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The names where and info stack (abbreviated info s) are additional aliases for backtrace For example, if you type thread apply all backtrace, gdb will display the backtrace for all the threads To display the backtrace for several or all of the threads, use the command thread apply (see thread apply).
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101 bt (or backtrace) will give you a call stack To display the backtrace for several or all of the threads, use the command thread apply (see thread apply) Frame <args> will select a frame on the call stack for inspection info frame <args> will give you information about a specific frame from the stack
When called without arguments it will display the currently selected frame info locals can give you information about any local variables on the stack.
The call stack (also known as backtrace) is the information about the current function, the function that called it, the function that called the calling function and so on. Print a backtrace of the entire stack One line per frame for all frames in the stack Similar to breakpoints, backtrace is also helpful during debugging process to view and navigate the stack frame as explained in this tutorial this tutorial requires some basic understanding of stack frame that we discussed in our memory layout of a process article.
Backtracing the process in gdb is useless because the call stack frame is at least 1000 frames deep, and the repeated function calls are series of four common recursive function calls (so breakpoints seem useless) Repeated calls to backtrace just reads out the four function names, over and over and over.
