Objective: To compile the assembly code so that it can run.
Current status: |>>>-----------------| 13%
- Able to enter the first scene
- The moving animation is strange
- open menu
- cannot shot
- Extend functionality using C language
- vs2022 or h
- ddisasm - https://github.com/GrammaTech/ddisasm
Open the cmd command line to make the above tool link/ddisasm executable.
Run set > env.txt in the project directory.
make compiles and generates bio2game/bio2re.exe.
Other targets in make are used to disassemble and generate main.S; this is the initial workflow.
Install dependencies
pip install angr pefile treelib
pip install git+https://github.com/yanmingsohu/ai-dasm.git
Check the consistency between the data definition label
and the source program binary.
python extract_data_labels.py src/unorganized.S bio2.exe > data_label.txt
python extract_data_labels.py src/data.S bio2.exe > data2_label.txt
Jump table switch structure check report
python parse_jumptable.py > jumptable.txt
Converting binary to constant definitions in ASM
python define_bin.py $L_403df8 01020304ffffffff
Converting binary to variable reference in ASM
python define_bin.py $L_403df8 01020304ffffffff -r
Converting binary from exe file to constant definitions or variable reference
python define_bin.py -e bio2.exe <Label> <end-address> [-r]
Snippets from the disassembler
python dasm.py bio2.exe 0x466350 0x4663d6
Search for data definitions within functions (and vice versa).
python defining_contradiction.py > test.txt
Find floating code
python defining_contradiction.py -j > floating_code.txt
Functional Dependency Analyzer
python defining_contradiction.py -f2 > functions.txt
Use AI to build function descriptions on a function dependency tree.
python defining_contradiction.py -f2 FUN_50d9da -ai > functions.txt
Detect the correspondence between memory addresses and tags in the disassembled data.
python defining_contradiction.py -bd src\data.S > data_cont.txt