Setup for Frontend and Track and Count System

1. clean and Build Frondend application from Apache Netbeans.

2. Copy executable jar fil and lib folder from dist folder and paste them to Frontend folder in installer.

3. Copy rest_api.py file, best.pt model and requirements.txt from Track and count system/RestApi and paste them to Track and Count System/RestApi folder in installer.

4. Copy web_socket.py file, best.pt model and requirements.txt from Track and count system/WebSocket and paste them to Track and Count System/WebSocket folder in installer.

5. 3. Copy rest_api.py file, best.pt model and requirements.txt from Track and count system/RestApi_continue and paste them to Track and Count System/RestApi_continue folder in installer.

6. From Track and Count System/RestApi directory run,

• python -m venv venv
• venv\Scripts\activate
• pip install -r requirements.txt

7. Create TCS_RestApi.bat file.

    @echo off
    REM Change directory to where your virtual environment and app.py are located
    cd %~dp0
   
    REM Activate the virtual environment
    call venv\Scripts\activate
   
    REM Run the Python script
    python rest_api.py
   
    REM Pause the command prompt so you can see any output before it closes
    pause
   

8. from Track and Count System/WebSocket directory run,

• python -m venv venv
• venv\Scripts\activate
• pip install -r requirements.txt

9. Create TCS_WebSocket.bat file.

    @echo off
    REM Change directory to where your virtual environment and app.py are located
    cd %~dp0
   
    REM Activate the virtual environment
    call venv\Scripts\activate
   
    REM Run the Python script
    python web_socket.py
   
    REM Pause the command prompt so you can see any output before it closes
    pause
   

10. From Track and Count System/RestApi_continue directory run,

• python -m venv venv
• venv\Scripts\activate
• pip install -r requirements.txt

11. Create TCS_RestApi_continue.bat file.

    @echo off
    REM Change directory to where your virtual environment and app.py are located
    cd %~dp0
    
    REM Activate the virtual environment
    call venv\Scripts\activate
    
    REM Run the Python script
    python rest_api.py
    
    REM Pause the command prompt so you can see any output before it closes
    pause
    

12. Add Project Argus.bat file to root directory.

    @echo off
    start "" "Frontend/ProjectArgus.jar"
    
    start "" "Track and Count System/RestApi/TCS_RestApi.bat"
    
    start "" "Track and Count System/WebSocket/TCS_WebSocket.bat"
    
    start "" "Track and Count System/WebSocket/TCS_RestApi_continue.bat"
    

13. Add setup.iss file to root directory and compile it using inno setup compiler.

    [Setup]
    AppName=Project Argus
    AppVersion=1.0
    DefaultDirName={pf}\Project Argus
    DefaultGroupName=Project Argus
    OutputDir=Output
    Compression=lzma
    SolidCompression=yes
    OutputBaseFilename=Project Argus Installer
    
    [Files]
    Source: "Project Argus.bat"; DestDir: "{app}"
    Source: "Frontend\*"; DestDir: "{app}\Frontend"; Flags: recursesubdirs
    Source: "Track and Count System\*"; DestDir: "{app}\Track and Count System"; Flags: recursesubdirs
    
    [Icons]
    Name: "{group}\Project Argus"; Filename: "{app}\Project Argus.bat"
    

14. It will create output folder and it include Project Argus Installer.exe.

15. Install Python 3.11.5 in target machine.

16. Install the setup and run Project Argus.bat.

Backend

1. clone https://github.com/FYP-Event-tracking/Backend-Argus and docker-compose up --build.