llvm-project/llvm/unittests/Analysis/CMakeLists.txt

set(LLVM_LINK_COMPONENTS
  Analysis
  AsmParser
  Core
  Support
  )

add_llvm_unittest(AnalysisTests
  AliasAnalysisTest.cpp
  BlockFrequencyInfoTest.cpp
  CallGraphTest.cpp
  CFGTest.cpp
  CGSCCPassManagerTest.cpp
  LazyCallGraphTest.cpp
  LoopPassManagerTest.cpp
  ScalarEvolutionTest.cpp
  MixedTBAATest.cpp
  ValueTrackingTest.cpp
  UnrollAnalyzer.cpp
  )
Completely refactor the structuring of unittest CMake files to match the Makefiles, the CMake files in every other part of the LLVM tree, and sanity. This should also restore the output tree structure of all the unit tests, sorry for breaking that, and thanks for letting me know. The fundamental change is to put a CMakeLists.txt file in the unittest directory, with a single test binary produced from it. This has several advantages: - No more weird directory stripping in the unittest macro, allowing it to be used more readily in other projects. - No more directory prefixes on all the source files. - Allows correct and precise use of LLVM's per-directory dependency system. - Allows use of the checking logic for source files that have not been added to the CMake build. This uncovered a file being skipped with CMake in LLVM and one in Clang's unit tests. - Makes Specifying conditional compilation or other custom logic for JIT tests easier. It did require adding the concept of an explicit 'optional' source file to the CMake build so that the missing-file check can skip cases where the file is supposed to be missing. =] This is another chunk of refactoring the CMake build in order to make it usable for other clients like CompilerRT / ASan / TSan. Note that this is interdependent with a Clang CMake change. llvm-svn: 158909 2012-06-21 17:51:26 +08:00			`set(LLVM_LINK_COMPONENTS`
			`Analysis`
Reimplement isPotentiallyReachable to make nocapture deduction much stronger. Adds unit tests for it too. Split BasicBlockUtils into an analysis-half and a transforms-half, and put the analysis bits into a new Analysis/CFG.{h,cpp}. Promote isPotentiallyReachable into llvm::isPotentiallyReachable and move it into Analysis/CFG. llvm-svn: 187283 2013-07-27 09:24:00 +08:00			`AsmParser`
[CMake] Update LLVM_LINK_COMPONENTS for each CMakeLists.txt. llvm-svn: 196908 2013-12-10 19:13:32 +08:00			`Core`
			`Support`
Completely refactor the structuring of unittest CMake files to match the Makefiles, the CMake files in every other part of the LLVM tree, and sanity. This should also restore the output tree structure of all the unit tests, sorry for breaking that, and thanks for letting me know. The fundamental change is to put a CMakeLists.txt file in the unittest directory, with a single test binary produced from it. This has several advantages: - No more weird directory stripping in the unittest macro, allowing it to be used more readily in other projects. - No more directory prefixes on all the source files. - Allows correct and precise use of LLVM's per-directory dependency system. - Allows use of the checking logic for source files that have not been added to the CMake build. This uncovered a file being skipped with CMake in LLVM and one in Clang's unit tests. - Makes Specifying conditional compilation or other custom logic for JIT tests easier. It did require adding the concept of an explicit 'optional' source file to the CMake build so that the missing-file check can skip cases where the file is supposed to be missing. =] This is another chunk of refactoring the CMake build in order to make it usable for other clients like CompilerRT / ASan / TSan. Note that this is interdependent with a Clang CMake change. llvm-svn: 158909 2012-06-21 17:51:26 +08:00			`)`

			`add_llvm_unittest(AnalysisTests`
Make getModRefInfo with a default location not crash. Add getModRefInfo that works without location. Add unit tests. llvm-svn: 234811 2015-04-14 07:05:45 +08:00			`AliasAnalysisTest.cpp`
Add getBlockProfileCount method to BlockFrequencyInfo Differential Revision: http://reviews.llvm.org/D18233 llvm-svn: 264179 2016-03-24 02:18:26 +08:00			`BlockFrequencyInfoTest.cpp`
Fix GraphTraits for "const CallGraphNode " and "const CallGraph " The specializations were broken. For example, void foo(const CallGraph G) { auto I = GraphTraits<const CallGraph >::nodes_begin(G); auto K = I++; ... } or void bar(const CallGraphNode N) { auto I = GraphTraits<const CallGraphNode >::nodes_begin(G); auto K = I++; .... } would not compile. Patch by Speziale Ettore! llvm-svn: 222149 2014-11-18 01:51:45 +08:00			`CallGraphTest.cpp`
Update this CMakeLists.txt for r187283 too. llvm-svn: 187286 2013-07-27 09:26:30 +08:00			`CFGTest.cpp`
[PM] Add a unittest for the CGSCC pass manager in the new pass manager system. Previously, this was only being tested with larger integration tests. That makes it hard to isolated specific issues with it, and makes the APIs themselves less well tested. Add a unittest based around the same patterns used for testing the general pass manager. llvm-svn: 261624 2016-02-23 18:02:02 +08:00			`CGSCCPassManagerTest.cpp`
[LCG] Add a unittest for the LazyCallGraph. I had a weak moment and resisted this for too long. Just with the basic testing here I was able to exercise the analysis in more detail and sift out both type signature bugs in the API and a bug in the DFS numbering. All of these are fixed here as well. The unittests will be much more important for the mutation support where it is necessary to craft minimal mutations and then inspect the state of the graph. There is just no way to do that with a standard FileCheck test. However, unittesting these kinds of analyses is really quite easy, especially as they're designed with the new pass manager where there is essentially no infrastructure required to rig up the core logic and exercise it at an API level. As a minor aside about the DFS numbering bug, the DFS numbering used in LCG is a bit unusual. Rather than numbering from 0, we number from 1, and use 0 as the sentinel "unvisited" state. Other implementations often use '-1' for this, but I find it easier to deal with 0 and it shouldn't make any real difference provided someone doesn't write silly bugs like forgetting to actually initialize the DFS numbering. Oops. ;] llvm-svn: 206954 2014-04-23 16:08:49 +08:00			`LazyCallGraphTest.cpp`
PM: Implement a basic loop pass manager This creates the new-style LoopPassManager and wires it up with dummy and print passes. This version doesn't support modifying the loop nest at all. It will be far easier to discuss and evaluate the approaches to that with this in place so that the boilerplate is out of the way. llvm-svn: 261831 2016-02-25 15:23:08 +08:00			`LoopPassManagerTest.cpp`
Completely refactor the structuring of unittest CMake files to match the Makefiles, the CMake files in every other part of the LLVM tree, and sanity. This should also restore the output tree structure of all the unit tests, sorry for breaking that, and thanks for letting me know. The fundamental change is to put a CMakeLists.txt file in the unittest directory, with a single test binary produced from it. This has several advantages: - No more weird directory stripping in the unittest macro, allowing it to be used more readily in other projects. - No more directory prefixes on all the source files. - Allows correct and precise use of LLVM's per-directory dependency system. - Allows use of the checking logic for source files that have not been added to the CMake build. This uncovered a file being skipped with CMake in LLVM and one in Clang's unit tests. - Makes Specifying conditional compilation or other custom logic for JIT tests easier. It did require adding the concept of an explicit 'optional' source file to the CMake build so that the missing-file check can skip cases where the file is supposed to be missing. =] This is another chunk of refactoring the CMake build in order to make it usable for other clients like CompilerRT / ASan / TSan. Note that this is interdependent with a Clang CMake change. llvm-svn: 158909 2012-06-21 17:51:26 +08:00			`ScalarEvolutionTest.cpp`
[TBAA] Fix handling of mixed TBAA (path-aware and non-path-aware TBAA). This fix simply ensures that both metadata nodes are path-aware before performing path-aware alias analysis. This issue isn't normally triggered in LLVM, because we perform an autoupgrade of the TBAA metadata to the new format when reading in LL or BC files. This issue only appears when a client creates the IR manually and mixes old and new TBAA metadata format. This fixes <rdar://problem/16760860>. llvm-svn: 207923 2014-05-04 06:32:52 +08:00			`MixedTBAATest.cpp`
Add support for floating-point minnum and maxnum The select pattern recognition in ValueTracking (as used by InstCombine and SelectionDAGBuilder) only knew about integer patterns. This teaches it about minimum and maximum operations. matchSelectPattern() has been extended to return a struct containing the existing Flavor and a new enum defining the pattern's behavior when given one NaN operand. C minnum() is defined to return the non-NaN operand in this case, but the idiomatic C "a < b ? a : b" would return the NaN operand. ARM and AArch64 at least have different instructions for these different cases. llvm-svn: 244580 2015-08-11 17:12:57 +08:00			`ValueTrackingTest.cpp`
Factor out UnrollAnalyzer to Analysis, and add unit tests for it. Summary: Unrolling Analyzer is already pretty complicated, and it becomes harder and harder to exercise it with usual IR tests, as with them we can only check the final decision: whether the loop is unrolled or not. This change factors this framework out from LoopUnrollPass to analyses, which allows to use unit tests. The change itself is supposed to be NFC, except adding a couple of tests. I plan to add more tests as I add new functionality and find/fix bugs. Reviewers: chandlerc, hfinkel, sanjoy Subscribers: zzheng, sanjoy, llvm-commits Differential Revision: http://reviews.llvm.org/D16623 llvm-svn: 260169 2016-02-09 07:03:59 +08:00			`UnrollAnalyzer.cpp`
Completely refactor the structuring of unittest CMake files to match the Makefiles, the CMake files in every other part of the LLVM tree, and sanity. This should also restore the output tree structure of all the unit tests, sorry for breaking that, and thanks for letting me know. The fundamental change is to put a CMakeLists.txt file in the unittest directory, with a single test binary produced from it. This has several advantages: - No more weird directory stripping in the unittest macro, allowing it to be used more readily in other projects. - No more directory prefixes on all the source files. - Allows correct and precise use of LLVM's per-directory dependency system. - Allows use of the checking logic for source files that have not been added to the CMake build. This uncovered a file being skipped with CMake in LLVM and one in Clang's unit tests. - Makes Specifying conditional compilation or other custom logic for JIT tests easier. It did require adding the concept of an explicit 'optional' source file to the CMake build so that the missing-file check can skip cases where the file is supposed to be missing. =] This is another chunk of refactoring the CMake build in order to make it usable for other clients like CompilerRT / ASan / TSan. Note that this is interdependent with a Clang CMake change. llvm-svn: 158909 2012-06-21 17:51:26 +08:00			`)`