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shawnnapora.github.io | ||
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ciesie.com
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| | | | | You programmed STM32 microcontroller using Nucleo or Discovery boards. That means you used Serial Wire Debug (SWD) for programming/debugging. Now, you are designing a PCB with a STM32 microcontroller on it, which means you have to be able to program it. One solution is uploading the code through a bootloader - a small piece of software, made by ST that has been saved in the protected (read-only) memory of the microcontroller. | |
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mikecoats.com
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| | | | | For around £20 you can buy a development board with an Arm Cortex M4 and some peripherals including an accelerometer, microphone, DAC, and USB OTG port. This documents my attempt to get a rust toolchain installed, connect the debugger and confirm it can see the ARM chip, ready for programming. | |
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andreabergia.com
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| | | | | This post is part of the Stack Based Virtual Machines series. Stack Based Virtual Machines - 1 Stack Based Virtual Machines - 2 ??thispost Stack Based Virtual Machines - 3 Stack Based Virtual Machines - 4 Stack Based Virtual Machines - 5 Stack Based Virtual Machines - 6 Stack Based Virtual Machines - 7 Stack Based Virtual Machines - 8 After the introduction in the last part, its time to start writing some code and dig into stack based virtual machines. | |
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craigjb.com
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| | | Adventures in hardware hacking, low-level software, FPGAs, and more! | ||
