--- name: lisa-github-validate-issue description: "Validates a proposed GitHub Issue spec (or an existing issue) against the organizational quality gates without writing anything. Returns a structured PASS/FAIL report per gate with concrete remediation. The GitHub counterpart of lisa-jira-validate-ticket — same gate definitions, translated to the GitHub Issues data model. Single source of truth for what makes a valid GitHub Issue. Both the write path (github-write-issue runs it pre-write) and the dry-run path (github-to-tracker runs it during PRD intake) call this skill." allowed-tools: ["Bash", "Read"] --- # Validate GitHub Issue: $ARGUMENTS Run all organizational quality gates against an issue spec OR an existing issue. **This skill is read-only — it never writes to GitHub.** The output is a structured report consumed by callers (`lisa-github-write-issue` for pre-write gating, `lisa-github-to-tracker` for PRD dry-run, `lisa-github-verify` for post-write checks). ## Input `$ARGUMENTS` is one of: 1. **An existing issue ref** (`org/repo#` or `https://github.com///issues/`): fetch it and validate the live state. Use this for post-write checks. 2. **A proposed issue spec** (YAML block, see schema below): validate as-is without touching GitHub. Use this for pre-write and dry-run checks. ### Spec schema Specs are passed as a fenced YAML block. Required keys depend on `issue_type`. ```yaml issue_type: Story # Story | Task | Bug | Epic | Spike | Sub-task | Improvement org: my-org repo: my-repo summary: "[CU-1.2] Upload contract PDF from settings" priority: medium parent_ref: "my-org/my-repo#1234" # Parent Epic for ordinary children; PRD for an Epic only in the same-repo GitHub self-host shape; Story/etc. for Sub-task body: | ## Context / Business Value ... ## Technical Approach ... ## Acceptance Criteria ```gherkin Scenario: Given When Then ``` ## Out of Scope ... ## Target Backend Environment dev ## Sign-in Required Account: ... ## Repository backend-api ## Validation Journey ... # Behavioral flags — caller asserts these so the validator can pick the right gates runtime_behavior_change: true # → requires Target Backend Environment + Validation Journey authenticated_surface: true # → requires Sign-in Required artifacts_attached: true # → requires Source Precedence section links: [{ ref: "my-org/my-repo#99", type: "is blocked by" }] # known issue links (may be empty) remote_links: [{ url: "https://github.com/.../pull/42", title: "PR #42" }] journey_followup: auto # auto | none — see S11 build_ready: true # caller asserts the configured build-ready role (github.labels.build.ready, default status:ready) is/would be applied — see S15 child_refs: ["my-org/my-repo#601", "my-org/my-repo#602"] # known child work (sub-issues / task-list / "Blocked by" parentage) — see S15 prd_source: "https://notion.so/..." # set when the issue was generated from a PRD — requires the Source Requirement section, see S16 ``` If the caller passes only an issue ref, fetch via `gh issue view --repo / --json number,title,body,labels,state,milestone,assignees`, parse the body sections, derive the spec fields, then run gates. The parser lives in `lisa-github-read-issue` (composition). ## Gates Gates are grouped into **Specification** (spec-only checks, no GitHub lookups) and **Feasibility** (requires GitHub lookups). The dry-run path may opt to run Specification gates only via `--spec-only`; the write path runs both. Each gate is tagged with a fixed `category` and a `product_relevant` boolean. Categories are the same fixed set used by `lisa-jira-validate-ticket` so downstream PRD-intake comment-formatting policy is shared across vendors. Per-type content requirements are defined once in the vendor-neutral `work-item-definition-of-ready` rule (eager + reference); gates S4–S6 and S17 enforce them, and S18 enforces the stateless-pickup property directly. | Gate | Category | Product-relevant | |------|----------|------------------| | S1 Required core fields | `structural` | false | | S2 Summary format | `structural` | false | | S3 Description three audiences | `product-clarity` | true | | S4 Acceptance criteria in Gherkin | `acceptance-criteria` | true | | S5 Bug-specific content | `product-clarity` | true | | S6 Spike-specific content | `scope` | true | | S7 Parent sub-issue declared | `structural` | false | | S8 Target Backend Environment | `technical` | false | | S9 Sign-in Required | `technical` | false | | S10 Single-repo scope | `scope` | false | | S11 Validation Journey | `acceptance-criteria` | true | | S12 Source Precedence | `design-ux` | true | | S13 Relationship Search | `dependency` | true | | S14 Evidence manifest binding (leaf work units) | `acceptance-criteria` | true | | S15 Leaf-only build-ready | `structural` | false | | S16 Source Requirement traceability | `product-clarity` | true | | S17 Improvement measurability | `acceptance-criteria` | true | | S18 Stateless-pickup dry-run | `product-clarity` | true | | F1 Issue type label exists in repo | `structural` | false | | F2 Parent sub-issue exists and is the right type | `structural` | false | | F3 Linked issues exist | `structural` | false | | F4 Required labels populated | `structural` | false | | F5 Required external access provable | `technical` | true | Category values are the same fixed set as `lisa-jira-validate-ticket`: - `product-clarity`, `acceptance-criteria`, `design-ux`, `scope`, `dependency`, `data`, `technical`, `structural`. ### Specification Gates #### S1 — Required core fields `org`, `repo`, `issue_type`, `summary`, `priority`, `body` must all be present and non-empty. #### S2 — Summary format - Single line, ≤ 100 characters. - Imperative voice ("Add X", "Fix Y", not "Adding X" or "X is broken"). - Bug / Task / Sub-task summaries SHOULD start with a `[repo-name]` prefix when the project convention uses one. #### S3 — Description has all three audiences Body must include all of these sections (case-insensitive `## ` headings): - `Context / Business Value` — stakeholder-facing - `Technical Approach` — developer-facing - `Acceptance Criteria` — coding-assistant-facing - `Out of Scope` — explicit non-coverage list Missing any → FAIL with name of missing section. #### S4 — Acceptance criteria in Gherkin Applies when `issue_type ∈ {Story, Task, Bug, Sub-task, Improvement}`. The `## Acceptance Criteria` section must contain at least one `Scenario:` block with `Given / When / Then` form, ideally inside a ` ```gherkin ` code fence. Reject prose-only criteria, "should work" language, or numbered lists without Given/When/Then verbs. #### S5 — Bug-specific content When `issue_type = Bug`, body must additionally include the full bug anatomy from the `work-item-definition-of-ready` rule: - **Agent-executable reproduction** — numbered steps a stateless agent can run mechanically: exact entry point, named account/role (consistent with Sign-in Required when authenticated), concrete data state, exact actions. Human-followable-only prose ("click around until it breaks") FAILs. A linked failing test satisfies this outright and is the preferred form. - **Expected vs. actual behavior**, naming or linking the *source* of "expected" (spec, PRD requirement, prior release behavior) — a fix target is a fact, not an opinion. - **Environment + version** — where reproduced and the build/commit observed; last-known-good when known (`unknown` must be stated, not omitted). - **Reproducibility rate** — always, or intermittent with observed frequency; intermittent invalidates run-once verification. - **Occurrence evidence** — at least one link/attachment: error-tracker issue, log excerpt, stack trace, screenshot/recording. A Bug's terminal state is its reproduction: the same steps (or test) fail before the fix and pass after — capture both as evidence: under the S14 manifest when `runtime_behavior_change = true`, or attached directly to the item for non-runtime Bugs (doc/config fixes), where S14 is N/A. #### S6 — Spike-specific content When `issue_type = Spike`, body must include: - The **question** being answered - The **decision** the answer enables, and the options being weighed - A **timebox** - **Deliverable format and location** — decision doc / prototype / findings page, and where it will live, so the terminal state — a deliverable at that location that actually answers the question, with findings, decision and options — is checkable Gherkin AC is intentionally N/A for Spikes (S4). #### S7 — Parent sub-issue declared When `issue_type ∉ {Bug, Epic}`, `parent_ref` must be set — **except for a build-ready leaf work unit**, which may stand alone. A flat `Task` / `Improvement`, or a childless `Story` / `Spike` (no open child work) with `build_ready = true`, is an independently claimable leaf per `leaf-only-lifecycle`, which states such leaves "must not be stranded"; for these a missing parent is `N/A`, not a FAIL. This mirrors the leaf carve-out already in S10/S15. A `Sub-task` is exempt from this exception — it always requires a parent. When a parent IS declared, the native sub-issue link is set by `lisa-github-write-issue` Phase 6 step 3. (Validity of a declared parent is checked in feasibility gate F2.) #### S8 — Target Backend Environment When `runtime_behavior_change = true`, the body must contain `## Target Backend Environment`. Read accepted environments from the exact configured keys of `.lisa.config.json` `deploy.branches`, never from a hardcoded list. Accept a human-confirmed bare exact configured key or `Confirmed: `, automated `Inferred: — evidence: `, automated `Assumption: — remote default branch ` for a unique reverse-map, or `Assumption: remote default branch ` when no unique reverse-map exists. Human confirmation replaces an automated annotation with the bare key or `Confirmed: `. For legacy bare values, use managed draft markers and current ticket content only; provider edit history is not required. A marker proves automation and requires re-annotation; otherwise unknown provenance plus conflicting evidence fails for confirmation. Validate the annotation shape/source and remote-default branch; validate `` as an exact configured key whenever present. A valid branch-only assumption must not fail solely because its reverse-map is absent or ambiguous. Normalize built-in `prod` ↔ `production` only when exactly one of those keys is configured. No other aliases are valid. Skipped for doc-only / config-only / type-only / Epic. #### S9 — Sign-in Required When `authenticated_surface = true`, body must contain `## Sign-in Required` naming the account/role and credential source. If the spec doesn't set `authenticated_surface`, infer it: scan the body and AC for sign-in / login / "as a {role} user" / authenticated route signals. If signals present and no `Sign-in Required` section: FAIL. #### S10 — Repository section, single-repo scope When `issue_type ∈ {Bug, Task, Sub-task, Improvement}` — or a **build-ready childless Story/Spike** (a claimable leaf per `leaf-only-lifecycle`) — body must contain `## Repository` naming exactly one repo. Multiple repos OR cross-repo references in AC: FAIL with recommendation `"Split into per-repo work units under a shared parent Story (see lisa-task-decomposition step 1.5)"`. (GitHub Issues live in one repo by definition, so the `## Repository` section is technically redundant — keep it for parity with the JIRA path so downstream tooling sees the same shape. Cross-repo references in AC are still possible and still fail this gate.) An **Epic**, or a **Story/Spike that still holds child work** (or is not build-ready): skipped (may span repos — coordination containers, not claimable leaf work units). This gate is `product_relevant: false` because cross-repo work units are not a product question — they are a decomposition error. Callers (`lisa-github-to-tracker`, `lisa-notion-to-tracker`, etc.) MUST pre-split cross-repo work into per-repo work units during the decomposition phase per `lisa-task-decomposition` step 1.5; an S10 failure here indicates the agent skipped that step and must auto-split + revalidate before writing, not surface a clarifying comment to product. #### S11 — Validation Journey present When `runtime_behavior_change = true`, body must contain `## Validation Journey`. Skipped for doc-only / config-only / type-only / Epic. The caller controls strictness via `journey_followup`: - `auto` (default): missing section is FAIL with remediation `"Invoke lisa-github-add-journey to append the section after create"`. Callers like `lisa-github-write-issue` know to chain the followup automatically. - `none`: missing section is FAIL the caller will not auto-fix (used by dry-run paths). #### S12 — Source Precedence (when artifacts attached) When `artifacts_attached = true`, body must include source-precedence guidance covering: business rules → PRD body, visual treatment → mocks, flow → prototypes, API/data → data artifacts. Cross-axis conflicts surfaced under `## Open Questions`. Accept either placement: - A dedicated `## Source Precedence` subsection, OR - A "Source Precedence" / "authoritative source" paragraph under `## Technical Approach`. Detect by scanning for the phrase `Source Precedence` (case-insensitive) AND verifying the four axes (business rules, visual, flow, data) are each named. If the spec doesn't set `artifacts_attached`, infer it the same way S9 infers sign-in: scan the body for design/mock/prototype/data-artifact references (design-tool links, "mock", "prototype", spreadsheet or API artifacts). If such artifacts are referenced and no source-precedence guidance exists: FAIL. #### S13 — Relationship Search documented The issue must EITHER have at least one entry in `links`, OR the body must contain a `## Relationship Search` block listing the git history queries and `gh issue list` queries that were run with their outcomes. ("Searched git history for `` and `gh issue list` for label `component:X`; no related work found.") An issue with zero links and no documented search: FAIL. #### S14 — Evidence manifest binding (leaf work units) When `issue_type ∈ {Bug, Task, Sub-task, Improvement}` AND `runtime_behavior_change = true`, the `## Validation Journey` must declare at least one **typed** `[EVIDENCE: : ]` marker. These markers are the work unit's **evidence manifest** — the exact, enumerated set of artifacts that must be captured and attached before the issue may be closed (see the "Per-Work-Unit Evidence Contract" section of the `verification` rule, the Definition of Done in `verification-lifecycle`, and the evidence-manifest gate in `tracker-evidence`). Each marker must satisfy ALL of: - `` is one of the fixed taxonomy: `screenshot`, `recording`, `http-transcript`, `cli-output`, `log-snippet`, `db-query-output`, `perf-trace`, `test-run-log`, `deploy-log`, `state-dump`. (The legacy `[SCREENSHOT: name]` form is accepted as `screenshot`.) - `` is kebab-case and unique within the issue. **A marker names an artifact, not an assertion.** An untyped marker (`[EVIDENCE: load-failure-handled-gracefully]`) is an assertion label with nothing to capture and must FAIL, with a remediation that shows the typed transformation (e.g. → `[EVIDENCE: screenshot: load-failure-error-state]`, `[EVIDENCE: perf-trace: pipeline-load-tti]`). FAIL when the Validation Journey is present but declares zero binding `[EVIDENCE: ...]` markers, when any binding marker is untyped or uses a type outside the taxonomy, or when any binding name is empty, duplicated, or not kebab-case. A behavior-changing work unit SHOULD declare both a success marker and an error/edge marker; a journey with only one binding marker passes but the remediation should recommend adding the error/edge case. Parse claiming markers by the exact `[EVIDENCE:` prefix. A cross-work-item pointer in the canonical form `[EVIDENCE-REF: | : ]` is non-claiming. The Lisa 2.223.0 form `[EVIDENCE-REF: : : ]` is also accepted as a legacy non-claiming alias; parse it from the right so the final two fields are type/name and a tracker URL may contain `:`. Exclude both forms from the manifest, S14's minimum-marker count, local marker type/name validation, and duplicate-name checks. Independently validate every `EVIDENCE-REF`: the native work-item reference must be non-empty and unambiguous, the artifact type must use the fixed taxonomy, and the name must be non-empty kebab-case. A malformed reference FAILs S14 as an invalid pointer but never becomes a local evidence obligation. A valid canonical or legacy reference may point to a sibling's artifact, but it never satisfies S14 for this issue. Therefore a runtime-changing leaf whose journey contains only `EVIDENCE-REF` entries FAILs S14 for zero local claiming markers, not because a valid legacy reference is malformed. Quoting or code-formatting another issue's `[EVIDENCE: ...]` marker does not make it a reference; writers must convert it to the canonical pipe form. This gate depends on S11. It is `N/A` for containers — an **Epic**, or any item with open child work (coordination containers, not work units) — and for leaf units with `runtime_behavior_change = false` (doc-only / config-only / type-only). If S11 fails because the Validation Journey is absent, S14 also FAILs (there is no manifest to bind) with remediation pointing back to `lisa-github-add-journey`. #### S15 — Leaf-only build-ready Enforces the build-side of the vendor-neutral `leaf-only-lifecycle` rule: **only a leaf work unit may carry the build-ready role.** Before evaluating this gate, resolve `READY_ROLE` from merged project config (`.lisa.config.local.json` over `.lisa.config.json`) at `github.labels.build.ready`, defaulting to `status:ready` per `config-resolution`. Use that resolved value everywhere this validator interprets build readiness; a project-specific label is not an alias for the literal default. This is the symmetric write-side guard for the GitHub validator — a stale or hand-applied `READY_ROLE` on a container is a lifecycle error and must FAIL here, regardless of how the issue was produced. (Mirrors the "Build-ready label is leaf-only" rule that `lisa-github-write-issue` applies at write time.) **When the gate applies.** Run S15 whenever the issue is build-ready — i.e. `build_ready = true`, or the spec/live labels include the resolved `READY_ROLE`. If the issue is not build-ready, S15 is `N/A` (nothing claims a non-ready issue, so the invariant is vacuous). For example, if `github.labels.build.ready = "queue:approved"`, a container carrying `queue:approved` FAILs S15 even when it does not carry the literal `status:ready` default. **Resolve container vs. leaf — structural first, then nominal.** Per `leaf-only-lifecycle` the classification is structural: an item is a **container** if it has child work, whatever its declared type; otherwise the **type label** decides. Determine child work from (in order) `child_refs`, native sub-issues, body task-list checkboxes, and `Blocked by #` / parent references — the same hierarchy resolution `lisa-github-read-issue` uses. When validating a live ref, query sub-issues alongside the issue fetch. Apply this decision and FAIL the two invariant-violating cases: 1. **Container with child work + build-ready** — child work is present (any type that has open children), AND build-ready. FAIL. A parent organizes work; it is never claimed and implemented directly. Its lifecycle state rolls up from its children. 2. **Childless Epic + build-ready** — `issue_type = Epic` with **no** child work, AND build-ready. Still FAIL: an Epic is a pure rollup container by design, and a childless one is an incomplete decomposition or a mis-applied role, not an implementable unit. (A childless Story or Spike is **not** failed here — the childless-parent exception in `leaf-only-lifecycle` promotes every childless non-Epic type to a build-ready leaf.) PASS (the childless-parent exception) when the issue is build-ready and is a **leaf work unit**: it has **no** open child work and `issue_type ≠ Epic` (i.e. `Bug, Task, Sub-task, Improvement`, or a childless `Story` / `Spike`). A flat Task/Bug, or a childless Story/Spike with no sub-issues, is a valid build-ready leaf and must not be stranded. | issue_type | has child work | build-ready | S15 | |---|---|---|---| | Bug / Task / Sub-task / Improvement / Story / Spike | no | yes | **PASS** (leaf) | | any type | yes | yes | **FAIL** (structurally a container) | | Epic | no | yes | **FAIL** (childless Epic — pure rollup container, exception does not apply) | | any | any | no | **N/A** (not build-ready) | Remediation (render `` as the resolved configured label, never as a hard-coded default): `"Build-ready is leaf-only per leaf-only-lifecycle. Move off this container onto its leaf children (or, for a childless Epic, decompose it into leaf children or reclassify it to a leaf type); a parent's lifecycle state rolls up from its children and is never set to ready directly."` `product_relevant: false` — a build-ready container is a lifecycle/decomposition error for the caller to repair, not a product question. #### S16 — Source Requirement traceability (PRD-sourced issues) Answers "why was this done?": every issue generated from a PRD must carry the requirement it exists to satisfy, quoted verbatim, at every level of the hierarchy — sub-issues included, so a leaf claimed by build-intake in isolation is self-explanatory. **When the gate applies.** Run S16 whenever the spec declares `prd_source` (all `*-to-tracker` decomposition paths set it). Without `prd_source` (ad-hoc issues with no PRD lineage) the gate is `N/A` — but if a `Source Requirement` section is present anyway, still validate its shape so a malformed section never passes silently. **What must be present.** a `Source Requirement` section (`##` markdown heading) containing: 1. A link to the source PRD (the `**PRD**:` line), and 2. At least one `**Requirement` line with **verbatim quoted text**, or the explicit derived-work form (`Derived work supporting R3, R7 — no single PRD section.`). Missing section, missing PRD link, empty/paraphrased requirement text (quotes shorter than a few words, or prose with no quotation), or a bare R-id with no quote: FAIL with remediation `"Add a Source Requirement section citing the PRD link and quoting the requirement(s) this issue satisfies verbatim (see the Source Requirement shared format in the *-to-tracker skills). Derived work must name the requirements it supports."` `product_relevant: true` — a issue whose requirement cannot be traced is a product-clarity problem: nobody can tell why the work exists. #### S17 — Improvement measurability When `issue_type = Improvement`, the body must define the improvement as a measured delta per `work-item-definition-of-ready`: - **Metric + measurement method** the agent can run (command, query, dashboard export) - **Baseline** — the current measured value (a number, not an adjective) - **Target** — the numeric value or bound that defines done Without a baseline and a target an Improvement has no verifiable terminal state and can never be autonomously closed. FAIL names the missing pieces; when no baseline exists yet, the remediation is to file measuring it as the first step. `N/A` for every other type. #### S18 — Stateless-pickup dry-run The autonomy gate, run last, on every build-ready leaf (use the S15 classification; `N/A` for containers and non-build-ready items). Simulate a stateless agent reading only this item and the links it can resolve — session knowledge about the codebase does not count, because the next claimant will not have it. List every question that agent would have to ask a human before starting work, before choosing between materially different implementations, or before declaring the work done. Zero questions → PASS. Any question → FAIL, with each question listed verbatim as its own remediation line — these are exactly the clarifying comments the caller posts to the source. The structure gates are proxies; this gate checks the readiness property itself: `ready` means a stateless agent can drive this item to its terminal state with zero human clarification (see `work-item-definition-of-ready`). ### Feasibility Gates (require GitHub lookups; skip in `--spec-only`) #### F1 — Issue type label exists in repo ```bash gh label list --repo / --json name --jq '.[].name' ``` Confirm `type:` exists. Missing labels can be auto-created by `lisa-github-write-issue` Phase 5 — flag the absence as a structural FAIL with remediation "Run `gh label create type:` or let the write path auto-create." #### F2 — Parent sub-issue exists and is the right type When `parent_ref` is set: ```bash gh issue view --repo / --json number,labels,state ``` Confirm the parent issue exists and: - For an `Epic` child, first resolve whether the validator can prove the native PRD-parent shape allowed by `prd-lifecycle-rollup`: merged project config has `source = github` and `tracker = github`; the spec/live child's `org` and `repo` match configured `github.org` and `github.repo`; and `parent_ref` names that same `org/repo`. These facts are available from the existing spec/live ref plus project config; do not infer the exception from label spelling alone. Only in that proven same-repository GitHub self-host shape may the parent qualify by having one of the configured PRD lifecycle labels from `github.labels.prd` (`draft`, `ready`, `in_review`, `blocked`, `ticketed`, `shipped`, or `verified`; defaults use the `prd-*` namespace). Resolve the configured values from `.lisa.config.local.json` over `.lisa.config.json`, using the defaults from `config-resolution`. The `sentinel` label is not a lifecycle role and does not qualify. This is the native PRD→generated-Epic hierarchy used when GitHub is both source and tracker in one repository; the PRD parent does **not** need `type:Epic`. If any self-host/same-repository predicate is false, a PRD label does not grant the exception: native hierarchy cannot cross repositories or source systems, so a PRD-labelled parent alone FAILs F2. - For a `Sub-task` child: the parent has `type:Story`, `type:Task`, `type:Bug`, or `type:Improvement` (anything that can host sub-tasks). This allowlist is unchanged; a PRD lifecycle label or `type:Epic` alone does not qualify. - For every other non-Sub-task child: the parent has `type:Epic`. A PRD lifecycle label alone does not qualify, so the Epic→Story (and Epic→ordinary-leaf) hierarchy remains enforced. | child type | relationship shape | qualifying parent label | F2 | |---|---|---|---| | `Epic` | source GitHub + tracker GitHub + configured child repo = parent repo | configured PRD lifecycle label | **PASS** | | `Epic` | cross-repository or source/tracker is not same-repo GitHub | PRD lifecycle label only | **FAIL** | | `Epic` | permitted self-host shape | unconfigured `prd-*` lookalike or `prd-intake-feedback` sentinel only | **FAIL** | | `Sub-task` | any | `type:Story`, `type:Task`, `type:Bug`, or `type:Improvement` | **PASS** | | `Sub-task` | any | PRD lifecycle label or `type:Epic` only | **FAIL** | | any other non-Sub-task | any | `type:Epic` | **PASS** | | any other non-Sub-task | any | PRD lifecycle label only | **FAIL** | #### F3 — Linked issues exist For each entry in `links`, run `gh issue view --repo /` to confirm the ref resolves. Flag broken refs. #### F4 — Required labels populated Per `Phase 5` of `lisa-github-write-issue`, every issue MUST carry `type:` and `priority:`. These two labels are unconditional: if either is missing from the proposed spec or live issue, FAIL with the missing label name. The `status:*` requirement uses this validator's S15 leaf/container classification while preserving the writer's documented `build_ready` control-input defaults: 1. Classify the issue structurally using the S15 child-resolution rules. A container (any issue with child work, plus a childless `Epic`) may omit `status:*`; its state rolls up rather than being assigned directly. 2. For a proposed leaf spec, normalize omitted `build_ready` to `true`, preserving the writer's backward-compatible default-ready behavior. Explicit `build_ready: false` means backlog mode. 3. For a live issue ref, derive `build_ready` from the labels (`true` exactly when the S15-resolved `READY_ROLE` from `github.labels.build.ready`, default `status:ready`, is present). A live backlog leaf without a status label therefore validates as `build_ready: false`; live data cannot distinguish an explicit false from a historical write that omitted the label. 4. A leaf with normalized `build_ready: true` MUST carry that same resolved `READY_ROLE`. A leaf with `build_ready: false` may omit `status:*`. | classification | normalized build_ready | status label | F4 | |---|---:|---|---| | container | any | omitted | **PASS** | | leaf | `false` | omitted | **PASS** | | leaf | `true` | configured build-ready role (`status:ready` by default) | **PASS** | | leaf | `true` | omitted or a different `status:*` label | **FAIL** | F4 does not make a container build-ready. S15 remains the independent lifecycle prohibition: any container carrying the build-ready role still FAILs S15, even though F4's status-presence check is not applicable to containers. #### F5 — Required external access provable The factory-gate rule: an input must not enter the pipeline unless the current runtime can actually reach every external surface the work requires. Enumerate the surfaces this issue depends on: - artifact links in the body (documents, designs, dashboards, spreadsheets, recordings), - systems named by the description, acceptance criteria, or Validation Journey ("read the CloudWatch alarms", "pull the copy from the Google Doc", "check the Sentry issues"), - tooling the work plainly implies (a deploy target, a database, a third-party API). For each surface, prove **read** access from the current runtime with a target-resource-specific, read-only probe through its sanctioned access layer: the matching MCP tool or `lisa-*-access` skill, or an authenticated fetch using environment-injected authentication. Identity-only commands such as `aws sts get-caller-identity`, `gh auth status`, and vendor equivalents are preflight checks only; they never satisfy F5 by themselves. A successful probe for one surface does not cover another: reading the named GitHub repository, CloudWatch log group, Sentry project, or linked document must each succeed separately when that surface is required. Attempt to resolve a gap before failing, but only through another configured brokered access layer or environment-injected authentication. A sanctioned broker may use its own credential store internally; the validator must never autonomously inspect, read, copy, print, or export raw credentials, keychains, credential files, or token stores, and must never invoke low-level secret tools to recover them. This preserves the intake agent's discover-first duty without exposing credential material. - `PASS` — every required surface has its own successful target-resource read probe or authenticated fetch through the sanctioned access layer. - `N/A` — the issue needs nothing beyond the repository and the tracker itself. - `FAIL` — a required surface is unreachable after the resolution attempt. Name the exact surface and what was probed. Intake callers must route this to `blocked` + human escalation with the missing access spelled out — an input the factory cannot execute never enters the factory. Probes are read-only and bounded (seconds, not minutes, per surface); never mutate the external system, and never invent or ask for credentials inline. ## Execution 1. Parse `$ARGUMENTS`. Resolve `READY_ROLE` from merged `github.labels.build.ready` config (default `status:ready`). If the input is an issue ref, fetch via `gh issue view --json` and derive the spec fields — including `build_ready` (label set contains the resolved `READY_ROLE`, not a hard-coded label) and `child_refs` (native sub-issues plus body task-list / `Blocked by #` parentage, resolved as in `lisa-github-read-issue`) so S15 can classify the issue. Otherwise parse the YAML spec and preserve the proposed `build_ready` value for S15/F4 normalization. 2. Confirm `gh auth status` succeeds before any feasibility gate runs. 3. Run every Specification gate in order. Collect PASS / FAIL / N/A with a one-line reason. 4. Unless the caller passed `--spec-only`, run every Feasibility gate. 5. Emit the report below. ## Output Output is a single fenced text block. Callers parse it; do not add free-form prose around it. ```text ## github-validate-issue: ### Specification Gates - [PASS|FAIL|N/A] S1 Required core fields — - [PASS|FAIL|N/A] S2 Summary format — - [PASS|FAIL|N/A] S3 Description three audiences — - [PASS|FAIL|N/A] S4 Acceptance criteria in Gherkin — - [PASS|FAIL|N/A] S5 Bug-specific content — - [PASS|FAIL|N/A] S6 Spike-specific content — - [PASS|FAIL|N/A] S7 Parent sub-issue declared — - [PASS|FAIL|N/A] S8 Target Backend Environment — - [PASS|FAIL|N/A] S9 Sign-in Required — - [PASS|FAIL|N/A] S10 Single-repo scope — - [PASS|FAIL|N/A] S11 Validation Journey — - [PASS|FAIL|N/A] S12 Source Precedence — - [PASS|FAIL|N/A] S13 Relationship Search — - [PASS|FAIL|N/A] S14 Evidence manifest binding — - [PASS|FAIL|N/A] S15 Leaf-only build-ready — - [PASS|FAIL|N/A] S16 Source Requirement traceability — - [PASS|FAIL|N/A] S17 Improvement measurability — - [PASS|FAIL|N/A] S18 Stateless-pickup dry-run — ### Feasibility Gates (omit this section when --spec-only) - [PASS|FAIL|N/A] F1 Issue type label exists in repo — - [PASS|FAIL|N/A] F2 Parent sub-issue exists and is the right type — - [PASS|FAIL|N/A] F3 Linked issues exist — - [PASS|FAIL|N/A] F4 Required labels populated — - [PASS|FAIL|N/A] F5 Required external access provable — ### Verdict: PASS | FAIL ### Failures: ### Failure details - gate: category: product_relevant: what: recommendation: <1–3 concrete options the caller (or downstream product team) can pick from. Never "clarify this".> - gate: ... ``` The verdict is `PASS` if every applicable gate is `PASS`. Any `FAIL` makes the verdict `FAIL`. `N/A` does not affect the verdict. ### Failure-detail fields Same shape and meaning as `lisa-jira-validate-ticket` so downstream PRD-intake skills (Notion, Confluence, Linear, GitHub) can format comments uniformly: - **gate**: the gate ID (`S1`–`S18`, `F1`–`F5`). - **category**: the gate's fixed category from the table. - **product_relevant**: matches the gate's table entry. `false` means the failure is an internal data-quality problem the caller should fix without bothering product. - **what**: plain-language, product-readable. - **recommendation**: 1–3 concrete options. ## Rules - Never write to GitHub. The `allowed-tools` list intentionally excludes any `gh issue create / edit / comment / close` invocation. - Never auto-fix the spec. This skill reports gaps; callers decide what to do. - Never silently skip a gate. Return `N/A` with the reason if a gate genuinely doesn't apply; never omit it. - The `what` and `recommendation` must be concrete and product-readable — vague guidance ("clarify this") is useless. - Never emit a category outside the fixed set. - `product_relevant` is determined by the gate, not by the failure context. - When validating an existing issue ref, parse the body via the same logic as `lisa-github-read-issue` so the two skills agree on what they see.