I. Test Environment Setup
1. Toolchain Installation
Essential Tools:
DevEco Studio 5.0+ (Integrated testing framework)
DevEco Testing Client (Specialized testing tool)
HDC Command-Line Tool (Device debugging)
Installation Steps:
Check "HarmonyOS SDK" and "Testing Toolkit" during DevEco Studio download
Install DevEco Testing Client (Windows/Mac), ensure antivirus software doesn't block installation
Configure environment variables:
# Windows example
setx HDC_PATH "C:\Program Files\DevEco Testing\app\resource\bin"
2. Device Connection Configuration
Real Device Debugging Prep:
Enable Developer Mode: Settings → About Phone → Tap Build Number 7 times
Activate USB Debugging: Settings → System & Updates → Developer Options → Enable "USB Debugging"
Driver Installation: Windows users must manually install device drivers (Download from official site)
Connection Verification:
# List connected devices
hdc list targets
# Sample output:
# [1] 127.0.0.1:5037 (Huawei Mate60 Pro)
II. Core Testing Tools
1. DevEco Testing Suite
Key Features:
Intelligent traversal testing: AI-powered user path simulation
Performance monitoring: Real-time CPU/memory/frame rate collection
Security scanning: Automatic permission abuse detection
Usage Example:
# Create stability test
deveco-test create-stability --app=com.example.app --duration=3600
# Execute distributed capability test
deveco-test run-distributed --scenario=service_migration
Report Interpretation:
Crash Heatmap: Red markers indicate frequent crash points
Memory Leak Curve: Visualize memory allocation trends
Security Risk Matrix: Graded vulnerability assessment
2. HDC Command-Line Interface
Common Commands:
Command | Purpose | Example |
---|---|---|
hdc app install | Install test package | hdc app install test.hap -r |
hdc shell bm clean | Clear cache | hdc shell bm clean -n com.app |
hdc logcat | Real-time logging | hdc logcat -v time |
hdc screenshot | Capture screen | hdc screenshot /sdcard/1.png |
Debugging Tips:
Filter logs: hdc logcat MyTag:D *:S
Monitor memory: hdc shell dumpsys meminfo com.app
3. DevEco Studio Built-in Tools
Performance Analyzer:
Launch via "Profiler" tab
Select monitoring targets: CPU/Memory/Network
Start recording: Click "Record" button
Layout Inspector:
Real-time multi-device preview
Overdraw detection (color-coded)
Component hierarchy visualization
III. Testing Implementation Strategy
1. Unit Testing (SmallTest)
Implementation:
// Sample test case
describe('LoginAbility', () => {
it('should validate password format', async () => {
let result = await validatePassword('123');
expect(result).toBe(false);
});
});
Coverage Requirements:
Core business logic ≥90%
Public components ≥80%
2. Integration Testing (MediumTest)
Test Scenarios:
Cross-device data synchronization
Service transition success rate
Multi-process communication stress
Toolkit Combination:
- DevEco Testing + HDC + XTS Test Suite
3. System Testing (LargeTest)
Test Matrix:
Device Type | Focus Area | Tool Selection |
---|---|---|
Smartphone | Cold startup | SmartPerf |
Tablet | Multi-window | DevEco Studio Layout Inspector |
Smart Screen | Large UI interactions | Distributed Scenario Simulator |
Automation Script:
# Distributed data sync test
def test_sync():
device1 = connect_device('127.0.0.1:5037')
device2 = connect_device('127.0.0.1:5038')
device1.start_ability('DataService')
device2.start_ability('DataService')
assert device1.get_data() == device2.get_data()
Implementation Recommendations:
- Adopt layered testing strategy:
graph TD
A[Unit Tests] --> B[Integration Tests]
B --> C[System Tests]
C --> D[Performance Testing]
- Use official toolchain for:
Automated test report generation
Historical performance benchmarking
Test result trend analysis
- For complex scenarios, combine:
DevEco Profiler for CPU/memory analysis
SmartPerf for system-level metrics
XTS test suite for compatibility validation
Note: Keep testing artifacts in version control and establish automated CI/CD pipelines for continuous quality assurance.
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