how to download a bypass for hacking program~~~~

[Nerrazzuri]

Free WORKING BYPASS GET IT HERE RIGHT NOW!
100% Working, Run it.
If you scan it got Virus. It is programmed by theMida that gives off Viruses. Use it ask your own risk. I'm not responsible what happened to your computer.

How to use:
1. Download it
2. Extract Bypass.rar
3. Click on Bypass.exe

O.O really a bypass?i go try now :X

@Nerrazzuri
wah undeground le so pro :X

Who knws whr can get c++ tuts?

C++ tutorial?there is a lot tutorial for C++ for free on google. =)

[RubixFan]

Wow ... after all this i decided to realease a NEW and INPROVED bypass with contains a pin cracker
have fun XD

woohoo MLE cheat engine all hackes working !!!


below i updated trainer included

[iLostMyBallz]

GOOGLE @_@
Hmm maybe wad are the basic needs i also dun knw -.-

[NoobHacker]

GOOGLE @_@
Hmm maybe wad are the basic needs i also dun knw -.-

lmao google alot basic thing easy like shyt u gonna sleep while looking on it

[khawkit5]

ehh, the w8file.com come out the video but no link de?

[ernestytj]

-------------------------

[khawkit5]

so how?

[LearningCode]

I duno much about C++, because Google really teaches nothing =/

OOP is.. ?
An array, an allocator.. And a deallocator?

Like..

Code: Select all

//For the allocator and deallocator
int LowestIndex = 0;
int Stack = 0;

//For the OOP thingy, I guess =/
int IntegerArray [8190];

int GetAllocation () {
     int This = LowestIndex;

     if (This==0) {
        Stack=Stack+1;
        This=Stack;
     }

     if (This>8190) {
         return 0;
     }

     return This;
}

void DeAllocate(Integer) {
    if (Integer != null) {
        LowestIndex = Integer;
    }
}

void main () {
    int Loop = 1;
    int CurrentAllocation;    

    srand(time(0));

    while (Loop < 5) {
            CurrentAllocation= GetAllocation();
            IntegerArray[CurrentAllocation] = Loop;
            if (rand() % 2 == 1) {
                DeAllocate(CurrentAllocation);
            }

    Loop = Loop + 1;
    }
    
    /*What it'll do is allocate an instance of a struct, I guess =/
       Then, there are a few possible outcomes, Let us say the following happens:
       01) Loop Starts
       02) CurrentAllocation is set to "GetAllocation()"
       03) GetAllocation() set 'This' equal to 0 because LowestIndex is 0 right now
       04) This is equal to 0, so, Stack becomes 'Stack + 1' = 1, I don't want to allocate instance 0, lol
       05) GetAllocation() returns the value of '1'
       06) We set IntegerArray[1], a supposed struct member, to the current loop, 1
       07) We randomize a number, it's != 1, so we do not deallocate.
       08) Loop = Loop + 1 = 2
       09) CurrentAllocation is set to "GetAllocation()"
       10) GetAllocation() set 'This' equal to 0 because LowestIndex is 0 right now
       11) This is equal to 0, so, Stack becomes 'Stack + 1' = 2
       12) GetAllocation() returns the value of '2'
       13) We set IntegerArray[2], a supposed struct member, to the current loop, 2
       14) We randomize a number, it's != 1, so we do not deallocate.
       15) Loop = Loop + 1 = 3
       09) CurrentAllocation is set to "GetAllocation()"
       10) GetAllocation() set 'This' equal to 0 because LowestIndex is 0 right now
       11) This is equal to 0, so, Stack becomes 'Stack + 1' = 3
       12) GetAllocation() returns the value of '3'
       13) We set IntegerArray[3], a supposed struct member, to the current loop, 3
       14) We randomize a number, it's == 1, so we deallocate.
       15) We call DeAllocate(CurrentAllocation)
       16) DeAllocate checks if the given integer is == null
       17) It is not, so it sets LowestIndex to '3'
       18) Loop = Loop + 1 = 4
       19) CurrentAllocation is set to "GetAllocation()"
       20) GetAllocation() set 'This' equal to 3 because LowestIndex is 3 right now
       22) GetAllocation() returns the value of '3'
       23) We set IntegerArray[3], a supposed struct member, to the current loop, 4
       24) We randomize a number, it's == 1, so we deallocate.
       25) We call DeAllocate(CurrentAllocation)
       26) DeAllocate checks if the given integer is == null
       27) It is not, so it sets LowestIndex to '3'
       28) Loop = Loop + 1 = 5
       29) Loop is == 5 and is not smaller than it, so we end the loop there.

Let us take a look at the end results of out IntegerArray:
IntegerArray[1] = 1
IntegerArray[2] = 2
IntegerArray[3] = 4 <--- And not 3 XD

Erm.. Something like that? o.0

*/

}

[weilong111]

how to use ur bypass?

[tanbryan22]

how to use ur bypass?

open the application? LOL