def import_hardware_regs(overwrite_names, Path, import_segments):
segements = ParseHardwareregisterFile.get_segments(Path)
register = ParseHardwareregisterFile.get_register(Path)
if import_segments:
for seg in segements:
IDAtools.create_segement(seg, 0)
for regs in register:
IDAtools.create_object(regs, overwrite_names, 0)
def import_file(gui_Object, filePath, import_functions, import_objects,
import_sections, overwrite_names, offset):
progressCounter = 0
if filePath.endswith(".elf"): #elf file
elfReader = Elfloader(filePath)
if import_sections:
for sections in elfReader.get_all_sections():
IDAtools.create_segement(sections, offset)
listSymbols = elfReader.get_all_symbols()
for symbol in listSymbols:
gui_Object.set_progress(
int(progressCounter / len(listSymbols) * 100))
progressCounter = progressCounter + 1
Controller.create_function_data(symbol, overwrite_names,
offset, 'FUNC', 'OBJECT',
import_functions,
import_objects)
else: #Polypyus csv export
fileLines = open(filePath, 'r').readlines()
fileLines = [x.strip() for x in fileLines]
for i in fileLines:
gui_Object.set_progress(
int(progressCounter / len(fileLines) * 100))
progressCounter = progressCounter + 1
line = i.split(" ")
line = list(filter(None, line))
try:
symbol = {
'name': line[0],
'addr': str(int(line[1], 16)),
'size': line[2],
'type': line[4]
}
except (IndexError, ValueError):
continue
Controller.create_function_data(symbol, overwrite_names,
offset, 'FUNC', 'OBJECT',
import_functions,
import_objects)