* Update Capstone and add m68k ColdFire support
* Fix test 'core regs linux m68k'
* Add M68K ColdFire integration coverage
* Update Capstone v6 to version 6.0.0-Alpha9
* Refactor CPU mode detection to use case-insensitive string comparison
* Update Capstone next revision to 3df6ff0
* Add first ring buffer implementation.
* Add likely and unlikely macros.
* Implement take and put
* Block writes to buffer if it is full.
* Make Is_open return bool and add unsafe fcn for is_empty
* Add ring buffer tests.
* Add blocking take() function to ring buffer.
* Add open() function to ring buffer
* Add ht benchmarks
* Initial implementation
* Finalize native per-group lookup support
* Lookup SSE2 implementation
* Improve hashing
* Add support for custom elem_size
* Avoid double h2 hashing when reserving slot
* Make custom elem_size support conditional
* Fix issues with bitwise and default lookup implementations
* Implement deletion trick optimization
* Track growth_size instead of deleted_slots
* Refactor SDB to access ht via API instead of internals
* Modify SDB tests which rely on hashtable order
* Fix SDB build warnings
* Fix bug with finding next power of two
* foreach_kv to return a bool result
* Change SDB diff order expected by serialize_analysis unit test
* Fix bug in the bitwise lookup implementation
* Remove second call to rz_core_init() which causes memory leaks
* Update some regression tests to accept reordered output
* Adapt ht clear to new implementation
* Use fini_kv_pair and fix 1 potential leak on malloc failure
* Fix cmd/types test after merge
* Avoid second call to calsize_key and avoid iter leaks on malloc failure
* Improve hash distribution
* Extend benchmark suite
* Fix bug with string hashing
* Branchless write to mirrored ctrl bytes
* Simplify string hash and remove potential UB
* Move RZ_PREFETCH macro to rz_types.h
* Add SSE2 discovery in Meson
* Forward SDB string hash function to ht string hash
* Try to revert test_cpu_profiles() to avoid relying on a baked SDB file
* Revert SDB/CDB hash function change
* Fix SDB reference to HT hash function instead of CDB hash
* Change calloc to malloc
* Avoid storing/checking key_len and key_value if they are ut64
* Improve string hash function
* Rename default hash functions
* Improve bench code
* linter.yml: set clang-path to point to llvm-18
* Add serenity to librt whitelist
This patch adds serenity to the list of operating systems that dont require librt to be explicity linked
* Disable PCRE2 JIT compilation
* Remove resolve_heap_tcache implementation
Serenity doesn't implement thread caching in its memory allocator, so tcache resolution is not applicable.
* Define rz_sys_pipe as pipe2 for serenity
* Add serenity identifier to rz_types.h
Define serenity as __UNIX__ like, and set RZ_SYS_OS to 'serenity' if __serenity__ identifier is defined
* Add zlib dependency for libzip
Improved `librz/hash/README.md` documentation to accurately reflect API usage, specifically `RzHash` vs `RzHashCfg`. Added a working C example `examples/api/hash/md5.c` demonstrating proper initialization and hashing workflow.
* Add function to memcpy memory with offset.
* Add count trailing zeros function.
* Add function to determine pointer alignment.
* Add helper to swap sequences of 2 bytes.
* Add helper to swap sequences of 4 bytes.
* Print pointer in warning
* Fix tests
* Use uintptr_t type to prevent undefined behavior.
* Remove alignment requirement and rely on malloc promises.
* Add in place byte swap functions.
* Move the endianness swapping into util/rz_endian
* Use GNU builtin __builtin_ctzll/clzll.
Also fixes the include guards of __builtin_clzll
and handles the undefined case of x == 0 of it.
* Add doxygen
* Added build files [Capstone to Zydis]
* x86 Analysis [Capstone to Zydis]
* Changed x86 RzIL [Capstone to Zydis]
* Changed asm and arch files [Capstone to Zydis]
* Compilation, build error and test fixes [Capstone to Zydis]
* Test changes [Capstone to Zydis]
* Remaining changes [Capstone to Zydis]
* Added BE support [Capstone to Zydis]
---------
Co-authored-by: tushar3q34 <tushar3q34@gmail.com>
* Added a CI-task to check if rizin could be used as subproject
* Fixed some new global-arguments in meson-build
Co-authored-by: amibranch <amibranch@users.noreply.github.com>
* Setting GNU99/C99 standard for subprojects
* Remove use of `add_global_arguments`
* Added extern "C" linkage specification to some public headers of rizin
* Changed the meson_git_wrapper.py-script to explicitly specify the output-path
* Made the RIZIN_BUILD_PATH conditional in the integration-test meson-build
Co-authored-by: amibranch <amibranch@users.noreply.github.com>
* Use pre-v5 enum names which are now supported by compatibility macros.
* Bump CS version to newest next
* Remove Capstone v6 job until v6 patch release is out.
* Check for support of enum compare/conversion warnings.
* Add a new test for checking 80-bit floating point operations
* New test `f80_ieee_div_test` tests the division of two 80-bit
floats
* Add SoftFloat 2c as a meson subproject
* Add softfloat code to make the failing test case pass
* Update the hash for the latest softfloat revision
* Implement `rz_float_sqrt` using SoftFloat
* Run the `f80_ieee_div_test` only for x86
* Replace SoftFloat version 2c with 3e
* 3e has less bugs and more features
* Modify the implementation in accordance
* Update SoftFloat revision and add a guard around the 80-bit div test
* Use SoftFloat for add, sub, mul operations as well
* Make rem and mod also use SoftFloat functions
* Also add test for mod and rem, and fix behavior of rem
* Add comment about behavior of mod and rem
* Add comments for tests which have different results for mod and rem
* Simplify usage of loop variable as suggested in review
* Remove unused macro from float.c
* Implement `FMA` and `ROUND` using SoftFloat API
* Add more tests for 80-bit floats
* Change remote to a repository under rizinorg
* Add info about the rounding mode in the Doxygen for rem and mod
* Add comments in tests for rem and mod in `test_float.c`
* Use bitvectors to initialize 80-bit soft floats
* This makes the tests more portable and hence they can be run on
any platform
* Remove guards for f80 tests since they are portable now
