Simple script to create window's position

[pnthai88]

Simple script to generate window position, hope the creator of software make something like this in the project.

Update your QTScrcpy userdata.ini location

file_path = '/Applications/QtScrcpy.app/Contents/MacOS/config/userdata.ini'

Sample input for screen width 2560, each window have height 430, gap 10

thaipn@thais-MacBook-Pro scripts % python3 create_qtscrcpy_conf.py
Height you want to create (429): 430
Set window width: 231
Gap size (10): 10
Enter the number of lines you want to create: 3

import subprocess

##########################################
### ### define your file path here ### ###
##########################################
file_path = '/Applications/QtScrcpy.app/Contents/MacOS/config/userdata.ini'
##########################################
oconf= """
[common]
AutoOffScreen=false
AutoUpdateDevice=true
BitRate=1000000
FramelessWindow=false
KeepAlive=true
LockDirectionIndex=0
MaxSizeIndex=5
RecordBackGround=false
RecordFormatIndex=0
RecordPath=
RecordScreen=false
ReverseConnect=false
ShowFPS=true
SimpleMode=true
WindowOnTop=false
"""
##########################################
##########################################

def generate_config(device_id, xo, yo, x, y):
    config = f"[{device_id}]\n"
    config += f"WindowRectH={yo}\n"
    config += f"WindowRectW={xo}\n"
    config += f"WindowRectX={x}\n"
    config += f"WindowRectY={y}\n"
    return config

starting_x_first_line = 1028
starting_y_first_line = -1387

y_offset = int(input("Height you want to create (429): ")) # -429
x_offset = round(y_offset/1.86) #int(input("Width you want to create (230): ")) # 230
print(f"Set window width: {x_offset}")

margin_right = int(input("Gap size (10): "))
margin_bottom = margin_right*3

# Run the "adb devices" command and capture the device IDs
adb_output = subprocess.check_output(['adb', 'devices'], universal_newlines=True)
device_lines = adb_output.strip().split('\n')[1:]

num_lines = int(input("Enter the number of lines you want to create: "))
devices_per_line = len(device_lines) // num_lines

configs = []
current_x = 0
current_y = 0
current_line = 0

devices_conf = {}

for i, line in enumerate(device_lines):
    device_id = line.split()[0]
    line_num = i // devices_per_line
    
    try:
        devices_conf[line_num].append({
            "device_id" : device_id,
            "line_num": line_num,
            "x": 0,
            "y": 0
        })
    except:
        devices_conf[line_num] = []
        devices_conf[line_num].append({
            "device_id" : device_id,
            "line_num": line_num,
            "x": 0,
            "y": 0
        })

current_y = starting_y_first_line
for itm in devices_conf:
    current_x = starting_x_first_line
    line_y = current_y

    for c_itm in devices_conf[itm]:
        if c_itm == devices_conf[itm][0]:
            current_x = 1028
        else:
            current_x += x_offset
        
        c_itm["x"] = current_x
        c_itm["y"] = line_y

        current_x += margin_right
        
        config = generate_config(c_itm["device_id"], x_offset, y_offset, c_itm["x"], c_itm["y"])
        configs.append(config)
            
    current_y -= ((y_offset+margin_bottom) * (-1))

# Define the path to the file
data_to_write = ""
conf = "\n".join(configs)
data_to_write = f"{conf}\n{oconf}"
# Open the file in write mode
with open(file_path, 'w') as file:
    # Write the string to the file
    file.write(data_to_write)

Run

python3 script.py