Add support for missing errno values needed by TOTK:
- Add BUSY (16) for "Device or resource busy" errors
- Add NOTSOCK (88) for "Socket operation on non-socket" errors
Improvements:
- Update TranslateNativeError on both Windows and Unix to handle new error codes
- Change socket error logging for NOTSOCK from WARNING to DEBUG level
- Fix formatting in Unix errno translation code
- Update shader storage buffer tracking range to accommodate TOTK buffers
- Add hex format to storage buffer logging for easier comparison with bias range
- Change storage buffer tracking log level from WARNING to DEBUG
These changes help prevent error messages in games
that use network features not fully implemented in the emulator yet.
Signed-off-by: Zephyron <zephyron@citron-emu.org>
Improve GPU storage buffer detection and memory access patterns:
- Expand NVN bias address range (0x100-0x800 vs 0x110-0x610)
- Increase alignment from 16 to 32 bytes for optimal memory access
- Raise default alignment from 8 to 16 bytes for non-biased addresses
- Refactor bias handling code for better readability
- Add detailed performance-related comments
These changes help identify more storage buffers within shaders and
ensure memory accesses are better aligned, which improves overall
shader compilation and execution performance.
Signed-off-by: Zephyron <zephyron@citron-emu.org>
Improve GPU storage buffer detection and memory access patterns:
- Expand NVN bias address range (0x100-0x800 vs 0x110-0x610)
- Increase alignment from 16 to 32 bytes for optimal memory access
- Raise default alignment from 8 to 16 bytes for non-biased addresses
- Refactor bias handling code for better readability
- Add detailed performance-related comments
These changes help identify more storage buffers within shaders and
ensure memory accesses are better aligned, which improves overall
shader compilation and execution performance.
Update Vulkan dependencies to their latest versions.
Signed-off-by: Zephyron <zephyron@citron-emu.org>
Add proper handling of input topologies in the Geometry stage for all three
shader backends (GLASM, GLSL, SPIRV). This implementation uses a lookup table
approach to determine vertex counts based on input topology type (Points,
Lines, LinesAdjacency, Triangles, TrianglesAdjacency) and shifts the vertex
count by 16 bits as required by the invocation info format.
Additional changes:
- Fixed TessellationControl and TessellationEval stages to properly break
after emitting code
- Added proper header include for runtime_info.h in GLASM backend
- Improved code documentation with clear commenting patterns
This change ensures accurate geometry shader behavior across all backends,
improving compatibility with games that rely on proper vertex count reporting.
Signed-off-by: Zephyron <zephyron@citron-emu.org>
Update fmt library to version 11.0.2 and make necessary adjustments:
- Replace fmt/format.h includes with fmt/ranges.h
- Add const qualifiers to formatter::format functions
- Update CMake to require fmt version 11
Additional dependency updates:
- Update SDL2 bundled version from 2.28.2 to 2.32.0
- Update catch2 to version 3.8.0
- Update vcpkg baseline to c82f74667287d3dc386bce81e44964370c91a289
- Add proper invocation info handling for tessellation and fragment stages
- Return patch vertices info shifted by 16 bits for tessellation stages
- Return sample mask shifted by 16 bits for fragment stage
- Return standard format (0x00ff0000) for compute and other stages
- Implement consistently across SPIRV, GLSL, and GLASM backends
- Remove stubbed warning message
Add stub implementations for previously unhandled flow test conditions in the
shader recompiler's IR emitter. These conditions were previously throwing
"Not Implemented" exceptions when encountered.
The following flow test cases are now stubbed:
- FCSM_TR (Fragment Shader Coarse/Fine Mode Test and Reject)
- CSM_TA (Coarse/Fine Mode Test Accept)
- CSM_TR (Coarse/Fine Mode Test and Reject)
- CSM_MX (Coarse/Fine Mode Maximum)
- FCSM_TA (Fragment Shader Coarse/Fine Mode Test Accept)
- FCSM_MX (Fragment Shader Coarse/Fine Mode Maximum)
Currently these stubs:
1. Return false (ir.Imm1(false)) as a placeholder value
2. Log a warning message indicating the stub
3. Allow shaders using these conditions to compile rather than fail
This is a step toward proper implementation of coarse/fine mode shader
operations. The stubs prevent crashes while making it clear which code paths
need full implementation.
Technical notes:
- Removed the previous FCSM_TR implementation that used flag operations
- Added consistent warning messages for tracking stub usage
- Kept within the existing GetFlowTest switch statement structure
- Reduce compileSdkVersion and targetSdk from 35 to 34
- Change NDK version to 26.1.10909125
- Downgrade Android Gradle Plugin from 8.8.0 to 8.1.2
- Add androidx.constraintlayout dependency
These changes improve compatibility with current Android development
environment and add necessary layout support.
Remove the stubbed implementation of FCSM_TR (Forward Condition Set Mode -
Thread Reduction) flow test and replace it with an initial implementation
using SFlag and ZFlag conditions. This provides basic functionality while
allowing for future refinement based on specific shader architecture
requirements.
- In commit b3facaa6bb, the copyright header was
updated to include "Citron Homebrew Project" across multiple files, regardless
of whether any contributions were made.
- This commit removes the incorrect attribution and reverts the copyright header
to its previous state.
- Copyright attribution should only be added when meaningful contributions have
been made to the file.
- This commit ensures proper compliance with copyright standards and maintains
correct attribution to the respective contributors.
- Special thanks to Tachi for pointing out the need for these corrections and
ensuring that proper attribution practices are followed.
Simplifies the negative reciprocal calculation in FSWZADD by using the
dedicated FPRecip operation instead of manually constructing a division.
This change:
- Replaces FPDiv(Imm32(f32(1.0f)), src_b) with FPRecip(src_b)
- Results in more efficient code for calculating 1.0/x
- Fixes build errors from undefined IR emitter methods
Fixes incorrect method names in the floating point swizzled add implementation:
- FNeg -> FPNeg
- FDiv -> FPDiv
- FImm32(1.0f) -> Imm32(ir.f32(1.0f))
These changes align with the correct IR emitter interface naming conventions,
where floating-point operations use the 'FP' prefix and immediate values are
properly constructed using f32().
Implements the Internal Stage Buffer Entry Read (ISBERD) instruction in the
Maxwell shader recompiler. This replaces the previous stubbed implementation
with actual buffer reading functionality.
The implementation:
- Validates unsupported features (skew, o, mode, shift)
- Performs buffer read using IR::InternalStageBufferRead
- Stores the read value to the destination register
This removes the "(STUBBED) called" warning messages that were previously
being logged during shader compilation.
Implements the ISBERD (Internal Stage Buffer Entry Read) instruction's
mode and shift options that were previously throwing NotImplemented
exceptions. This includes:
- Patch mode for reading patch data
- Prim mode for reading primitive data
- Attr mode for reading attribute data
- U16 shift for 16-bit unsigned values
- B32 shift for 32-bit values
The implementation follows Maxwell's ISA specification for handling
different buffer read modes and data shifts.
