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MM32G0001

Satisj Munot

How to create project in keil uvision for mm32g0001 and add resources from mm32 LibSamples_MM32G0001_V2.3.9 library package. Keil tool chain for arm and Keil pack for mm32G is installed and  some example from LibSamples_MM32G0001_V2.3.9 like  Toggle led are tested and debug using J link.

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  • 0 Arm Employee Badge

    Since the GPIO_LED_Toggle example from LibSamples_MM32G0001_V2.3.9 already builds and debugs successfully with J-Link, I recommend using this working example as the basis for a new project.

    Create a new project in µVision and select the exact MM32G0001 device from the installed MM32G Device Pack.
    In Manage Run-Time Environment, enable CMSIS → CORE and Device → Startup, if provided by the pack.
    Add the required MM32 peripheral library sources from LibSamples_MM32G0001_V2.3.9 and configure their header directories under Options for Target → C/C++ → Include Paths.
    Add only the peripheral drivers required by the application (GPIO, UART, Timer, etc.).
    Ensure the project contains only one startup file and system initialization implementation.
    Configure J-Link/SWD under Options for Target → Debug, using the same settings as the working example.

    Recommended approach: Copy the working GPIO_LED_Toggle example project, rename it, and replace the application-specific code. This preserves the correct MM32 startup code, include paths, compiler defines, Flash configuration, and J-Link settings and is less error-prone than creating the project completely from scratch.

    The MM32G0001 LibSamples package provides CMSIS, peripheral library sources, and MDK examples specifically for this purpose.

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  • 0 Arm Employee Badge

    Since the GPIO_LED_Toggle example from LibSamples_MM32G0001_V2.3.9 already builds and debugs successfully with J-Link, I recommend using this working example as the basis for a new project.

    Create a new project in µVision and select the exact MM32G0001 device from the installed MM32G Device Pack.
    In Manage Run-Time Environment, enable CMSIS → CORE and Device → Startup, if provided by the pack.
    Add the required MM32 peripheral library sources from LibSamples_MM32G0001_V2.3.9 and configure their header directories under Options for Target → C/C++ → Include Paths.
    Add only the peripheral drivers required by the application (GPIO, UART, Timer, etc.).
    Ensure the project contains only one startup file and system initialization implementation.
    Configure J-Link/SWD under Options for Target → Debug, using the same settings as the working example.

    Recommended approach: Copy the working GPIO_LED_Toggle example project, rename it, and replace the application-specific code. This preserves the correct MM32 startup code, include paths, compiler defines, Flash configuration, and J-Link settings and is less error-prone than creating the project completely from scratch.

    The MM32G0001 LibSamples package provides CMSIS, peripheral library sources, and MDK examples specifically for this purpose.

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