def acq_names(self):
pyc_lst = self.pyclst
cur = self.cur
names = []
# print 'inside names',cur,hex(self.pyclst[cur]),chr(pyc_lst[cur])
size = functions.r_long(cur, pyc_lst)
cur += 5
# print 'inside names',cur,hex(self.pyclst[cur]),chr(pyc_lst[cur])
for i in range(size):
if chr(pyc_lst[cur]) == "t": # TYPE_INTERNED
char = chr(pyc_lst[cur])
length = functions.r_long(cur, pyc_lst)
cur += 5
strng = ""
for j in range(length):
strng += chr(pyc_lst[cur + j])
if char == "t":
stringref.append(strng)
name_value[strng] = strng
cur = cur + length
names.append(strng)
elif chr(pyc_lst[cur]) == "i": # TYPE_INT
x = functions.r_long(cur, pyc_lst)
if x >= INT_LIMIT:
x = x - (2 * INT_LIMIT)
names.append(x)
cur += 5
elif chr(pyc_lst[cur]) == "R": # TYPE_STRINGREF
index = functions.r_long(cur, pyc_lst)
names.append(stringref[index])
cur += 5
self.cur = cur
return names
def acq_cellvars(self):
pyc_lst = self.pyclst
cur = self.cur
cell_vars = []
size = functions.r_long(cur, pyc_lst)
cur += 5
self.cur = cur
return cell_vars
def acq_freevars(self):
pyc_lst = self.pyclst
cur = self.cur
free_vars = []
size = functions.r_long(cur, pyc_lst)
cur += 5
self.cur = cur
return free_vars
def acq_code(self):
"""co_code field"""
pyc_lst = self.pyclst
cur = self.cur
code = []
if chr(pyc_lst[cur]) == "c" and chr(pyc_lst[cur + 17]) == "s":
self.argcount = functions.r_long(cur, pyc_lst)
if self.argcount >= INT_LIMIT:
self.argcount -= 2 * INT_LIMIT
cur += 17
size = functions.r_long(cur, pyc_lst)
cur += 5
for i in range(size):
code.append(pyc_lst[cur + i])
cur = cur + size
self.cur = cur
return code
def acq_filename(self):
pyc_lst = self.pyclst
cur = self.cur
if chr(pyc_lst[cur]) == "s":
length = functions.r_long(cur, pyc_lst)
cur += 5
strng = ""
for j in range(length):
strng += chr(pyc_lst[cur + j])
cur += length
self.cur = cur
return strng
def acq_varnames(self):
"""co_varnames field"""
pyc_lst = self.pyclst
cur = self.cur
var_names = []
size = functions.r_long(cur, pyc_lst)
cur += 5
for i in range(size):
if chr(pyc_lst[cur]) == "t": # TYPE_INTERNED
char = chr(pyc_lst[cur])
length = functions.r_long(cur, pyc_lst)
cur += 5
strng = ""
for j in range(length):
strng += chr(pyc_lst[cur + j])
if char == "t":
stringref.append(strng)
cur = cur + length
var_names.append(strng)
self.cur = cur
return var_names
def acq_lnotab(self):
pyc_lst = self.pyclst
cur = self.cur
if chr(pyc_lst[cur]) == "t" or pyc_lst[cur] == 115: # TYPE_INTERNED
length = functions.r_long(cur, pyc_lst)
cur += 5
strng = ""
for j in range(length):
strng += str(pyc_lst[cur + j])
cur = cur + length
self.cur = cur
# print hex(pyc_lst[cur]),cur
return strng
def acq_consts(self):
pyc_lst = self.pyclst
cur = self.cur
consts = []
size = functions.r_long(cur, pyc_lst)
cur += 5
for i in range(size):
# print i,cur,hex(pyc_lst[cur]),chr(pyc_lst[cur])
if chr(pyc_lst[cur]) == "i": # TYPE_INT
x = functions.r_long(cur, pyc_lst)
if x >= INT_LIMIT:
x = x - (2 * INT_LIMIT)
consts.append(x)
cur += 5
elif pyc_lst[cur] == 78: # TYPE_NONE
consts.append(None)
cur += 1
elif chr(pyc_lst[cur]) == "t" or pyc_lst[cur] == 115: # TYPE_INTERNED or TYPE_STRING
char = chr(pyc_lst[cur])
length = functions.r_long(cur, pyc_lst)
cur += 5
strng = ""
for j in range(length):
strng += chr(pyc_lst[cur + j])
cur = cur + length
if char == "t":
stringref.append(strng)
consts.append(strng)
elif chr(pyc_lst[cur]) == "c": # TYPE_CODE
code_obj = code(pyc_lst, cur)
cur = code_obj.cur
consts.append(code_obj)
else:
print "NOT DEFIEND IN CO_CONSTS"
return
self.cur = cur
return consts
def acq_name(self):
pyc_lst = self.pyclst
cur = self.cur
cell_vars = []
if chr(pyc_lst[cur]) == "t" or pyc_lst[cur] == 115: # TYPE_INTERNED
length = functions.r_long(cur, pyc_lst)
char = chr(pyc_lst[cur])
cur += 5
strng = ""
for j in range(length):
strng += chr(pyc_lst[cur + j])
if char == "t":
stringref.append(strng)
cur = cur + length
elif chr(pyc_lst[cur]) == "R": # TYPE_STRINGREF
index = functions.r_long(cur, pyc_lst)
strng = ""
for j in range(index):
strng += chr(pyc_lst[cur + j])
cur += 5
self.cur = cur
return strng