Lines Matching defs:LTO

18 In this tutorial we will first build Clang with PGO and LTO, and then will show steps on how to
27 on how to obtain and build Clang in [Bootstrapping Clang-7 with PGO and LTO](#bootstrapping-clang-7-with-pgo-and-lto) section.
35 We will use the setup described in [Bootstrapping Clang-7 with PGO and LTO](#bootstrapping-clang-7-with-pgo-and-lto).
106 `clang-7.bolt` can be used as a replacement for *PGO+LTO* Clang:
121 That's 22.61 seconds (or 12%) faster compared to the *PGO+LTO* build.
124 If we run BOLT on a Clang binary compiled without *PGO+LTO* (in which case the build is finished in 253.32 seconds),
126 but, as expected, the result is still slower than *PGO+LTO+BOLT* build.
159 On our 48-core Haswell system using the *PGO+LTO* Clang, the build finished in 136.06 seconds, while using the *PGO+LTO+BOLT* Clang, 126.10 seconds.
168 using the `merge-fdata` utility that comes with BOLT. Optimized with that profile, the *PGO+LTO+BOLT* Clang was able
184 ## Bootstrapping Clang-7 with PGO and LTO
264 ### Building Clang with PGO and LTO