Files
pikasTech-HWLAB/scripts/src/artifact-runtime-readiness-guard.mjs
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2026-05-26 05:31:57 +08:00

1336 lines
50 KiB
JavaScript

import { execFileSync } from "node:child_process";
import { mkdir, readFile, writeFile } from "node:fs/promises";
import path from "node:path";
import { fileURLToPath } from "node:url";
import { activeReportLifecycle } from "../../internal/dev-report-lifecycle.mjs";
import { DEV_ENDPOINT, DEV_FRONTEND_ENDPOINT } from "../../internal/protocol/index.mjs";
import { inspectCloudWebDistFreshness } from "../../web/hwlab-cloud-web/scripts/dist-contract.mjs";
import { buildDesiredStatePlan } from "./deploy-desired-state-plan.mjs";
import { ensureNotRepoReportsPath, tempReportPath } from "./report-paths.mjs";
const defaultRepoRoot = path.resolve(path.dirname(fileURLToPath(import.meta.url)), "../..");
const defaultArtifactReport = tempReportPath("dev-artifacts.json");
const defaultArtifactCatalog = "deploy/artifact-catalog.dev.json";
const defaultRuntimeReport = tempReportPath("dev-cloud-workbench-live.json");
const defaultEdgeReport = tempReportPath("dev-edge-health.json");
const defaultOutputReport = tempReportPath("dev-artifact-runtime-readiness.json");
const defaultTargetRef = "origin/main";
const guardCommand = `node scripts/artifact-runtime-readiness-guard.mjs --target-ref ${defaultTargetRef} --check --no-report`;
const expectedBlockedGuardCommand = `${guardCommand} --expect-blocked`;
const digestPattern = /^sha256:[a-f0-9]{64}$/u;
const commitPattern = /^[a-f0-9]{7,40}$/u;
const minCodeAgentFrontendTimeoutMs = 35000;
const defaultCodeAgentBackendTimeoutMs = 600000;
const minCodeAgentBackendTimeoutMs = 600000;
export function normalizeCommit(value) {
if (typeof value !== "string") return "unknown";
const trimmed = value.trim().toLowerCase();
return commitPattern.test(trimmed) ? trimmed : "unknown";
}
export function shortCommit(value) {
const commit = normalizeCommit(value);
return commit === "unknown" ? "unknown" : commit.slice(0, 7);
}
export function commitsMatch(left, right) {
const a = normalizeCommit(left);
const b = normalizeCommit(right);
return a !== "unknown" && b !== "unknown" && (a === b || a.startsWith(b) || b.startsWith(a));
}
export function evaluateArtifactRuntimeReadiness({
artifactReport,
artifactCatalog,
desiredStatePlan,
runtimeReport,
liveRuntime,
targetRef,
targetCommitId
}) {
const target = {
ref: targetRef,
commitId: normalizeCommit(targetCommitId),
shortCommitId: shortCommit(targetCommitId)
};
const artifact = summarizeArtifactReport(artifactReport);
const catalog = summarizeArtifactCatalog(artifactCatalog);
const desiredState = summarizeDesiredStatePlan(desiredStatePlan, target);
const runtime = summarizeRuntimeSources(runtimeReport, liveRuntime);
const apiRuntime = runtime.api.effective;
const cloudWebRuntime = runtime.cloudWeb.effective;
const checks = [];
addCheck(checks, {
id: "target-ref-resolved",
pass: target.commitId !== "unknown",
type: "contract_blocker",
summary: `Target ${target.ref} resolves to ${target.shortCommitId}.`,
blockedSummary: `Target ${target.ref} could not be resolved to a Git commit.`,
nextTask: "Fetch origin/main and rerun this guard before preparing any DEV apply."
});
addCheck(checks, {
id: "artifact-report-published",
pass: artifact.publishVerified,
type: "runtime_blocker",
summary: `Artifact report status=${artifact.status}; required published=${artifact.publishedRequiredCount}/${artifact.requiredServiceCount}; sha256=${artifact.digestCounts.sha256}; invalid=${artifact.digestCounts.invalid}.`,
nextTask: "Complete the DEV artifact publish workflow and keep real sha256 digests for every required service."
});
addCheck(checks, {
id: "artifact-report-target-match",
pass: commitsMatch(artifact.sourceCommitId, target.commitId),
type: "observability_blocker",
summary: `Artifact report source=${artifact.shortCommitId}; target=${target.shortCommitId}.`,
nextTask: "Publish artifacts for latest origin/main or keep rollout readiness blocked."
});
addCheck(checks, {
id: "artifact-catalog-published",
pass: catalog.publishVerified,
type: "runtime_blocker",
summary: `Artifact catalog state=${catalog.artifactState}; ciPublished=${catalog.ciPublished}; registryVerified=${catalog.registryVerified}; sha256=${catalog.digestCounts.sha256}; not_published=${catalog.digestCounts.notPublished}; invalid=${catalog.digestCounts.invalid}.`,
nextTask: "Refresh deploy/artifact-catalog.dev.json only from a successful DEV artifact publish report."
});
addCheck(checks, {
id: "artifact-catalog-target-match",
pass: commitsMatch(catalog.commitId, target.commitId),
type: "observability_blocker",
summary: `Artifact catalog commit=${catalog.shortCommitId}; target=${target.shortCommitId}.`,
nextTask: "Refresh desired-state and artifact catalog identity to latest origin/main before apply."
});
addCheck(checks, {
id: "artifact-report-catalog-match",
pass: commitsMatch(artifact.sourceCommitId, catalog.commitId),
type: "observability_blocker",
summary: `Artifact report source=${artifact.shortCommitId}; catalog=${catalog.shortCommitId}.`,
nextTask: `Keep ${defaultArtifactReport} and deploy/artifact-catalog.dev.json aligned to the same artifact source.`
});
addCheck(checks, {
id: "desired-state-internal-valid",
pass: desiredState.status !== "blocked" && desiredState.status !== "missing",
type: "contract_blocker",
summary: `Desired-state planner status=${desiredState.status}; convergence=${desiredState.targetConvergence.state}.`,
nextTask: "Repair deploy/deploy.json, deploy/artifact-catalog.dev.json, and deploy/k8s/base/workloads.yaml before any apply."
});
addCheck(checks, {
id: "desired-state-target-match",
pass: desiredState.matchesTarget,
type: "observability_blocker",
summary: `Desired-state deploy=${desiredState.deployCommitId}; target=${target.shortCommitId}; convergence=${desiredState.targetConvergence.state}; pending=${desiredState.targetConvergence.pendingTargetFields}.`,
nextTask: `Run node scripts/deploy-desired-state-plan.mjs --promotion-commit ${target.shortCommitId} --check after refreshing desired-state for latest origin/main.`
});
addCheck(checks, {
id: "rollout-read-access",
pass: runtime.live.mode === "live-read-only-http",
type: "observability_blocker",
summary: `Runtime rollout-read mode=${runtime.live.mode}.`,
nextTask: "Run this guard with read-only DEV endpoint access; SOURCE/local/static checks cannot claim latest-main deployment."
});
addCheck(checks, {
id: "api-runtime-identity-observed",
pass: apiRuntime.observed,
type: "observability_blocker",
summary: `API /health/live identity status=${apiRuntime.status}; source=${apiRuntime.evidenceSource}; commit=${apiRuntime.shortCommitId}.`,
nextTask: "Restore read-only access to Cloud API /health/live before treating DEV runtime identity as observed."
});
addCheck(checks, {
id: "api-runtime-target-match",
pass: apiRuntime.observed && commitsMatch(apiRuntime.commitId, target.commitId),
type: "runtime_blocker",
summary: `API /health/live commit=${apiRuntime.shortCommitId}; target=${target.shortCommitId}.`,
nextTask: "After publish and desired-state refresh, run the authorized DEV rollout path and re-observe /health/live."
});
addCheck(checks, {
id: "api-runtime-artifact-match",
pass: apiRuntime.observed && commitsMatch(apiRuntime.commitId, catalog.commitId) && commitsMatch(apiRuntime.commitId, artifact.sourceCommitId),
type: "runtime_blocker",
summary: `API /health/live commit=${apiRuntime.shortCommitId}; catalog=${catalog.shortCommitId}; artifact=${artifact.shortCommitId}.`,
nextTask: "Do not treat a healthy API route as current unless runtime, artifact report, and catalog identity all match."
});
addCheck(checks, {
id: "cloud-web-runtime-identity-observed",
pass: cloudWebRuntime.observed,
type: "observability_blocker",
summary: `Cloud Web :16666 /health/live identity status=${cloudWebRuntime.status}; source=${cloudWebRuntime.evidenceSource}; commit=${cloudWebRuntime.shortCommitId}.`,
nextTask: "Observe Cloud Web /health/live on :16666; HTML and static asset checks alone do not prove the deployed artifact revision."
});
addCheck(checks, {
id: "cloud-web-runtime-target-match",
pass: cloudWebRuntime.observed && commitsMatch(cloudWebRuntime.commitId, target.commitId),
type: "runtime_blocker",
summary: `Cloud Web :16666 revision=${cloudWebRuntime.shortCommitId}; target=${target.shortCommitId}.`,
nextTask: "Roll out the latest Cloud Web artifact through the authorized DEV path, then re-check :16666 /health/live."
});
addCheck(checks, {
id: "cloud-web-runtime-artifact-match",
pass: cloudWebRuntime.observed && commitsMatch(cloudWebRuntime.commitId, catalog.commitId) && commitsMatch(cloudWebRuntime.commitId, artifact.sourceCommitId),
type: "runtime_blocker",
summary: `Cloud Web revision=${cloudWebRuntime.shortCommitId}; catalog=${catalog.shortCommitId}; artifact=${artifact.shortCommitId}.`,
nextTask: "Block rollout claims until the Cloud Web served runtime identity matches the artifact catalog and publish report."
});
addCheck(checks, {
id: "cloud-web-published-build-freshness",
pass: artifact.cloudWeb.published && digestPattern.test(artifact.cloudWeb.digest) && artifact.cloudWeb.distFreshnessStatus === "pass",
type: "runtime_blocker",
summary: `Cloud Web artifact status=${artifact.cloudWeb.status}; imageTag=${artifact.cloudWeb.imageTag}; digest=${artifact.cloudWeb.digestStatus}; distFreshness=${artifact.cloudWeb.distFreshnessStatus}.`,
nextTask: "Run the Cloud Web build before publish and keep dist freshness evidence in the artifact publish report."
});
addCheck(checks, {
id: "source-local-static-not-authoritative",
pass: true,
type: "safety_blocker",
summary: "SOURCE, LOCAL, STATIC, and report snapshots remain non-authoritative until runtime and artifact identity checks above pass.",
nextTask: "Use this guard before apply and after any authorized rollout; never infer deployed latest-main from local source checks."
});
const blockers = checks.filter((item) => item.status === "blocked");
return {
target,
artifact,
catalog,
desiredState,
runtime,
ready: blockers.length === 0,
canInferFromSourceLocalStatic: false,
checks,
blockers
};
}
export function buildArtifactRuntimeReadinessReport({
artifactReport,
artifactCatalog,
desiredStatePlan,
runtimeReport,
edgeReport,
liveRuntime,
cloudWebDistFreshness,
m3IoSourceReadiness,
targetRef,
targetCommitId,
generatedFromCommit = "unknown",
explicitLive = false,
codeAgentTimeoutReadiness = null
}) {
const readiness = evaluateArtifactRuntimeReadiness({
artifactReport,
artifactCatalog,
desiredStatePlan,
runtimeReport,
liveRuntime,
targetRef,
targetCommitId
});
const status = readiness.ready ? "pass" : "blocked";
const commanderDecision = buildCommanderReadinessSummary({
readiness,
runtimeReport,
edgeReport,
liveRuntime,
cloudWebDistFreshness,
m3IoSourceReadiness,
targetRef,
generatedFromCommit,
explicitLive,
codeAgentTimeoutReadiness
});
return {
$schema: "https://hwlab.pikastech.local/schemas/dev-gate-report.schema.json",
$id: "https://hwlab.pikastech.local/dev-gate/dev-artifact-runtime-readiness.json",
reportVersion: "v1",
status,
issue: "pikasTech/HWLAB#164",
supports: [
"pikasTech/HWLAB#7",
"pikasTech/HWLAB#78",
"pikasTech/HWLAB#131"
],
taskId: "dev-artifact-runtime-readiness",
commitId: shortCommit(generatedFromCommit),
acceptanceLevel: "dev_artifact_runtime_readiness",
devOnly: true,
prodDisabled: true,
generatedAt: new Date().toISOString(),
evidenceLevel: explicitLive && status === "pass" ? "DEV-LIVE-RUNTIME-IDENTITY-NON-M3-M4-M5" : "BLOCKED",
devLive: explicitLive && status === "pass",
devLiveClaim: commanderDecision.devLiveClaim,
reportLifecycle: activeReportLifecycle("Current latest-main DEV artifact/runtime readiness guard; SOURCE and static checks cannot imply deployed 16666 readiness."),
sourceContract: {
status: "pass",
documents: [
"docs/reference/g14-gitops-cicd.md"
],
summary: "Target commit, artifact publish/catalog identity, desired-state convergence, API runtime identity, and Cloud Web served runtime identity are separate gates."
},
validationCommands: [
"node --check scripts/artifact-runtime-readiness-guard.mjs",
"node --check scripts/src/artifact-runtime-readiness-guard.mjs",
"node --test scripts/artifact-runtime-readiness-guard.test.mjs",
guardCommand,
expectedBlockedGuardCommand
],
localSmoke: {
status,
commands: [expectedBlockedGuardCommand],
evidence: [
defaultArtifactReport,
defaultArtifactCatalog,
defaultRuntimeReport,
`${DEV_FRONTEND_ENDPOINT}/health/live`,
`${DEV_ENDPOINT}/health/live`
],
summary: "The guard is read-only and blocks unless artifact, desired-state, API runtime, and Cloud Web runtime identities all align."
},
dryRun: {
status: "not_applicable",
commands: [guardCommand],
evidence: ["No deploy, publish, apply, restart, k8s mutation, PROD access, or secret read is performed."],
summary: "This is a readiness guard, not a deployment dry-run or rollout substitute."
},
devPreconditions: {
status,
requirements: [
"Latest origin/main must resolve to a concrete target commit.",
"DEV artifact publish report and artifact catalog must match the target and contain real registry digests.",
"Desired-state deploy, catalog, workload image, and mirror env fields must converge to the target commit before apply.",
"Cloud API /health/live must report the target runtime identity.",
"Cloud Web :16666 /health/live must report the target served artifact identity.",
"M3/M4/M5 acceptance remains out of scope for this guard."
],
commands: [guardCommand],
summary: readiness.ready
? "Latest-main artifact, desired-state, API runtime, and Cloud Web runtime identity are aligned."
: "Latest-main DEV rollout readiness is blocked; see actionable blockers."
},
artifactRuntimeReadiness: {
version: "v1",
artifactReportPath: defaultArtifactReport,
artifactCatalogPath: defaultArtifactCatalog,
runtimeReportPath: defaultRuntimeReport,
...readiness
},
commanderDecision,
blockedReasons: readiness.blockers.map((item) => ({
scope: item.id,
type: item.type,
summary: item.summary,
nextTask: item.nextTask
})),
blockers: readiness.blockers.map((item) => ({
type: item.type,
scope: item.id,
status: "open",
summary: item.summary,
nextTask: item.nextTask
})),
safety: {
readOnly: true,
sourceOnlyWhenBlocked: true,
publicHttpGetOnly: readiness.runtime.live.mode === "live-read-only-http",
kubectlApply: false,
k8sMutation: false,
registryPush: false,
imageBuild: false,
serviceRestart: false,
prodTouched: false,
secretsRead: false,
canInferReadinessFromSourceLocalStatic: false,
statement: "No SOURCE, LOCAL, STATIC, or report-only check may claim deployed latest-main without matching artifact, desired-state, API runtime, and Cloud Web runtime identity."
}
};
}
export async function observeLiveRuntimeIdentities({ live = true, timeoutMs = 5000 } = {}) {
const endpoints = {
api: new URL("/health/live", DEV_ENDPOINT).toString(),
cloudWeb: new URL("/health/live", DEV_FRONTEND_ENDPOINT).toString()
};
if (!live) {
return {
mode: "disabled",
endpoints,
api: notObservedRuntimeIdentity(endpoints.api, "live observation disabled by --no-live", "live-http"),
cloudWeb: notObservedRuntimeIdentity(endpoints.cloudWeb, "live observation disabled by --no-live", "live-http")
};
}
const [api, cloudWeb] = await Promise.all([
observeHealthLive(endpoints.api, { evidenceSource: "live-http", timeoutMs }),
observeHealthLive(endpoints.cloudWeb, { evidenceSource: "live-http", timeoutMs })
]);
return {
mode: "live-read-only-http",
endpoints,
api,
cloudWeb
};
}
export function buildCommanderReadinessSummary({
readiness,
runtimeReport = null,
edgeReport = null,
liveRuntime = null,
cloudWebDistFreshness = null,
m3IoSourceReadiness = null,
targetRef = defaultTargetRef,
generatedFromCommit = "unknown",
explicitLive = false,
codeAgentTimeoutReadiness = null
}) {
const sourceCommit = normalizeCommit(generatedFromCommit);
const deployDesiredState = readiness.desiredState;
const artifactCatalog = readiness.catalog;
const cloudWebBuild = summarizeCloudWebBuildFreshness(cloudWebDistFreshness, readiness.artifact.cloudWeb);
const codeAgentTimeout = codeAgentTimeoutReadiness ?? {
status: "blocked",
frontendTimeoutMs: null,
backendTimeoutMs: defaultCodeAgentBackendTimeoutMs,
requiredFrontendTimeoutMs: minCodeAgentFrontendTimeoutMs,
requiredBackendTimeoutMs: minCodeAgentBackendTimeoutMs,
transportWaitsForBackend: false,
summary: "Code Agent timeout readiness was not inspected."
};
const runtimeDurable = classifyRuntimeDurableBlocker(runtimeReport, readiness.runtime);
const codeAgentProvider = summarizeCodeAgentProvider(edgeReport, runtimeReport);
const m3Source = summarizeM3IoSourceReadiness(m3IoSourceReadiness);
const publishBlockerIds = new Set(["target-ref-resolved", "artifact-report-published"]);
const applyBlockerIds = new Set([
"target-ref-resolved",
"artifact-report-published",
"artifact-report-target-match",
"artifact-catalog-published",
"artifact-catalog-target-match",
"artifact-report-catalog-match",
"desired-state-internal-valid",
"desired-state-target-match",
"cloud-web-published-build-freshness"
]);
const liveRuntimeBlockerIds = new Set([
"rollout-read-access",
"api-runtime-identity-observed",
"api-runtime-target-match",
"api-runtime-artifact-match",
"cloud-web-runtime-identity-observed",
"cloud-web-runtime-target-match",
"cloud-web-runtime-artifact-match"
]);
if (explicitLive) {
for (const id of liveRuntimeBlockerIds) applyBlockerIds.add(id);
}
const canPublish = readiness.blockers.every((blocker) => !publishBlockerIds.has(blocker.id)) &&
cloudWebBuild.sourceDistStatus === "pass" &&
codeAgentTimeout.status === "pass" &&
m3Source.status !== "blocked";
const canApply = canPublish &&
runtimeDurable.status === "pass" &&
codeAgentProvider.status !== "blocked" &&
readiness.blockers.every((blocker) => !applyBlockerIds.has(blocker.id));
const blockedReasons = [
...compactReasons(readiness.blockers, { canPublish, canApply, explicitLive, liveRuntimeBlockerIds }),
...extraBlockedReasons({
canPublish,
cloudWebBuild,
codeAgentTimeout,
codeAgentProvider,
m3Source,
runtimeDurable
})
];
return {
kind: "hwlab-dev-rollout-readiness",
status: blockedReasons.length === 0 ? "pass" : "blocked",
targetRef,
currentSourceCommit: {
commitId: sourceCommit,
shortCommitId: shortCommit(sourceCommit)
},
deployDesiredStateCommit: {
commitId: deployDesiredState.fullDeployCommitId ?? "unknown",
shortCommitId: deployDesiredState.deployCommitId,
convergence: deployDesiredState.targetConvergence.state,
pendingTargetFields: deployDesiredState.targetConvergence.pendingTargetFields
},
artifactCatalogState: {
commitId: artifactCatalog.commitId,
shortCommitId: artifactCatalog.shortCommitId,
state: artifactCatalog.artifactState,
ciPublished: artifactCatalog.ciPublished,
registryVerified: artifactCatalog.registryVerified,
publishVerified: artifactCatalog.publishVerified,
requiredPublished: `${artifactCatalog.publishedRequiredCount}/${artifactCatalog.requiredServiceCount}`,
digestCounts: artifactCatalog.digestCounts
},
cloudWebBuildFreshness: cloudWebBuild,
codeAgentTimeoutReadiness: codeAgentTimeout,
codeAgentProviderReadiness: codeAgentProvider,
m3IoSourceReadiness: m3Source,
runtimeDurableBlocker: runtimeDurable,
runtimeIdentity: {
liveChecksRan: explicitLive,
liveMode: readiness.runtime.live.mode,
apiCommit: readiness.runtime.api.effective.shortCommitId,
cloudWebCommit: readiness.runtime.cloudWeb.effective.shortCommitId
},
canPublish,
canApply,
devLiveClaim: explicitLive && canApply && readiness.ready,
blockedReasons: dedupeReasons(blockedReasons),
nextCommands: nextCommands({ canPublish, canApply, blockedReasons }),
safety: {
readOnly: true,
liveChecksRan: explicitLive,
publishApplyRestart: false,
registryPush: false,
secretsRead: false,
prodTouched: false
}
};
}
export async function runArtifactRuntimeReadinessGuardCli(argv = process.argv.slice(2), options = {}) {
const repoRoot = options.repoRoot ?? defaultRepoRoot;
const args = parseArgs(argv);
if (args.help) {
process.stdout.write(`${usage()}\n`);
return 0;
}
const [artifactReport, artifactCatalog, runtimeReport, edgeReport, cloudWebDistFreshness, codeAgentTimeoutReadiness, m3IoSourceReadiness, liveRuntime] = await Promise.all([
readOptionalJson(repoRoot, args.artifactReport),
readOptionalJson(repoRoot, args.artifactCatalog),
readOptionalJson(repoRoot, args.runtimeReport),
readOptionalJson(repoRoot, args.edgeReport),
inspectCloudWebDistFreshness(path.join(repoRoot, "web/hwlab-cloud-web")),
inspectCodeAgentTimeoutReadiness(repoRoot),
inspectM3IoSourceReadiness(repoRoot),
observeLiveRuntimeIdentities({ live: args.live, timeoutMs: args.timeoutMs })
]);
const targetCommitId = resolveTargetCommit(repoRoot, args.targetRef);
const desiredStatePlan = await buildDesiredStatePlanOrBlocked(repoRoot, args.targetRef);
const report = buildArtifactRuntimeReadinessReport({
artifactReport,
artifactCatalog,
desiredStatePlan,
runtimeReport,
edgeReport,
liveRuntime,
cloudWebDistFreshness,
m3IoSourceReadiness,
targetRef: args.targetRef,
targetCommitId,
generatedFromCommit: resolveTargetCommit(repoRoot, "HEAD"),
explicitLive: args.live,
codeAgentTimeoutReadiness
});
if (args.writeReport) {
const outputPath = ensureNotRepoReportsPath(repoRoot, args.report, "--report");
await mkdir(path.dirname(outputPath), { recursive: true });
await writeFile(outputPath, `${JSON.stringify(report, null, 2)}\n`, "utf8");
}
const output = args.check ? summaryForCheck(report) : report;
process.stdout.write(`${JSON.stringify(output, null, args.pretty || args.check ? 2 : 0)}\n`);
if (args.expectBlocked) {
return (report.status === "blocked" || report.commanderDecision.canApply === false) ? 0 : 2;
}
if (args.check && !report.commanderDecision.canApply) {
return 2;
}
return 0;
}
export function formatArtifactRuntimeReadinessFailure(error) {
return {
kind: "hwlab-artifact-runtime-readiness",
status: "error",
error: error instanceof Error ? error.message : String(error),
safety: {
readOnly: true,
kubectlApply: false,
k8sMutation: false,
registryPush: false,
imageBuild: false,
serviceRestart: false,
prodTouched: false,
secretsRead: false
}
};
}
async function buildDesiredStatePlanOrBlocked(repoRoot, targetRef) {
try {
return await buildDesiredStatePlan({ repoRoot, targetRef });
} catch (error) {
return {
kind: "hwlab-deploy-desired-state-plan",
status: "blocked",
summary: {
desiredCommitId: "unknown",
diagnostics: 1,
blockers: 1
},
target: {
targetRef,
convergence: {
state: "planner_error",
comparableFields: 0,
matchingTargetFields: 0,
pendingTargetFields: 0
}
},
diagnostics: [{
severity: "blocker",
code: "planner_error",
message: error instanceof Error ? error.message : String(error)
}]
};
}
}
function summarizeArtifactReport(report) {
const publish = report?.artifactPublish;
if (!publish || typeof publish !== "object") {
return missingArtifactReport();
}
const services = Array.isArray(publish.services) ? publish.services : [];
const required = services.filter((service) => service?.artifactRequired === true);
const cloudWeb = services.find((service) => service?.serviceId === "hwlab-cloud-web") ?? null;
const digestCounts = countDigests(required);
const publishedRequiredCount = required.filter((service) => service?.status === "published").length;
const requiredServiceCount = Number.isInteger(publish.requiredServiceCount)
? publish.requiredServiceCount
: required.length;
const allRequiredServicesPublished = requiredServiceCount > 0 &&
publishedRequiredCount === requiredServiceCount &&
digestCounts.sha256 === requiredServiceCount;
return {
status: sanitizeString(publish.status),
sourceCommitId: normalizeCommit(publish.sourceCommitId ?? report.commitId),
shortCommitId: shortCommit(publish.sourceCommitId ?? report.commitId),
registryPrefix: sanitizeString(publish.registryPrefix),
serviceCount: Number.isInteger(publish.serviceCount) ? publish.serviceCount : services.length,
requiredServiceCount,
publishedRequiredCount,
allRequiredServicesPublished,
publishVerified: publish.status === "published" && allRequiredServicesPublished,
digestCounts,
cloudWeb: summarizeArtifactService(cloudWeb)
};
}
function summarizeArtifactCatalog(catalog) {
if (!catalog || typeof catalog !== "object") {
return missingArtifactCatalog();
}
const services = Array.isArray(catalog.services) ? catalog.services : [];
const required = services.filter((service) => service?.artifactRequired === true);
const digestCounts = countDigests(required);
const publishedRequiredCount = required.filter((service) => service?.publishState === "published").length;
const allRequiredServicesPublished = required.length > 0 &&
publishedRequiredCount === required.length &&
digestCounts.sha256 === required.length;
return {
artifactState: sanitizeString(catalog.artifactState),
commitId: normalizeCommit(catalog.commitId),
shortCommitId: shortCommit(catalog.commitId),
ciPublished: catalog.publish?.ciPublished === true,
registryVerified: catalog.publish?.registryVerified === true,
serviceCount: services.length,
requiredServiceCount: required.length,
publishedRequiredCount,
digestCounts,
publishVerified: catalog.artifactState === "published" &&
catalog.publish?.ciPublished === true &&
catalog.publish?.registryVerified === true &&
allRequiredServicesPublished
};
}
function summarizeDesiredStatePlan(plan, target) {
if (!plan || typeof plan !== "object") {
return {
status: "missing",
deployCommitId: "unknown",
shortCommitId: "unknown",
targetConvergence: emptyConvergence("missing"),
matchesTarget: false
};
}
const deployCommitId = normalizeCommit(plan.summary?.desiredCommitId);
const targetConvergence = plan.target?.convergence ?? emptyConvergence("not_requested");
const pendingTargetFields = Number.isInteger(targetConvergence.pendingTargetFields)
? targetConvergence.pendingTargetFields
: 0;
return {
status: sanitizeString(plan.status),
deployCommitId: shortCommit(deployCommitId),
fullDeployCommitId: deployCommitId,
targetConvergence: {
state: sanitizeString(targetConvergence.state),
comparableFields: Number.isInteger(targetConvergence.comparableFields) ? targetConvergence.comparableFields : 0,
matchingTargetFields: Number.isInteger(targetConvergence.matchingTargetFields) ? targetConvergence.matchingTargetFields : 0,
pendingTargetFields
},
matchesTarget: commitsMatch(deployCommitId, target.commitId) && pendingTargetFields === 0
};
}
function summarizeRuntimeSources(runtimeReport, liveRuntime) {
const reportApi = normalizeRuntimeIdentity(runtimeReport?.runtimeIdentity, "report-snapshot");
const live = liveRuntime ?? {
mode: "missing",
endpoints: {},
api: null,
cloudWeb: null
};
return {
live: {
mode: sanitizeString(live.mode),
endpoints: live.endpoints ?? {}
},
reportSnapshot: {
api: reportApi,
status: sanitizeString(runtimeReport?.status)
},
api: {
live: normalizeRuntimeIdentity(live.api, "live-http"),
reportSnapshot: reportApi,
effective: normalizeRuntimeIdentity(live.api, "live-http")
},
cloudWeb: {
live: normalizeRuntimeIdentity(live.cloudWeb, "live-http"),
reportSnapshot: normalizeRuntimeIdentity(runtimeReport?.cloudWebRuntimeIdentity, "report-snapshot"),
effective: normalizeRuntimeIdentity(live.cloudWeb, "live-http")
}
};
}
function summarizeArtifactService(service) {
if (!service) {
return {
status: "missing",
published: false,
imageTag: "unknown",
digest: "unknown",
digestStatus: "missing",
distFreshnessStatus: "missing"
};
}
const digest = sanitizeString(service.digest);
return {
status: sanitizeString(service.status),
published: service.status === "published",
imageTag: sanitizeString(service.imageTag),
digest,
digestStatus: digestPattern.test(digest) ? "sha256" : digest === "not_published" ? "not_published" : "invalid",
distFreshnessStatus: service.distFreshness?.status ? sanitizeString(service.distFreshness.status) : "missing"
};
}
function countDigests(services) {
const counts = {
sha256: 0,
notPublished: 0,
invalid: 0
};
for (const service of services) {
const digest = service?.digest;
if (digestPattern.test(String(digest ?? ""))) {
counts.sha256 += 1;
} else if (digest === "not_published" || digest == null) {
counts.notPublished += 1;
} else {
counts.invalid += 1;
}
}
return counts;
}
async function observeHealthLive(endpoint, { evidenceSource, timeoutMs }) {
const controller = new AbortController();
const timeout = setTimeout(() => controller.abort(), timeoutMs);
try {
const response = await fetch(endpoint, {
method: "GET",
headers: { accept: "application/json" },
signal: controller.signal
});
const text = await response.text();
const body = parseJson(text);
if (!response.ok || !body) {
return notObservedRuntimeIdentity(
endpoint,
body ? `HTTP ${response.status}` : `HTTP ${response.status}; response was not JSON`,
evidenceSource,
response.status
);
}
return observedRuntimeIdentity(endpoint, body, evidenceSource, response.status);
} catch (error) {
return notObservedRuntimeIdentity(
endpoint,
error instanceof Error ? error.message : String(error),
evidenceSource
);
} finally {
clearTimeout(timeout);
}
}
function observedRuntimeIdentity(endpoint, body, evidenceSource, httpStatus) {
const commitId = body.commit?.id ?? body.commitId ?? body.revision ?? body.runtime?.commitId;
const imageTag = body.image?.tag ?? body.imageTag ?? body.runtime?.imageTag;
const imageDigest = body.image?.digest ?? body.imageDigest ?? body.runtime?.imageDigest;
return {
status: "observed",
observed: true,
source: "health-live",
evidenceSource,
endpoint,
serviceId: sanitizeString(body.serviceId),
environment: sanitizeString(body.environment),
healthStatus: sanitizeString(body.status),
artifactKind: sanitizeString(body.artifactKind),
commitId: normalizeCommit(commitId),
shortCommitId: shortCommit(commitId),
commitSource: sanitizeString(body.commit?.source ?? body.commitSource ?? (body.revision ? "runtime-env" : "unknown")),
imageTag: sanitizeString(imageTag),
imageDigest: sanitizeString(imageDigest),
observedAt: sanitizeTimestamp(body.observedAt),
httpStatus,
reason: null
};
}
function notObservedRuntimeIdentity(endpoint, reason, evidenceSource, httpStatus = null) {
return {
status: "not_observed",
observed: false,
source: "health-live",
evidenceSource,
endpoint,
serviceId: "not_observed",
environment: "not_observed",
healthStatus: "not_observed",
artifactKind: "not_observed",
commitId: "unknown",
shortCommitId: "unknown",
commitSource: "not_observed",
imageTag: "not_observed",
imageDigest: "not_observed",
observedAt: new Date().toISOString(),
httpStatus,
reason: oneLine(reason)
};
}
function normalizeRuntimeIdentity(identity, evidenceSource) {
if (!identity || identity.status !== "observed") {
return notObservedRuntimeIdentity(identity?.endpoint ?? "unknown", identity?.reason ?? "runtime identity was not observed", evidenceSource);
}
return {
...identity,
observed: true,
evidenceSource: identity.evidenceSource ?? evidenceSource,
commitId: normalizeCommit(identity.commitId ?? identity.revision),
shortCommitId: shortCommit(identity.commitId ?? identity.revision),
serviceId: sanitizeString(identity.serviceId),
environment: sanitizeString(identity.environment),
healthStatus: sanitizeString(identity.healthStatus ?? identity.status)
};
}
function missingArtifactReport() {
return {
status: "missing",
sourceCommitId: "unknown",
shortCommitId: "unknown",
registryPrefix: "unknown",
serviceCount: 0,
requiredServiceCount: 0,
publishedRequiredCount: 0,
allRequiredServicesPublished: false,
publishVerified: false,
digestCounts: { sha256: 0, notPublished: 0, invalid: 0 },
cloudWeb: summarizeArtifactService(null)
};
}
function missingArtifactCatalog() {
return {
artifactState: "missing",
commitId: "unknown",
shortCommitId: "unknown",
ciPublished: false,
registryVerified: false,
serviceCount: 0,
requiredServiceCount: 0,
publishedRequiredCount: 0,
digestCounts: { sha256: 0, notPublished: 0, invalid: 0 },
publishVerified: false
};
}
function emptyConvergence(state) {
return {
state,
comparableFields: 0,
matchingTargetFields: 0,
pendingTargetFields: 0
};
}
function addCheck(checks, { id, pass, type, summary, blockedSummary = null, nextTask }) {
checks.push({
id,
status: pass ? "pass" : "blocked",
type,
summary: pass ? summary : (blockedSummary ?? summary),
nextTask
});
}
function summarizeCloudWebBuildFreshness(distFreshness, artifactCloudWeb) {
const sourceStatus = distFreshness?.status === "pass" ? "pass" : "blocked";
const artifactStatus = artifactCloudWeb?.distFreshnessStatus ?? "missing";
const status = sourceStatus === "pass" && (artifactStatus === "pass" || artifactCloudWeb?.published !== true)
? "pass"
: "blocked";
return {
status,
sourceDistStatus: sourceStatus,
artifactDistFreshnessStatus: artifactStatus,
mismatches: Array.isArray(distFreshness?.mismatches) ? distFreshness.mismatches.slice(0, 8) : [],
buildCommand: "node web/hwlab-cloud-web/scripts/build.mjs",
checkCommand: "node web/hwlab-cloud-web/scripts/check.mjs",
summary: sourceStatus === "pass"
? "Cloud Web source dist freshness is ready for publish review."
: "Cloud Web dist is stale or missing for source or published artifact evidence."
};
}
async function inspectCodeAgentTimeoutReadiness(repoRoot) {
const [appSource, chatSource] = await Promise.all([
readFile(path.join(repoRoot, "web/hwlab-cloud-web/app.mjs"), "utf8"),
readFile(path.join(repoRoot, "internal/cloud/code-agent-chat.mjs"), "utf8")
]);
const frontendTimeoutMs = numericSourceConstant(appSource, "DEFAULT_CODE_AGENT_TIMEOUT_MS");
const backendTimeoutMs = numericSourceConstant(chatSource, "DEFAULT_CODE_AGENT_TIMEOUT_MS");
const frontendReady = Number.isInteger(frontendTimeoutMs) && frontendTimeoutMs >= minCodeAgentFrontendTimeoutMs;
const backendReady = Number.isInteger(backendTimeoutMs) && backendTimeoutMs >= minCodeAgentBackendTimeoutMs;
const transportWaitsForBackend = Number.isInteger(frontendTimeoutMs) && Number.isInteger(backendTimeoutMs) && frontendTimeoutMs > backendTimeoutMs;
return {
status: frontendReady && backendReady && transportWaitsForBackend ? "pass" : "blocked",
frontendTimeoutMs,
backendTimeoutMs,
requiredFrontendTimeoutMs: minCodeAgentFrontendTimeoutMs,
requiredBackendTimeoutMs: minCodeAgentBackendTimeoutMs,
transportWaitsForBackend,
summary: frontendReady && backendReady && transportWaitsForBackend
? "Code Agent browser/backend timeout budget is ready: browser transport waits for the structured backend result."
: "Code Agent timeout layering is unsafe; long requests can be misclassified before cloud-api returns a structured result."
};
}
function numericSourceConstant(source, name) {
const match = source.match(new RegExp(`const\\s+${name}\\s*=\\s*([0-9_]+)\\s*;`, "u"));
if (!match) return null;
return Number.parseInt(match[1].replace(/_/gu, ""), 10);
}
async function inspectM3IoSourceReadiness(repoRoot) {
const files = await listTrackedFiles(repoRoot);
const candidateFiles = files.filter((file) =>
/\.(?:mjs|js|json|md|html|css|yaml|yml)$/u.test(file) &&
file !== "scripts/src/artifact-runtime-readiness-guard.mjs" &&
file !== "scripts/artifact-runtime-readiness-guard.test.mjs"
);
const matches = [];
const contractFiles = [];
for (const relativePath of candidateFiles) {
const text = await readFile(path.join(repoRoot, relativePath), "utf8").catch(() => "");
if (/\/v1\/m3\/io/u.test(text)) {
matches.push(relativePath);
}
if (/m3-io-control-v1|M3_IO_CONTROL_ROUTE|same-origin \/v1\/m3\/io/u.test(text)) {
contractFiles.push(relativePath);
}
}
const present = matches.length > 0;
const sourceReady = contractFiles.length > 0 &&
matches.some((file) => file === "web/hwlab-cloud-web/app.mjs") &&
matches.some((file) => file === "internal/cloud/m3-io-control.mjs" || file === "scripts/src/m3-io-control-e2e.mjs");
return {
status: present ? (sourceReady ? "pass" : "blocked") : "absent",
present,
paths: matches.slice(0, 12),
contractPaths: contractFiles.slice(0, 12),
requiredForApply: false,
summary: present
? sourceReady
? "M3 /v1/m3/io source surface is present with same-origin web/API contract evidence."
: "M3 /v1/m3/io source surface is present but missing expected web/API source contract evidence."
: "M3 /v1/m3/io source surface is not present; no M3 IO source readiness gate is applied."
};
}
async function listTrackedFiles(repoRoot) {
try {
const output = execFileSync("git", ["ls-files"], {
cwd: repoRoot,
encoding: "utf8",
stdio: ["ignore", "pipe", "ignore"],
timeout: 5000
});
return output.split(/\r?\n/u).filter(Boolean);
} catch {
return [];
}
}
function summarizeM3IoSourceReadiness(readiness) {
if (!readiness) {
return {
status: "absent",
present: false,
requiredForApply: false,
summary: "M3 /v1/m3/io source surface was not inspected."
};
}
if (readiness.status === "present") {
return { ...readiness, status: "pass" };
}
return readiness;
}
function summarizeCodeAgentProvider(edgeReport, runtimeReport) {
const blockers = [
...(edgeReport?.blockers ?? []),
...(runtimeReport?.blockers ?? [])
];
const providerBlocker = blockers.find((blocker) =>
String(blocker.scope ?? "").includes("code-agent") ||
/Code Agent|provider Secret|OPENAI_API_KEY|provider_unavailable/iu.test(`${blocker.summary ?? ""} ${blocker.classification ?? ""}`)
);
if (providerBlocker) {
return {
status: "blocked",
blocker: sanitizeString(providerBlocker.scope),
classification: sanitizeString(providerBlocker.classification),
summary: oneLine(providerBlocker.summary),
separateFromDbLive: true
};
}
const liveJourney = (runtimeReport?.checks ?? []).find((check) => check.id === "live-code-agent-browser-journey");
return {
status: liveJourney?.status === "pass" ? "pass" : "not_observed",
blocker: null,
classification: liveJourney?.status === "pass" ? "completed-browser-journey" : "not_observed",
summary: liveJourney?.summary ?? "Code Agent provider readiness was not observed by this dry-run/source guard.",
separateFromDbLive: true
};
}
function classifyRuntimeDurableBlocker(runtimeReport, runtimeSources) {
const identity = runtimeReport?.runtimeIdentity ?? runtimeSources?.api?.reportSnapshot ?? runtimeSources?.api?.effective ?? null;
const runtime = identity?.runtime ?? {};
const readiness = identity?.readiness ?? {};
const durability = readiness?.durability ?? {};
const blockerCodes = Array.isArray(identity?.blockerCodes) ? identity.blockerCodes : [];
const durableBlocked = runtime?.blocker === "runtime_durable_adapter_query_blocked" ||
durability?.blocker === "runtime_durable_adapter_query_blocked" ||
blockerCodes.includes("runtime_durable_adapter_query_blocked") ||
durability?.blockedLayer === "durability_query" ||
runtime?.connection?.queryResult === "query_blocked" ||
durability?.queryResult === "query_blocked";
const ready = identity?.ready === true &&
runtime?.durable === true &&
(runtime?.ready === true || readiness?.ready === true) &&
durability?.ready === true &&
!durableBlocked;
return {
status: ready ? "pass" : "blocked",
blocker: ready ? null : sanitizeString(durability?.blocker ?? runtime?.blocker ?? blockerCodes[0]),
blockedLayer: sanitizeString(durability?.blockedLayer),
queryResult: sanitizeString(durability?.queryResult ?? runtime?.connection?.queryResult),
runtimeDurable: runtime?.durable === true,
runtimeReady: runtime?.ready === true,
durabilityReady: durability?.ready === true,
classification: durableBlocked ? "runtime_durable_adapter_query_blocked" : ready ? "durable-ready" : "runtime-durability-not-ready",
summary: ready
? "Runtime durable adapter is ready."
: "Runtime durable adapter is not ready; durable read/query blockers stay separate from source/apply readiness."
};
}
function compactReasons(blockers, { canPublish, canApply, explicitLive, liveRuntimeBlockerIds }) {
return blockers
.filter((blocker) => explicitLive || !liveRuntimeBlockerIds.has(blocker.id))
.map((blocker) => ({
id: blocker.id,
type: blocker.type,
class: reasonClassForBlocker(blocker.id, { canPublish, canApply }),
summary: oneLine(blocker.summary),
next: oneLine(blocker.nextTask)
}));
}
function extraBlockedReasons({
canPublish,
cloudWebBuild,
codeAgentTimeout,
codeAgentProvider,
m3Source,
runtimeDurable
}) {
const reasons = [];
if (cloudWebBuild.sourceDistStatus !== "pass") {
reasons.push({
id: "cloud-web-build-freshness",
type: "runtime_blocker",
class: "publish",
summary: cloudWebBuild.summary,
next: cloudWebBuild.buildCommand
});
}
if (cloudWebBuild.artifactDistFreshnessStatus !== "pass" && canPublish) {
reasons.push({
id: "cloud-web-artifact-build-freshness",
type: "runtime_blocker",
class: "apply",
summary: "Cloud Web published artifact is missing fresh dist evidence.",
next: "Publish a Cloud Web artifact that records artifactPublish.services[].distFreshness.status=pass."
});
}
if (codeAgentTimeout.status !== "pass") {
reasons.push({
id: "code-agent-timeout-readiness",
type: "agent_blocker",
class: "runtime",
summary: codeAgentTimeout.summary,
next: "Increase the Cloud Web Code Agent request timeout and rerun web/check plus focused readiness tests."
});
}
if (codeAgentProvider.status === "blocked") {
reasons.push({
id: `code-agent-provider:${codeAgentProvider.blocker}`,
type: "agent_blocker",
class: "runtime",
summary: codeAgentProvider.summary,
next: "Restore provider Secret/key-presence and DEV egress readiness without printing secret values."
});
}
if (runtimeDurable.status !== "pass") {
reasons.push({
id: `runtime-durable:${runtimeDurable.classification}`,
type: "runtime_blocker",
class: "runtime",
summary: runtimeDurable.summary,
next: "Repair durable runtime auth/schema/migration/read readiness, then rerun read-only health checks."
});
}
if (m3Source.present && !["pass", "present"].includes(m3Source.status)) {
reasons.push({
id: "m3-io-source-readiness",
type: "contract_blocker",
class: "source",
summary: m3Source.summary,
next: "Repair the source-only M3 IO contract before apply review."
});
}
return reasons;
}
function reasonClassForBlocker(id, { canPublish, canApply }) {
if (!canPublish && [
"target-ref-resolved",
"artifact-report-published"
].includes(id)) {
return "publish";
}
if (!canApply) return "apply";
return "runtime";
}
function dedupeReasons(reasons) {
const byId = new Map();
for (const reason of reasons) {
if (!byId.has(reason.id)) byId.set(reason.id, reason);
}
return [...byId.values()].slice(0, 20);
}
function nextCommands({ canPublish, canApply, blockedReasons }) {
if (!canPublish) {
return [
"node web/hwlab-cloud-web/scripts/build.mjs",
"node web/hwlab-cloud-web/scripts/check.mjs",
"node scripts/g14-artifact-publish.mjs --preflight --no-report",
"node scripts/refresh-artifact-catalog.mjs --target-ref origin/main --blocked --no-write",
guardCommand
];
}
if (!canApply) {
return [
"node scripts/deploy-desired-state-plan.mjs --target-ref origin/main --pretty",
"node scripts/deploy-desired-state-plan.mjs --promotion-commit <origin-main-sha> --check",
"node scripts/g14-gitops-render.mjs --check",
guardCommand
];
}
if (blockedReasons.length > 0) {
return [
"node scripts/dev-edge-health-smoke.mjs --live",
"node scripts/dev-m3-hardware-loop-smoke.mjs --dry-run",
"node scripts/dev-m4-agent-loop-smoke.mjs --live --confirm-dev --confirmed-non-production",
guardCommand
];
}
return [
"node scripts/g14-gitops-render.mjs --check",
"node scripts/artifact-runtime-readiness-guard.mjs --target-ref origin/main --check --live --no-report"
];
}
async function readJson(repoRoot, relativePath) {
const raw = await readFile(path.join(repoRoot, relativePath), "utf8");
return JSON.parse(raw);
}
async function readOptionalJson(repoRoot, relativePath) {
try {
return await readJson(repoRoot, relativePath);
} catch {
return null;
}
}
function resolveTargetCommit(repoRoot, ref) {
try {
return execFileSync("git", ["rev-parse", "--verify", `${ref}^{commit}`], {
cwd: repoRoot,
encoding: "utf8",
stdio: ["ignore", "pipe", "pipe"],
timeout: 5000
}).trim();
} catch {
return "unknown";
}
}
function parseArgs(argv) {
const args = {
targetRef: defaultTargetRef,
artifactReport: defaultArtifactReport,
artifactCatalog: defaultArtifactCatalog,
runtimeReport: defaultRuntimeReport,
edgeReport: defaultEdgeReport,
report: defaultOutputReport,
timeoutMs: 5000,
live: false,
writeReport: false,
check: false,
expectBlocked: false,
pretty: false,
help: false
};
for (let index = 0; index < argv.length; index += 1) {
const arg = argv[index];
if (arg === "--target-ref") {
args.targetRef = requireValue(argv, index, arg);
index += 1;
} else if (arg === "--artifact-report") {
args.artifactReport = requireValue(argv, index, arg);
index += 1;
} else if (arg === "--artifact-catalog") {
args.artifactCatalog = requireValue(argv, index, arg);
index += 1;
} else if (arg === "--runtime-report") {
args.runtimeReport = requireValue(argv, index, arg);
index += 1;
} else if (arg === "--edge-report") {
args.edgeReport = requireValue(argv, index, arg);
index += 1;
} else if (arg === "--report") {
args.report = requireValue(argv, index, arg);
index += 1;
} else if (arg === "--timeout-ms") {
args.timeoutMs = Number.parseInt(requireValue(argv, index, arg), 10);
index += 1;
} else if (arg === "--no-report") {
args.writeReport = false;
} else if (arg === "--no-live") {
args.live = false;
} else if (arg === "--live") {
args.live = true;
} else if (arg === "--check") {
args.check = true;
} else if (arg === "--expect-blocked") {
args.expectBlocked = true;
} else if (arg === "--pretty") {
args.pretty = true;
} else if (arg === "--help" || arg === "-h") {
args.help = true;
} else {
throw new Error(`unknown argument: ${arg}`);
}
}
if (!Number.isInteger(args.timeoutMs) || args.timeoutMs <= 0) {
throw new Error("--timeout-ms must be a positive integer");
}
return args;
}
function requireValue(argv, index, arg) {
const value = argv[index + 1];
if (!value || value.startsWith("--")) {
throw new Error(`${arg} requires a value`);
}
return value;
}
function usage() {
return [
`usage: ${guardCommand} [--report ${defaultOutputReportPath}] [--live] [--expect-blocked]`,
"",
"Read-only latest-main DEV artifact/runtime readiness guard.",
"",
"The command compares target main, artifact publish/catalog identity, desired-state convergence,",
"Cloud API /health/live identity, Cloud Web :16666 /health/live identity, source build freshness,",
"Code Agent timeout handling, M3 /v1/m3/io source readiness if present, and durable runtime blockers.",
"By default it does not run live HTTP checks and prints devLiveClaim=false; pass --live for explicit read-only live checks.",
"It does not deploy, publish, apply, restart services, mutate k8s, touch PROD, or read secrets."
].join("\n");
}
function summaryForCheck(report) {
return report.commanderDecision;
}
function sanitizeString(value) {
return typeof value === "string" && value.trim().length > 0 ? oneLine(value) : "unknown";
}
function sanitizeTimestamp(value) {
return typeof value === "string" && !Number.isNaN(Date.parse(value)) ? value : new Date().toISOString();
}
function parseJson(text) {
try {
return JSON.parse(text);
} catch {
return null;
}
}
function oneLine(value) {
return String(value ?? "unknown").replace(/\s+/gu, " ").trim().slice(0, 240) || "unknown";
}