c++ - Getting pointer to bottom of the call stack and resolving symbol by address (like dladdr) under Windows? -

For example, to add this information to an exception, I want to apply an analogue of backcountage utility under Windows.

I need to capture the return addresses and then translate it into the names of symbols.

I know about StackWalk 64 and about this but unfortunately there are many important drawbacks in it:

• It is very slow (StackWalk 64) and I have collected trace I do not want to waste too much time to do it, it can be done as fast as possible on the linked list.
• Function StackWalk64 is known

I only want to support x86 and x86_64 architecture possible

I have the basic idea:

1. Go on the stack using SEP / EBP, in the same way from GCC's __Biltin_reature_address (x) / __Biltin_frame_address (x) Unless I reach the bottom of the stack (this is what glibc does).
2. Translate the address to symbols
3. Take a nap for them.

Problems / Questions:

1. How do I know if I reach the stack? For example glibc implementation has __ libc_stack_end , so it's easy to stop what is such an analog under Windows? How can I find the address under the stack?
2. What are the analog functionality of the dlader functionality? I now know that unlike the ELF platform, which holds most symbol names, the PE format is not. So anyway it should read debug info in any way?

• Capturing stack trace:

• Receiving symbols: Using the DBG Support Library (MSVC only). Main function:

    // start hprrocess = getcurrentProcess () SymSetOptions (SYMOPT_DEFERRED_LOADS) SymInitialize (hProcess, NULL, TRUE) // fetching symbol SymFromAddr (...)  

  The implementation can be found