Also revert PCH reuse for everything but MSVC. Other compilers/platforms have limitations that make reused PCH a bit too fragile. I got it to work but only after forcing certain flags globally (like -pthread) and I dont think its a good idea to do that
HLE modules now have a unified interface via which they can get notified when mapped into the process or when loaded/unloaded.
We also always call the unload functions when stopping emulation to give the module implementations a chance to reset all state (although many of them are still missing proper cleanup code for now)
This is a full rewrite of our nn_boss (SpotPass) implementation. The previous code was based on a lot of incorrect guesswork so rather than updating that it made more sense to redo it all.
In short what changed:
- More API implemented than before, but nn_boss is very complex so we are still missing stuff (e.g. PlayReports and Task scheduling)
- Avoids redownloading nbdl files if they are already present locally (matches IOSU behavior)
- The API should be more robust in general and file hashes are now verified
- Emulated IOSU interface is compatible with nn_boss.rpl
- Added an UI option to clear the SpotPass cache
- Initialize
- Download communities (self-made / favorites / officials)
- Upload communities (create subcommunity)
- Upload favorite status (Add/Delete favorite to a subcommunity)
Enough for support of Mario Kart 8 tournaments
* Implement GDB stub debugger
Can be enabled by using the "--enable-gdbstub" option (and the debugger GUI, although that's untested) which'll pause any game you launch at start-up. Will start at port 1337 although it'll eventually be user-editable. The code is a bit weirdly sorted and also just needs a general cleanup, so expect that eventually too. And uses egyptian braces but formatting was easier to do at the end, so that's also something to do.
It has been tested to work with IDA Pro, Clion and the standalone interface for now, but I plan on writing some instructions in the PR to follow for people who want to use this. Memory breakpoints aren't possible yet, only execution breakpoints.
This code was aimed to be decoupled from the existing debugger to be able to be ported to the Wii U for an equal debugging experience. That's also why it uses the Cafe OS's thread sleep and resuming functions whenever possible instead of using recompiler/interpreter controls.
* Add memory writing and floating point registers support
* Reformat code a bit
* Format code to adhere to Cemu's coding style
* Rework GDB Stub settings in GUI
* Small styling fixes
* Rework execution breakpoints
Should work better in some edge cases now. But this should also allow for adding access breakpoints since it's now more separated.
* Implement access breakpoints
* Fix some issues with breakpoints
* Fix includes for Linux
* Fix unnecessary include
* Tweaks for Linux compatibility
* Use std::thread instead of std::jthread to fix MacOS support
* Enable GDB read/write breakpoints on x86 only
* Fix compilation for GCC compilers at least
The thread type varies on some platforms, so supporting this is hell... but let's get it to compile on MacOS first.
* Disable them for MacOS due to lack of ptrace
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Co-authored-by: Exzap <13877693+Exzap@users.noreply.github.com>
- Fix target_precompile_headers() usage; the CemuCommon target exposes
the src/Common/precompiled.h precompiled header as part of its public
interface with
target_precompile_headers(CemuCommon PUBLIC precompiled.h), so all the
other targets wanting to use the precompiled header have to link to
the CemuCommon target with
target_precompile_headers(TargetName PRIVATE CemuCommon).
- Set the project version to 2.0
- Set RUNTIME_OUTPUT_DIRECTORY instead of only their _DEBUG and _RELEASE
variants, fixing the compilation when neither build types are defined
- Use a consistent indentation style (tabs, like in the .cpp files)
- Use "modern" variants of some functions, e.g. add_definitions ->
add_compile_definitions
