mirror of
https://github.com/shibbo/3dcomp.git
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implement automatic hash checking for check.py
This commit is contained in:
shibbo
parent
13f995e093
commit
86061d72ae
61
build.py
61
build.py
@ -1,6 +1,8 @@
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# build.py
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# the main build script for building each library
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import glob
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import hashlib
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import subprocess
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import sys
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import os
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@ -35,6 +37,27 @@ COMPILER_CMD = f"-x c++ -O3 -fno-omit-frame-pointer -mno-implicit-float -fno-cxx
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COMPILER_PATH = pathlib.Path("compiler/nx/aarch64/bin/clang++.exe")
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OBJDUMP_PATH = pathlib.Path("compiler/nx/aarch64/bin/llvm-objdump.exe")
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# if we don't have this file, create it
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HASHES_BASE_PATH = pathlib.Path("data\\hashes.txt")
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CHANGED_PATH = pathlib.Path("data\\changed.txt")
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if not os.path.exists(CHANGED_PATH):
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open(CHANGED_PATH, 'a').close()
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# our hashes that we are starting out with
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start_hashes = {}
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if os.path.exists(HASHES_BASE_PATH):
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with open(HASHES_BASE_PATH, "r") as f:
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lines = f.readlines()
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for line in lines:
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line = line.strip("\n")
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spl = line.split("=")
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obj = spl[0]
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hash = spl[1]
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start_hashes[obj] = hash
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isNotWindows = os.name != 'nt'
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def genNinja(compile_tasks):
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@ -106,4 +129,40 @@ def generateMaps():
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with open(map_path, "w") as w:
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w.writelines(newOutput)
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compileLibraries(LIBRARIES)
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compileLibraries(LIBRARIES)
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obj_hashes = {}
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changed_objs = []
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for lib in LIBRARIES:
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objs = []
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if lib == "Game":
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objs = glob.glob(os.path.join("build", "**", "*.o"), recursive=True)
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else:
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objs = glob.glob(os.path.join("lib", lib, "build", "**", "*.o"), recursive=True)
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# generate our hashes
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for obj in objs:
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obj_hashes[obj] = hashlib.md5(open(obj,'rb').read()).hexdigest()
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# now we determine what objects were changed based on comparing the two MD5 hashes
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for obj in obj_hashes:
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if obj in start_hashes:
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if start_hashes[obj] != obj_hashes[obj]:
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changed_objs.append(obj)
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# do we have changed objs?
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# if we do, then we write those changed objects to our text file
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# if not, we clear the file
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if len(changed_objs) > 0:
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with open(CHANGED_PATH, "w") as w:
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for obj in changed_objs:
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w.write(f"{obj}\n")
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else:
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open(CHANGED_PATH, 'w').close()
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# write our new hashes
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with open(HASHES_BASE_PATH, "w") as w:
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for obj in obj_hashes:
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w.write(f"{obj}={obj_hashes[obj]}\n")
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312
check.py
312
check.py
@ -104,10 +104,33 @@ def getFunctionData(functionAddr, functionSize):
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return nso_file.getFunction(functionAddr, functionSize)
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if len(sys.argv) < 2:
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print("python check.py [-prog] [-no-diff] <mangled symbol>")
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objs_to_check = []
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funcs_to_check = []
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with open("data\\changed.txt", "r") as f:
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lines = f.readlines()
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for line in lines:
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objs_to_check.append(line.strip("\n"))
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if len(objs_to_check) == 0:
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print("There are no functions to check.")
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sys.exit(1)
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for obj in objs_to_check:
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with open(obj, "rb") as input:
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elf_file = ELFFile(input)
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symtab = elf_file.get_section_by_name('.symtab')
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for symbol in symtab.iter_symbols():
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section = symbol['st_shndx']
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if isinstance(section, int) and symbol.name != '':
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section_name = elf_file.get_section(section).name
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if section_name.startswith('.text'):
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if not symbol.name.startswith("$"):
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funcs_to_check.append(symbol.name)
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if "-prog" in sys.argv:
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genProgress()
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sys.exit(1)
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@ -115,174 +138,191 @@ if "-prog" in sys.argv:
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start = time.time()
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printDiff = True
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isChanged = False
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if "-no-diff" in sys.argv:
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sym = sys.argv[2]
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printDiff = False
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else:
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sym = sys.argv[1]
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# first let's see if our symbol even exists somewhere
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path = getModule("map", sym)
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for sym in funcs_to_check:
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print(f"{Fore.BLUE}{sym}{Style.RESET_ALL} =================================================")
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# first let's see if our symbol even exists somewhere
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path = getModule("map", sym)
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if path == "":
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for lib in LIBRARIES:
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path = getModule(f"lib/{lib}/map", sym)
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if path == "":
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for lib in LIBRARIES:
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path = getModule(f"lib/{lib}/map", sym)
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if path != "":
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break
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if path != "":
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break
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if path == "":
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print("Unable to find symbol.")
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sys.exit(1)
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functionSize = 0
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functionAddr = 0
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with open("data/main.map", "r") as f:
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lines = f.readlines()
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for line in lines:
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spl = line.split("=")
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name = spl[0]
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addr = spl[1]
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addr = int(addr[10:], 16)
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size = int(spl[2], 16)
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if sym == name:
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functionSize = size
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functionAddr = addr
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break
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funcData = getFunctionData(functionAddr, functionSize)
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capstone_inst = Cs(CS_ARCH_ARM64, CS_MODE_ARM + CS_MODE_LITTLE_ENDIAN)
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capstone_inst.detail = True
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capstone_inst.imm_unsigned = False
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if funcData == b'':
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print("Failed to fetch function data.")
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sys.exit(1)
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error_count = 0
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warning_count = 0
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original_instrs = list(capstone_inst.disasm(funcData, 0))
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with open(path, "rb") as f:
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elf = f
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elf_file = ELFFile(elf)
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symtab = elf_file.get_section_by_name('.symtab')
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if symtab.get_symbol_by_name(sym) is None:
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print("Could not find symbol in object file. This may be caused by the code not being compiled, the function being in the wrong C++ source file or the function signature being wrong.")
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if path == "":
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print("Unable to find symbol.")
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sys.exit(1)
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compiled_symbol = symtab.get_symbol_by_name(sym)[0]
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custom_offset = compiled_symbol["st_value"]
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custom_size = compiled_symbol['st_size']
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text = elf_file.get_section_by_name(f".text.{sym}")
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functionSize = 0
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functionAddr = 0
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constructor_swap = False
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with open("data/main.map", "r") as f:
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lines = f.readlines()
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if text is None:
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# it is very possible that we are dealing with a C1 / C2 swap...
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# for some reason, llvm-objdump dumps our symbols incorrectly
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# so the changes of the symbol being present in the object and being a ctor makes it possible we are seeing one of these swaps
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print("Possible constructor swap?")
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if "C1E" in sym:
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sym = sym.replace("C1E", "C2E")
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constructor_swap = True
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elif "C2E" in sym:
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sym = sym.replace("C2E", "C1E")
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constructor_swap = True
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# now let's try again
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text = elf_file.get_section_by_name(f".text.{sym}")
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for line in lines:
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spl = line.split("=")
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name = spl[0]
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addr = spl[1]
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addr = int(addr[10:], 16)
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size = int(spl[2], 16)
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if text is None:
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print("Could not find function in text data.")
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if sym == name:
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functionSize = size
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functionAddr = addr
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break
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funcData = getFunctionData(functionAddr, functionSize)
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capstone_inst = Cs(CS_ARCH_ARM64, CS_MODE_ARM + CS_MODE_LITTLE_ENDIAN)
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capstone_inst.detail = True
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capstone_inst.imm_unsigned = False
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if funcData == b'':
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print("Failed to fetch function data.")
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continue
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error_count = 0
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warning_count = 0
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original_instrs = list(capstone_inst.disasm(funcData, 0))
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with open(path, "rb") as f:
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elf = f
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elf_file = ELFFile(elf)
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symtab = elf_file.get_section_by_name('.symtab')
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if symtab.get_symbol_by_name(sym) is None:
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print("Could not find symbol in object file. This may be caused by the code not being compiled, the function being in the wrong C++ source file or the function signature being wrong.")
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sys.exit(1)
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custom_data = text.data()[custom_offset:custom_offset + custom_size]
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custom_instructions = list(capstone_inst.disasm(custom_data, 0))
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compiled_symbol = symtab.get_symbol_by_name(sym)[0]
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custom_offset = compiled_symbol["st_value"]
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custom_size = compiled_symbol['st_size']
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text = elf_file.get_section_by_name(f".text.{sym}")
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orig_length = len(list(original_instrs))
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cust_length = len(list(custom_instructions))
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constructor_swap = False
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instr_equal = True
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regs_equal = True
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if text is None:
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# it is very possible that we are dealing with a C1 / C2 swap...
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# for some reason, llvm-objdump dumps our symbols incorrectly
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# so the changes of the symbol being present in the object and being a ctor makes it possible we are seeing one of these swaps
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print("Possible constructor swap?")
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if "C1E" in sym:
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sym = sym.replace("C1E", "C2E")
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constructor_swap = True
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elif "C2E" in sym:
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sym = sym.replace("C2E", "C1E")
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constructor_swap = True
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# now let's try again
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text = elf_file.get_section_by_name(f".text.{sym}")
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# did we have to correct our llvm-objdump? if so, we swap our symbol we are marking here
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if constructor_swap:
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if "C1E" in sym:
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sym = sym.replace("C1E", "C2E")
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elif "C2E" in sym:
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sym = sym.replace("C2E", "C1E")
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if text is None:
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print("Could not find function in text data.")
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sys.exit(1)
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for i in range(orig_length):
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curOrigInstr = original_instrs[i]
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curCustInstr = custom_instructions[i]
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custom_data = text.data()[custom_offset:custom_offset + custom_size]
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custom_instructions = list(capstone_inst.disasm(custom_data, 0))
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orig_operands = curOrigInstr.operands
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cust_operands = curCustInstr.operands
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orig_length = len(list(original_instrs))
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cust_length = len(list(custom_instructions))
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if str(curOrigInstr) == str(curCustInstr):
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if printDiff == True:
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print(f"{Fore.GREEN}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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continue
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instr_equal = True
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regs_equal = True
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if curOrigInstr.id != curCustInstr.id:
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print(f"{Fore.RED}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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instr_equal = False
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continue
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# did we have to correct our llvm-objdump? if so, we swap our symbol we are marking here
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if constructor_swap:
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if "C1E" in sym:
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sym = sym.replace("C1E", "C2E")
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elif "C2E" in sym:
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sym = sym.replace("C2E", "C1E")
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for j in range(len(orig_operands)):
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if orig_operands[j].reg != cust_operands[j]:
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# ADRP and ADD can give of wrong operands because of us not linking, same with LDR
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if curOrigInstr.id == ARM64_INS_ADRP or curOrigInstr.id == ARM64_INS_ADD or curOrigInstr.id == ARM64_INS_LDR:
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print(f"{Fore.YELLOW}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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# B and BL instructions
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elif curOrigInstr.id == ARM64_INS_B or curOrigInstr.id == ARM64_INS_BL:
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print(f"{Fore.YELLOW}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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else:
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print(f"{Fore.RED}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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regs_equal = False
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break
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for i in range(orig_length):
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curOrigInstr = original_instrs[i]
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curCustInstr = custom_instructions[i]
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isAlreadyMarked = False
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orig_operands = curOrigInstr.operands
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cust_operands = curCustInstr.operands
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if str(curOrigInstr) == str(curCustInstr):
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if printDiff == True:
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print(f"{Fore.GREEN}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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continue
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if curOrigInstr.id != curCustInstr.id:
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print(f"{Fore.RED}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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instr_equal = False
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continue
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for j in range(len(orig_operands)):
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if orig_operands[j].reg != cust_operands[j]:
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# ADRP and ADD can give of wrong operands because of us not linking, same with LDR
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if curOrigInstr.id == ARM64_INS_ADRP or curOrigInstr.id == ARM64_INS_ADD or curOrigInstr.id == ARM64_INS_LDR:
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print(f"{Fore.YELLOW}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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# B and BL instructions
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elif curOrigInstr.id == ARM64_INS_B or curOrigInstr.id == ARM64_INS_BL:
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print(f"{Fore.YELLOW}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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else:
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print(f"{Fore.RED}{str(curOrigInstr):<80}{curCustInstr}{Style.RESET_ALL}")
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regs_equal = False
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break
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isAlreadyMarked = False
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if instr_equal == True and regs_equal == True:
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with open("data/main.map", "r") as f:
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csvData = f.readlines()
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outCsv = []
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for c in csvData:
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spl = c.split("=")
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if spl[0] == sym and spl[3] == "false\n":
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outCsv.append(f"{spl[0]}={spl[1]}={spl[2]}=true\n")
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elif spl[0] == sym and spl[3] == "true\n":
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isAlreadyMarked = True
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outCsv.append(c)
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# we have a matching function
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if instr_equal == True and regs_equal == True:
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for c in csvData:
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spl = c.split("=")
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if spl[0] == sym and spl[3] == "false\n":
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outCsv.append(f"{spl[0]}={spl[1]}={spl[2]}=true\n")
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elif spl[0] == sym and spl[3] == "true\n":
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isAlreadyMarked = True
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outCsv.append(c)
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else:
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outCsv.append(c)
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if isAlreadyMarked == True:
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print("Function is already marked as decompiled.")
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else:
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outCsv.append(c)
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print("Function is matching! Marking as decompiled...")
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isChanged = True
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# we have a nonmatching function
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else:
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for c in csvData:
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spl = c.split("=")
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if spl[0] == sym and spl[3] == "true\n":
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outCsv.append(f"{spl[0]}={spl[1]}={spl[2]}=false\n")
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elif spl[0] == sym and spl[3] == "false\n":
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outCsv.append(c)
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else:
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outCsv.append(c)
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if isAlreadyMarked == True:
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print("Function was marked as decompiled, but does not match. Marking as undecompiled...")
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if instr_equal == True and regs_equal == False:
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print("Function has matching instructions, but operands are not equal.")
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elif instr_equal == False and regs_equal == True:
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print("Function has matching operands, but instructions are not equal.")
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elif instr_equal == False and regs_equal == False:
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print("Function does not match in either instructions or operands.")
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with open("data/main.map", "w") as w:
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w.writelines(outCsv)
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if isAlreadyMarked == True:
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print("Function is already marked as decompiled.")
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else:
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print("Function is matching! Marking as decompiled...")
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genProgress()
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elif instr_equal == True and regs_equal == False:
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print("Function has matching instructions, but operands are not equal.")
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elif instr_equal == False and regs_equal == True:
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print("Function has matching operands, but instructions are not equal.")
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elif instr_equal == False and regs_equal == False:
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print("Function does not match in either instructions or operands.")
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if isChanged:
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genProgress()
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end = time.time()
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length = end - start
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0
data/changed.txt
Normal file
0
data/changed.txt
Normal file
@ -1,6 +1,6 @@
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{
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"schemaVersion": 1,
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"label": "decompiled",
|
||||
"message": "0.1468%",
|
||||
"message": "0.149%",
|
||||
"color": "blue"
|
||||
}
|
||||
20
data/hashes.txt
Normal file
20
data/hashes.txt
Normal file
@ -0,0 +1,20 @@
|
||||
lib\ActionLibrary\build\Library\Actor\ActorSensorController.o=279b3ed9791554d0c81b6457dd38f43f
|
||||
lib\ActionLibrary\build\Library\Actor\ActorSensorUtil.o=974779dd78598c2acb5521b6f0d19408
|
||||
lib\ActionLibrary\build\Library\Collision\Collider.o=c25595eb11dfc382b0e944261c8293a5
|
||||
lib\ActionLibrary\build\Library\Collision\HitInfo.o=b5f0cee66dd02a40ddd29a92d46b6b64
|
||||
lib\ActionLibrary\build\Library\HitSensor\HitSensor.o=779957dcecf6759d589dd8049dd5e1b6
|
||||
lib\ActionLibrary\build\Library\HitSensor\HitSensorKeeper.o=1c00b0d7dbda052adeeb44aef677bac5
|
||||
lib\ActionLibrary\build\Library\HitSensor\SensorHitGroup.o=81f22962ed5b63f782f05e8dc0a3c195
|
||||
lib\ActionLibrary\build\Library\Item\ActorItemFunction.o=5206fb53708087211f95ea01286dbba5
|
||||
lib\ActionLibrary\build\Library\Item\ActorItemInfo.o=f9c94c24ebeaede804baaefeffe0b1ed
|
||||
lib\ActionLibrary\build\Library\Item\ActorItemKeeper.o=fa38e0001496e8e2b51a5c83e8ad8c49
|
||||
lib\ActionLibrary\build\Library\Item\ActorScoreInfo.o=abd2bb10df1ba1212a1256ef7d50639b
|
||||
lib\ActionLibrary\build\Library\Item\ActorScoreKeeper.o=8d923c76eda0825d663da363a61b4d71
|
||||
lib\ActionLibrary\build\Library\LiveActor\LiveActor.o=4add73d475a9e9e66a12bf9b88601c64
|
||||
lib\ActionLibrary\build\Library\Nerve\NerveExecutor.o=d740f10f087c3bd155429578d7954536
|
||||
lib\ActionLibrary\build\Library\Nerve\NerveKeeper.o=d91b53bcf1a4bee36cdb6b6c85f70c24
|
||||
lib\ActionLibrary\build\Library\Nerve\NerveStateBase.o=3e3da64b3f5229c0e5afe27433fb191b
|
||||
lib\ActionLibrary\build\Library\Nerve\NerveStateCtrl.o=ea817ea8c505dc6cca0257f3001160c8
|
||||
lib\ActionLibrary\build\Library\Yaml\ByamlArrayIter.o=f02b3f737394c04b4a99e657ec4bb00e
|
||||
lib\ActionLibrary\build\Library\Yaml\ByamlStringTableIter.o=5c4df7764719debcbe1fa84b1c6f81cc
|
||||
lib\sead\build\heap\IDisposer.o=6214e5f376fabad9763a7af22b3e7c43
|
||||
@ -50466,13 +50466,13 @@ _ZN2al15setDisasterModeEPNS_9LiveActorEb=0000007100828FB0=0000004C=false
|
||||
_ZN2al14isDisasterModeEPNS_9LiveActorE=0000007100829000=00000050=false
|
||||
_ZN2al16stopAllPadRumbleEPNS_9LiveActorE=0000007100829050=00000024=false
|
||||
_ZN2al12isSingleModeEPKNS_9LiveActorE=0000007100829080=00000018=false
|
||||
_ZN2al21ActorSensorControllerC1EPNS_9LiveActorEPKc=00000071008290A0=00000054=true
|
||||
_ZN2al21ActorSensorControllerC1EPNS_9LiveActorEPKc=00000071008290A0=00000054=false
|
||||
_ZN2al21ActorSensorController14setSensorScaleEf=0000007100829100=00000034=true
|
||||
_ZN2al21ActorSensorController15setSensorRadiusEf=0000007100829140=0000000C=true
|
||||
_ZN2al21ActorSensorController24setSensorFollowPosOffsetERKN4sead7Vector3IfEE=0000007100829150=00000018=true
|
||||
_ZN2al21ActorSensorController26resetActorSensorControllerEv=0000007100829170=00000024=minor
|
||||
_ZN2al25ActorSensorControllerListC1Ei=00000071008291A0=00000070=true
|
||||
_ZN2al25ActorSensorControllerList9addSensorEPNS_9LiveActorEPKc=0000007100829210=00000080=true
|
||||
_ZN2al25ActorSensorControllerListC1Ei=00000071008291A0=00000070=false
|
||||
_ZN2al25ActorSensorControllerList9addSensorEPNS_9LiveActorEPKc=0000007100829210=00000080=false
|
||||
_ZN2al25ActorSensorControllerList17setAllSensorScaleEf=0000007100829290=0000005C=minor
|
||||
_ZN2al25ActorSensorControllerList29resetAllActorSensorControllerEv=00000071008292F0=0000004C=minor
|
||||
_ZN2al18addHitSensorPlayerEPNS_9LiveActorERKNS_13ActorInitInfoEPKcftRKN4sead7Vector3IfEE=0000007100829340=0000008C=false
|
||||
|
||||
Loading…
Reference in New Issue
Block a user