- implemented hardware assisted breakpoints (new 'hbreak' command
which behaves just as 'break' command)
- small improvements to break handling (saving hit xpoint across
exception handling)
- fixed 'cont N' command for watchpoints
- fixed regression in 'info symbol XXXX' command (and enhanced
presentation)
- fixed regression in line stepping
- fixed regression in & (address operator) handling
- fixed some bad module reference for local symbols
- enhanced register presentation as local variables
- added warning when launching a debuggee which isn't a Wine app
- removed the 'local' extension of display command (and check when
setting the display whether the expr has a local binding)
- simplified exception handling, and factorized some code when
debugger stops
- fixed recursion in type printing
- now all type-id are stored with the base address of the module which
defines the type (struct dbg_type takes care of this pairing)
- fixed a couple of bugs in display handling
- fixed strings print and examination
unload a module (and it's debugging information), and a process
without pain
- portabiblity to another CPU should be easier now (CPU dependent backend)
- speed up memory allocation
- stabs related fixes:
+ now correctly handling symbol's size
+ blocks {} in functions are now correctly recognized and stored
(also applies to local variables scoping)
+ better basic types management (less wild guesses in the code)
+ full support of inline functions (source stepping now shows the
code in .h files for example)
- removal of external debugger (attaching with gdb is just fine to
debug winedbg)
- fixed a couple of issues for symbol address handling (address
lookup, incorrect type binding)
- winedbg now has a man page
- move all standard (old MESG channel) output to stdout
- move all other outputs (TRACE, WARN...) to a new wine debugging
channel (winedbg)
- replaced quite a few #ifdef:ed out output to new channels (mainly in
symbol management area...)
- added a new maintenance commands to ease up debugging
- updated documentation accordingly
Petr Tesarik