void __cdecl win32_exception::translate(unsigned code, EXCEPTION_POINTERS* info)
{
// Windows guarantees that *(info->ExceptionRecord) is valid
switch (code) {
case EXCEPTION_ACCESS_VIOLATION:
throw access_violation(*(info->ExceptionRecord));
break;
default:
throw win32_exception(*(info->ExceptionRecord));
}
}
void win32_exception::translate(unsigned code, EXCEPTION_POINTERS* info)
{
switch (code)
{
case EXCEPTION_ACCESS_VIOLATION:
throw access_violation(info);
break;
default:
throw win32_exception(info);
}
}
void se_trans_func( unsigned int n, EXCEPTION_POINTERS* ex )
{
fmt::Writer tmp;
tmp << "Structured Exception Detected: 0x" << fmt::hex( n ) << "\n"
<< "ExceptionRecord:\n"
<< " Exception Code: 0x" << fmt::hex( ex->ExceptionRecord->ExceptionCode ) << "\n"
<< " Exception Flags: 0x" << fmt::hex( ex->ExceptionRecord->ExceptionFlags ) << "\n"
<< " Exception Record: 0x"
<< fmt::hex(
(long long)( reinterpret_cast<const void*>( ex->ExceptionRecord->ExceptionRecord ) ) )
<< "\n"
<< " Exception Address: 0x"
<< fmt::hex(
(long long)( reinterpret_cast<const void*>( ex->ExceptionRecord->ExceptionAddress ) ) )
<< "\n"
<< " NumberParameters: 0x" << fmt::hex( ex->ExceptionRecord->NumberParameters ) << "\n";
if ( ex->ExceptionRecord->NumberParameters )
{
tmp << " Exception Information:";
for ( DWORD i = 0; i < ex->ExceptionRecord->NumberParameters; i++ )
{
fmt::Writer _tmp;
_tmp.Format( "{}{:#X}" ) << ( ( ( i & 7 ) == 0 ) ? "\n "
: " " ) // print newline every 8 numbers
<< ex->ExceptionRecord->ExceptionInformation[i];
tmp << _tmp.str();
}
tmp << "\n";
}
POLLOG_INFO << tmp.str();
POLLOG_INFO << "ContextRecord:\n"
<< " ContextFlags: 0x" << fmt::hex( ex->ContextRecord->ContextFlags ) << "\n";
if ( ex->ContextRecord->ContextFlags & CONTEXT_DEBUG_REGISTERS )
{
POLLOG_INFO << " CONTEXT_DEBUG_REGISTERS:\n"
<< " Dr0: 0x" << fmt::hex( ex->ContextRecord->Dr0 ) << "\n"
<< " Dr1: 0x" << fmt::hex( ex->ContextRecord->Dr1 ) << "\n"
<< " Dr2: 0x" << fmt::hex( ex->ContextRecord->Dr2 ) << "\n"
<< " Dr3: 0x" << fmt::hex( ex->ContextRecord->Dr3 ) << "\n"
<< " Dr6: 0x" << fmt::hex( ex->ContextRecord->Dr6 ) << "\n"
<< " Dr7: 0x" << fmt::hex( ex->ContextRecord->Dr7 ) << "\n";
}
if ( ex->ContextRecord->ContextFlags & CONTEXT_SEGMENTS )
{
POLLOG_INFO << " CONTEXT_SEGMENTS:\n"
<< " SegGs: 0x" << fmt::hex( ex->ContextRecord->SegGs ) << "\n"
<< " SegFs: 0x" << fmt::hex( ex->ContextRecord->SegFs ) << "\n"
<< " SegEs: 0x" << fmt::hex( ex->ContextRecord->SegEs ) << "\n"
<< " SegDs: 0x" << fmt::hex( ex->ContextRecord->SegDs ) << "\n";
}
if ( ex->ContextRecord->ContextFlags & CONTEXT_INTEGER )
{
POLLOG_INFO << " CONTEXT_INTEGER:\n"
<< " Edi: 0x" << fmt::hex( ex->ContextRecord->Edi ) << "\n"
<< " Esi: 0x" << fmt::hex( ex->ContextRecord->Esi ) << "\n"
<< " Ebx: 0x" << fmt::hex( ex->ContextRecord->Ebx ) << "\n"
<< " Edx: 0x" << fmt::hex( ex->ContextRecord->Edx ) << "\n"
<< " Ecx: 0x" << fmt::hex( ex->ContextRecord->Ecx ) << "\n"
<< " Eax: 0x" << fmt::hex( ex->ContextRecord->Eax ) << "\n";
}
if ( ex->ContextRecord->ContextFlags & CONTEXT_CONTROL )
{
POLLOG_INFO << " CONTEXT_CONTROL:\n"
<< " Ebp: 0x" << fmt::hex( ex->ContextRecord->Ebp ) << "\n"
<< " Eip: 0x" << fmt::hex( ex->ContextRecord->Eip ) << "\n"
<< " SegCs: 0x" << fmt::hex( ex->ContextRecord->SegCs ) << "\n"
<< " EFlags: 0x" << fmt::hex( ex->ContextRecord->EFlags ) << "\n"
<< " Esp: 0x" << fmt::hex( ex->ContextRecord->Esp ) << "\n"
<< " SegSs: 0x" << fmt::hex( ex->ContextRecord->SegSs ) << "\n";
POLLOG_INFO << " Stack Backtrace:\n";
// int frames = 3;
DWORD* ebp = (DWORD*)ex->ContextRecord->Ebp;
DWORD eip = ex->ContextRecord->Eip;
DWORD* new_ebp;
DWORD new_eip;
fmt::Writer tmp;
tmp << " EIP RETADDR\n";
int levelsleft = 100;
while ( ebp && levelsleft-- )
{
tmp << " 0x" << fmt::hex( eip );
if ( !IsBadReadPtr( ebp, sizeof *ebp ) )
{
new_ebp = (DWORD*)*ebp;
}
else
{
tmp << "[Can't read stack!]\n";
break;
}
if ( !IsBadReadPtr( ebp + 1, sizeof *ebp ) )
{
tmp << " 0x" << fmt::hex( *( ebp + 1 ) );
new_eip = *( ebp + 1 );
}
else
{
tmp << "[Can't read stack!]\n";
break;
}
ebp = new_ebp;
eip = new_eip;
tmp << "\n";
}
POLLOG_INFO << tmp.str();
}
if ( n == EXCEPTION_ACCESS_VIOLATION )
{
throw access_violation();
}
else
{
throw structured_exception( n );
}
}
