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PowerPC Embedded (Debugging with GDB) - sourceware. org By default, GDB selects the calling convention based on the selected architecture and the provided executable file set powerpc exact-watchpoints show powerpc exact-watchpoints Allow GDB to use only one debug register when watching a variable of scalar type, thus assuming that the variable is accessed through the address of its first byte
How to set gdb-multiarch to support PowerPC architecture? The command set arch <arch, e g arm, mips> is used to set gdb-multiarch to support a specific architecture When specify set arch arm, it responses The target architecture is assumed to be arm
GitHub - open-power pdbg: PowerPC FSI Debugger On your local machine: $ gdb (gdb) target remote palm5-bmc:44 Debugging info: (gdb) set debug remote 10 Long-running operations or high latency links: The gdb client timeout defaults to 2 seconds after which it re-transmits commands The gdb server does not deal with this robustly today and this can cause hangs and other unexpected results
Assembler, QEMU, GDB Run the following command powerpc-linux-gnu-as -mregnames example s -o example o The above will use the Assembler to create an object file Now run this command powerpc-linux-gnu-ld example o -o example This above will use the Linker to make an executable file using recently made object file Now we have a small program
Debugging with GDB: PowerPC Embedded - eCosCentric By default, GDB selects the calling convention based on the selected architecture and the provided executable file set powerpc exact-watchpoints show powerpc exact-watchpoints Allow GDB to use only one debug register when watching a variable of scalar type, thus assuming that the variable is accessed through the address of its first byte
PowerPC Embedded (Debugging with ROCGDB) PowerPC embedded processors support masked watchpoints See the discussion about the mask argument in Setting Watchpoints PowerPC embedded processors support hardware accelerated ranged breakpoints A ranged breakpoint stops execution of the inferior whenever it executes an instruction at any address within the range it was set at
PowerPC (Debugging with GDB) - sourceware. org PowerPC (Debugging with GDB)When GDB is debugging the PowerPC architecture, it provides a set of pseudo-registers to enable inspection of 128-bit wide Decimal Floating Point numbers stored in the floating point registers These values must be stored in two consecutive registers, always starting at an even register like f0 or f2