Enhanced Verification Skill

This skill provides advanced tools for verifying HamClock parity through state injection, visual comparison, and log analysis.

Overview

Allows complex end-to-end testing by driving the client via REST API (set_ commands), waiting for stabilization, and verifying state via:

1. •State Snapshots: Comparing get_config and other endpoints.
2. •Visual Verification: Diffing screen captures.
3. •Log Analysis: Correlating steps with backend/proxy logs.

Components

• •scripts/client_driver.py: Wrapper for REST API interactions with retry/settle logic.
• •scripts/visual_verifier.py: Compares images from get_capture.bmp.

3. Log Monitor (scripts/log_monitor.py)

Tails and analyzes diagnostic logs for specific events or errors.

• •wait_for_pattern(pattern, timeout): Blocking wait for a log entry.

4. Orchestrator (scripts/verify_parity_complex.py)

Example script demonstrating a complex parity test (e.g., VOACAP scenario).

• •Uses client_driver to set state.
• •Uses visual_verifier to compare screenshots.
• •Uses log_monitor to check for errors (optional).

Workflows

1. Complex Parity Test

Execute a scenario that sets specific state (e.g. VOACAP on Pane 1) and verifies it matches the baseline.

python3 skills/enhanced_verification/scripts/verify_parity_complex.py --scenario voacap_pane1

Guidelines for Agents

• •Wait for Settle: Always use the driver's wait methods after setting state. Client is asynchronous.
• •Prefer WebServer API: Use set_pane, set_voacap etc. over set_touch for deterministic tests.
• •Visuals are Logic: Use visual diffs to catch rendering bugs that data endpoints miss (e.g. text overlap).