def r_code(self, obj):
#print "[*] argcount"
argcount = parse.pyLong(0, long(obj.co_argcount), "NA")
#print "[*] nlocals"
nlocals = parse.pyLong(0, long(obj.co_nlocals), "NA")
#print "[*] stacksize"
stacksize = parse.pyLong(0, long(obj.co_stacksize), "NA")
#print "[*] flags"
flags = parse.pyLong(0, long(obj.co_flags), "NA")
#print "[*] code"
code = parse.pyString(0, obj.co_code, "NA")
#print "[*] consts"
consts = self.r_object(obj.co_consts)
#print "[*] names"
names = self.r_object(obj.co_names)
#print "[*] varnames"
varnames = self.r_object(obj.co_varnames)
#print "[*] freevars"
freevars = self.r_object(obj.co_freevars)
#print "[*] cellvars"
cellvars = self.r_object(obj.co_cellvars)
#print "[*] filename"
filename = parse.pyString(0, obj.co_filename, "NA")
#print "[*] name"
name = parse.pyString(0, obj.co_name, "NA")
#print "[*] firstlineno"
firstlineno = parse.pyLong(0, long(obj.co_firstlineno), "NA")
#print "[*] lnotab"
lnotab = parse.pyString(0, obj.co_lnotab, "NA")
return parse.pyCode(0, argcount, nlocals, stacksize, flags, code,
consts, names, varnames, freevars, cellvars,
filename, name, firstlineno, lnotab,
self.verboseDisasm, False)
def r_object(self, obj):
if type(obj) == types.StringType:
return parse.pyString(0, obj, "NA")
elif type(obj) == types.UnicodeType:
return parse.pyUnicode(0, obj, "NA")
elif type(obj) == types.NoneType:
return parse.pyNone(0)
elif type(obj) == types.IntType:
return parse.pyLong(0, long(obj), "NA")
elif type(obj) == types.FloatType:
return parse.pyFloat(0, float(obj), "NA")
elif type(obj) == types.TupleType:
return self.r_tuple(obj)
elif type(obj) == types.CodeType:
return self.r_code(obj)
#return parse.pyString(0, obj.co_code, "NA")
else:
print "UNKNOWN DATA TYPE: %s"%(type(obj))
def r_object(self, obj):
if type(obj) == types.StringType:
return parse.pyString(0, obj, "NA")
elif type(obj) == types.UnicodeType:
return parse.pyUnicode(0, obj, "NA")
elif type(obj) == types.NoneType:
return parse.pyNone(0)
elif type(obj) == types.IntType:
return parse.pyLong(0, long(obj), "NA")
elif type(obj) == types.FloatType:
return parse.pyFloat(0, float(obj), "NA")
elif type(obj) == types.TupleType:
return self.r_tuple(obj)
elif type(obj) == types.CodeType:
return self.r_code(obj)
#return parse.pyString(0, obj.co_code, "NA")
else:
print "UNKNOWN DATA TYPE: %s" % (type(obj))
def r_code(self, obj):
#print "[*] argcount"
argcount = parse.pyLong(0, long(obj.co_argcount), "NA")
#print "[*] nlocals"
nlocals = parse.pyLong(0, long(obj.co_nlocals), "NA")
#print "[*] stacksize"
stacksize = parse.pyLong(0, long(obj.co_stacksize), "NA")
#print "[*] flags"
flags = parse.pyLong(0, long(obj.co_flags), "NA")
#print "[*] code"
code = parse.pyString(0, obj.co_code, "NA")
#print "[*] consts"
consts = self.r_object(obj.co_consts)
#print "[*] names"
names = self.r_object(obj.co_names)
#print "[*] varnames"
varnames = self.r_object(obj.co_varnames)
#print "[*] freevars"
freevars = self.r_object(obj.co_freevars)
#print "[*] cellvars"
cellvars = self.r_object(obj.co_cellvars)
#print "[*] filename"
filename = parse.pyString(0, obj.co_filename, "NA")
#print "[*] name"
name = parse.pyString(0, obj.co_name, "NA")
#print "[*] firstlineno"
firstlineno = parse.pyLong(0, long(obj.co_firstlineno), "NA")
#print "[*] lnotab"
lnotab = parse.pyString(0, obj.co_lnotab, "NA")
return parse.pyCode(0, argcount, nlocals,
stacksize, flags, code,
consts, names,
varnames, freevars,
cellvars, filename,
name, firstlineno,
lnotab, self.verboseDisasm,
False)
