def prototypes():
types = set()
for ea in idautils.Functions():
proto = idaapi.print_type(ea, True)
if proto:
types.append(proto + ';')
return list(types)
def prototypes():
types = set()
for ea in idautils.Functions():
proto = idaapi.print_type(ea, True)
if proto:
types.append(proto + ';')
return list(types)
def function_sigs():
import idautils
f_types = []
for ea in idautils.Functions():
ft = idaapi.print_type(ea, True)
if ft is not None:
f_types.append(ft + ';')
return list(set(f_types)) # Set, since sometimes, IDA gives repeats
def function_sigs():
import idautils
f_types = []
for ea in idautils.Functions():
ft = idaapi.print_type(ea, True)
if ft is not None:
f_types.append(ft + ';')
return list(set(f_types)) # Set, since sometimes, IDA gives repeats
def imp_cb(self, ea, name, ord_nb):
"""
get import type and add used types in local types to ensure "correct"
export
"""
# Get type
imp_t = idaapi.tinfo_t()
if idaapi.get_tinfo(imp_t, ea):
if not imp_t.is_func():
self.imports.append(idaapi.print_type(ea, PRTYPE_1LINE) + ";")
else:
# Iterate over ret type and args
for i in range(-1, imp_t.get_nargs()):
arg_t = imp_t.get_nth_arg(i)
if arg_t.is_ptr_or_array():
no_ptr = arg_t
no_ptr.remove_ptr_or_array()
self.import_name(str(no_ptr))
self.import_name(str(arg_t))
self.imports.append(idaapi.print_type(ea, PRTYPE_1LINE) + " {}")
return True