* Support mips64 - write correct pc register width on uc_emu_start
* Convert to UC_MODE_MIPS64
* Correctly select MIPS64 CPU model
* Simple 64-bit test - check it doesn't crash
* lint
* Comment
* Comment
* Add offset when indexing cpu model, makes tests work on older python
* Move test
* add PC check to test
* Fix test - add python version check
* Use RegressTest method for assert
Rationale: Previouly, Unicorn uses several hacks to pretend it supports
floating point instructions while not properly setting up something
like CPU features. Therefore, once related registers like CR4 is reset,
the hacks stop working and UC_ERR_INSN_INVALID is thrown. Setting the default
model to a CPu that has basical floating point support should have the
minimal break changes.
- Switched from windows-2019 to windows-2022
- Switched to ubuntu-24.04-arm image for Linux aarch64 jobs
- Fixed Linux x86 job. It was failing but not reported
- Switched from Visual Studio 16 2019 generators to Visual Studio 17 2022
- Uncommented Windows MINGW32 static and shared jobs
- Generic clean-up
This code was commented out since 2021, but by default, the error
codewas initialized to `UC_REG_OK`, so there was no error returned
untila result, any write to `UC_ARM_REG_C1_C0_2` returned an error.
- Switched to the ubuntu-24.04-arm runner
- Bumped Windows runner to windows-2022 and Visual Studio 17 2022 GENERATORS
- Minor changes about checks in workflow jobs
- Fixed the pagefile job (even though should not be really needed)
- Refreshed the TO BE CHECKED regress tests to either update or remove the skip conditions
- Added a test to check if the created sdist archive is ok
