/opentesters:full-audit

Run a comprehensive audit combining scan pipeline, static analysis, and bingo board verification. This is the flagship composite command that exercises all 15 MCP tools.

Usage

/opentesters:full-audit <module> [--bingo-app=X] [--publish] [--repo=OWNER/NAME]

Examples:

• /opentesters:full-audit payments --bingo-app=Boheme.art --publish
• /opentesters:full-audit kyc --bingo-app=Boheme.art
• /opentesters:full-audit artwork-upload --publish --repo=OTMO123/Boheme.art

Flags

Pipeline

/opentesters:full-audit payments --bingo-app=Boheme.art --publish
  |
  +-- configure_scan (all checks ON)
  |
  +-- PARALLEL:
  |   +-- Scan Pipeline (Tab 0: Agents)
  |   |   scan_module -> decompose -> run_agents(10 Haiku) -> run_analysis
  |   |
  |   +-- Bingo Pipeline (Tab 1: Bingo) [if --bingo-app set]
  |       bingo_board -> debate(2 Haiku) -> interview -> verify(3 gates)
  |
  +-- synthesize_issue (merge scan + bingo)
  +-- create_github_issue [if --publish]
  +-- "Published: github.com/OTMO123/Boheme.art/issues/53"

Steps

Step 1: Configure

Call mcp__opentesters__configure_scan with all checks enabled:

{ "checks": { "stride": true, "solid": true, "importModel": true, "zeroTrust": true, "functionality": true, "architecture": true } }

Step 2: Launch Parallel Pipelines

Pipeline A — Scan + Analysis:

1. mcp__opentesters__scan_module with module and "all" concern
2. Execute PostHog/Sentry query specs from the IssueDraft
3. mcp__opentesters__decompose_issue with enriched IssueDraft
4. mcp__opentesters__run_agents with the TDDDecomposition
5. Spawn all Haiku agents via Task tool (run_in_background: true)
6. Read module source files and call mcp__opentesters__run_analysis

Pipeline B — Bingo (if --bingo-app set):

1. mcp__opentesters__bingo_board with appName, source=static
2. Spawn 2 Haiku debate agents
3. mcp__opentesters__bingo_interview with all audit checks ON
4. mcp__opentesters__bingo_verify with runOpusRepair=true
5. Execute 3-gate sequence (see /opentesters:bingo for details)

Launch BOTH pipelines' agents in ONE message for maximum parallelism.

Step 3: Synthesize

After all agents complete:

1. Call mcp__opentesters__synthesize_issue with the scan runId
2. Merge bingo results into the issue body (if bingo pipeline ran)

Step 4: Publish (if --publish)

Call mcp__opentesters__create_github_issue with the merged issue.

Output

Full Audit Complete — payments

Scan Pipeline:
  Agents: 10 | Passed: 7 | Failed: 3 | Reward: 45 pts
  Analysis Score: 72/100 (STRIDE: 3 findings, SOLID: 2, ZT: 1)

Bingo Pipeline:
  Gate 0: PASS | Gate 1: 7/8 | Gate 2: 6/8
  Coach: APPROVED (2 issues)
  Repair: 2 fixes applied

Published: https://github.com/OTMO123/Boheme.art/issues/53