Paltalk Buddy List

loco in action again 😆 , I got sick with pt programming for now, I concentrate my learning in masm32 and dont know how to do a split function in asm 😆

masm32 in short definition is assembly 32 bits programming, like you code in high level programming language(vb6); when you code in masm32, you code in assembly language, I progress slowly 🙁

Sine BattleStar-Galactica did not post the code yet I had to figure it all by myself
So here a short c++ console APP that print your buddy-list.
With some code I stole from autopilot 😆

#include 

#include 

#include 

#include 



//  I hate "using"! :-)

// using namespace std;



void GetTVItem(HWND hwnd, HTREEITEM htvitem, char *buff, int buff_len);



int main(int argc, char *argv[])

{

HWND seinfeldsuperman, wtlsplitterwindow, atla, gradienttreeviewclass;



seinfeldsuperman = FindWindow("seinfeld_superman", NULL);

wtlsplitterwindow = FindWindowEx(seinfeldsuperman, 0, "wtl_splitterwindow", NULL);

// Paltalk 9.1

atla = FindWindowEx(wtlsplitterwindow, 0, "atl:006d06d0", NULL);

if (atla == NULL) /// Paltalk Scene

atla = FindWindowEx(wtlsplitterwindow, 0, "ATL:006FBF78", NULL);

if (atla == NULL) // Paltalk  8.5

atla = FindWindowEx(wtlsplitterwindow, 0, "ATL:00547638", NULL);

gradienttreeviewclass = FindWindowEx(atla, 0, "gradienttreeviewclass", NULL);



HTREEITEM htvitem = TreeView_GetRoot(gradienttreeviewclass);

char text[256];



while (htvitem) {

/// get root item (Pals, Offline, and custome groups)

GetTVItem(gradienttreeviewclass, htvitem, text, 256);

// comment the followong 2 lines to see onffine too

if (!std::string("Offline").compare(0, 7, text, 0, 7))

break;

std::cout << text << std::endl;

// get 1st buddy in this group

HTREEITEM htvitem1 = TreeView_GetChild(gradienttreeviewclass, htvitem);

while (htvitem1) {

GetTVItem(gradienttreeviewclass, htvitem1, text, 256);

std::cout << "  " << text << std::endl;

/// get next buddy

htvitem1 = TreeView_GetNextSibling(gradienttreeviewclass, htvitem1);

}

htvitem = TreeView_GetNextSibling (gradienttreeviewclass, htvitem);

}

system("PAUSE");

return EXIT_SUCCESS;

}

void GetTVItem(HWND hwnd, HTREEITEM htvitem, char *buff, int buff_len)

{

DWORD lProcID;

// Get the process ID in which the TreeView is running

GetWindowThreadProcessId(hwnd, &lProcID);

if (lProcID != 0) {

// make sure we have read write permissions in the process space

HANDLE hProc = OpenProcess(PROCESS_VM_OPERATION|PROCESS_VM_READ|PROCESS_VM_WRITE, FALSE, lProcID);

if (hProc != 0) {

// Grab enough memory in the other procedure's space to hold our TVITEM and the return text buffer

void *lxproc_tvitem = VirtualAllocEx(hProc, 0, sizeof(TVITEM)+buff_len, MEM_COMMIT|MEM_RESERVE, PAGE_READWRITE);



// Set up our local TVITEM

TVITEM tv_item;



tv_item.mask = TVIF_TEXT;

tv_item.hItem = htvitem;

tv_item.pszText = static_cast(lxproc_tvitem)+sizeof(TVITEM);

tv_item.cchTextMax = buff_len;



// Copy the local TVITEM into the space we reserved in the foreign process

WriteProcessMemory(hProc, lxproc_tvitem, &tv_item, sizeof(TVITEM), NULL);



// Now send the message, but pass the address of the copy of our TVITEM that now exists in the foreign process instead of our local versiony

BOOL res = TreeView_GetItem(hwnd, lxproc_tvitem);

if (res) {

// the return text buffer (address) may have changed so we need to copy it back

ReadProcessMemory(hProc, lxproc_tvitem, &tv_item, sizeof(TVITEM), NULL);

// Since we have no clue about it's length we have to copy it all

ReadProcessMemory(hProc, tv_item.pszText, buff, buff_len, NULL);

// Note: last line is a bit risky if buffer was actually changed

// Because we could cross page boundary and hit a non-alloocated

// page.

} else {

*buff = '';

}

// Clean up

VirtualFreeEx(hProc, lxproc_tvitem, 0, MEM_RELEASE);

CloseHandle(hProc);

}

}

}