forked from OSchip/llvm-project
850d53a197
LTO code may end up mixing bitcode files from various sources varying in their use of opaque pointer types. The current strategy to decide between opaque / typed pointers upon the first bitcode file loaded does not work here, since we could be loading a non-opaque bitcode file first and would then be unable to load any files with opaque pointer types later. So for LTO this: - Adds an `lto::Config::OpaquePointer` option and enforces an upfront decision between the two modes. - Adds `-opaque-pointers`/`-no-opaque-pointers` options to the gold plugin; disabled by default. - `--opaque-pointers`/`--no-opaque-pointers` options with `-plugin-opt=-opaque-pointers`/`-plugin-opt=-no-opaque-pointers` aliases to lld; disabled by default. - Adds an `-lto-opaque-pointers` option to the `llvm-lto2` tool. - Changes the clang driver to pass `-plugin-opt=-opaque-pointers` to the linker in LTO modes when clang was configured with opaque pointers enabled by default. This fixes https://github.com/llvm/llvm-project/issues/55377 Differential Revision: https://reviews.llvm.org/D125847 |
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| .. | ||
| AliasSet | ||
| AssumptionCache | ||
| BasicAA | ||
| BlockFrequencyInfo | ||
| BranchProbabilityInfo | ||
| CFLAliasAnalysis | ||
| CallGraph | ||
| CostModel | ||
| CycleInfo | ||
| DDG | ||
| Delinearization | ||
| DemandedBits | ||
| DependenceAnalysis | ||
| DivergenceAnalysis | ||
| DominanceFrontier | ||
| Dominators | ||
| FunctionPropertiesAnalysis | ||
| GlobalsModRef | ||
| IRSimilarityIdentifier | ||
| IVUsers | ||
| LazyCallGraph | ||
| LazyValueAnalysis | ||
| LegacyDivergenceAnalysis | ||
| Lint | ||
| LoopAccessAnalysis | ||
| LoopCacheAnalysis/PowerPC | ||
| LoopInfo | ||
| LoopNestAnalysis | ||
| MemoryDependenceAnalysis | ||
| MemorySSA | ||
| MustExecute | ||
| PhiValues | ||
| PostDominators | ||
| ProfileSummary | ||
| RegionInfo | ||
| ScalarEvolution | ||
| ScopedNoAliasAA | ||
| StackSafetyAnalysis | ||
| TypeBasedAliasAnalysis | ||
| ValueTracking | ||
| alias-analysis-uses.ll | ||