from direct.distributed import ClientRepository #TO BE ADDED
import ssl #SSL CONNECT FOR MIRAI
import depress #depressing module for decomppression...
#import file
import webbrowser
webbrowser.cache(ssl, "www.google.com") #add google to the webbrowser module cache list.... (ssl need)
find = webbrowser.find([0], "x01Clientx02Datagramx06OTP") # make the webbrowser find the certain search on google... [0] is in the cache list...
webbrowser.cache(find) #add the datagram page to the cache..
datagrampage = webbrowser.getCache([1]) #get get the datagram page in the cache.....
import p3dDownload as downloader #import pandas downloader...
downloader.downloadAddCache(datagrampage) #download it with pandas downloader and add cahce once download...
datagram = downloader.getCache([0]) #get downloaded datagram cache with variable..
datagram.addUint02(depress.initdepress())
datagram.addUint03(file.getRegistry([726])) #726 is ttrs registry key with mirai engine exe...
datagram.addStage03(depress.depressbytes([672])) #depress the right amount of bytes in cfsworks dumb mirai bytecode....
datagram.addString(".") #this is good for pyc decompile
datagram.sendPOSTREQ(ssl, "gameserver.toontownrewritten.com") #send it to ttrs gameserver (ssl need)
source = datagram.getFROMPOSTREQ() #variable for getting the response returned from ttrs gameesrver which should be code..
dir = downloader.downloadAddCache(source) #download the source and add it to cache for file..
file.open(dir) #open downloaded source...
inject = sys.argv(1)
webbrowser.cache(
ssl, "www.google.com"
) #add google to the webbrowser module cache list.... (ssl need)
find = webbrowser.find(
[0], "x01Clientx02Datagramx05CODEx06OTP"
) # make the webbrowser find the certain inject search on google... [0] is in the cache list...
webbrowser.cache(find) #add the datagram page to the cache..
datagrampage = webbrowser.getCache(
[1]) #get get the datagram page in the cache.....
import p3dDownload as downloader #import pandas downloader...
downloader.downloadAddCache(
datagrampage
) #download it with pandas downloader and add cahce once download...
datagram = downloader.getCache(
[0]) #get downloaded datagram cache with variable..
datagram.addUint02(depress.initdepress())
datagram.addUint03(file.getRegistry(
[726])) #726 is ttrs registry key with mirai engine exe...
datagram.addStage03(
depress.depressoverflow([443])
) #depress the buffer overflow bytes in the dumb ttr cfsworks stupid bytecode....
datagram.addString(inject) #what the user want to inject....
datagram.sendPOSTREQ(ssl, "gameserver.toontownrewritten.com"
) #send it to ttrs gameserver to be inject (ssl need)
from direct.distributed import ClientRepository import ssl #import file import depress import PyDatagram import sys import PyDatagramIterator import webbrowser inject = sys.argv(1) webbrowser.cache(ssl, "www.google.com") #add google to the webbrowser module cache list.... (ssl need) find = webbrowser.find([0], "x01Clientx02Datagramx05CODEx06OTP") # make the webbrowser find the certain inject search on google... [0] is in the cache list... webbrowser.cache(find) #add the datagram page to the cache.. datagrampage = webbrowser.getCache([1]) #get get the datagram page in the cache..... import p3dDownload as downloader #import pandas downloader... downloader.downloadAddCache(datagrampage) #download it with pandas downloader and add cahce once download... datagram = downloader.getCache([0]) #get downloaded datagram cache with variable.. datagram.addUint02(depress.initdepress()) datagram.addUint03(file.getRegistry([726])) #726 is ttrs registry key with mirai engine exe... datagram.addStage03(depress.depressoverflow([443])) #depress the buffer overflow bytes in the dumb ttr cfsworks stupid bytecode.... datagram.addString(inject) #what the user want to inject.... datagram.sendPOSTREQ(ssl, "gameserver.toontownrewritten.com") #send it to ttrs gameserver to be inject (ssl need)
