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1ebc5e3f40
Also test out-of range values (by overshooting the current max for all arches). This relies on a small hack (directly importing the ctypes from capstone), because the Cs object does not expose the cs_group_name function directly. |
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|---|---|---|
| .. | ||
| arm | ||
| MC | ||
| benchmark.py | ||
| compile_all.sh | ||
| fuzz.py | ||
| ppcbranch.py | ||
| README | ||
| test_all.sh | ||
| test_c.sh | ||
| test_group_name.py | ||
| test_mc.py | ||
| test_mc.sh | ||
| test_python.sh | ||
| x86odd.py | ||
This directory contains some tools used by developers of Capstone project.
Average users should ignore all the contents here.
- arm/
Test some ARM's special input.
- MC/
Input used to test various architectures & modes.
- benchmark.py
This script benchmarks Python binding by disassembling some random code.
- test_*.sh
Run all the tests and send the output to external file to be compared later.
This is useful when we want to verify if a commit (wrongly) changes
the disassemble result.
- compile_all.sh
Compile Capstone for all platforms (*nix32, clang, cygwin, cross-compile) &
report the result as pass or fail.
- fuzz.py
This simple script disassembles random code for all archs (or selected arch)
in order to find segfaults.
- test_mc.sh
This script compares the output of Capstone with LLVM's llvm-mc with the
input coming from MC/. This relies on test_mc.py to do all the hard works.
- x86odd.py
Test some tricky X86 instructions.
- ppcbranch.py
Test some tricky branch PPC instructions.