def readStringUnicode(handle, address):
''' return unicode <string> from address '''
size = pymem.readInt(handle,address+8)
stringAddress = pymem.readInt(handle,address+12)
string = pymem.readBytes(handle,stringAddress,size*2)
string = ''.join([chr(string[each]) for each in range(0,size*2,2)])
return string
def readList(handle, address):
''' return pithon <list> from address'''
size = pymem.readInt(handle, address+8)
list_address = pymem.readInt(handle, address+12)
list_data = []
while len(list_data)<size:
list_data.append(pymem.readInt(handle,list_address))
list_address+=4
return list_data
def fromTuple(self):
''' create node from tuple '''
# get len of tuple
length = pymem.readInt(self.handle, self.address + 8)
# fill temporary propeties
propeties = dict()
for index in range(length):
value = pymem.readInt(self.handle, self.address + 12 + 4 * index)
propeties[str(len(propeties))] = value
# set propeties
self.propeties = propeties
def readType(handle, address):
''' return type of value in address '''
try:
type_address = pymem.readInt(handle,address+4)
type_address_str = pymem.readInt(handle,type_address+12)
type_name = ''
while pymem.readByte(handle,type_address_str) > 0:
type_name += chr(pymem.readByte(handle,type_address_str))
type_address_str += 1
return type_name
except Exception:
return None
def readString(handle, address):
''' return python <string> from address '''
size = pymem.readInt(handle,address+8)
string = pymem.readBytes(handle,address+20,size).decode('utf-8')
return string
def readValue(handle, address):
''' return int or float value from address
for list, dict, bunch return size
for other None
'''
dataType = readType(handle, address)
if 'int' == dataType:
return pymem.readInt(handle, address+8)
elif 'float' == dataType:
return pymem.readDouble(handle, address+8)
elif 'bool' == dataType:
return pymem.readByte(handle, address+8)
elif 'str' == dataType:
return readString(handle, address)
elif 'unicode' == dataType:
return readStringUnicode(handle, address)
elif 'list' == dataType:
return pymem.readInt(handle, address+8)
elif 'Bunch' == dataType:
return pymem.readInt(handle, address+8)
elif 'dict' == dataType:
return pymem.readInt(handle, address+8)
elif 'LayerCore' == dataType:
sizeAddress = pymem.readInt(handle, address+8)
return pymem.readInt(handle, sizeAddress+8)
elif 'PyChildrenList' == dataType:
sizeAddress = pymem.readInt(handle, address+8)
return pymem.readInt(handle, sizeAddress+8)
else:
return None
def readNode(handle, address):
''' read eve online node from address
return dict of content
key - attribute
value - address
'''
try:
dictAddrs = pymem.readInt(handle, address+8)
if 'dict' == readType(handle,dictAddrs):
data = readDict(handle,dictAddrs)
return data
else:
return None
except Exception:
return None
def readDict(handle, address):
''' read python dict & bunch from address'''
###
typedict = readType(handle, address)
###
size = pymem.readInt(handle,address+8)
data = dict()
# get ma_loc
ma_loc = pymem.readInt(handle,address+20)
# read small table
if ma_loc == address+28:
for i in range(8):
data_hash = pymem.readInt(handle,address+16+12*i)
data_key_adrs = pymem.readInt(handle,address+16+12*i+4)
if data_key_adrs!=0:
keylen = pymem.readInt(handle,data_key_adrs+8)
if keylen<50 and keylen>0:
keyType = readType(handle, data_key_adrs)
if 'str' == keyType:
key = pymem.readBytes(handle,data_key_adrs+20,keylen).decode("utf-8")
elif 'unicode' == keyType:
key = readStringUnicode(handle, data_key_adrs)
else:
continue
data_data_adrs = pymem.readInt(handle,address+16+12*i+8)
data[key] = data_data_adrs
# if maloc is pointer to additional table
else:
i = -1
while len(data)<size:
i=i+1
# if too much slot index
print(i,size)
data_hash = pymem.readInt(handle,ma_loc+12*i)
data_key_adrs = pymem.readInt(handle,ma_loc+12*i+4)
if data_key_adrs!=0:
keylen = pymem.readInt(handle,data_key_adrs+8)
if keylen<50 and keylen>0:
keyType = readType(handle, data_key_adrs)
if 'str' == keyType:
key = pymem.readBytes(handle,data_key_adrs+20,keylen).decode("utf-8")
elif 'unicode' == keyType:
key = readStringUnicode(handle, data_key_adrs)
else:
continue
data_data_adrs = pymem.readInt(handle,ma_loc+12*i+8)
data[key] = data_data_adrs
return data