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* @module scripts/agentic/analysis-gate
* @description TypeScript implementation of the analysis gate validation
* logic defined in `.github/prompts/05-analysis-gate.md`.
*
* This module extracts a subset of the inline bash gate checks into
* testable, strictly-typed functions. It implements checks 1–9b of the
* prompt specification. Additional prompt-level gates (e.g. check 10
* full-text outcomes, supplementary/editorial gates) are NOT covered
* here and must be validated separately.
*
* Implemented checks:
* 1. Artifact existence (all 23 files present and non-empty)
* 2. Per-document coverage (Family E vs manifest)
* 3. No stub placeholders (recursive scan)
* 4. Evidence citations in SWOT and significance-scoring
* 5. Mermaid diagrams with colour config
* 6. Pass-2 evidence (mtime or pass1/ snapshot)
* 7. Family C structure checks
* 8. Family D structure checks
* 9. PIR status sidecar validation
* 9b. Statskontoret evidence in implementation-feasibility
*
* @example
* import { validateAnalysisGate } from './analysis-gate.js';
* const result = await validateAnalysisGate('analysis/daily/2026-05-01/propositions');
* if (!result.passed) {
* result.checks.filter(c => !c.passed).forEach(c => console.error(c.message));
* }
*
* @see .github/prompts/05-analysis-gate.md — canonical gate specification
* @see scripts/agentic/artifact-inventory.ts — artifact definitions
* @author Hack23 AB
* @license Apache-2.0
*/
import { readFile, stat, readdir } from 'node:fs/promises';
import { existsSync, statSync } from 'node:fs';
import { join } from 'node:path';
import {
type GateCheckResult,
type GateValidationResult,
REQUIRED_ARTIFACT_FILENAMES,
MERMAID_REQUIRED_ARTIFACTS,
PASS2_REQUIRED_ARTIFACTS,
STUB_PLACEHOLDERS,
DOK_ID_PATTERN,
EVIDENCE_PATTERN,
RECOGNISED_AGENCIES,
} from './artifact-inventory.js';
// ---------------------------------------------------------------------------
// Public API
// ---------------------------------------------------------------------------
/**
* Run all analysis gate checks against an analysis directory.
*
* @param analysisDir - Absolute or relative path to the analysis subfolder
* (e.g. `analysis/daily/2026-05-01/propositions`).
* @returns Aggregate validation result with per-check details.
*/
export async function validateAnalysisGate(
analysisDir: string,
): Promise<GateValidationResult> {
const checks: GateCheckResult[] = [];
// Check 1 — Artifact existence
checks.push(...checkArtifactExistence(analysisDir));
// Check 2 — Per-document coverage
checks.push(...(await checkPerDocumentCoverage(analysisDir)));
// Check 3 — No stubs
checks.push(...(await checkNoStubs(analysisDir)));
// Check 4 — Evidence citations
checks.push(...(await checkEvidenceCitations(analysisDir)));
// Check 5 — Mermaid diagrams
checks.push(...(await checkMermaidDiagrams(analysisDir)));
// Check 6 — Pass-2 evidence
checks.push(...(await checkPass2Evidence(analysisDir)));
// Check 7 — Family C structure
checks.push(...(await checkFamilyCStructure(analysisDir)));
// Check 8 — Family D structure
checks.push(...(await checkFamilyDStructure(analysisDir)));
// Check 9 — PIR status sidecar
checks.push(...(await checkPirStatus(analysisDir)));
// Check 9b — Statskontoret evidence
checks.push(...(await checkStatskontoretEvidence(analysisDir)));
const failureCount = checks.filter((c) => !c.passed).length;
return {
passed: failureCount === 0,
checks,
failureCount,
};
}
// ---------------------------------------------------------------------------
// Check 1 — Artifact existence
// ---------------------------------------------------------------------------
/**
* Verify all 23 required artifacts exist and are non-empty.
*/
export function checkArtifactExistence(analysisDir: string): GateCheckResult[] {
const results: GateCheckResult[] = [];
for (const filename of REQUIRED_ARTIFACT_FILENAMES) {
const filePath = join(analysisDir, filename);
if (!existsSync(filePath)) {
results.push({
checkId: 'artifact-existence',
passed: false,
message: `Missing artifact: ${filename}`,
artifact: filename,
});
} else if (statSync(filePath).size === 0) {
results.push({
checkId: 'artifact-existence',
passed: false,
message: `Empty artifact (zero bytes): ${filename}`,
artifact: filename,
});
} else {
results.push({
checkId: 'artifact-existence',
passed: true,
message: `Artifact present: ${filename}`,
artifact: filename,
});
}
}
return results;
}
// ---------------------------------------------------------------------------
// Check 2 — Per-document coverage
// ---------------------------------------------------------------------------
/**
* Extract dok_ids from the data-download-manifest and verify each has
* a corresponding analysis document in the `documents/` subdirectory.
*/
export async function checkPerDocumentCoverage(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const manifestPath = join(analysisDir, 'data-download-manifest.md');
if (!existsSync(manifestPath)) {
return results; // Manifest missing handled by check 1
}
const content = await readFile(manifestPath, 'utf-8');
const dokIds = extractDokIds(content);
if (dokIds.length === 0) {
results.push({
checkId: 'per-document-coverage',
passed: false,
message: 'Manifest has no dok_id entries',
});
return results;
}
const documentsDir = join(analysisDir, 'documents');
for (const dokId of dokIds) {
const found = hasDocumentAnalysis(documentsDir, dokId);
results.push({
checkId: 'per-document-coverage',
passed: found,
message: found
? `Document analysis found for ${dokId}`
: `documents/${dokId}.md or documents/${dokId}-analysis.md missing (any case)`,
artifact: `documents/${dokId}-analysis.md`,
});
}
return results;
}
/**
* Extract unique dok_ids from markdown content.
*/
export function extractDokIds(content: string): string[] {
const globalPattern = new RegExp(DOK_ID_PATTERN.source, 'g');
const matches = content.match(globalPattern);
if (!matches) return [];
return [...new Set(matches)];
}
/**
* Check if a document analysis file exists and is non-empty (any case variant).
* Mirrors the prompt gate's `-s` check (file exists AND size > 0).
*/
function hasDocumentAnalysis(documentsDir: string, dokId: string): boolean {
const variants = [
`${dokId}.md`,
`${dokId}-analysis.md`,
`${dokId.toLowerCase()}.md`,
`${dokId.toLowerCase()}-analysis.md`,
];
return variants.some((v) => {
const p = join(documentsDir, v);
return existsSync(p) && statSync(p).size > 0;
});
}
// ---------------------------------------------------------------------------
// Check 3 — No stubs
// ---------------------------------------------------------------------------
/**
* Scan all markdown files under the analysis directory (recursive, including
* `documents/` and `pass1/` subdirs) for stub placeholder strings. The
* canonical gate uses a recursive grep over the entire `$ANALYSIS_DIR`.
*/
export async function checkNoStubs(analysisDir: string): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
// Recursively collect all .md files under analysisDir
const mdFiles = await collectMdFilesRecursive(analysisDir, '');
for (const relPath of mdFiles) {
const filePath = join(analysisDir, relPath);
const content = await readFile(filePath, 'utf-8');
for (const stub of STUB_PLACEHOLDERS) {
if (content.includes(stub)) {
results.push({
checkId: 'no-stubs',
passed: false,
message: `Stub placeholder "${stub}" found in ${relPath}`,
artifact: relPath,
});
}
}
}
if (results.length === 0) {
results.push({
checkId: 'no-stubs',
passed: true,
message: 'No stub placeholders detected',
});
}
return results;
}
/**
* Recursively collect all `.md` files under a directory, returning paths
* relative to `baseDir`. Used by the stub scanner to mirror the canonical
* gate's recursive grep over the entire analysis tree.
*/
async function collectMdFilesRecursive(
baseDir: string,
prefix: string,
): Promise<string[]> {
const results: string[] = [];
const currentDir = prefix ? join(baseDir, prefix) : baseDir;
Iif (!existsSync(currentDir)) return results;
const entries = await readdir(currentDir, { withFileTypes: true });
for (const entry of entries) {
const relPath = prefix ? `${prefix}/${entry.name}` : entry.name;
if (entry.isDirectory()) {
results.push(...(await collectMdFilesRecursive(baseDir, relPath)));
} else if (entry.name.endsWith('.md')) {
results.push(relPath);
}
}
return results;
}
// ---------------------------------------------------------------------------
// Check 4 — Evidence citations
// ---------------------------------------------------------------------------
/**
* Verify that swot-analysis.md and significance-scoring.md contain primary-
* source evidence (a dok_id or recognised URL host) in each bullet/table row.
* Mirrors the awk-based gate in `05-analysis-gate.md` (check 4).
*/
export async function checkEvidenceCitations(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
results.push(...(await checkSwotEvidence(analysisDir)));
results.push(...(await checkSignificanceScoringEvidence(analysisDir)));
return results;
}
/** SWOT section headings that trigger per-line evidence enforcement. */
const SWOT_SECTION_RE = /^###\s+.*(Strengths|Weaknesses|Opportunities|Threats)\b/i;
/** Any heading resets the active SWOT section. */
const ANY_HEADING_RE = /^#{1,6}\s+/;
/** Bullet lines (- or * style). */
const BULLET_RE = /^\s*[-*]\s+/;
/** Table row (starts with |). */
const TABLE_ROW_RE = /^\s*\|/;
/** Separator row (only |, :, -, whitespace). */
const TABLE_SEP_RE = /^\s*[|:\-\s]+$/;
/**
* Check swot-analysis.md: every bullet and table row inside a SWOT section
* must contain at least one evidence citation.
*/
async function checkSwotEvidence(analysisDir: string): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'swot-analysis.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
const lines = content.split('\n');
let currentSection = '';
let tableRowCount = 0;
for (const line of lines) {
if (SWOT_SECTION_RE.test(line)) {
currentSection = line.trim();
tableRowCount = 0;
continue;
}
if (ANY_HEADING_RE.test(line)) {
currentSection = '';
tableRowCount = 0;
continue;
}
if (!currentSection) continue;
if (/^\s*$/.test(line)) {
tableRowCount = 0;
continue;
}
if (BULLET_RE.test(line)) {
if (!EVIDENCE_PATTERN.test(line)) {
results.push({
checkId: 'evidence-citations',
passed: false,
message: `swot-analysis.md ${currentSection}: bullet missing evidence (dok_id or primary-source URL): ${line.trim()}`,
artifact: 'swot-analysis.md',
});
}
continue; // bullet lines are never also table rows
}
Iif (TABLE_ROW_RE.test(line)) {
if (TABLE_SEP_RE.test(line)) continue;
tableRowCount++;
if (tableRowCount === 1) continue; // skip header row
if (!EVIDENCE_PATTERN.test(line)) {
results.push({
checkId: 'evidence-citations',
passed: false,
message: `swot-analysis.md ${currentSection}: table row missing evidence (dok_id or primary-source URL): ${line.trim()}`,
artifact: 'swot-analysis.md',
});
}
}
}
if (results.length === 0) {
results.push({
checkId: 'evidence-citations',
passed: true,
message: 'swot-analysis.md: evidence citations present',
artifact: 'swot-analysis.md',
});
}
return results;
}
/** Mermaid structural keywords — these lines are never checked for evidence. */
const MERMAID_STRUCTURAL_RE =
/^\s*(%%|style\b|classDef\b|class\b|linkStyle\b|subgraph\b|end\b|graph\b|flowchart\b|quadrantChart\b|mindmap\b|timeline\b|journey\b|gantt\b|pie\b|xychart-beta\b|sequenceDiagram\b|stateDiagram(-v2)?\b|erDiagram\b|sankey-beta\b|gitGraph\b|requirementDiagram\b|block-beta\b)/;
/** Mermaid node/label content — lines with bracket/paren/curly-enclosed content indicate node labels. */
const MERMAID_NODE_RE = /\[[^\]\n]+\]|\([^)\n]+\)|\{[^}\n]+\}/;
/**
* Check significance-scoring.md: every ranked bullet/list item and table
* row (outside Mermaid) must contain evidence. Mermaid node labels are
* also checked unless they are structural keywords.
*/
async function checkSignificanceScoringEvidence(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'significance-scoring.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
const lines = content.split('\n');
let inMermaid = false;
let tableRowCount = 0;
for (const line of lines) {
if (/^```mermaid\s*$/.test(line)) {
inMermaid = true;
tableRowCount = 0;
continue;
}
if (inMermaid && /^```\s*$/.test(line)) {
inMermaid = false;
continue;
}
if (inMermaid) {
if (MERMAID_STRUCTURAL_RE.test(line)) continue;
Iif (MERMAID_NODE_RE.test(line) && !EVIDENCE_PATTERN.test(line)) {
results.push({
checkId: 'evidence-citations',
passed: false,
message: `significance-scoring.md Mermaid node missing evidence (dok_id or primary-source URL): ${line.trim()}`,
artifact: 'significance-scoring.md',
});
}
continue;
}
if (/^\s*$/.test(line)) {
tableRowCount = 0;
continue;
}
// Ranked bullet (- or * or numbered)
if (/^\s*([0-9]+\.\s+|[-*]\s+)/.test(line) && !EVIDENCE_PATTERN.test(line)) {
results.push({
checkId: 'evidence-citations',
passed: false,
message: `significance-scoring.md ranked item missing evidence (dok_id or primary-source URL): ${line.trim()}`,
artifact: 'significance-scoring.md',
});
continue;
}
// Table rows
if (TABLE_ROW_RE.test(line)) {
if (TABLE_SEP_RE.test(line)) continue;
tableRowCount++;
if (tableRowCount === 1) continue; // skip header row
Iif (!EVIDENCE_PATTERN.test(line)) {
results.push({
checkId: 'evidence-citations',
passed: false,
message: `significance-scoring.md ranking table row missing evidence (dok_id or primary-source URL): ${line.trim()}`,
artifact: 'significance-scoring.md',
});
}
}
}
if (results.length === 0) {
results.push({
checkId: 'evidence-citations',
passed: true,
message: 'significance-scoring.md: evidence citations present',
artifact: 'significance-scoring.md',
});
}
return results;
}
// ---------------------------------------------------------------------------
// Check 5 — Mermaid diagrams
// ---------------------------------------------------------------------------
/**
* Verify Mermaid diagrams with colour-coded config exist in required files.
*/
export async function checkMermaidDiagrams(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
for (const filename of MERMAID_REQUIRED_ARTIFACTS) {
const filePath = join(analysisDir, filename);
if (!existsSync(filePath)) continue;
const content = await readFile(filePath, 'utf-8');
const hasMermaid = /^```mermaid/m.test(content);
if (!hasMermaid) {
results.push({
checkId: 'mermaid-diagrams',
passed: false,
message: `${filename}: missing Mermaid block`,
artifact: filename,
});
continue;
}
const hasColourConfig =
/^\s*style\s+/m.test(content) ||
/themeVariables/m.test(content) ||
/%%\{\s*init/m.test(content);
if (!hasColourConfig) {
results.push({
checkId: 'mermaid-diagrams',
passed: false,
message: `${filename}: missing Mermaid colour-coded config`,
artifact: filename,
});
} else {
results.push({
checkId: 'mermaid-diagrams',
passed: true,
message: `${filename}: Mermaid with colour config present`,
artifact: filename,
});
}
}
return results;
}
// ---------------------------------------------------------------------------
// Check 6 — Pass-2 evidence
// ---------------------------------------------------------------------------
/**
* Minimum mtime delta (ms) from birth time that constitutes evidence of a
* second-pass edit (180 seconds = 3 minutes, matching the bash gate threshold
* in `05-analysis-gate.md §Check 6`).
*/
const PASS2_MTIME_THRESHOLD_MS = 180_000;
/**
* Verify that Pass-2 iteration was performed on each artifact: either a
* `pass1/` snapshot exists on disk that differs from the current file, OR
* the file's mtime is at least 180 s after its birth time (Linux birth time
* may not be reliable; the `pass1/` check is the preferred mechanism).
*/
export async function checkPass2Evidence(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const pass1Dir = join(analysisDir, 'pass1');
for (const filename of PASS2_REQUIRED_ARTIFACTS) {
const filePath = join(analysisDir, filename);
if (!existsSync(filePath)) continue;
let pass2Done = false;
// Primary evidence: a differing pass1/ snapshot
const pass1Path = join(pass1Dir, filename);
Eif (existsSync(pass1Path)) {
const [current, snapshot] = await Promise.all([
readFile(filePath, 'utf-8'),
readFile(pass1Path, 'utf-8'),
]);
if (current !== snapshot) {
pass2Done = true;
}
}
// Fallback: mtime >= birthtime + 180 s (where birth time is available)
if (!pass2Done) {
const fileStat = await stat(filePath);
const birthtimeMs = fileStat.birthtimeMs;
const mtimeMs = fileStat.mtimeMs;
Iif (birthtimeMs > 0 && mtimeMs >= birthtimeMs + PASS2_MTIME_THRESHOLD_MS) {
pass2Done = true;
}
}
if (!pass2Done) {
results.push({
checkId: 'pass2-evidence',
passed: false,
message: `${filename}: Pass-2 evidence missing (mtime < birth+180s and no differing pass1/ snapshot)`,
artifact: filename,
});
} else {
results.push({
checkId: 'pass2-evidence',
passed: true,
message: `${filename}: Pass-2 evidence confirmed`,
artifact: filename,
});
}
}
return results;
}
// ---------------------------------------------------------------------------
// Check 7 — Family C structure
// ---------------------------------------------------------------------------
/**
* Validate Family C structural requirements.
*/
export async function checkFamilyCStructure(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
// executive-brief.md: BLUF + Decisions sections
results.push(...(await checkExecutiveBrief(analysisDir)));
// intelligence-assessment.md: ≥3 Key Judgments + confidence + PIR
results.push(...(await checkIntelligenceAssessment(analysisDir)));
// scenario-analysis.md: ≥3 scenarios
results.push(...(await checkScenarioAnalysis(analysisDir)));
// devils-advocate.md: ≥3 hypotheses
results.push(...(await checkDevilsAdvocate(analysisDir)));
// methodology-reflection.md: ICD 203 or improvements
results.push(...(await checkMethodologyReflection(analysisDir)));
// comparative-international.md: comparator set or ≥2 rows
results.push(...(await checkComparativeInternational(analysisDir)));
return results;
}
/**
* Check executive-brief.md for BLUF and Decisions sections.
*/
async function checkExecutiveBrief(analysisDir: string): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'executive-brief.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
const hasBluf = /^##\s.*BLUF/m.test(content);
if (!hasBluf) {
results.push({
checkId: 'family-c-structure',
passed: false,
message: "executive-brief.md: missing '## BLUF' section",
artifact: 'executive-brief.md',
});
}
const hasDecisions = /^##\s.*(Decision|Decisions\s+This\s+Brief)/m.test(content);
Iif (!hasDecisions) {
results.push({
checkId: 'family-c-structure',
passed: false,
message: "executive-brief.md: missing 'Decisions' section",
artifact: 'executive-brief.md',
});
}
if (hasBluf && hasDecisions) {
results.push({
checkId: 'family-c-structure',
passed: true,
message: 'executive-brief.md: BLUF and Decisions present',
artifact: 'executive-brief.md',
});
}
return results;
}
/**
* Check intelligence-assessment.md for Key Judgments, confidence labels, PIR.
*/
async function checkIntelligenceAssessment(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'intelligence-assessment.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
// ≥3 Key Judgments — count distinct matching lines (not raw occurrences)
// to mirror the canonical gate's `grep -cE` behaviour. A line like
// "Key Judgment KJ-1" counts as 1, not 2.
const kjPattern = /(Key\s+Judgment|KJ-?\d+)/;
const kjLines = content.split('\n').filter((line) => kjPattern.test(line));
const kjCount = kjLines.length;
if (kjCount < 3) {
results.push({
checkId: 'family-c-structure',
passed: false,
message: `intelligence-assessment.md: fewer than 3 Key Judgments (found ${kjCount})`,
artifact: 'intelligence-assessment.md',
});
}
// ≥3 confidence labels
const confMatches = content.match(
/\b(VERY\s+HIGH|VERY\s+LOW|HIGH|MEDIUM|LOW)\b/g,
);
const confCount = confMatches ? confMatches.length : 0;
Iif (confCount < 3) {
results.push({
checkId: 'family-c-structure',
passed: false,
message: `intelligence-assessment.md: fewer than 3 confidence labels (found ${confCount})`,
artifact: 'intelligence-assessment.md',
});
}
// PIR reference
const hasPir = /PIR/i.test(content);
Iif (!hasPir) {
results.push({
checkId: 'family-c-structure',
passed: false,
message: 'intelligence-assessment.md: no PIR reference',
artifact: 'intelligence-assessment.md',
});
}
if (kjCount >= 3 && confCount >= 3 && hasPir) {
results.push({
checkId: 'family-c-structure',
passed: true,
message: 'intelligence-assessment.md: structure valid',
artifact: 'intelligence-assessment.md',
});
}
return results;
}
/**
* Check scenario-analysis.md for ≥3 distinct scenarios.
*/
async function checkScenarioAnalysis(analysisDir: string): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'scenario-analysis.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
const scenarioMatches = content.match(/^##?\s+.*Scenario/gm);
const count = scenarioMatches ? scenarioMatches.length : 0;
if (count < 3) {
results.push({
checkId: 'family-c-structure',
passed: false,
message: `scenario-analysis.md: fewer than 3 scenarios (found ${count})`,
artifact: 'scenario-analysis.md',
});
} else {
results.push({
checkId: 'family-c-structure',
passed: true,
message: `scenario-analysis.md: ${count} scenarios found`,
artifact: 'scenario-analysis.md',
});
}
return results;
}
/**
* Check devils-advocate.md for ≥3 competing hypotheses.
*/
async function checkDevilsAdvocate(analysisDir: string): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'devils-advocate.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
const hyMatches = content.match(
/^#{2,4}\s*(Hypothesis|H[0-9]+\s*[:.—-])/gm,
);
const count = hyMatches ? hyMatches.length : 0;
Iif (count < 3) {
results.push({
checkId: 'family-c-structure',
passed: false,
message: `devils-advocate.md: fewer than 3 competing hypotheses (found ${count})`,
artifact: 'devils-advocate.md',
});
} else {
results.push({
checkId: 'family-c-structure',
passed: true,
message: `devils-advocate.md: ${count} hypotheses found`,
artifact: 'devils-advocate.md',
});
}
return results;
}
/**
* Check methodology-reflection.md for ICD 203 audit or named improvements.
*/
async function checkMethodologyReflection(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'methodology-reflection.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
const hasIcd203 =
/ICD\s+203/i.test(content) ||
/Methodology\s+Improvements/i.test(content) ||
/Improvement\s+1/i.test(content) ||
/^#{2,4}\s+.*Improvements/m.test(content);
Iif (!hasIcd203) {
results.push({
checkId: 'family-c-structure',
passed: false,
message: 'methodology-reflection.md: missing ICD 203 audit or Methodology Improvements',
artifact: 'methodology-reflection.md',
});
} else {
results.push({
checkId: 'family-c-structure',
passed: true,
message: 'methodology-reflection.md: ICD 203 / improvements present',
artifact: 'methodology-reflection.md',
});
}
return results;
}
/**
* Check comparative-international.md for comparator set or ≥2 rows.
*/
async function checkComparativeInternational(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'comparative-international.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
// Check for "Comparator set:" line with non-empty value
const COMPARATOR_SET_RE = /^\s*\*{0,2}Comparator set\*{0,2}\s*:/m;
const hasComparatorSet = COMPARATOR_SET_RE.test(content) &&
!/^\s*\*{0,2}Comparator set\*{0,2}\s*:\s*[-–—]*\s*$/m.test(content);
// Count non-header table rows (excluding separator rows)
const tableRows = content.split('\n').filter((line) => {
if (!/^\|/.test(line)) return false;
if (/^\|[\s:-]+(\|[\s:-]+)+\|?\s*$/.test(line)) return false;
if (/^\|\s*(Jurisdiction|Comparator|Country)\s*\|/.test(line)) return false;
return true;
});
const hasEnoughRows = tableRows.length >= 2;
Iif (!hasComparatorSet && !hasEnoughRows) {
results.push({
checkId: 'family-c-structure',
passed: false,
message: 'comparative-international.md: missing comparator set or fewer than 2 comparator rows',
artifact: 'comparative-international.md',
});
} else {
results.push({
checkId: 'family-c-structure',
passed: true,
message: 'comparative-international.md: comparator data present',
artifact: 'comparative-international.md',
});
}
return results;
}
// ---------------------------------------------------------------------------
// Check 8 — Family D structure
// ---------------------------------------------------------------------------
/**
* Validate Family D structural requirements.
*/
export async function checkFamilyDStructure(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
// forward-indicators.md: ≥10 dated indicators
results.push(...(await checkForwardIndicators(analysisDir)));
// coalition-mathematics.md: seat-count table
results.push(...(await checkCoalitionMathematics(analysisDir)));
return results;
}
/**
* Check forward-indicators.md for ≥10 dated indicators.
*/
async function checkForwardIndicators(analysisDir: string): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'forward-indicators.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
// Loose date detection (not strict calendar validation) — matches the
// original bash gate pattern; false positives are acceptable here since
// the goal is to verify the author included date-anchored indicators.
const datePattern = /20[0-9]{2}-[0-1][0-9]-[0-3][0-9]|20[0-9]{2}Q[1-4]|\+[0-9]+\s*(h|d|day|week|month)/g;
const matches = content.match(datePattern);
const count = matches ? matches.length : 0;
if (count < 10) {
results.push({
checkId: 'family-d-structure',
passed: false,
message: `forward-indicators.md: fewer than 10 dated indicators (found ${count})`,
artifact: 'forward-indicators.md',
});
} else {
results.push({
checkId: 'family-d-structure',
passed: true,
message: `forward-indicators.md: ${count} dated indicators found`,
artifact: 'forward-indicators.md',
});
}
return results;
}
/**
* Check coalition-mathematics.md for seat-count / vote-breakdown table.
*/
async function checkCoalitionMathematics(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'coalition-mathematics.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
const hasTable = /^\|.*(Ja|Nej|Avstår|Frånvarande|Seats|Mandat)/m.test(content);
if (!hasTable) {
results.push({
checkId: 'family-d-structure',
passed: false,
message: 'coalition-mathematics.md: missing seat-count / vote-breakdown table',
artifact: 'coalition-mathematics.md',
});
} else {
results.push({
checkId: 'family-d-structure',
passed: true,
message: 'coalition-mathematics.md: vote/seat table present',
artifact: 'coalition-mathematics.md',
});
}
return results;
}
// ---------------------------------------------------------------------------
// Check 9 — PIR status sidecar
// ---------------------------------------------------------------------------
/** PIR status JSON schema structure. */
interface PirStatusFile {
readonly schema_version?: string;
readonly cycle?: string;
readonly date?: string;
readonly subfolder?: string;
readonly pirs?: readonly PirEntry[];
readonly generated_at?: string;
}
/** A single PIR entry in the sidecar file. */
interface PirEntry {
readonly pir_id?: string;
readonly statement?: string;
readonly status?: string;
readonly confidence?: string;
readonly answer_summary?: string;
}
const VALID_PIR_STATUSES = new Set([
'open', 'answered', 'superseded', 'deferred', 'cancelled',
]);
const VALID_CONFIDENCE_LEVELS = new Set([
'VERY HIGH', 'HIGH', 'MEDIUM', 'LOW', 'VERY LOW',
]);
const PIR_ID_PATTERN = /^PIR-[A-Za-z0-9]+(-[A-Za-z0-9]+)*$/;
/**
* Validate pir-status.json exists and has valid structure.
*/
export async function checkPirStatus(analysisDir: string): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'pir-status.json');
if (!existsSync(filePath)) {
results.push({
checkId: 'pir-status',
passed: false,
message: 'pir-status.json missing or empty',
});
return results;
}
let data: PirStatusFile;
try {
const raw = await readFile(filePath, 'utf-8');
data = JSON.parse(raw) as PirStatusFile;
} catch {
results.push({
checkId: 'pir-status',
passed: false,
message: 'pir-status.json: invalid JSON',
});
return results;
}
// Required top-level fields
const requiredFields = ['schema_version', 'cycle', 'date', 'subfolder', 'pirs', 'generated_at'] as const;
for (const field of requiredFields) {
Iif (!(field in data) || data[field as keyof PirStatusFile] === undefined) {
results.push({
checkId: 'pir-status',
passed: false,
message: `pir-status.json: missing required field '${field}'`,
});
}
}
// schema_version check
if (data.schema_version !== '1.0') {
results.push({
checkId: 'pir-status',
passed: false,
message: "pir-status.json: schema_version must be '1.0'",
});
}
// pirs must be an array
Iif (!Array.isArray(data.pirs)) {
results.push({
checkId: 'pir-status',
passed: false,
message: "pir-status.json: 'pirs' field must be a JSON array",
});
return results;
}
// subfolder must equal cycle
if (data.subfolder !== data.cycle) {
results.push({
checkId: 'pir-status',
passed: false,
message: `pir-status.json: subfolder='${data.subfolder}' must equal cycle='${data.cycle}'`,
});
}
// Validate each PIR entry
for (const pir of data.pirs) {
const pid = pir.pir_id ?? '(no id)';
if (!pir.pir_id || !PIR_ID_PATTERN.test(pir.pir_id)) {
results.push({
checkId: 'pir-status',
passed: false,
message: `pir-status.json pir=${pid}: invalid pir_id format`,
});
}
for (const field of ['statement', 'status', 'confidence'] as const) {
if (!pir[field]) {
results.push({
checkId: 'pir-status',
passed: false,
message: `pir-status.json pir=${pid}: missing required field "${field}"`,
});
}
}
if (pir.status && !VALID_PIR_STATUSES.has(pir.status)) {
results.push({
checkId: 'pir-status',
passed: false,
message: `pir-status.json pir=${pid}: invalid status '${pir.status}'`,
});
}
if (pir.confidence && !VALID_CONFIDENCE_LEVELS.has(pir.confidence)) {
results.push({
checkId: 'pir-status',
passed: false,
message: `pir-status.json pir=${pid}: invalid confidence '${pir.confidence}'`,
});
}
// Conditional: answer_summary required iff status == 'answered'; must
// not be present for any other status (the canonical Python gate enforces
// both directions as a cross-field invariant).
if (pir.status === 'answered' && !pir.answer_summary) {
results.push({
checkId: 'pir-status',
passed: false,
message: `pir-status.json pir=${pid}: status=answered requires non-empty answer_summary`,
});
}
if (pir.status !== 'answered' && pir.answer_summary !== undefined) {
results.push({
checkId: 'pir-status',
passed: false,
message: `pir-status.json pir=${pid}: status=${pir.status} must not carry answer_summary`,
});
}
}
if (results.length === 0) {
results.push({
checkId: 'pir-status',
passed: true,
message: 'pir-status.json: valid',
});
}
return results;
}
// ---------------------------------------------------------------------------
// Check 9b — Statskontoret evidence
// ---------------------------------------------------------------------------
/**
* When implementation-feasibility.md names a recognised agency, verify
* the Statskontoret relevance row has a URL or 'none found'.
*/
export async function checkStatskontoretEvidence(
analysisDir: string,
): Promise<GateCheckResult[]> {
const results: GateCheckResult[] = [];
const filePath = join(analysisDir, 'implementation-feasibility.md');
if (!existsSync(filePath)) return results;
const content = await readFile(filePath, 'utf-8');
// Check if any recognised agency is mentioned
const agencyPattern = new RegExp(RECOGNISED_AGENCIES.join('|'), 'i');
if (!agencyPattern.test(content)) {
// No agency mentioned, check passes
results.push({
checkId: 'statskontoret-evidence',
passed: true,
message: 'implementation-feasibility.md: no recognised agency mentioned',
artifact: 'implementation-feasibility.md',
});
return results;
}
// Agency mentioned — check for Statskontoret relevance row
const statskontoretRow =
/^\|\s*\*{0,2}Statskontoret relevance\*{0,2}\s*\|\s*([^|]*statskontoret\.se[^|]*|[^|]*none found[^|]*)\|/im;
if (!statskontoretRow.test(content)) {
results.push({
checkId: 'statskontoret-evidence',
passed: false,
message: "implementation-feasibility.md: names a recognised agency but Statskontoret relevance row lacks a statskontoret.se URL or 'none found'",
artifact: 'implementation-feasibility.md',
});
} else {
results.push({
checkId: 'statskontoret-evidence',
passed: true,
message: 'implementation-feasibility.md: Statskontoret evidence present',
artifact: 'implementation-feasibility.md',
});
}
return results;
}
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