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Beyond Code Generation: AI-Assisted Embedded Development with Arm CMSIS

AI coding assistants can generate a UART driver in seconds. But when the output is garbled or an application unexpectedly enters a HardFault handler, the problem may not be obvious from the sourc[...]

Configuring QA-MISRA for Real-World Embedded C/C++ Projects

Getting QA-MISRA running is only the first part of the setup. For an actual embedded project, you will usually need to decide which coding rules should be checked, how compiler-specific code sho[...]

Setting Up a QA-MISRA Evaluation License and VS Code Extension

The following steps explain how to activate a QA-MISRA evaluation license, configure the local server, install the QA-MISRA extension in Visual Studio Code, and run an example analysis. 1. Requ[...]

Using QA-MISRA to Bring Coding Standards into C/C++ Development

In embedded and safety-critical software, coding standards help reduce risky language behaviour, improve consistency, and make software easier to review and verify. This is especially important i[...]

When Breakpoints Aren’t Enough: Debugging Faster with ULINKpro Trace

Most embedded developers are familiar with the usual debugging cycle: set a breakpoint, stop the processor, inspect the problem, make a change, and try again.   That works well until the problem [...]