def find(arg, int_size):
matches = []
addr = 0
for x in range(100):
newAddr = FindText(addr, SEARCH_DOWN, 0, 0, arg)
if newAddr != 0xffffffffffffffffL:
if newAddr > addr:
addr = newAddr
matches.append(addr)
else:
addr += 0x4
else:
break
string = copy(style)
string += "<p>"
for addr in matches:
regions = []
get_mem_recursive(addr, regions, int_size=int_size)
string += parse_mem(regions) + "<br>"
string += "</p>"
form.textEdit.append(string)
form.textEdit.verticalScrollBar().setValue(
form.textEdit.verticalScrollBar().maximum())
def get(addr, int_size, n=20):
string = copy(style)
string += "<p>"
for x in range(n):
regions = []
get_mem_recursive(addr + x * 4, regions, int_size=int_size)
string += parse_mem(regions) + "<br>"
string += "</p>"
form.textEdit.append(string)
form.textEdit.verticalScrollBar().setValue(form.textEdit.verticalScrollBar().maximum())
def deref_mem():
results = [[], []]
int_size = 4 if get_bits() else 8
for i, reg in [(i, getattr(cpu, i)) for i in registers]:
regions = []
get_mem_recursive(reg, regions, int_size=int_size)
results[0].append((i, regions))
for i in range(0, config["stack_display_length"]):
regions = []
get_mem_recursive(cpu.rsp + (i*int_size), regions, int_size=int_size)
results[1].append((i*int_size, regions))
return results
def deref_mem():
results = [[], []]
int_size = 4 if get_bits() else 8
for i, reg in [(i, getattr(cpu, i.strip(" "))) for i in registers]:
regions = []
get_mem_recursive(reg, regions, int_size=int_size)
results[0].append((i, regions))
for i in range(0, 100, 4):
regions = []
get_mem_recursive(cpu.rsp + i, regions, int_size=int_size)
results[1].append((i, regions))
return results
def deref_mem():
results = [[], []]
int_size = 4 if get_bits() else 8
for i, reg in [(i, get_rg(i))
for i in (x64_registers if int_size == 8 else x86_registers)
]:
regions = []
get_mem_recursive(reg, regions, int_size=int_size)
results[0].append((i, regions))
for i in range(0, config["stack_display_length"]):
regions = []
get_mem_recursive(get_rg("RSP" if int_size == 8 else "ESP") +
(i * int_size),
regions,
int_size=int_size)
results[1].append((i * int_size, regions))
return results
