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* Output afl-clang-fast stuffs only if necessary (#1912)
* afl-cc header
* afl-cc common declarations
- Add afl-cc-state.c
- Strip includes, find_object, debug/be_quiet/have_*/callname setting from afl-cc.c
- Use debugf_args in main
- Modify execvp stuffs to fit new aflcc struct
* afl-cc show usage
* afl-cc mode selecting
1. compiler_mode by callname in argv[0]
2. compiler_mode by env "AFL_CC_COMPILER"
3. compiler_mode/instrument_mode by command line options "--afl-..."
4. instrument_mode/compiler_mode by various env vars including "AFL_LLVM_INSTRUMENT"
5. final checking steps
6. print "... - mode: %s-%s\n"
7. determine real argv[0] according to compiler_mode
* afl-cc macro defs
* afl-cc linking behaviors
* afl-cc fsanitize behaviors
* afl-cc misc
* afl-cc body update
* afl-cc all-in-one
formated with custom-format.py
* nits
---------
Co-authored-by: vanhauser-thc <vh@thc.org>
* changelog
* update grammar mutator
* lto llvm 12+
* docs(custom_mutators): fix missing ':' (#1953)
* Fix broken LTO mode and response file support (#1948)
* Strip `-Wl,-no-undefined` during compilation (#1952)
Make the compiler wrapper stripping `-Wl,-no-undefined` in addition to `-Wl,--no-undefined`.
Both versions of the flag are accepted by clang and, therefore, used by building systems in the wild (e.g., samba will not build without this fix).
* Remove dead code in write_to_testcase (#1955)
The custom_mutators_count check in if case is duplicate with if condition.
The else case is custom_mutators_count == 0, neither custom_mutator_list iteration nor sent check needed.
Signed-off-by: Xeonacid <h.dwwwwww@gmail.com>
* update qemuafl
* WIP: Add ability to generate drcov trace using QEMU backend (#1956)
* Document new drcov QEMU plugin
* Add link to lightkeeper for QEMU drcov file loading
---------
Co-authored-by: Jean-Romain Garnier <jean-romain.garnier@airbus.com>
* code format
* changelog
* sleep on uid != 0 afl-system-config
* fix segv about skip_next, warn on unsupported cases of linking options (#1958)
* todos
* ensure afl-cc only allows available compiler modes
* update grammar mutator
* disable aslr on apple
* fix for arm64
* help selective instrumentation
* typos
* macos
* add compiler test script
* apple fixes
* bump nyx submodules (#1963)
* fix docs
* update changelog
* update grammar mutator
* improve compiler test script
* gcc asan workaround (#1966)
* fix github merge fuckup
* fix
* Fix afl-cc (#1968)
- Check if too many cmdline params here, each time before insert a new param.
- Check if it is "-fsanitize=..." before we do sth.
- Remove improper param_st transfer.
* Avoid adding llvmnative instrumentation when linking rust sanitizer runtime (#1969)
* Dynamic instrumentation filtering for LLVM native (#1971)
* Add two dynamic instrumentation filter methods to runtime
* Always use pc-table with native pcguard
* Add make_symbol_list.py and README
* changelog
* todos
* new forkserver check
* fix
* nyx test for CI
* improve nyx docs
* Fixes to afl-cc and documentation (#1974)
* Always compile with -ldl when building for CODE_COVERAGE
When building with CODE_COVERAGE, the afl runtime contains code that
calls `dladdr` which requires -ldl. Under most circumstances, clang
already adds this (e.g. when building with pc-table), but there are some
circumstances where it isn't added automatically.
* Add visibility declaration to __afl_connected
When building with hidden visibility, the use of __AFL_LOOP inside such
code can cause linker errors due to __afl_connected being declared
"hidden".
* Update docs to clarify that CODE_COVERAGE=1 is required for dynamic_covfilter
* nits
* nyx build script updates
* test error output
* debug ci
* debug ci
* Improve afl-cc (#1975)
* update response file support
- full support of rsp file
- fix some segv issues
* Improve afl-cc
- remove dead code about allow/denylist options of sancov
- missing `if (!aflcc->have_msan)`
- add docs for each function
- typo
* enable nyx
* debug ci
* debug ci
* debug ci
* debug ci
* debug ci
* debug ci
* debug ci
* debug ci
* fix ci
* clean test script
* NO_NYX
* NO_NYX
* fix ci
* debug ci
* fix ci
* finalize ci fix
* Enhancement on Deterministic stage (#1972)
* fuzzer: init commit based on aflpp 60dc37a8cf09f8e9048e4b6a2204d6c90b27655a
* fuzzers: adding the skip variables and initialize
* log: profile the det/havoc finding
* log: add profile log output
* fuzzers: sperate log/skipdet module
* fuzzers: add quick eff_map calc
* fuzzers: add skip_eff_map in fuzz_one
* fuzzers: mark whole input space in eff_map
* fuzzers: add undet bit threshold to skip some seeds
* fuzzers: fix one byte overflow
* fuzzers: fix overflow
* fix code format
* add havoc only again
* code format
* remove log to INTROSPECTION, rename skipdet module
* rename skipdet module
* remove log to stats
* clean redundant code
* code format
* remove redundant code format check
* remove redundant doc
* remove redundant objects
* clean files
* change -d to default skipdet
* disable deterministic when using CUSTOM_MUTATOR
* revert fix
* final touches for skipdet
* remove unused var
* remove redundant eff struct (#1977)
* update QEMU-Nyx submodule (#1978)
* update QEMU-Nyx submodule (#1980)
* Fix type in AFL_NOOPT env variable in afl-cc help message (#1982)
* nits
* 2024 v4.10c release
* fixes
---------
Signed-off-by: Xeonacid <h.dwwwwww@gmail.com>
Co-authored-by: Sonic <50692172+SonicStark@users.noreply.github.com>
Co-authored-by: Xeonacid <h.dwwwwww@gmail.com>
Co-authored-by: Nils Bars <nils.bars@rub.de>
Co-authored-by: Jean-Romain Garnier <7504819+JRomainG@users.noreply.github.com>
Co-authored-by: Jean-Romain Garnier <jean-romain.garnier@airbus.com>
Co-authored-by: Sergej Schumilo <sergej@schumilo.de>
Co-authored-by: Christian Holler (:decoder) <choller@mozilla.com>
Co-authored-by: Han Zheng <35988108+kdsjZh@users.noreply.github.com>
Co-authored-by: Khaled Yakdan <yakdan@code-intelligence.com>
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When we started using AFL, it did not have an integrated GCC plugin.
There was one proposed by Austin Seipp, but for various reasons we
ended up using some of its infrastructure (runtime and wrapper), but
writing the GCC plugin proper from scratch.
With AFL++'s renewed interest in a GCC plugin, we rebased ours, with
some features that are or were missing in the one that was integrated:
* efficient, fully-functional inline and out-of-line instrumentation
Inline instrumentation was work in progress in the original plugin.
Controlled by AFL_GCC_OUT_OF_LINE.
* reproducible instrumentation
Obey -frandom-seed for pseudorandom number generation.
* licensing clarity and strict compliance
GPLv3+ for the plugin, that uses GCC internals; add a copy of the
license, as required.
* allow/deny list support
Copied and adjusted from the LLVM plugin implementation.
* neverZero support
Not as compact as the asm-wrapper version, but likely more efficient.
Both are quite thread-unsafe, with different caveats.
Controlled with AFL_GCC_SKIP_NEVERZERO.
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