* Replace `int` with `s32` as return type for syscalls.
* Renamed `SC_Something.*` files with the proper lv2 name
`sys_something.*`.
* Moving away from the lv2, those functions and folders that doesn't
correspond to lv2 functions. E.g. module functions from sys_io,
sysPrxForUser, cellGcmSys.
* Splitted some files (memory -> memory+mmapper) and merged other ones
(event+event_flag ->event, spu+spu_thread -> spu), according to common
sense, PSDevWiki docs, and checking firmware files.
* Removed external functions from `SysCalls.h`.
NOTE: What should we do about: cellGcmCallback? It's not a lv2 syscall
but it appears on the sc_table and it is actually called in games. Is
this some kind of hack?
* use one central unified log with channels/priorities ad-hoc listener registration and de-registration
* disable buffering by default
* add multi-threaded ringbuffer implementation
* use buffered listener for the gui (using the ringbuffer)
make precompiled header slimmer under Linux to increase CI and dev-machine build-times
make sure unused modules don't compile
add unused modules to the VS project to easier keep track of them
Some events don't propagate correctly to the right sub-window
and some things like the pad handler don't even necessarily have
windows. So, just register some events with the top-level app.
Also add a virtual destructor to the PadHandlerBase to be able to
deal with multiple inheritance in the derived classes.
- Use Bind instead of connect. It's recommended for anyone using wx 2.9+
- Remove AppConnector. All this did was destroy objects used in the UI. However, wxWidgets handles this. So it's redundant.
- Misc other unimportant changes.
BUGFIX: Add break after NV4097_SET_TEXTURE_BORDER_COLOR in RSXThread.cpp
BUGFIX: Fix parameters passed to RSXTexture::SetControl3 (they were being
passed in reverse order)
BUGFIX: Remove invalid, non-sensical call to glPixelStorei in GLGSRender.h
BUGFIX: Fix signed/unsigned comparison compiler warnings in GLGSRender.h
CHANGE: Make GLFragmentProgram::Decompiler synchronous by default
CHANGE: Update wxWidgets submodule to latest commit
BUGFIX: Fix several memory leaks
ADDED: Created a new MSVC debug configuration to output locations
of allocations that end up leaking after the program
is closed.
BUGFIX: Fix the stupid PadHandler crash due to the lack of a virtual d'tor
* replace GetThreadID with std::this_thread.getId()
* name all anonymous structs and unions that contain non-trivially constructable objects
* made default constructor for big endian type noexcept to make it work with std::atomic
* move instantiated specialized template function members ouside of the class definition to comply with the standard
* added default instantiation for template parameter "=nullptr"
* used the C++11 standardized thread_local instead of the __declspec(thread)
* added transitional definitions to bridge the microsoft specific calls (compare and exchange and aligned alloc)
* removed cyclic dependency between Emulator->CPUThreadManager->CPUThread->SMutex->Emulator->...
* fixed some instances of indentation by space instead of tabs
* surrounded some unused code with an #if 0 block to make sure it doesn't compile
* cellGameContentPermit and cellGameBootCheck updated.
* Checkbox in the Settings dialog, for enabling logging.
* Fixed GUI issue in the InterpreterDisAsmFrame.
* Fixed -dirty flag in wxWidgets submodule.
Two cellGame functions partially implemented:
- cellGameGetParamInt
- cellGameGetParamString
New debugging features:
- Call Stack viewer added
- Memory Viewer rewritten (Not finished yet)
Modified definition of UNIMPLEMENTED_FUNC to improve compatibility with
other compilers: Thanks @krofna
Replaced the "Compiler" menu entry with "Tools" and "Memory Viewer"
entry added.
NOTE: To "quickly" browse the memory using the Memory Viewer you can use
the scrollbar. Notice the irony of the word 'quickly' since the memory
viewer is actually slow as fuck. I will fix that soon. As you can see,
I'd like to add a Raw image viewer in the future in order to "see"
textures directly from memory.
How to use the register editor:
1. Load an .ELF file
2. Select any instruction from a thread. (This is a workaround to
activate the appropriate event listener. This will be changed in the
future).
3. Press 'R' key and modify any register you want.
Note:
The register editor only works with PPU and SPU threads.
Additional changes:
* Fixed the filesize problem caused by the instruction editor dialog.
* Instruction Editor: Fixed small issue in SPU threads
How to use the instruction editor:
1. Load an .ELF file
2. Select an instruction from any valid memory address inside any
thread.
3. Press 'E' key and have fun. :P
Note1: I suggest to remove the function InterpreterDisAsmFrame::DClick
and use InterpreterDisAsmFrame::InstrKey to do all debugging-related
actions (Add breakpoint, Edit, Step, Run, etc.) using the same keyboard
layout as debuggers like OllyDbg.
Note2: The final binary is 200 KB larger due to this feature. This issue
should be fixed in the future. This has probably something to do with
the #include's.
