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This commit is contained in:
@@ -1324,6 +1324,394 @@ C19Z1 adds a read-only mailbox handoff preflight endpoint. Adapter runtimes can
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call `/mailbox/preflight` with `consumer_id` and `resume_from=ack|checkpoint`
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to validate the stored cursor and inspect the next expected event window without
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reading, draining, acking, or mutating consumer state.
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C19Z2 adds separate telemetry for those handoff checks. Workload status and
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heartbeat reports expose preflight totals split by ack/checkpoint cursor and the
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last preflight session, consumer, cursor, after-sequence, available/returned/
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skipped counts, and expected sequence range; readiness diagnostics mirror the
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latest preflight summary.
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C19Z3 adds stale-cursor diagnostics to preflight. When a consumer cursor points
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behind dropped bounded-mailbox events, the preflight response reports retained
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sequence bounds, `diagnostic_state=stale_cursor_gap`, `stale_cursor=true`, and
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`missing_dropped_count`; workload/heartbeat telemetry and readiness diagnostics
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mirror that latest stale state.
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C19Z4 adds explicit action hints to those diagnostics. Preflight responses now
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include `recommended_action` and `action_hints`; stale cursor gaps recommend
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resetting the consumer cursor, requesting a full adapter resync, and resuming
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from checkpoint after resync. Telemetry and readiness diagnostics mirror the
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latest recommended action and hints.
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C19Z5 adds remediation provenance for those hints. Preflight responses,
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workload/heartbeat telemetry, and readiness diagnostics include
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`action_reason` plus structured `action_context` with the resume cursor,
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retained sequence bounds, dropped/missing counts, consumer checkpoint/ack, and
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expected window counters that explain why the recommended action was chosen.
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C19Z6 adds a compact operator-facing preflight summary derived from the same
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read-only state. Preflight responses, telemetry, and readiness diagnostics now
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include `operator_summary` and `operator_summary_fields` so dashboards can show
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the diagnostic state, action, reason, resume cursor, retained bounds, and key
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window counters without recomputing or mutating mailbox state.
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C19Z7 adds machine-sortable operator status and severity to that summary.
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Preflight responses, telemetry, readiness diagnostics, and
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`operator_summary_fields` now expose `operator_status` and `operator_severity`
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so dashboards can sort ready, caught-up, and resync-required handoffs without
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parsing human text.
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C19Z8 groups the latest preflight view for admin UI consumption. The readiness
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diagnostic keeps all existing flat latest-preflight fields and adds
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`last_preflight` with observed time, cursor, counts, diagnostic state, selected
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action, action provenance, operator summary, status, severity, and summary
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fields.
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C19Z9 adds retained-window detail to that grouped readiness view. The
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`last_preflight` object now includes first/last retained sequence and mailbox
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dropped total so stale-cursor summaries can explain the bounded mailbox window
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without requiring a separate raw preflight lookup.
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C19Z10 adds a structured remediation checklist to the grouped readiness view.
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The `last_preflight.remediation_checklist` entries are derived from diagnostic
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state and action hints, marking required/satisfied operator steps for cursor
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reset, adapter resync, and post-resync resume without executing those actions.
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C19Z11 adds summary status and counts for that checklist. The grouped readiness
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view now exposes `remediation_checklist_status` plus total, required,
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satisfied, and pending counts so admin UI can render checklist state without
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scanning the step array.
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C19Z12 adds per-session preflight operator status/severity counters. Readiness
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now exposes counts for statuses such as `ready_to_resume`, `caught_up`, and
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`resync_required`, plus severity counts such as `ok`, `info`, and `warn`, and
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the grouped latest-preflight rollup mirrors those counters for dashboard
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context.
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C19Z13 derives a compact preflight attention status from those counters.
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Readiness and `last_preflight` expose `preflight_attention_status` values such
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as `clean`, `needs_attention`, and `repeated_resync_required`, letting admin UI
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sort sessions without interpreting count maps directly.
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C19Z14 proves the repeated-resync branch. Unit and live smoke coverage now run
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multiple stale preflights on the same active adapter session and verify
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`preflight_attention_status=repeated_resync_required` with repeated
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`resync_required` / `warn` counters, while the preflight path remains read-only.
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C19Z15 adds `preflight_attention_reason` beside the attention status. The reason
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is derived from the latest preflight counters/status and explains clean,
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attention-needed, and repeated-resync states without requiring UI code to parse
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the counter maps.
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C19Z16 completes focused proof coverage for those reasons. Unit coverage proves
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clean, single-resync, repeated-resync, and no-preflight mappings, and live smoke
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proves the single stale-preflight `resync_required_preflight_observed` reason.
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C19Z17 adds a diagnostics contract marker to the grouped preflight readiness
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rollup. `last_preflight` now includes `diagnostics_schema_version` and a
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`diagnostics_contract` list for retained-window, remediation-checklist,
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attention, and operator-count fields so admin UI can gate rendering safely.
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C19Z18 adds machine-readable feature flags for that contract. `last_preflight`
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now includes boolean `diagnostics_features` entries for retained-window,
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remediation-checklist, attention, and operator-count diagnostics, allowing UI
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and automation clients to check support without scanning the contract list.
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C19Z19 adds a compatibility proof for the two contract forms. Unit and live
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smoke coverage now verify that workload and telemetry reports expose matching
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`diagnostics_contract` entries and `diagnostics_features` booleans for each
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preflight diagnostics group.
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C19Z20 adds the no-preflight absence proof. Active adapter sessions that have
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not observed a mailbox preflight report `preflight_attention_status=unknown`,
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`preflight_attention_reason=no_preflight_observed`, zero session preflight
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count, and no grouped `last_preflight` rollup, so UI can distinguish "not
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observed yet" from an observed clean state.
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C19Z21 adds the no-active-session readiness proof. After the last adapter
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session is closed, readiness reports idle/not-ready with zero active sessions,
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no active `adapter_session_id`, no `last_preflight` rollup, and terminal
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`last_session_state=closed` from the terminal-session ledger.
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C19Z22 extends terminal-state coverage to `expire` and `reset` controls. The
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same no-active-session readiness shape now proves `last_session_state=expired`
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and `last_session_state=reset` from the terminal-session ledger.
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C19Z23 adds grouped terminal-session summary metadata for the no-active-session
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case. Readiness now includes `terminal_session_summary` with adapter session id,
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terminal state, reason, and control timestamp while retaining flat compatibility
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fields.
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C19Z24 adds a contract marker to that summary. The grouped
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`terminal_session_summary` now carries a schema version and summary-contract
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field list so UI can gate rendering explicitly.
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C19Z25 adds boolean feature flags for the same grouped terminal summary fields,
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mirroring the preflight diagnostics contract/feature pattern.
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C19Z26 adds compatibility proof coverage for those two terminal summary contract
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forms, verifying that `summary_contract` entries and `summary_features` booleans
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stay aligned in workload and telemetry reports.
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C19Z27 adds absence proof coverage for a fresh no-session runtime: before any
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terminal history exists, readiness stays in `waiting_for_session` and does not
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include `terminal_session_summary`.
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C19Z28 adds the grouped no-session readiness summary for that empty-runtime
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state. Fresh adapter readiness now includes `no_session_summary` with schema
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version `rap.remote_workspace_adapter_no_session_summary.v1`, a summary
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contract for `status`, `diagnostic_state`, `active_session_count`, and
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`terminal_session_count`, and matching idle/waiting-for-session counts, while
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the terminal-session summary remains absent until terminal history exists.
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C19Z29 adds boolean `summary_features` to the same grouped no-session summary
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for `status`, `diagnostic_state`, `active_session_count`, and
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`terminal_session_count`, matching the terminal summary and preflight
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diagnostics feature-flag convention.
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C19Z30 adds compatibility proof coverage for the grouped no-session summary,
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verifying that `summary_contract` entries and `summary_features` booleans stay
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aligned in workload and telemetry reports.
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C19Z31 adds the inverse terminal-history absence proof: after adapter sessions
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reach terminal states, readiness exposes `terminal_session_summary` and omits
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`no_session_summary` in workload and telemetry reports.
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C19Z32 proves readiness summary exclusivity across the three runtime shapes:
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fresh exposes only `no_session_summary`, active exposes neither grouped summary,
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and terminal exposes only `terminal_session_summary`.
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C19Z33 adds a compact readiness state matrix artifact for admin/runtime handoff:
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fresh, active, and terminal rows are emitted for workload and telemetry with
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only the relevant readiness fields and summary-presence booleans.
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C19Z34 adds an explicit probe-to-runtime gate artifact. It confirms the current
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Remote Workspace runtime is still `contract_probe`, `probe_only=true`, and
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`payload_traffic=none`, lists the ready contracts, and records the remaining
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runtime gates before real RDP frame transport can be enabled.
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C19Z35 adds the disabled-by-default real-adapter supervision scaffold. The
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`rdp-worker` contract-probe status now advertises
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`rap.remote_workspace_real_adapter_supervision.v1` with future config env names,
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status contract fields, and guardrails, while `contract_probe` remains the only
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active execution mode and payload traffic remains `none`.
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C19Z36 adds compatibility proof for that scaffold, verifying the disabled state,
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status contract, env names, process model, and guardrails remain aligned in unit
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and live workload status coverage.
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C19Z37 adds disabled real-adapter config projection. Node-agent parses the
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future `RAP_REMOTE_WORKSPACE_REAL_ADAPTER_*` env values and reports only
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sanitized status metadata under
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`real_adapter_supervision.config_projection`: whether enable was requested,
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whether command/args/workdir are present, args JSON shape, and that raw values
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are redacted. This does not activate the real adapter; `enabled=false`,
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`activation_allowed=false`, and `payload_traffic=none` remain required.
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C19Z38 proves projection compatibility across default/empty and requested
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config shapes. Unit and live smoke coverage verify absent env and requested
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env both keep activation blocked, raw values redacted, and payload traffic
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disabled.
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C19Z39 adds an explicit disabled activation decision contract. The real adapter
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status now reports `decision=blocked`,
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`reason=real_runtime_stage_not_enabled`, `activation_allowed=false`, and the
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missing gates before a future stage may start an external RDP worker process.
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C19Z40 adds a compact handoff report proving that the supervision scaffold,
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config projection, and blocked activation decision remain aligned for both
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requested and default config shapes.
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C19Z41 adds real-adapter supervision feature flags for config projection,
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activation decision, missing gates, and raw-value redaction so UI and
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automation clients can gate rendering explicitly.
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C19Z42 folds those feature flags into the compact handoff report, proving
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scaffold/projection/decision/features alignment for requested and default node
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config in one admin/runtime artifact.
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C19Z43 proves contract-probe precedence when desired workload config includes
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both `adapter_contract_probe` and `real_adapter_supervision`; the runtime stays
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running in probe mode and real-adapter activation remains blocked.
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C19Z44 proves the real-adapter-only desired workload path remains degraded and
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blocked, with the same disabled activation contract and no payload traffic.
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C19Z45 adds a compact desired-workload mode matrix for probe-only,
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real-adapter-only, and combined requested modes, confirming all paths retain
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disabled real-adapter activation and no payload traffic.
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C19Z46 adds compatibility proof for that mode matrix row contract, including
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explicit feature-flag and missing-gate visibility markers.
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C19Z47 adds a disabled process-supervisor preconditions contract for the future
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external RDP worker process while keeping `process_start_allowed=false` and all
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payload traffic disabled.
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C19Z48 proves that process-supervisor preconditions contract across requested
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and default config shapes, including required/missing checks and disabled start.
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C19Z49 folds process-supervisor preconditions into the compact handoff report,
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proving alignment with projection, activation decision, and feature flags.
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C19Z50 folds those preconditions into the desired-workload mode matrix, proving
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process start remains disabled across probe-only, real-adapter-only, and
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combined requested modes.
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C19Z51 adds compatibility proof for that mode matrix v2 row contract.
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C19Z52 adds a disabled process-health-probe contract for the future external
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RDP worker process while keeping health probes disabled and payload traffic at
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`none`.
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C19Z53 proves that process-health-probe contract across requested/default
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status forms.
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C19Z54 folds process-health-probe visibility into the compact handoff report,
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proving disabled health probes and payload-free alignment across all
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real-adapter handoff contracts.
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C19Z55 folds process-health-probe visibility into the desired-workload mode
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matrix, proving disabled health probes and no payload traffic across probe-only,
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real-adapter-only, and combined requested modes.
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C19Z56 adds compatibility proof for that mode matrix v3 row contract.
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C19Z57 ties handoff v4 and mode matrix v3 compatibility into a compact disabled
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real-adapter readiness/handoff checklist.
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C19Z58 adds compatibility proof for that readiness/handoff summary and
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checklist contract.
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C19Z59 derives a disabled real-adapter operator action map from that checklist
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while keeping activation, process start, and payload forwarding blocked.
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C19Z60 adds compatibility proof for that operator action map contract.
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C19Z61 groups the disabled real-adapter readiness summary, checklist, and
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action map into one compact admin handoff bundle.
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C19Z62 adds compatibility proof for that admin handoff bundle contract.
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C19Z63 derives compact admin handoff digest display rows from the bundle while
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preserving disabled runtime guardrails.
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C19Z64 adds compatibility proof for that admin handoff digest row contract.
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C19Z65 adds a digest rollup with severity/state counts, primary action, and
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guardrail summary.
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C19Z66 adds compatibility proof for that digest rollup contract.
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C19Z67 summarizes the proven disabled real-adapter admin handoff chain from
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handoff v4 through digest rollup compatibility.
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C19Z68 adds compatibility proof for that full-chain summary contract.
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C19Z69 marks the disabled real-adapter admin handoff package as
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contract-only-ready while keeping the real runtime stage blocked.
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C19Z70 proves the release marker contract remains compatible while keeping the
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real runtime stage blocked.
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C19Z71 adds a final contract-only package index for the disabled real-adapter
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admin handoff chain.
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C19Z72 proves the final package index contract for the disabled real-adapter
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admin handoff chain.
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C19Z73 adds a contract-only runtime gate phase boundary for the next disabled
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real-adapter preflight phase.
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C19Z74 proves the runtime gate phase boundary contract.
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C19Z75 adds a disabled real-adapter runtime gate preflight checklist with all
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items still blocking runtime.
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C19Z76 proves the disabled real-adapter runtime gate preflight checklist
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contract.
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C19Z77 adds a disabled real-adapter runtime gate preflight status summary.
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C19Z78 proves the disabled real-adapter runtime gate preflight status summary
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contract.
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C19Z79 adds disabled real-adapter runtime gate preflight action hints.
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C19Z80 proves the disabled real-adapter runtime gate preflight action hints
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contract.
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C19Z81 adds a disabled real-adapter runtime gate preflight operator handoff
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bundle.
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C19Z82 proves the disabled real-adapter runtime gate preflight operator handoff
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bundle contract.
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C19Z83 adds a disabled real-adapter runtime gate preflight release marker.
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C19Z84 proves the disabled real-adapter runtime gate preflight release marker
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contract.
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C19Z85 adds a disabled real-adapter runtime gate preflight package index.
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C19Z86 proves the disabled real-adapter runtime gate preflight package index
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contract.
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C19Z87 adds a disabled real-adapter runtime gate preflight closeout summary.
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C19Z88 proves the disabled real-adapter runtime gate preflight closeout summary
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contract.
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C19Z89 starts the explicit real-adapter runtime gate enablement phase with a
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contract-only request that remains blocked pending validation.
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C19Z90 proves the explicit real-adapter runtime gate enablement request
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contract.
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C19Z91 adds contract-only operator confirmation validation while keeping the
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runtime gate blocked pending remaining validations.
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C19Z92 proves the operator confirmation validation contract.
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C19Z93 adds contract-only binary validation while keeping the runtime gate
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blocked pending remaining validations.
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C19Z94 proves the binary validation contract.
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C19Z95 adds contract-only permission validation while keeping the runtime gate
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blocked pending remaining validations.
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C19Z96 proves the permission validation contract.
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C19Z97 adds contract-only supervisor validation while keeping the runtime gate
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blocked pending remaining validations.
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C19Z98 proves the supervisor validation contract.
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C19Z99 adds contract-only health probe validation while keeping the runtime gate
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blocked pending payload gate validation.
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C19Z100 proves the health probe validation contract.
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C19Z101 adds contract-only payload gate validation with no remaining required
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validations while keeping runtime not enabled.
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C19Z102 proves the payload gate validation contract.
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C19Z103 adds the runtime gate validation closeout while keeping explicit
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operator enablement required.
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C19Z104 proves the runtime gate validation closeout contract.
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C19Z105 adds an operator enablement readiness package while keeping runtime
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disabled by default.
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C19Z106 proves the operator enablement readiness package contract.
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C19Z107 adds an operator enablement readiness release marker while keeping
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runtime disabled by default.
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C19Z108 proves the operator enablement readiness release marker contract.
|
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C19Z109 adds an operator enablement readiness package index while keeping
|
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runtime disabled by default.
|
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C19Z110 proves the operator enablement readiness package index contract.
|
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C19Z111 adds an operator readiness closeout summary while keeping runtime
|
||||
disabled by default.
|
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C19Z112 proves the operator readiness closeout summary contract.
|
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C19Z113 adds an operator review decision request while keeping runtime disabled
|
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by default.
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C19Z114 proves the operator review decision request contract.
|
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C19Z115 adds an operator decision status summary while keeping runtime disabled
|
||||
by default.
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C19Z116 proves the operator decision status summary contract.
|
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C19Z117 adds an operator approval/rejection outcome contract with the outcome
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||||
not approved and runtime disabled by default.
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C19Z118 proves the operator approval/rejection outcome contract.
|
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C19Z119 adds an operator outcome closeout/reopen boundary while keeping runtime
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disabled by default.
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||||
C19Z120 proves the operator outcome closeout/reopen boundary contract.
|
||||
C19Z121 adds a not-approved outcome release marker while keeping runtime
|
||||
disabled by default.
|
||||
C19Z122 proves the not-approved outcome release marker contract.
|
||||
C19Z123 adds a not-approved outcome package index while keeping runtime disabled
|
||||
by default.
|
||||
C19Z124 proves the not-approved outcome package index contract.
|
||||
C19Z125 adds a not-approved outcome closeout summary while keeping runtime
|
||||
disabled by default.
|
||||
C19Z126 proves the not-approved outcome closeout summary contract.
|
||||
C19Z127 adds a final not-approved outcome release marker while keeping runtime
|
||||
disabled by default.
|
||||
C19Z128 proves the final not-approved outcome release marker contract.
|
||||
C19Z129 adds a final not-approved outcome package index/archive marker while
|
||||
keeping runtime disabled by default.
|
||||
C19Z130 proves the final not-approved outcome package index/archive marker
|
||||
contract.
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||||
C19Z131 adds a not-approved outcome archive closeout manifest while keeping
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||||
runtime disabled by default.
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||||
C19Z132 proves the not-approved outcome archive closeout manifest contract.
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||||
C19Z133 adds a stopped-branch sentinel for the not-approved outcome while
|
||||
keeping runtime disabled by default.
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C19Z134 proves the not-approved outcome stopped-branch sentinel contract.
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||||
C19Z135 adds a no-continuation guard for the stopped not-approved outcome while
|
||||
keeping runtime disabled by default.
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||||
C19Z136 proves the not-approved outcome no-continuation guard contract.
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||||
C19Z137 adds continuation block enforcement for the stopped not-approved
|
||||
outcome while keeping runtime disabled by default.
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||||
C19Z138 proves the not-approved outcome continuation block enforcement
|
||||
contract.
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||||
C19Z139 adds a continuation block audit record for the stopped not-approved
|
||||
outcome while keeping runtime disabled by default.
|
||||
C19Z140 proves the not-approved outcome continuation block audit record
|
||||
contract.
|
||||
C19Z141 adds a continuation block audit rollup for the stopped not-approved
|
||||
outcome while keeping runtime disabled by default.
|
||||
C19Z142 proves the not-approved outcome continuation block audit rollup
|
||||
contract.
|
||||
C19Z143 adds an operator stop summary for the stopped not-approved outcome
|
||||
while keeping runtime disabled by default.
|
||||
C19Z144 proves the not-approved outcome operator stop summary contract.
|
||||
C19Z145 adds an operator stop handoff for the stopped not-approved outcome
|
||||
while keeping runtime disabled by default.
|
||||
C19Z146 proves the not-approved outcome operator stop handoff contract.
|
||||
C19Z147 adds an operator stop handoff digest for the stopped not-approved
|
||||
outcome while keeping runtime disabled by default.
|
||||
C19Z148 proves the not-approved outcome operator stop handoff digest contract.
|
||||
C19Z149 adds an operator stop status snapshot for the stopped not-approved
|
||||
outcome while keeping runtime disabled by default.
|
||||
C19Z150 proves the not-approved outcome operator stop status snapshot contract.
|
||||
C19Z151 adds an operator stop status snapshot index for the stopped
|
||||
not-approved outcome while keeping runtime disabled by default.
|
||||
C19Z152 proves the not-approved outcome operator stop status snapshot index
|
||||
contract.
|
||||
C19Z153 adds an operator stop status catalog for the stopped not-approved
|
||||
outcome while keeping runtime disabled by default.
|
||||
C19Z154 proves the not-approved outcome operator stop status catalog contract.
|
||||
C19Z155 adds an operator stop status catalog release marker for the stopped
|
||||
not-approved outcome while keeping runtime disabled by default.
|
||||
C19Z156 proves the not-approved outcome operator stop status catalog release
|
||||
marker contract.
|
||||
C19Z157 adds an operator stop status catalog package index for the stopped
|
||||
not-approved outcome while keeping runtime disabled by default.
|
||||
C19Z158 proves the not-approved outcome operator stop status catalog package
|
||||
index contract.
|
||||
C19Z159 adds an operator stop status catalog closeout summary for the stopped
|
||||
not-approved outcome while keeping runtime disabled by default.
|
||||
C19Z160 proves the not-approved outcome operator stop status catalog closeout
|
||||
summary contract.
|
||||
C19Z161 adds an operator stop status final archive marker for the stopped
|
||||
not-approved outcome while keeping runtime disabled by default.
|
||||
C19Z162 proves the not-approved outcome operator stop status final archive
|
||||
marker contract.
|
||||
C19Z163 adds an operator stop status final archive manifest for the stopped
|
||||
not-approved outcome while keeping runtime disabled by default.
|
||||
C19Z164 proves the not-approved outcome operator stop status final archive
|
||||
manifest contract.
|
||||
C19Z165 adds a terminal-complete marker for the stopped not-approved outcome
|
||||
factory while keeping runtime disabled by default.
|
||||
C19Z166 proves the not-approved outcome factory terminal-complete contract.
|
||||
C20Z1 opens a new explicit real-adapter enablement request while keeping
|
||||
runtime disabled by default.
|
||||
C20Z2 proves the new explicit real-adapter enablement request contract.
|
||||
C20Z3 adds the operator validation intake for the new explicit request while
|
||||
keeping runtime disabled by default.
|
||||
C20Z4 completes the operator validation checklist contract while keeping
|
||||
runtime disabled by default.
|
||||
C20Z5 closes the operator validation chain contract while keeping runtime
|
||||
disabled by default.
|
||||
C20Z6 proves the C20 stage terminal-complete contract.
|
||||
5. Move VPN packet flow to the service channel and keep backend relay only as
|
||||
explicit degraded fallback.
|
||||
6. Run load tests against the fabric channel: many streams, route failure,
|
||||
|
||||
Reference in New Issue
Block a user