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llvm/bolt/tools/driver/CMakeLists.txt

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Rebase: [NFC] Refactor sources to be buildable in shared mode Summary: Moves source files into separate components, and make explicit component dependency on each other, so LLVM build system knows how to build BOLT in BUILD_SHARED_LIBS=ON. Please use the -c merge.renamelimit=230 git option when rebasing your work on top of this change. To achieve this, we create a new library to hold core IR files (most classes beginning with Binary in their names), a new library to hold Utils, some command line options shared across both RewriteInstance and core IR files, a new library called Rewrite to hold most classes concerned with running top-level functions coordinating the binary rewriting process, and a new library called Profile to hold classes dealing with profile reading and writing. To remove the dependency from BinaryContext into X86-specific classes, we do some refactoring on the BinaryContext constructor to receive a reference to the specific backend directly from RewriteInstance. Then, the dependency on X86 or AArch64-specific classes is transfered to the Rewrite library. We can't have the Core library depend on targets because targets depend on Core (which would create a cycle). Files implementing the entry point of a tool are transferred to the tools/ folder. All header files are transferred to the include/ folder. The src/ folder was renamed to lib/. (cherry picked from FBD32746834)
2021-10-08 20:47:10 +02:00
set(LLVM_LINK_COMPONENTS
${LLVM_TARGETS_TO_BUILD}
BOLTProfile
BOLTRewrite
BOLTUtils
MC
Object
Support
)
[BOLT] Improve cmake configs for opensource Summary: Change cmake config in BOLT to only support Linux. In other platforms, we print a warning that we won't build BOLT. Change configs to determine whether we will build BOLT runtime libs. This only happens in x86 hosts. If true, we will build the runtime and enable bolt-runtime tests. New tests that depend on the bolt_rt lib needs to be marked REQUIRES:bolt-runtime. I updated the relevant tests. Fix cmake to do not crash when building llvm with a target that BOLT does not support. (cherry picked from FBD31935760)
2021-10-26 21:26:23 +02:00
if (BOLT_ENABLE_RUNTIME)
set(BOLT_DRIVER_DEPS "bolt_rt")
else()
set(BOLT_DRIVER_DEPS "")
endif()
Rebase: [NFC] Refactor sources to be buildable in shared mode Summary: Moves source files into separate components, and make explicit component dependency on each other, so LLVM build system knows how to build BOLT in BUILD_SHARED_LIBS=ON. Please use the -c merge.renamelimit=230 git option when rebasing your work on top of this change. To achieve this, we create a new library to hold core IR files (most classes beginning with Binary in their names), a new library to hold Utils, some command line options shared across both RewriteInstance and core IR files, a new library called Rewrite to hold most classes concerned with running top-level functions coordinating the binary rewriting process, and a new library called Profile to hold classes dealing with profile reading and writing. To remove the dependency from BinaryContext into X86-specific classes, we do some refactoring on the BinaryContext constructor to receive a reference to the specific backend directly from RewriteInstance. Then, the dependency on X86 or AArch64-specific classes is transfered to the Rewrite library. We can't have the Core library depend on targets because targets depend on Core (which would create a cycle). Files implementing the entry point of a tool are transferred to the tools/ folder. All header files are transferred to the include/ folder. The src/ folder was renamed to lib/. (cherry picked from FBD32746834)
2021-10-08 20:47:10 +02:00
add_llvm_tool(llvm-bolt
llvm-bolt.cpp
DEPENDS
[BOLT] Improve cmake configs for opensource Summary: Change cmake config in BOLT to only support Linux. In other platforms, we print a warning that we won't build BOLT. Change configs to determine whether we will build BOLT runtime libs. This only happens in x86 hosts. If true, we will build the runtime and enable bolt-runtime tests. New tests that depend on the bolt_rt lib needs to be marked REQUIRES:bolt-runtime. I updated the relevant tests. Fix cmake to do not crash when building llvm with a target that BOLT does not support. (cherry picked from FBD31935760)
2021-10-26 21:26:23 +02:00
${BOLT_DRIVER_DEPS}
Rebase: [NFC] Refactor sources to be buildable in shared mode Summary: Moves source files into separate components, and make explicit component dependency on each other, so LLVM build system knows how to build BOLT in BUILD_SHARED_LIBS=ON. Please use the -c merge.renamelimit=230 git option when rebasing your work on top of this change. To achieve this, we create a new library to hold core IR files (most classes beginning with Binary in their names), a new library to hold Utils, some command line options shared across both RewriteInstance and core IR files, a new library called Rewrite to hold most classes concerned with running top-level functions coordinating the binary rewriting process, and a new library called Profile to hold classes dealing with profile reading and writing. To remove the dependency from BinaryContext into X86-specific classes, we do some refactoring on the BinaryContext constructor to receive a reference to the specific backend directly from RewriteInstance. Then, the dependency on X86 or AArch64-specific classes is transfered to the Rewrite library. We can't have the Core library depend on targets because targets depend on Core (which would create a cycle). Files implementing the entry point of a tool are transferred to the tools/ folder. All header files are transferred to the include/ folder. The src/ folder was renamed to lib/. (cherry picked from FBD32746834)
2021-10-08 20:47:10 +02:00
)
add_llvm_tool_symlink(perf2bolt llvm-bolt)
add_llvm_tool_symlink(llvm-boltdiff llvm-bolt)
Add bolt target to cmake Summary: Create a new high-level target named bolt that builds all BOLT artifacts, as well as a install-bolt target that installs them. (cherry picked from FBD33133002)
2021-12-15 19:16:58 +01:00
set(BOLT_DEPENDS
llvm-bolt
perf2bolt
llvm-boltdiff
)
add_custom_target(bolt DEPENDS ${BOLT_DEPENDS})
install(PROGRAMS
${CMAKE_BINARY_DIR}/bin/llvm-bolt
${CMAKE_BINARY_DIR}/bin/perf2bolt
${CMAKE_BINARY_DIR}/bin/llvm-boltdiff
TYPE BIN
COMPONENT bolt
)
add_llvm_install_targets(install-bolt DEPENDS bolt COMPONENT bolt)
Re-enable Windows build and fix issues Summary: Fix missing string header file inclusion and link_fdata find problem in lit tests. Change root-level tests to require linux. Re-enable Windows in our root CMakeLists.txt. (cherry picked from FBD33296290)
2021-12-23 14:59:35 +01:00
set_target_properties(bolt PROPERTIES FOLDER "BOLT")
set_target_properties(install-bolt PROPERTIES FOLDER "BOLT")
Add bolt target to cmake Summary: Create a new high-level target named bolt that builds all BOLT artifacts, as well as a install-bolt target that installs them. (cherry picked from FBD33133002)
2021-12-15 19:16:58 +01:00
Rebase: [NFC] Refactor sources to be buildable in shared mode Summary: Moves source files into separate components, and make explicit component dependency on each other, so LLVM build system knows how to build BOLT in BUILD_SHARED_LIBS=ON. Please use the -c merge.renamelimit=230 git option when rebasing your work on top of this change. To achieve this, we create a new library to hold core IR files (most classes beginning with Binary in their names), a new library to hold Utils, some command line options shared across both RewriteInstance and core IR files, a new library called Rewrite to hold most classes concerned with running top-level functions coordinating the binary rewriting process, and a new library called Profile to hold classes dealing with profile reading and writing. To remove the dependency from BinaryContext into X86-specific classes, we do some refactoring on the BinaryContext constructor to receive a reference to the specific backend directly from RewriteInstance. Then, the dependency on X86 or AArch64-specific classes is transfered to the Rewrite library. We can't have the Core library depend on targets because targets depend on Core (which would create a cycle). Files implementing the entry point of a tool are transferred to the tools/ folder. All header files are transferred to the include/ folder. The src/ folder was renamed to lib/. (cherry picked from FBD32746834)
2021-10-08 20:47:10 +02:00
include_directories( ${BOLT_SOURCE_DIR}/lib )
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