feat: add operator console and wire test scripts with event emission
- Add TestEventsPlugin for receiving ADB broadcast intents - Create operator console UI (console/index.html, console.css, console.js) - Add test plan structure (plan.json) with phases, tests, and steps - Wire all test scripts (phase1, phase2, phase3) with step context and events - Add event emission helpers to alarm-test-lib.sh (step_start, step_pass, etc.) - Update test-phase1.sh with comprehensive prerequisite verification - Register TestEventsPlugin in capacitor.plugins.json - Add console documentation (CONSOLE-USAGE.md, CONSOLE-REMAINING-WORK.md) - Add test implementation alignment tracking (TEST-IMPLEMENTATION-ALIGNMENT.md) This enables real-time test progress tracking via structured events from shell scripts to the operator console UI.
This commit is contained in:
Matthew Raymer
166
test-apps/android-test-app/docs/CONSOLE-REMAINING-WORK.md
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166
test-apps/android-test-app/docs/CONSOLE-REMAINING-WORK.md
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# Console Implementation - Remaining Work
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## ✅ Completed
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1. **Test Plan JSON** (`plan.json`) - All phases/tests/steps defined
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2. **Console UI** (`console/index.html`, `console.js`, `console.css`) - Full Textual-style interface
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3. **TestEventsPlugin** - Android plugin to receive ADB broadcasts
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4. **Event System** - Library functions emit events (`ui_prompt`, `capture_*`, `verdict_*`)
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5. **Helper Functions** - `set_test_context()`, `step_start()`, `step_pass()`, `step_warn()`, `step_fail()`
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6. **Example Wiring** - Test 0 and partial Test 1 in `test-phase1.sh` demonstrate pattern
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7. **Plugin Registration** - `TestEventsPlugin` added to `capacitor.plugins.json`
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8. **Documentation** - Usage guide created
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## 🔧 Critical Fix Applied
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✅ **TestEventsPlugin Registration** - Added to `capacitor.plugins.json` (required for plugin to work)
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## 📋 Remaining Work
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### 1. Complete Wiring of test-phase1.sh
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**Status**: Partially complete (Test 0 done, Test 1 started, Tests 2-4 not wired)
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**Pattern to apply**:
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```bash
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# At test start
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set_test_context "phase1" "phase1_testX" ""
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# For each step
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set_test_context "phase1" "phase1_testX" "p1_tX_sY"
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step_start "p1_tX_sY" "Step description"
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# ... do work ...
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step_pass "p1_tX_sY" "Step completed"
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```
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**Tests to wire**:
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- ✅ Test 0: Daily Rollover Verification (complete)
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- ⚠️ Test 1: Force-Stop Recovery (partially done, needs completion)
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- ❌ Test 2: Schedule Update Verification (not wired)
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- ❌ Test 3: Recovery Timeout (not wired)
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- ❌ Test 4: Invalid Data Handling (not wired)
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**Step IDs from plan.json**:
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- Test 1: `p1_t1_s1` through `p1_t1_s5`
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- Test 2: `p1_t2_s1` through `p1_t2_s4`
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- Test 3: `p1_t3_s1` through `p1_t3_s2`
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- Test 4: `p1_t4_s1` through `p1_t4_s4`
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### 2. Wire test-phase2.sh
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**Status**: Not started
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**Tests to wire**:
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- Test 1: Force Stop – Alarms Cleared (`phase2_test1`)
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- Test 2: Force Stop – Alarms Intact (`phase2_test2`)
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- Test 3: First Launch / No Schedules (`phase2_test3`)
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**Step IDs from plan.json**:
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- Test 1: `p2_t1_s1` through `p2_t1_s5`
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- Test 2: `p2_t2_s1` through `p2_t2_s5`
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- Test 3: `p2_t3_s1` through `p2_t3_s4`
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### 3. Wire test-phase3.sh
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**Status**: Not started
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**Tests to wire**:
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- Test 1: Boot with Future Alarms (`phase3_test1`)
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- Test 2: Boot with Past Alarms (`phase3_test2`)
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- Test 3: Boot with No Schedules (`phase3_test3`)
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- Test 4: Silent Boot Recovery (`phase3_test4`)
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**Step IDs from plan.json**:
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- Test 1: `p3_t1_s1` through `p3_t1_s5`
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- Test 2: `p3_t2_s1` through `p3_t2_s5`
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- Test 3: `p3_t3_s1` through `p3_t3_s4`
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- Test 4: `p3_t4_s1` through `p3_t4_s4`
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### 4. Testing & Validation
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**Steps**:
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1. Build Android app: `cd test-apps/android-test-app && ./gradlew assembleDebug`
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2. Install on emulator/device
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3. Navigate to console: Open app → should redirect to `/console/`
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4. Verify console loads: Check browser console for errors
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5. Test Phase A (UI-only):
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- Select a test
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- Manually mark steps as done/fail
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- Verify state persists
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6. Test Phase B (Live events):
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- Set `export DNP_UI_EVENTS=1`
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- Run `./test-phase1.sh 0` (just test 0)
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- Verify events appear in console
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- Verify step status updates automatically
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## 🎯 Quick Start: Wiring a Test Function
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Here's a complete example for wiring a test:
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```bash
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test_example() {
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section "TEST: Example Test"
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# Set test context (no step yet)
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set_test_context "phase1" "phase1_example" ""
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# Step 1: Setup
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set_test_context "phase1" "phase1_example" "p1_ex_s1"
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step_start "p1_ex_s1" "Setting up test"
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capture_alarms "example_initial"
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step_pass "p1_ex_s1" "Setup complete"
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# Step 2: Execute
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set_test_context "phase1" "phase1_example" "p1_ex_s2"
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step_start "p1_ex_s2" "Executing test"
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# ... do work ...
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if [ success ]; then
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step_pass "p1_ex_s2" "Execution complete"
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else
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step_fail "p1_ex_s2" "Execution failed"
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fi
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# Step 3: Verify
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set_test_context "phase1" "phase1_example" "p1_ex_s3"
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step_start "p1_ex_s3" "Verifying results"
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# ... verify ...
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step_pass "p1_ex_s3" "Verification passed"
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# Verdict (automatically emits event)
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set_test_context "phase1" "phase1_example" "p1_ex_s4"
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verdict_pass "example_test" "Test passed"
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}
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```
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## 📝 Notes
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- **Step IDs must match plan.json** - Check `console/plan.json` for exact step IDs
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- **Context must be set before step events** - Call `set_test_context()` before `step_start()`
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- **Verdict functions auto-emit events** - No need to manually emit verdict events
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- **Evidence capture auto-emits events** - `capture_alarms()`, `capture_logcat()`, `capture_screenshot()` emit events automatically
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- **Operator prompts auto-emit events** - `ui_prompt()` emits `operator_required` events automatically
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## 🔍 Verification Checklist
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After wiring tests, verify:
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- [ ] All test functions have `set_test_context()` at start
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- [ ] All major steps have `step_start()` and `step_pass/fail/warn()`
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- [ ] Step IDs match `plan.json` exactly
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- [ ] Verdict functions are called (they emit events automatically)
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- [ ] Evidence capture functions are called (they emit events automatically)
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- [ ] Scripts run without errors
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- [ ] Console receives events when `DNP_UI_EVENTS=1` is set
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## 🚀 Priority Order
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1. **Complete test-phase1.sh** (highest priority - most used)
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2. **Wire test-phase2.sh** (medium priority)
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3. **Wire test-phase3.sh** (medium priority)
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4. **Test integration** (validate everything works)
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## 📚 Reference
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- **Usage Guide**: `docs/CONSOLE-USAGE.md`
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- **Test Plan**: `app/src/main/assets/public/console/plan.json`
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- **Event Functions**: `alarm-test-lib.sh` (functions: `emit_event`, `set_test_context`, `step_*`)
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165
test-apps/android-test-app/docs/CONSOLE-USAGE.md
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165
test-apps/android-test-app/docs/CONSOLE-USAGE.md
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# Test Console Usage Guide
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## Overview
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The Test Console is a Textual-inspired operator interface that provides a structured view of test execution, real-time progress tracking, and evidence management.
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## Features
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### Phase A (UI-Only Mode)
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- **Test Plan Rendering**: Visual tree of phases, tests, and steps
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- **Step Checklists**: Track progress with ✓/✗/⚠/→/· status indicators
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- **Current Step Frame**: Detailed instructions for the current step
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- **Evidence Panel**: View captured artifacts (alarms, logs, screenshots)
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- **Live Feed**: Real-time event stream
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- **State Persistence**: Progress saved to localStorage
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### Phase B (Live Updates)
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- **ADB Broadcast Integration**: Scripts send events via `adb shell am broadcast`
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- **Real-Time Updates**: Console updates automatically as tests run
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- **Automatic Status**: Step/test status updates from script events
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## Enabling Live Updates
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To enable live event streaming from test scripts:
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```bash
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export DNP_UI_EVENTS=1
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./test-phase1.sh
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```
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## Test Context Setup
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In test scripts, set context before executing steps:
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```bash
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# Set phase/test/step context
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set_test_context "phase1" "phase1_test0" "p1_t0_s1"
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# Emit step events
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step_start "p1_t0_s1" "Starting step"
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# ... do work ...
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step_pass "p1_t0_s1" "Step completed"
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```
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## Event Types
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### Step Events
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- `step_start` - Step execution begins
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- `step_pass` - Step completed successfully
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- `step_warn` - Step completed with warnings
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- `step_fail` - Step failed
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### Operator Events
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- `operator_required` - Manual action needed (from `ui_prompt()`)
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### Evidence Events
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- `artifact` - Evidence captured (from `capture_*()` functions)
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### Verdict Events
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- `test_verdict` - Test completed (from `verdict_*()` functions)
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## Step ID Mapping
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Step IDs follow the pattern: `p{phase}_{test}_s{step}`
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Examples:
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- `p1_t0_s1` = Phase 1, Test 0, Step 1
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- `p2_t1_s3` = Phase 2, Test 1, Step 3
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- `p3_t4_s2` = Phase 3, Test 4, Step 2
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## Console Navigation
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1. **Select Test**: Click a test in the left sidebar
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2. **View Steps**: Step checklist shows in the middle panel
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3. **Follow Instructions**: Current step frame shows what to do
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4. **Mark Progress**: Use "Mark Done ✓" or "Mark Fail ✗" buttons
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5. **View Evidence**: Evidence panel shows captured artifacts
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## Manual Step Completion
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If scripts aren't driving the console (Phase A only), operators can manually mark steps:
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1. Select the step in the checklist
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2. Click "Mark Done ✓" or "Mark Fail ✗"
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3. Add notes if needed
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4. Progress is saved automatically
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## Evidence Management
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Evidence is automatically captured when scripts call:
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- `capture_alarms()` → `alarms/` directory
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- `capture_logcat()` → `logs/` directory
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- `capture_screenshot()` → `screens/` directory
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Evidence appears in the console's evidence panel when:
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- Scripts emit `artifact` events (Phase B)
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- Operators manually add evidence (Phase A)
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## Run ID
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Each console session generates a unique Run ID:
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- Format: `YYYYMMDD_HHMMSS_xxxx`
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- Used for localStorage keys and evidence organization
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- Displayed in console header
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## Troubleshooting
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### Events Not Appearing
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1. **Check Event Emission**: Ensure `DNP_UI_EVENTS=1` is set
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2. **Check ADB Connection**: Verify device is connected
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3. **Check Plugin**: Ensure `TestEventsPlugin` is registered in Capacitor
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4. **Check Broadcast**: Verify broadcast action matches in plugin
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### Console Not Loading
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1. **Check Plan JSON**: Verify `plan.json` exists and is valid
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2. **Check Browser Console**: Look for JavaScript errors
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3. **Check Capacitor**: Ensure Capacitor is initialized
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### Steps Not Updating
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1. **Check Context**: Verify `set_test_context()` is called
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2. **Check Step IDs**: Ensure step IDs match `plan.json`
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3. **Check Events**: Verify events are being emitted
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## Example: Wiring a Test Function
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```bash
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test_example() {
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section "TEST: Example Test"
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# Set test context
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set_test_context "phase1" "phase1_example" ""
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# Step 1: Setup
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set_test_context "phase1" "phase1_example" "p1_ex_s1"
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step_start "p1_ex_s1" "Setting up test"
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capture_alarms "example_initial"
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step_pass "p1_ex_s1" "Setup complete"
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# Step 2: Execute
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set_test_context "phase1" "phase1_example" "p1_ex_s2"
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step_start "p1_ex_s2" "Executing test"
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# ... do work ...
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step_pass "p1_ex_s2" "Execution complete"
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# Step 3: Verify
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set_test_context "phase1" "phase1_example" "p1_ex_s3"
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step_start "p1_ex_s3" "Verifying results"
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# ... verify ...
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step_pass "p1_ex_s3" "Verification passed"
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# Verdict
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set_test_context "phase1" "phase1_example" "p1_ex_s4"
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verdict_pass "example_test" "Test passed"
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}
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```
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## Next Steps
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1. **Wire Remaining Tests**: Add `set_test_context()` and `step_*()` calls to all test functions
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2. **Test Console**: Build app, enable events, run a test script
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3. **Refine UI**: Adjust styling, add features as needed
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215
test-apps/android-test-app/docs/TEST-IMPLEMENTATION-ALIGNMENT.md
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test-apps/android-test-app/docs/TEST-IMPLEMENTATION-ALIGNMENT.md
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# Test Implementation Alignment with Documentation
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**Last Updated:** 2025-12-29
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**Purpose:** Document how test scripts align with golden run specifications and runbook guidance
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---
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## Overview
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The test implementation is guided by three types of documentation:
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1. **Golden Run Documents** (`PHASE1_TEST0_GOLDEN.md`, `PHASE1_TEST1_GOLDEN.md`)
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- Define **what a successful test looks like**
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- Specify expected outputs, UI states, logcat patterns
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- Provide pass/fail checklists
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- **These are the test specifications**
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2. **Runbook** (`RUNBOOK-TESTING.md`)
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- Provides **operator guidance**
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- Documents how to run tests, interpret results
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- Troubleshooting and common issues
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3. **Console Documentation** (`CONSOLE-USAGE.md`, `CONSOLE-REMAINING-WORK.md`)
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- Documents the operator console UI
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- Event-driven test execution
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---
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## How Golden Runs Guide Implementation
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### PHASE1_TEST0_GOLDEN.md Requirements
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**Step 4 (lines 54-59) specifies prerequisites:**
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```
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4. Confirmed plugin status in the UI:
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- ⚙️ Plugin Settings: ✅ Configured
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- 🔌 Native Fetcher: ✅ Configured
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- 🔔 Notifications: ✅ Granted
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- ⏰ Exact Alarms: ✅ Granted
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- 📢 Channel: ✅ Enabled (High)
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```
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**Current Implementation:**
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- ✅ Checks notification permissions (`check_permissions()`)
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- ✅ Checks plugin configuration (`check_plugin_configured()`)
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- ✅ Verifies exact alarms permission (via `dumpsys package`)
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- ✅ Verifies channel status (via logcat)
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- ✅ Comprehensive `verify_all_prerequisites()` function added
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- ✅ Final UI verification prompt for all 5 items (aligned with golden run step 4)
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**Alignment Status:**
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✅ **FULLY ALIGNED** - Test 0 now verifies all 5 prerequisites as specified in the golden run:
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1. Plugin Settings: Configured (via `check_plugin_configured()`)
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2. Native Fetcher: Configured (via logs + plugin config check)
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3. Notifications: Granted (via `check_permissions()`)
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4. Exact Alarms: Granted (via `dumpsys package`)
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5. Channel: Enabled (High) (via logcat + UI verification)
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The implementation includes both programmatic checks and a final UI verification prompt that matches the golden run's step 4.
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### Pass/Fail Checklist Alignment
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**Golden Run Checklist (lines 172-194):**
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1. **Script Output:**
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- ✅ "Found 1 notification alarm (expected: 1)" - **Implemented**
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- ✅ "Notification alarms after rollover: 1" - **Implemented**
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- ✅ "TEST 0 PASSED" verdict - **Implemented**
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2. **UI State:**
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- ⚠️ "Before scheduling: Active Schedules: No" - **Not explicitly checked**
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- ⚠️ "After scheduling: Active Schedules: Yes" - **Not explicitly checked**
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- ⚠️ "After rollover: Active Schedules: Yes" - **Not explicitly checked**
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3. **dumpsys alarm:**
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- ✅ Exactly one RTC_WAKEUP alarm - **Implemented**
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- ✅ origWhen timestamp 24h later - **Not explicitly verified**
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4. **logcat:**
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- ⚠️ `source=TEST_NOTIFICATION` sequence - **Not explicitly checked**
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- ⚠️ `source=ROLLOVER_ON_FIRE` sequence - **Not explicitly checked**
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- ✅ No duplicate DNP-SCHEDULE entries - **Partially checked**
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**Current Implementation Status:**
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- Core functionality: ✅ Aligned
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- Detailed verification: ⚠️ Partial alignment
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- UI state checks: ❌ Not implemented
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- Logcat pattern verification: ⚠️ Partial
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||||
---
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## How Runbook Guides Implementation
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||||
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||||
### RUNBOOK-TESTING.md Structure
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||||
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||||
**Section 3: Phase 1: Daily Rollover & Recovery**
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||||
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||||
**Test Descriptions (lines 144-186):**
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||||
- Defines what each test should do
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||||
- Provides time estimates
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||||
- Lists key steps
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||||
|
||||
**Current Implementation:**
|
||||
- ✅ Test purposes match runbook descriptions
|
||||
- ✅ Test steps align with runbook key steps
|
||||
- ✅ Time estimates are documented
|
||||
|
||||
**Evidence Location (lines 187-194):**
|
||||
- Specifies where evidence should be saved
|
||||
- Current implementation: ✅ Aligned (`runs/<RUN_ID>/`)
|
||||
|
||||
---
|
||||
|
||||
## Alignment Recommendations
|
||||
|
||||
### High Priority
|
||||
|
||||
1. ✅ **Add Prerequisite Verification to Test 0** - **COMPLETED**
|
||||
- ✅ Added `verify_all_prerequisites()` function
|
||||
- ✅ Verifies all 5 UI status items (Plugin Settings, Native Fetcher, Notifications, Exact Alarms, Channel)
|
||||
- ✅ Includes programmatic checks and final UI verification prompt
|
||||
- ✅ Aligned with golden run step 4
|
||||
|
||||
2. **Add UI State Checks**
|
||||
- Verify "Active Schedules" state before/after scheduling
|
||||
- Verify "Next Notification" time updates correctly
|
||||
- Can be done via UI inspection or plugin API
|
||||
|
||||
3. **Add Logcat Pattern Verification**
|
||||
- Check for `source=TEST_NOTIFICATION` sequence
|
||||
- Check for `source=ROLLOVER_ON_FIRE` sequence
|
||||
- Verify timing relationships match golden run
|
||||
|
||||
### Medium Priority
|
||||
|
||||
4. **Add Alarm Timestamp Verification**
|
||||
- Verify `origWhen` is exactly 24h after initial time
|
||||
- Can extract from `dumpsys alarm` output
|
||||
|
||||
5. **Document Manual vs Automated Checks**
|
||||
- Clearly distinguish what script verifies vs what operator verifies
|
||||
- Align with golden run's manual verification steps
|
||||
|
||||
### Low Priority
|
||||
|
||||
6. **Add Screenshot Verification**
|
||||
- Golden run references screenshots
|
||||
- Could add automated screenshot comparison (future)
|
||||
|
||||
---
|
||||
|
||||
## Current Implementation vs Golden Run
|
||||
|
||||
### Test 0: Daily Rollover Verification
|
||||
|
||||
| Requirement | Golden Run | Current Implementation | Status |
|
||||
|------------|------------|------------------------|--------|
|
||||
| Prerequisites (5 items) | ✅ All verified | ✅ All verified | ✅ Aligned |
|
||||
| Schedule notification | ✅ Manual | ✅ Manual | ✅ Aligned |
|
||||
| Wait for fire/advance time | ✅ Manual | ✅ Manual | ✅ Aligned |
|
||||
| Verify alarm count | ✅ 1 alarm | ✅ 1 alarm | ✅ Aligned |
|
||||
| Verify rollover | ✅ Tomorrow scheduled | ✅ Tomorrow scheduled | ✅ Aligned |
|
||||
| UI state checks | ✅ Before/after | ❌ Not checked | Gap |
|
||||
| Logcat patterns | ✅ Sequences verified | ⚠️ Partial | Partial |
|
||||
| Alarm timestamp | ✅ 24h verified | ❌ Not verified | Gap |
|
||||
|
||||
### Test 1: Force-Stop Recovery
|
||||
|
||||
| Requirement | Golden Run | Current Implementation | Status |
|
||||
|------------|------------|------------------------|--------|
|
||||
| Clean start | ✅ Auto-reset | ✅ Auto-reset | ✅ Aligned |
|
||||
| Schedule notification | ✅ Manual | ✅ Manual | ✅ Aligned |
|
||||
| Force-stop app | ✅ Manual | ✅ Manual | ✅ Aligned |
|
||||
| Verify alarms cleared | ✅ 0 alarms | ✅ 0 alarms | ✅ Aligned |
|
||||
| Relaunch app | ✅ Manual | ✅ Manual | ✅ Aligned |
|
||||
| Verify recovery | ✅ 1 alarm restored | ✅ 1 alarm restored | ✅ Aligned |
|
||||
| Recovery logs | ✅ FORCE_STOP scenario | ✅ FORCE_STOP scenario | ✅ Aligned |
|
||||
|
||||
---
|
||||
|
||||
## Next Steps
|
||||
|
||||
1. **Enhance Test 0 Prerequisites**
|
||||
- Add explicit checks for exact alarms and channel status
|
||||
- Use plugin API to verify all 5 items programmatically
|
||||
|
||||
2. **Add UI State Verification**
|
||||
- Check "Active Schedules" state via plugin API or UI inspection
|
||||
- Verify "Next Notification" time updates
|
||||
|
||||
3. **Add Logcat Pattern Checks**
|
||||
- Verify `source=TEST_NOTIFICATION` and `source=ROLLOVER_ON_FIRE` sequences
|
||||
- Check timing relationships
|
||||
|
||||
4. **Update Golden Run Documents**
|
||||
- Document which checks are automated vs manual
|
||||
- Clarify operator responsibilities
|
||||
|
||||
---
|
||||
|
||||
## Conclusion
|
||||
|
||||
**Current State:**
|
||||
- Core test functionality: ✅ Well aligned with golden runs
|
||||
- Detailed verification: ⚠️ Partial alignment
|
||||
- Prerequisites: ⚠️ Need to verify all 5 items
|
||||
|
||||
**Key Insight:**
|
||||
The golden run documents specify **what** should be verified, but don't always specify **how** (automated vs manual). Our implementation should:
|
||||
1. Automate what can be automated
|
||||
2. Clearly document what requires manual verification
|
||||
3. Align with the golden run's verification sequence
|
||||
|
||||
**Priority:**
|
||||
Focus on adding the missing prerequisite checks (exact alarms, channel status) to fully align with the golden run specification.
|
||||
Reference in New Issue
Block a user