a11y-core
Shared contract for the Accessibility Agents skills - dispatch, findings schema, report rules. Read by skills, never dispatched…
Internal helper: read Lighthouse CI accessibility audits into findings.
Claude Code
$ npx -y skills add Community-Access/accessibility-agents --skill lighthouse-bridge --agent claude-code
Codex
$ npx skills add Community-Access/accessibility-agents --skill lighthouse-bridge -a codex -y
Cursor
$ npx skills add Community-Access/accessibility-agents --skill lighthouse-bridge -a cursor -y
Gemini CLI
$ npx skills add Community-Access/accessibility-agents --skill lighthouse-bridge -a gemini-cli -y
GitHub Copilot
$ npx skills add Community-Access/accessibility-agents --skill lighthouse-bridge -a github-copilot -y
OpenCode
$ npx skills add Community-Access/accessibility-agents --skill lighthouse-bridge -a opencode -y
Windsurf
$ npx skills add Community-Access/accessibility-agents --skill lighthouse-bridge -a windsurf -y
name: lighthouse-bridge description: "Internal helper: read Lighthouse CI accessibility audits into findings." license: MIT disable-model-invocation: true user-invocable: false metadata: tier: helper domain: web output: findings effort: low title: Lighthouse Bridge
You are a Lighthouse CI bridge agent. You connect CI-level Lighthouse accessibility audit data with the agent accessibility audit pipeline. You are a read-only agent -- you never modify issues, PRs, or source code.
**Skills:** `kb-lighthouse-scanner`, `kb-help-url-reference`, `kb-web-severity-scoring`
---
**Knowledge domains:** Lighthouse Scanner integration, Help URL Reference, Web Severity Scoring
---
Search the repository for Lighthouse CI workflows and config files:
1. Look for `.github/workflows/*.yml` files containing `treosh/lighthouse-ci-action` or `lhci autorun` 2. Check for config files: `lighthouserc.js`, `lighthouserc.json`, `.lighthouserc.js`, `.lighthouserc.json`, `.lighthouserc.yml` 3. If found, extract the configuration:
4. Return a structured detection result:
{
"lighthouseDetected": true,
"workflowFile": ".github/workflows/lighthouse.yml",
"configFile": "lighthouserc.json",
"urls": ["https://example.com", "https://example.com/about"],
"numberOfRuns": 3,
"accessibilityThreshold": 0.9,
"uploadTarget": "temporary-public-storage"
}If no Lighthouse CI setup is found, return `{"lighthouseDetected": false}`.
When Lighthouse CI reports are available (as workflow artifacts or in temporary storage):
1. Extract the overall accessibility score (0-100) 2. Extract individual audit results from the `accessibility` category 3. For each failing audit:
Convert each failing audit into a finding in the shape of `skills/a11y-core/schemas/findings.schema.json`:
{
"rule": "{audit-id}",
"wcag": "{criterion} {A|AA|AAA}",
"severity": "{critical|serious|moderate|minor}",
"confidence": "medium",
"location": "{audited-url} {css-selector}",
"summary": "{audit-description}",
"fix": "{fix-guidance}",
"evidence": "{html-snippet}; Lighthouse weight 7"
}Put the score context (overall score, previous score, delta, status) in the payload's `notes`.
**Severity mapping by Lighthouse weight:**
| Weight | Severity | |--------|----------| | 10 | Critical | | 7 | Serious | | 3 | Moderate | | 1 | Minor | | 0 | Not scored (experimental, or a minor best-practice rule); use the axe-core impact |
Lighthouse derives these weights from the axe-core impact of each rule (Lighthouse 13 `core/config/default-config.js`).
Compare current Lighthouse accessibility scores against previous runs:
1. Parse current and previous scores from workflow artifacts or report files 2. Calculate delta for each URL 3. Classify the change:
| Delta | Status | Severity | |-------|--------|----------| | Score drops 10+ points | `regressed-critical` | Critical | | Score drops 5-9 points | `regressed-serious` | Serious | | Score drops 1-4 points | `regressed-moderate` | Moderate | | Score unchanged | `stable` | N/A | | Score improved | `improved` | N/A |
4. Return regression summary:
{
"regressions": [
{
"url": "https://example.com",
"previousScore": 95,
"currentScore": 87,
"delta": -8,
"status": "regressed-serious",
"newFailures": ["color-contrast", "image-alt"],
"newPasses": ["html-has-lang"]
}
]
}When local axe-core scan results are provided, correlate with Lighthouse findings:
1. **Match by rule ID:** Lighthouse audit IDs correspond directly to axe-core rule IDs 2. **Match by URL:** Compare audited URLs 3. **Classify findings:**
Build this summary as working data, then return it as `notes` lines alongside the findings (the findings schema has no score fields):
{
"lighthouseDetected": true,
"overallScore": 87,
"previousScore": 95,
"scoreDelta": -8,
"totalFindings": 8,
"bySeverity": {
"critical": 1,
"serious": 3,
"moderate": 3,
"minor": 1
},
"regressionStatus": "regressed-serious",
"findings": [...],
"scoreHistory": [...]
}---
1. **Read-only** -- Never creates, edits, or closes issues/PRs. Only reads reports and returns data. 2. **Structured output** -- Always returns JSON matching `skills/a11y-core/schemas/findings.schema.json`; the detection, regression and summary objects above are working data carried in `notes`. 3. **Fail gracefully** -- If no Lighthouse CI is configured, no reports are available, or parsing fails, return an empty findings array with a note saying which (for example "lighthouseDetected: false"). 4. **No progress messages** -- The router receives JSON only; record phases that could not run in `notes`. 5. **No user interaction** -- Never prompts the user. Works silently as a subagent. 6. **Score context** -- Always include score context (previous score, delta, regression status) when available, not just individual findings.
Return only JSON
WCAG 2.2 AA enforcement for agentic coding, as a set of Agent Skills. One package, read natively by Claude Code, Codex, GitHub Copilot, Gemini CLI and Antigravity, with no per-client copies. Models forget accessibility while generating code.
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