I am using EWARM IDE from IAR with an Olimex development board for the ARM STR712FR2, and a J-link JTAG debugger provided by IAR. For some reason, I can\'t seem to write to the UART TxBUFR register. I
I\'m trying to perform a memory optimization that should be theoretically possible but that I\'m starting to doubt is within arm-elf-gcc\'s capability.Please show me that I\'m wrong.
I am trying to install Android on Beagleboard (TI\'s OMAP35x chip). They have provided toolchain to build the OS and port it on the chip. Now the next question is developing Android apps. I am int开发
Desktop Windows OSs have a \"StackWalk64\" function, upon which Jochen Kalmbach made a library for decoding the call stack into something human-readabl开发者_JAVA技巧e.
The RealView ARM C Compiler supports placing a variable at a given memory address using the variable attribute at(address):
Is it possible to compile native GCC for ARM (host == target == ARM) using Code Sourcery G++? If it开发者_JAVA百科 is not possible, could I use crosstool-NG to build the cross-compile and then using t
I have to program peripheral registers in an ARM9-based microcontroller. For instance, for the USART, I store the relevant memory addresses in an enum:
in x86 inline assembly i can write something like this: asm (\"cpuid\" : \"=a\" (_eax), \"=b\" (_ebx), \"=c\" (_ecx),
* UPDATE * Here is what I found. Whenever I had that function in there it wouldn\'t actually make the code lock up. It would actually make the read RTC I²C function very slow to execute, but the cod
I want to connect to my AT91SAM9RL board with the .NET mfdeployment tool. It only has USB, JTAG and serial ports. It normally works fine when I use PuTTY, Segger GDB or SAM-BA (Atmel SAM-BA In-system
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