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RyuJIT/arm32 JIT is now named clrjit.dll (was named protojit.dll).
arm32 LEGACY_BACKEND JIT is now named legacyjit.dll (was named clrjit.dll).
Ubuntu and Tizen testing now use RyuJIT/arm32.
Tests failing for legacy backend are now excluded with `LEGACYJIT_JITSTRESS_FAIL`,
`LEGACYJIT_GCSTRESS_FAIL`, and `LEGACYJIT_FAIL`.
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- just remove FEATURE_READYTORUN definitions
in clrdefinitions.cmake to turn off option
Signed-off-by: Petr Bred <bredpetr@gmail.com>
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On x86, build an x86-host, arm32-target altjit.
On amd64, build an amd64-host, arm64-target altjit.
Each are named protononjit.dll, using our existing naming
convention (proto for "prototype", nonjit meaning the code
won't be executed).
Use these via:
```
set COMPlus_AltJit=*
set COMPlus_AltJitName=protononjit.dll
```
Of course, instead of `*`, you can use any function name.
They are very useful for debugging the JIT in a "nicer" environment
than the full native environment, especially if the full native
environment isn't complete, or if the tools (such as debuggers, editors)
are better in the cross environment than the native environment.
These are only built on Windows. It might be possible to build them
on Linux as well, but that will require some more build work.
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JIT32 becomes compatjit.dll and RyuJIT LEGACY_BACKEND becomes legacyjit.dll
(and is an altjit).
If JIT32 is not being built, then RyuJIT LEGACY_BACKEND becomes compatjit.dll
and is a normal jit (not an altjit).
Both clrjit.dll and compatjit.dll are added to the JIT NuGet package.
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* Add PGO GENPROFILE support to coreclr and clrjit
Update the cmake build system to enable support for Profile Guided
Optimization (PGO) on Windows, and enable this feature for two target
binaries (coreclr and clrjit).
With this change, toggle between instrumented and profile-optimized
settings for target binaries by passing pgoinstrument argument to the build.cmd
Assume profile-optimized mode by default. Fall back to regular non-PGO
optimized builds if profile data is not available.
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Properly set the necessary linker options to limit libclrjit's exports
on *nix platforms. This change also includes some minor cleanup to the
JIT's various CMake list files.
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- The static library to be linked into the CLR is now
`clrjit_static`
- The static library to be linked into crossgen is now
`clrjit_crossgen`
- The dynamic library is now `clrjit`
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Issue #3669
Created a common cmake strip_symbols function that all the modules and programs
use to strip the symbols out of the main into a separate .dbg (Linux) or .dSYM (OSX)
file.
Added an install_clr cmake function to encapsulate the install logic.
Changed all the library module cmake install lines from a TARGETS to a FILES one. The
TARGETS based install directives caused cmake to relink the binary and copy the unstripped
version to the install path. Left the all programs like corerun or ildasm as TARGETS
installs because on OSX FILES type installs don't get marked as executable.
Need to use "get_property(strip_source_file TARGET ${targetName} PROPERTY LOCATION)" for
the older versions of cmake and "set(strip_source_file $<TARGET_FILE:${targetName}>)" on
newer versions (v3 or greater).
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better when dynamically loading it.
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Conflicts:
build.cmd
src/dlls/clretwrc/CMakeLists.txt
Cleanup
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1. Fix for assertion in fgAddFieldSeqForZeroOffset
The fix relaxed the assertion under FEATURE_REF_ZERO_OFFSET_ALLOWED.
The feature is enabled when the standalone jit is built.
2. Package spec files for Windows/Linux and redirection.
3. Rename ProtoJit to RyuJit
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protojit.dll (Windows) / libprotojit.so (*nix) is produced in addition, which is a standalone Jit that are not attached to CoreCLR.
Note CoreCLR still embeds such Jit by default same as before to not disrupt the existing clients.
This (same) standalone Jit can be used for other testing purpose and also this can be specified as an altjit as well in CoreCLR.
Added to nuget dev package.
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