anroid-CheckShot/test_puzzle.py

# -*- coding: utf-8 -*-
"""
Puzzle/Merge Function Test Script
Test flow:
1. Click "Puzzle" in bottom navigation
2. Select 2x2 layout
3. Select 4 images
4. Click "Preview"
5. Confirm merge result
6. Return to main page
7. Enter gallery
8. Check latest merge result
"""
from airtest.core.api import *
from PIL import Image
import numpy as np
import os

# Initialize device
def init_device():
    dev = connect_device("android://127.0.0.1:5037/emulator-5554")
    print(f"Device connected: {dev}")
    return dev

# Capture screen
def capture_screen(filename="screen.png"):
    screen = device().snapshot()
    img = Image.fromarray(screen)
    img.save(filename)
    print(f"Screenshot saved: {filename}")
    return screen

# Wait for app launch
def wait_app_launch():
    print("Waiting for app launch...")
    sleep(3)

# Test 1: Click "Puzzle" tab in bottom navigation
def click_merge_tab():
    print("Test 1: Click 'Puzzle' tab...")
    # Bottom navigation: Camera(0), Gallery(1), Puzzle(2), Settings(3)
    # Click puzzle button at bottom right
    touch([810, 2300])
    sleep(2)
    capture_screen("01_click_merge.png")
    print("Clicked puzzle")
    return True

# Test 2: Select 2x2 layout
def select_2x2_layout():
    print("Test 2: Select 2x2 layout...")
    touch([180, 200])
    sleep(1)
    capture_screen("02_select_2x2.png")
    print("Selected 2x2 layout")
    return True

# Test 3: Select 4 images
def select_4_images():
    print("Test 3: Select 4 images...")
    
    # Click add image button (first empty cell)
    touch([270, 500])
    sleep(2)
    
    # This will open system image picker
    capture_screen("03_before_select_image.png")
    
    # Click "Gallery" option
    touch([540, 800])
    sleep(1)
    
    # Select first image
    touch([200, 400])
    sleep(1)
    
    # Second image
    touch([540, 400])
    sleep(1)
    
    # Third image
    touch([880, 400])
    sleep(1)
    
    # Fourth image
    touch([200, 700])
    sleep(1)
    
    # Confirm selection (click OK button)
    touch([900, 2300])
    sleep(2)
    
    capture_screen("04_selected_4_images.png")
    print("Selected 4 images")
    return True

# Test 4: Click preview button
def click_preview_button():
    print("Test 4: Click preview button...")
    touch([300, 2200])
    sleep(3)
    capture_screen("05_preview.png")
    print("Clicked preview")
    return True

# Test 5: Close preview dialog
def close_preview():
    print("Test 5: Close preview dialog...")
    touch([540, 1500])
    sleep(1)
    capture_screen("06_preview_closed.png")
    print("Closed preview")
    return True

# Test 6: Click save button
def click_save_button():
    print("Test 6: Click save button...")
    touch([800, 2200])
    sleep(2)
    capture_screen("07_save_dialog.png")
    return True

# Test 7: Confirm save
def confirm_save():
    print("Test 7: Confirm save...")
    touch([700, 1400])
    sleep(3)
    capture_screen("08_saved.png")
    print("Saved")
    return True

# Test 8: Return to home page
def go_back_home():
    print("Test 8: Return to home page...")
    touch([100, 100])
    sleep(2)
    capture_screen("09_back_home.png")
    print("Returned to home")
    return True

# Test 9: Click "Gallery" tab
def click_gallery_tab():
    print("Test 9: Click 'Gallery' tab...")
    touch([270, 2300])
    sleep(3)
    capture_screen("10_gallery.png")
    print("Clicked gallery")
    return True

# Test 10: View latest image
def view_latest_image():
    print("Test 10: View latest image...")
    touch([540, 600])
    sleep(2)
    capture_screen("11_latest_image.png")
    print("Opened latest image")
    return True

# 测试11: 检查图片是否为纯白色
def check_white_image():
    print("Test 11: Check if image is pure white...")
    
    # 读取截图
    img = Image.open("11_latest_image.png")
    img_array = np.array(img)
    
    # 检查是否为纯白色 (RGB都接近255)
    # 取图片中心区域进行判断
    h, w = img_array.shape[:2]
    center_region = img_array[h//4:3*h//4, w//4:3*w//4]
    
    # 计算平均颜色
    avg_color = np.mean(center_region, axis=(0, 1))
    print(f"Image center average color: {avg_color}")
    
    # 判断是否接近白色 (R, G, B 都 > 250)
    is_white = all(c > 250 for c in avg_color[:3])
    
    if is_white:
        print("WARNING: Image is pure white, merge function may not work!")
    else:
        print("OK: Image is not pure white, merge function works")
    
    return not is_white

# Main test function
def main():
    print("=" * 60)
    print("Puzzle/Merge Function Automated Test")
    print("=" * 60)
    
    try:
        # Initialize device
        init_device()
        
        # Wait for app launch
        wait_app_launch()
        
        # Execute test steps
        click_merge_tab()
        select_2x2_layout()
        select_4_images()
        click_preview_button()
        close_preview()
        click_save_button()
        confirm_save()
        go_back_home()
        click_gallery_tab()
        view_latest_image()
        
        # Check result
        result = check_white_image()
        
        print("\n" + "=" * 60)
        if result:
            print("TEST PASSED! Merge function works normally")
        else:
            print("TEST FAILED! Merge result is pure white")
        print("=" * 60)
        
    except Exception as e:
        print(f"Test error: {e}")
        import traceback
        traceback.print_exc()

if __name__ == "__main__":
    main()