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authorhexcoder- <heiko@hexco.de>2020-05-17 21:35:10 +0200
committerhexcoder- <heiko@hexco.de>2020-05-17 21:35:10 +0200
commite1e155022f58c0790800ba59657a0fcfa9536554 (patch)
treebca24c9f24b2fa6bbb005f40915cdf6a28d60121 /README.md
parentd37a8f72d6d4d92df73a318ad02046adbc6dba29 (diff)
downloadafl++-e1e155022f58c0790800ba59657a0fcfa9536554.tar.gz
adjust documentation for new minimum llvm version 3.4
Diffstat (limited to 'README.md')
-rw-r--r--README.md4
1 files changed, 2 insertions, 2 deletions
diff --git a/README.md b/README.md
index 253275e2..5af2b0fc 100644
--- a/README.md
+++ b/README.md
@@ -267,7 +267,7 @@ superior to blind fuzzing or coverage-only tools.
 PLEASE NOTE: llvm_mode compilation with afl-clang-fast/afl-clang-fast++
 instead of afl-gcc/afl-g++ is much faster and has many cool features.
 See llvm_mode/ - however few code does not compile with llvm.
-We support llvm versions 3.8.0 to 11.
+We support llvm versions 3.4 to 11.
 
 When source code is available, instrumentation can be injected by a companion
 tool that works as a drop-in replacement for gcc or clang in any standard build
@@ -290,7 +290,7 @@ For C++ programs, you'd would also want to set `CXX=/path/to/afl/afl-g++`.
 The clang wrappers (afl-clang and afl-clang++) can be used in the same way;
 clang users may also opt to leverage a higher-performance instrumentation mode,
 as described in [llvm_mode/README.md](llvm_mode/README.md).
-Clang/LLVM has a much better performance and works with LLVM version 3.8.0 to 11.
+Clang/LLVM has a much better performance and works with LLVM version 3.4 to 11.
 
 Using the LAF Intel performance enhancements are also recommended, see 
 [llvm_mode/README.laf-intel.md](llvm_mode/README.laf-intel.md)