PPSSPP Git (2017/07/08) is compiled. PPSSPP is a fast and portable PSP emulator for Android, Windows, Mac, and Linux, written in C++.

PPSSPP Git Changelog:
* Merge pull request #9834 from hrydgard/remove-rip-addressing
x86-64: Add ability to run without RIP addressing between generated code and global data
* More RIP fixes
* More RIP addressing in software skinning..
* More RIP elimination
* Turning off the "close memory finder" lets us find more RIP addressing...
* x86-64: Linux ABI fix
* Delete some unnecessary loads. These loads are done properly inside trigCallHelper.
* 32-bit fixes
* Buildfix for platforms with standards-compliant offsetof (no dynamic indexing allowed)k
* Fix software skinning
* Workaround
* RegCacheFPU
* Replace vminmax_sreg with mips->temp
* vminmax_sreg only needs a single element
* x64: Enable non-RIP addressing for FPU registers
* X64: Fix bug in a case in the MOVQ emitter : rex byte should be after the 0x66 prefix
* Get rid of remaining RIP addressing in vertex decoder
* Remove some rip addressing in vertex decoder
* Get rid of sincostemp global. Solution not tested on linux yet.
* More RIP removal. Also add some comments to make it easy to just search for "M(&" to find remaining offenders.
* Access FPU temps through CTXREG
* Surprise! More. Making many commits for easier bisects.
* Guess what? More RIP elimination (but keep the fast path too)
* More RIP elimination
* Move tempValues into MIPSState
* Move another couple of temps into MIPSState
* Remove RIP access from some matrix ops, SafeMem
* Move mscxr_temp to MIPSState
* More RIP removal
* Some code cleanup. More work towards removing RIP addressing
* Buildfix attempt
* Remove more RIP addressing
* X64/X86: Even more use of the context register
* X86/X64: We have the context register loaded, let's use it more.
* X64 vertex decoder: Use relative memory accesses when loading matrices.
* x64: Use context register to access saved_flags



Download: PPSSPP Git (2017/07/08) x86
Download: PPSSPP Git (2017/07/08) x64
Download: PPSSPP Git (2017/07/08) Android
Source: Here