Adjust the glob pattern to select only one .nupkg
file.
In #1928 nuget generation changed so that
there's one main nupkg to publish and platform
library artifacts have their own platform specific
ones.
Changes from before:
* Add x86 to build process.
- Use recommended structure for multi-platform nuget.
- Separate build and pack to allow x64 and x86 builds.
- Use matrix in Github Actions to reduce repetition.
* Properly implement multi-platform nuget build.
- Split build pipeline to setting version, building and packing.
- Build AnyCPU only as reference assemblies.
- Add ref folder to nuget.
* Restructure project and pipeline.
Based on PR review discussion.
- Restore default x64,x86 build process.
- Build generates platform specific nupkg.
- Remove AnyCPU platform to prevent confusion.
- Add custom property for building reference libraries.
- AnyCPU is only set by the property.
- Move nuget changes to separate target file.
- Imported only when custom property is set.
- Clear separation from the default build.
- Merge frameworks in published library artifacts.
- Re-simplify pipelines; no matrix or separate jobs.
* Add x86 to build process.
- Use recommended structure for multi-platform nuget.
- Separate build and pack to allow x64 and x86 builds.
- Use matrix in Github Actions to reduce repetition.
* Properly implement multi-platform nuget build.
- Split build pipeline to setting version, building and packing.
- Build AnyCPU only as reference assemblies.
- Add ref folder to nuget.
* Restructure project and pipeline.
Based on PR review discussion.
- Restore default x64,x86 build process.
- Build generates platform specific nupkg.
- Remove AnyCPU platform to prevent confusion.
- Add custom property for building reference libraries.
- AnyCPU is only set by the property.
- Move nuget changes to separate target file.
- Imported only when custom property is set.
- Clear separation from the default build.
- Merge frameworks in published library artifacts.
- Re-simplify pipelines; no matrix or separate jobs.
* Use PawnIO driver directly.
- Implemented PawnIO library in C#
- Builds in AnyCPU, x64 and x86
- Fixes#1895
* Implement review changes for PawnIO.
- Use existing Kernel32.CreateFile import.
- Move new DeviceIOControl to Kernel32.
- Replace Lazy Version loading with static property.
- Remove bin resource cache.
- Add constant for function name length.
* More review changes for PawnIO.
- Replace redundant internal checks with IsLoaded.
- Convert Win32 error code to HRESULT before returning it in
ExecuteHR()
* Drop KernelDriver
---------
Co-authored-by: PhyxionNL <7643972+PhyxionNL@users.noreply.github.com>
* Remove redundant second null check for sensor value
* Add base formatted raw values to data.json for consistent units
* Update HttpServer.cs
---------
Co-authored-by: PhyxionNL <7643972+PhyxionNL@users.noreply.github.com>
* Current implementation of PawnIo.LoadModuleFromResource swallows exceptions instead of throwing them like it has been previously.
It also returns a not-null PawnIo object.
RAMSPDToolkitDriver has been catching exception, returning false for LoadModule and checking if returned object is null.
Therefore the return for a failed loaded module was true where it should have been false.
Returning null from PawnIo.LoadModuleFromResource in catch block fixes this issue.
* Add IsValid property for PawnIo and check in RAMSPDToolkitDriver.
Remove null return.
* Update RAMSPDToolkit to newest version.
Fixes bug in .NET Framework and changed PawnIO interface due to adjusted Piix4 detection.
Add new Data sensor.
* Rename property.
* Support ASUS ROG Crosshair X870E Apex
* Remove unnecessary HashSet
* Adjust Temperature Sensor Mapping
Both Temp #1 and Temp #22 move with CPU load, but it looks like Temp #22 is actually CPU which is the same as the Hero. #1 doesn't align mostly with VRM but isn't an exact match.
* Refactor temperature sensor mapping
Replaces the temperature sensor dictionary mapping with explicit additions for known sensors and a loop to add unmapped sensors.
Teemu Korhonen