- Use custom string conversion to ensure overlay deals with extended ascii whenever possible
- Improves language compatibility greatly and avoids empty spaces for unknown glyphs
- Adds all the major buttons to native dialog input options
- Adds more button options for the native osk
- Brighten osk cell backgrounds a bit to improve visibility
- NVIDIA drivers hook into the msq before our nativeEvent handler. This means NV is aware of events before rpcs3 is aware of them and sometimes stops until a new event is triggered.
If rpcs3 is inside a driver call at this time, the system will deadlock since the driver waits for msq which waits for the renderer which waits for the driver.
- Use explicit hook management to control window events
- Add fence timeout to attempt detection of surface loss events
Is a memory manager for ASMJIT, replaces asmjit::JitRuntime
Unified memory manager for ASMJIT and LLVM
Unified SPU trampoline generation
Remove previous workarounds
- Disable DEPTH<->RGBA typeless transfers for now as they require a lot more work to work for all vendors
- Do not allow switching layouts to UNDEFINED/PREINITIALIZED formats
- Apply dither to edges that almost fail the straight-up alpha test
- Significantly improves alpha tested geometry far from the camera
- Also removes blend factor overrides/hacks as they give incorrect results due to background bleeding
- Index offset is ignored anyway and only used to calculate vertex attribute divisor index
- Specialized optimization for untouched xfer without primitive restart
Allow parallel compilation of SPU code, both at startup and runtime
Remove 'SPU Shared Runtime' option (it became obsolete)
Refactor spu_runtime class (now is common for ASMJIT and LLVM)
Implement SPU ubertrampoline generation in raw assembly (LLVM)
Minor improvement of balanced_wait_until<> and balanced_awaken<>
Make JIT MemoryManager2 shared (global)
Fix wrong assertion in cond_variable
* Fix SPU LR event setting in atomic commands according to hw test
* MFC: increment timestamp for PUT cmd in non-tsx path
* MFC: fix reservation lost test on non-tsx path in regard to the lock bit
* Reservation notification moved out of writer_lock scope to reduce its lifetime
* Use passive_lock/unlock in ppu atomic inctrustions to reduce redundancy
* Lock only once for dma transfers (non-TSX)
* Don't use RDTSC in reservation update logic
* Remove MFC cmd args passing to process_mfc_cmd
* Reorder check_state cpu_flag::memory check for faster unlocking
* Specialization for 128-byte data copy in SPU dma transfers
* Implement memory range locks and isolate PPU and SPU passive lock logic
Increase untouched buffer timeout when some of the buffers have been
touched. Might improve audio quality on games that suffered from
miniscule popping even when buffering was enabled (such as DeS).
In addition, made time stretching algorithm slightly more aggressive.
Includes some other tiny tweaks as well.
Also renames "AudioThread" to "AudioBackend". The new name is more
descriptive of what the class really is responsible for, since the
backends are not responsible for managing the audio thread.
NOTE: Right now only XAudio2 is supported
- Avoid tagging and rely on read/write barriers and the dirty flag mechanism. Testing is done with a weak 8-byte memory test
- Introducing new data when tagging breaks applications with race conditions where tags can overwrite flushed data
- D24S8 targets have 2 aspects that are dealt with separately; Forcefully initialize the remaining data if a partial init is done. Its 'free' anyway
- It seems that the stencil mask matters when clearing unlike the depth mask and color mask
- gl: Include an execution state wrapper to ensure state changes are consistent. Also removes a lot of required 'cleanup' for helper methods
- texture_cache: Make execition context a mandatory field as it is required for all operations. Also removes a lot of situations where duplicate argument is added in for both fixed and vararg fields
- Explicit read/write barrier for framebuffer resources depending on
usage. Allows for operations like optional memory initialization before
reading
- Remove the required_xxx_pitch constraint as it makes no sense. The pitch controls what can be written per line.
- It is possible to have a huge surface width but only render to a small region at the beginning and have a smaller pitch than can fit the surface (NFS carbon)
- If draw call resources consume memory that intersects with NA parts of the texture cache, we get a framebuffer test mismatch.
This mismatch is false and happens because the thread has not yet reached the point of relocking the pages
- Implicitly invoke a memory barrier if actively reading from an unsynchronized texture
- Simplify memory transfer operations
- Should allow more games to work without strict mode
- Do not bind companion framebuffer when clearing single aspect; let the
contest mechanism sort it out instead
- Do not prematurely tag framebuffers, instead only do so at
write-confirmation time. Should avoid false tagging if setup does not
allow a render to occur.
* Never return NULL (also apllies to similar functions)
* Base offset is 0x0e000000 for main location
* Default location is LOCAL
Info was taken from disasm of gcm
- Immediate mode is isolated from the rest of the vertex configuration
- TODO: Verify register behaviour when immediate mode is used
Check if per-primitive const register values are supported (likely are)
- Implements a mirror view of D24S8 data that accesses the stencil components.
Finishes the implementation of TEX2D_DEPTH_RGBA as the stencil component was previously missing from the reconstructed data
- Add a few missing destructors
Image classes are inherited a lot and I forgot to make the dtors virtual
- Per-channel conditional execution introduces RAW hazards all over the place
- Its cheaper to process both branches and select between the two
- Also improves ShaderVariable functionality to allow functionality such as match_size and taking complex variables as inputs
* Restore stack in fifo error handling
* Update get register after the cmd execution
* Fix put pause in the middle of command
* Add restore points when branching to self
* Precise nopcmd detection
* Test all invalid cmds for early treatment of queue corruption
To avoid the need (and performance hit) of Read Color/Depth Buffers, we
may not invalidate overlapping fbos inside lock_memory_region unless
they are guaranteed to be superseded by the new one.
This avoids e.g. issues with overblooming, among others.
Fixes VRAM leaks and incorrect destruction of resources, which could
lead to drivers crashes.
Additionally, lock_memory_region is now able to flush superseded
sections. However, due to the potential performance impact of this
for little gain, a new debug setting ("Strict Flushing") has been
added to config.yaml
The hw doesnt fix pitch, when specifying src pitch 0 it copies the same pixels line to dst. keep in mind out_pitch = 0 is not allowed in image_in.
Same goes for buffer_notify, though it allows out_pitch to be 0.
* Dont bother capturing 'destination' blocks with no data. instead premap all main memory to ensure allocated
* Capture zcull and tile state as their compressed gcm forms
* Fix index array capturing, ignore empty sets
* hle gcm: Fix byteswaping in cellGcmSetZcull
* Added a helper function for fetching game's PARAM.SFO path
This should properly get SFO path for unlocked C00 games
* Normalized line endings
* Refresh game list after installing a RAP file
- Do not assume flip marks end-of-frame if executed via syscall
- Also disables skip_frame for these applications as there is no frame boundary
- NOTE: QUEUE_HEAD cannot be relied on as it is seemingly possible to flip the same head and not need to queue it
- Ignore barriers inserted after BEGIN but before any draw commands are emitted
- Properly process tail barriers inserted before END but after draw commands are submitted
- Ignore execution barriers with no effect (same register value written)
- Tries to detect when FIFO preprocessing is beneficial and only enables optimizations if the benefit outweighs the cost
- Current threshold is at least 500 draw calls saved at over 2000 draw calls to justify the overhead
- TODO: More tuning for other CPUs
- Improve vertex attribute layout format. Allows for full 16-bit attribute divisor
- Use actual pitch when declaring framebuffer rsx pitch instead of register value in case of swizzle? rendering
- Replace a few more vectors with simple_array<T>
- Avoid unnecessary string comparisons in backends. We already know referenced textures from the program analysers!
- Also fix visual corruption when using disjoint indexed draws
- Refactor draw call emit again (vk)
- Improve execution barrier resolve
- Allow vertex/index rebase inside begin/end pair
- Add ALPHA_TEST to list of excluded methods [TODO: defer raster state]
- gl bringup
- Simplify
- using the simple_array gets back a few more fps :)
Implement helper functions balanced_wait_until and balanced_awaken
They include new path for Windows 8.1+ (WaitOnAddress)
shared_mutex, cond_variable, cond_one, cond_x16 modified to use it
Added helper function utils::popcnt16
Replace most semaphore<> with shared_mutex
Move lambda into a cpu_stop()
Use running thread counter to synchronize with sys_spu_thread_group_join()
Use SPU_STATUS_STOPPED_BY_STOP exclusively for sys_spu_thread_exit() as before
Remove unnecessary waiting in sys_spu_thread_group_exit()
Rollback some minor unnecessary changes
Use shared_mutex in SPU TG
* Remove complete buffer clear
* If pressure sensitivity option is not specified, write zeroes (should this be handled from our actual controller handler?)
* Check sensor setting before reporting changes
*Set priority under a lock
*Fix yield command making threads going out of scheduler control by removing it from the queue (not a bug that affects compatibility)
