with matching current run/runner/lease identity, no prior activity or backup, and an atomic claim of an absent remote session directory. Existing sessions retain verified restore. This adds no reset or cleanup authority. Follow the session recipe with a board-owned disposable fixture; live provider and actor-access evidence remain separate from the executor regressions.

Scoped source-only evidence: configuration changes and native execution/recovery retain existing execution on unrelated edits and use recorded run configuration for active/recovered runs. Explicit runner changes use revisions and session invalidation. Verify saved configuration, current versus historical run identity, restart and follow-up without granting session-reset authority to an agent.

Scoped source review: 2026-10-13, the recovery correction against ea6c8eb5e16d61111968f633a66748b397b64a3e reuses completed onboarding handoff validation before applying the issue-terminal backstop. The company, parent origin/status, assignee, completed child and remaining children must match. Only that backstop is suppressed for the validated report; process-death and controller/native ownership checks still apply. No agent gains session or recovery control. PostgreSQL regressions cover valid native/Legacy callbacks and rejected bindings; revised live execution and actor authorization remain not-run.

Scoped source-only evidence: configuration changes and native execution/recovery retain existing execution on unrelated edits and use recorded run configuration for active/recovered runs. Explicit runner changes use revisions and session invalidation. Verify saved configuration, current versus historical run identity, restart and follow-up without granting session-reset authority to an agent.

Scoped Evidence: source-only — the native transport joins owned startup before certifying cleanup. Rejected duplicates cannot replace that owner or mutate recovery state. Unconfirmed preparation or registration retains recovery state; late registration may release only its own route and cannot launch after close. Shutdown interrupts readiness without granting authority over an unauthenticated adopted process.

Scoped Verification: not-run — verify allowed/denied access using the actual actor independently from the credential-free ownership controls. This correction adds no account-setup, cleanup-override or session-reset authority. The real native readiness/recovery fixtures and installed provider acceptance remain separate gates.

Scoped shutdown source review: 2026-10-14, against literal 651a3de64fc943216cc414b64b1443809f9499da. The suspension barrier bounds remote state reads by its remaining deadline and rejects late proof. Intentional provider ingress shutdown joins physical socket closure and retires the connection owner before endpoint release. Unconfirmed termination stays blocked. Existing fake-peer and delayed read controls are source evidence; this changes no actor, company, account or session-reset permission. Operation-level verification remains not-run and the failed Test setup does not qualify successful live cleanup.