[Source Code] TeamXPG Trainer Engine

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This engine was made public by it's creator PermaNulled at Christmas time, http://www.xpgamesaves.com/topic/58863-merry-x-mas-source-code/#.UVqB06LvvDc please visit the original thread and drop him a +rep for sharing with the community.

I am simply re-uploading the engine for all XPG Gold members to use and learn from ​

This may also be used as a discussion thread where you are welcome to share info and tricks with the community anyone having issues using the engine please look through the tutorials posted on site and/or feel free to start a tread regarding the problem your having for more in depth support

:good2: Happy Training!! :good2:​

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Here is my most basic source for a +3 trainer for sonic adventures 2 I did a long time ago :LOL:

I have added in some comments to help understand what is going on, just make a new .h file and name it what you want, add it to your solution and C&P this in ,,edit as needed

Spoiler

Code:

#include "common.h"

UINT32 g_titleID = 0x58411202; //<<<< add your games Title ID# here 


VOID ShowTrainerMain()
{
	//you can edit this as you wish to change the text on the header of the message box
	Prompt = XShowMessageBoxUI(0, L"TeamXPG XPGamesaves.com begallegal1", L"~Sonic Adventure 2 XBLA +3~\r\nView Available Codes: DPAD-DOWN(x4)\r\n", ARRAYSIZE(g_strButtons), g_strButtons, 0, XMB_PASSCODEMODE, &g_mb_result, &g_xol);
}


VOID ProcessButtonPress( MESSAGEBOX_RESULT g_mb_result )
{
	//This prompts the message box that will show your cheats and the passcode used to enable them.(edit text as needed)
    if( g_mb_result.rgwPasscode[0] == DPAD_DOWN && g_mb_result.rgwPasscode[1] == DPAD_DOWN && g_mb_result.rgwPasscode[2] == DPAD_DOWN && g_mb_result.rgwPasscode[3] == DPAD_DOWN )
    {
        Sleep(500);
		XShowMessageBoxUI(0, L"Viewing All Available Codes", L"Max Score Press X(x4) \r\n~~~~~~~~~~~~~~~ \r\n99 Lives Press LB(x4) \r\n~~~~~~~~~~~~~~~ \r\nMax Rings Press Y(x4) \r\n~~~~~~~~~~~~~~~", ARRAYSIZE(g_strButtons), g_strButtons, 0, XMB_NOICON, &g_mb_result, &g_xol);

        memset( &g_mb_result.rgwPasscode[0], 0x00, 0x02 );
        memset( &g_mb_result.rgwPasscode[1], 0x00, 0x02 );
        memset( &g_mb_result.rgwPasscode[2], 0x00, 0x02 );
        memset( &g_mb_result.rgwPasscode[3], 0x00, 0x02 );
        Prompt = 0x9999;

    }


	//This is our first cheat that is enabled by pressing the 'X' button 4 times when the passcode message box is open 
    if( g_mb_result.rgwPasscode[0] == X_BUTTON && g_mb_result.rgwPasscode[1] == X_BUTTON && g_mb_result.rgwPasscode[2] == X_BUTTON && g_mb_result.rgwPasscode[3] == X_BUTTON )
    {
        Sleep(500);
    
        {

        XShowMessageBoxUI(0, L"Cheat Enabled Successfully", L"Max Score - Enabled\r\nMax Score On Every Level!!", ARRAYSIZE(g_strButtons), g_strButtons, 0, XMB_NOICON, &g_mb_result, &g_xol);
          
		//because this is a 32 bit offset used for score in this game, it will use 4 0x00 bytes to set the new value (compare to 16 bit below)
        BYTE multi1[4] = { 0x05, 0xf5, 0xe0, 0xff };
        memcpy( (void*)0x83850298, multi1, 4);
		
		//NOTE**** memcpy (above) is used for Jtag-RGH freeboot consoles, DmSetMemory (below) is used for Dev kernel/XDK consoles
		//Comment out one or the other for your console type. 
		
		//DmSetMemory( (void*)0x83850298, 4, multi1, NULL );

        }

        memset( &g_mb_result.rgwPasscode[0], 0x00, 0x02 );
        memset( &g_mb_result.rgwPasscode[1], 0x00, 0x02 );
        memset( &g_mb_result.rgwPasscode[2], 0x00, 0x02 );
        memset( &g_mb_result.rgwPasscode[3], 0x00, 0x02 );
        Prompt = 0x9999;
    }
	
	//Another cheat using the LB button 
	if( g_mb_result.rgwPasscode[0] == LEFT_BUMPER && g_mb_result.rgwPasscode[1] == LEFT_BUMPER && g_mb_result.rgwPasscode[2] == LEFT_BUMPER && g_mb_result.rgwPasscode[3] == LEFT_BUMPER )
    {
        Sleep(500);
      
        {
		
            XShowMessageBoxUI(0, L"Cheat Enabled Successfully", L"99 Lives - Enabled\r\n99 Lives! ", ARRAYSIZE(g_strButtons), g_strButtons, 0, XMB_NOICON, &g_mb_result, &g_xol);
            
		//because this is a 16 bit offset I used for lives in this game, it will use 2 0x00 bytes to set the new value (compare to 32 bit above)
        BYTE Lives1[2] = { 0x00 , 0x63  };
        memcpy( (void*)0x8385026C, Lives1, 2);
		//DmSetMemory( (void*)0x8385026C, 2 , Lives1, NULL );

        }

        memset( &g_mb_result.rgwPasscode[0], 0x00, 0x02 );
        memset( &g_mb_result.rgwPasscode[1], 0x00, 0x02 );
        memset( &g_mb_result.rgwPasscode[2], 0x00, 0x02 );
        memset( &g_mb_result.rgwPasscode[3], 0x00, 0x02 );
        Prompt = 0x9999;
    }
	
	//Another cheat using the 'Y' button
	if( g_mb_result.rgwPasscode[0] == Y_BUTTON && g_mb_result.rgwPasscode[1] == Y_BUTTON && g_mb_result.rgwPasscode[2] == Y_BUTTON && g_mb_result.rgwPasscode[3] == Y_BUTTON )
	{
		Sleep(500);

		{

			XShowMessageBoxUI(0, L"Cheat Enabled Successfully", L"Max Rings - Enabled\r\nGet Max Rings On Every Level!\r\n", ARRAYSIZE(g_strButtons), g_strButtons, 0, XMB_NOICON, &g_mb_result, &g_xol);

			//because this is a 16 bit offset I used for rings in this game, it will use 2 0x00 bytes to set the new value (compare to 32 bit above)
			BYTE Rings1[2] = { 0x03, 0xe7 };
			memcpy( (void*)0x83850270, Rings1 , 2);
			//DmSetMemory( (void*)0x83850270, 2 , Rings1,  NULL );
		}

		memset( &g_mb_result.rgwPasscode[0], 0x00, 0x02 );
		memset( &g_mb_result.rgwPasscode[1], 0x00, 0x02 );
		memset( &g_mb_result.rgwPasscode[2], 0x00, 0x02 );
		memset( &g_mb_result.rgwPasscode[3], 0x00, 0x02 );
		Prompt = 0x9999;
		}
}