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windows-nt/Source/XPSP1/NT/multimedia/media/dplay/dpwsock/dpspimp.cpp
CryptoAlgo Inc b3cac27891 Add source files
2020-09-26 16:20:57 +08:00

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// =================================================================
//
// Direct Play Network Methods
//
// Functions to manage communications over a network.
//
//
// =================================================================
#ifndef WIN32_LEAN_AND_MEAN
#define WIN32_LEAN_AND_MEAN
#endif
#include <windows.h>
#include <windowsx.h>
#include <winsock.h>
#ifndef _MT
#define _MT
#endif
#include <process.h>
#include <string.h>
#include "dpspimp.h"
#include "logit.h"
#define lmalloc(a) LocalAlloc(LMEM_FIXED, (a))
#define lfree(a) LocalFree((HLOCAL)(a))
CImpIDP_SP *pDirectPlayObject = NULL; // We only allow one object
// to be created currently - see below.
HANDLE hOnlyOneTCP = NULL;
HANDLE hOnlyOneIPX = NULL;
extern "C" VOID InternalCleanUp()
{
if (pDirectPlayObject)
pDirectPlayObject->Close(DPLAY_CLOSE_INTERNAL);
pDirectPlayObject = NULL;
}
extern BOOL CreateQueue(DWORD dwElements, DWORD dwmaxMsg, DWORD dwMaxPlayers);
extern BOOL DeleteQueue();
GUID DPLAY_NETWORK_TCP = { /* 8cab4650-b1b6-11ce-920c-00aa006c4972 */
0x8cab4650,
0xb1b6,
0x11ce,
{0x92, 0x0c, 0x00, 0xaa, 0x00, 0x6c, 0x49, 0x72}
};
GUID DPLAY_NETWORK_IPX = { /* 8cab4651-b1b6-11ce-920c-00aa006c4972 */
0x8cab4651,
0xb1b6,
0x11ce,
{0x92, 0x0c, 0x00, 0xaa, 0x00, 0x6c, 0x49, 0x72}
};
GUID NULL_GUID = {
0x00000000,
0x0000,
0x0000,
{0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}
};
extern BOOL bNetIsUp;
HRESULT CImpIDP_SP::Initialize(LPGUID lpguid)
{
TSHELL_INFO(TEXT("Already Initialized."));
return(DPERR_ALREADYINITIALIZED);
}
void *CImpIDP_SP::operator new( size_t size )
{
return(LocalAlloc(LMEM_FIXED, size));
}
void CImpIDP_SP::operator delete( void *ptr )
{
LocalFree((HLOCAL)ptr);
}
// ----------------------------------------------------------
// CImpIDP_SP constructor - create a new DCO object
// along with a queue of receive buffers.
// ----------------------------------------------------------
USHORT CImpIDP_SP::NextSequence()
{
m_usSeq %= 51001;
m_usSeq++;
return(m_usSeq);
}
USHORT CImpIDP_SP::UpdateSequence(USHORT us)
{
if (us > m_usSeq)
m_usSeq = us;
return(NextSequence());
}
CImpIDP_SP::CImpIDP_SP()
{
m_bConnected = FALSE;
m_bPlayer0 = FALSE;
m_dwPingSent = 0;
m_hBlockingEvent = CreateEvent(NULL, TRUE, FALSE, NULL);
m_hEnumBlkEventMain = CreateEvent(NULL, TRUE, FALSE, NULL);
m_hEnumBlkEventRead = CreateEvent(NULL, TRUE, FALSE, NULL);
m_hPlayerBlkEventMain = CreateEvent(NULL, TRUE, FALSE, NULL);
m_hPlayerBlkEventRead = CreateEvent(NULL, TRUE, FALSE, NULL);
m_dwNextPlayer = 1;
m_bEnablePlayerAdd = TRUE;
m_fpEnumSessions = NULL;
m_bRunEnumReceiveLoop = FALSE;
m_fpEnumPlayers = NULL;
m_lpvSessionContext = NULL;
m_lpvPlayersContext = NULL;
memset( m_aPlayer, 0x00, sizeof(PLAYER_RECORD) * MAX_PLAYERS);
m_iPlayerIndex = -1;
memset(&m_dpDesc, 0x00, sizeof(DPSESSIONDESC));
// Initialize ref count
m_refCount = 1;
InitializeCriticalSection( &m_critSection );
InitializeCriticalSection( &m_critSectionPlayer );
InitializeCriticalSection( &m_critSectionParanoia );
memset(&m_dpcaps, 0x00, sizeof(DPCAPS));
m_dpcaps.dwSize = sizeof(DPCAPS);
m_dpcaps.dwFlags = 0;
m_dpcaps.dwMaxQueueSize = 64;
m_dpcaps.dwMaxPlayers = MAX_PLAYERS;
m_dpcaps.dwHundredBaud = 100000;
m_hNewPlayerEvent = NULL;
m_ppSessionArray = 0;
m_dwSessionPrev = 0;
m_dwSessionAlloc = 0;
m_af = 0;
m_remoteaddrlen = 0;
m_chComputerName[0] = '\0';
m_bShutDown = FALSE;
m_hNSThread = NULL;
m_dwNSId = 0;
m_usGamePort = 0;
m_usGameCookie = 0;
m_hClientThread = NULL;
m_dwClientId = 0;
m_hEnumThread = NULL;
m_dwEnumId = 0;
m_ServerSocket = INVALID_SOCKET;
m_bClientSocket = FALSE; m_EnumSocket = INVALID_SOCKET;
m_bEnumSocket = FALSE; m_ClientSocket = INVALID_SOCKET;
m_dwSession = 0;
memset( (LPVOID) &m_NSSockAddr, 0x00, sizeof(SOCKADDR));
m_SessionAddrLen = 0;
memset( (LPVOID) &m_GameSockAddr, 0x00, sizeof(SOCKADDR));
m_usSeq = 1;
m_usSeqSys = 0;
m_aMachineAddr = NULL;
m_cMachines = 0;
m_dwUnique = 1;
memset( (LPVOID) &m_spmsgEnum, 0x00, sizeof(SPMSG_ENUM));
memset( (LPVOID) &m_spmsgAddPlayer, 0x00, sizeof(SPMSG_ADDPLAYER));
}
DWORD WINAPI StartClientThreadProc(LPVOID lpvParam)
{
CImpIDP_SP *pIDP = (CImpIDP_SP *) lpvParam;
return(pIDP->ClientThreadProc());
}
CImpIDP_SP *CImpIDP_SP::NewCImpIDP_SP(int af)
{
CImpIDP_SP *pImp = NULL;
HANDLE hEvent = NULL;
if (InitializeWinSock() != 0)
{
TSHELL_INFO( TEXT("DPWsock failed initializing winsock."));
return(NULL);
}
if (!CreateQueue(64, MAX_MSG, MAX_PLAYERS))
{
TSHELL_INFO(TEXT("Couldn't initialize queue."));
return(NULL);
}
pImp = new CImpIDP_SP;
if (!pImp)
return(NULL);
pImp->m_dpcaps.dwMaxBufferSize = 512;
pImp->m_af = af;
return(pImp);
}
// ----------------------------------------------------------
// CreateNewDirectPlay - DCO object creation entry point
// called by the DCO interface functions to create a new
// DCO object.
// ----------------------------------------------------------
IDirectPlaySP * _cdecl CreateNewDirectPlay( LPGUID lpGuid )
{
int af;
//
// One object at a time, please.
//
if (pDirectPlayObject != NULL)
{
TSHELL_INFO(TEXT("We already have an object."));
return(NULL);
}
if (IsEqualGUID((REFGUID) DPLAY_NETWORK_TCP, (REFGUID) *lpGuid))
af = AF_INET;
else if (IsEqualGUID((REFGUID) DPLAY_NETWORK_IPX, (REFGUID) *lpGuid))
af = AF_IPX;
else
return(NULL);
pDirectPlayObject = CImpIDP_SP::NewCImpIDP_SP(af);
if (!pDirectPlayObject)
return(NULL);
else
return(pDirectPlayObject);
}
// Begin: IUnknown interface implementation
HRESULT CImpIDP_SP::QueryInterface(
REFIID iid,
LPVOID *ppvObj
)
{
HRESULT retVal = DPERR_GENERIC;
//
// BUGBUG
//
if (ppvObj && ! IsBadWritePtr(ppvObj, 4))
{
AddRef();
*ppvObj = this;
return(DP_OK);
}
else
return(DPERR_INVALIDPARAM);
}
ULONG CImpIDP_SP::AddRef( void)
{
ULONG newRefCount;
m_refCount++;
newRefCount = m_refCount;
DBG_INFO((DBGARG, TEXT("newRefCount = %lu"), newRefCount));
return( newRefCount );
}
ULONG CImpIDP_SP::Release( void )
{
ULONG newRefCount;
m_refCount--;
newRefCount = m_refCount;
if (newRefCount == 0)
{
Close(DPLAY_CLOSE_INTERNAL);
delete this;
}
DBG_INFO((DBGARG, TEXT("newRefCount = %lu"), newRefCount));
return( newRefCount );
}
// End : IUnknown interface implementation
// ----------------------------------------------------------
// CImpDirectPlay destructor -
// ----------------------------------------------------------
CImpIDP_SP::~CImpIDP_SP()
{
DWORD ii;
if (m_ppSessionArray)
{
for (ii = 0; ii < m_dwSessionPrev; ii++)
lfree(m_ppSessionArray[ii]);
lfree(m_ppSessionArray);
m_dwSessionPrev = 0;
m_dwSessionAlloc = 0;
}
if (m_aMachineAddr)
lfree(m_aMachineAddr);
DeleteCriticalSection( &m_critSection );
DeleteCriticalSection( &m_critSectionPlayer );
DeleteCriticalSection( &m_critSectionParanoia );
CloseHandle(m_hBlockingEvent);
CloseHandle(m_hEnumBlkEventMain);
CloseHandle(m_hEnumBlkEventRead);
CloseHandle(m_hPlayerBlkEventMain);
CloseHandle(m_hPlayerBlkEventRead);
ShutdownWinSock();
pDirectPlayObject = NULL;
DeleteQueue();
}
void CImpIDP_SP::EnumDataLock( void )
{
EnterCriticalSection( &m_critSection );
}
void CImpIDP_SP::EnumDataUnlock( void )
{
LeaveCriticalSection( &m_critSection );
}
void CImpIDP_SP::PlayerDataLock( void )
{
EnterCriticalSection( &m_critSectionPlayer );
}
void CImpIDP_SP::PlayerDataUnlock( void )
{
LeaveCriticalSection( &m_critSectionPlayer );
}
void CImpIDP_SP::ParanoiaLock( void )
{
EnterCriticalSection( &m_critSectionParanoia );
}
void CImpIDP_SP::ParanoiaUnlock( void )
{
LeaveCriticalSection( &m_critSectionParanoia );
}
DWORD WINAPI StartServerThreadProc(LPVOID lpvParam)
{
CImpIDP_SP *pIDP = (CImpIDP_SP *) lpvParam;
return(pIDP->ServerThreadProc());
}
BOOL CImpIDP_SP::GetSockAddress(SOCKADDR *pSAddr,
LPINT pSAddrLen,
USHORT usPort,
SOCKET *pSocket,
BOOL bBroadcast
)
{
PSOCKADDR_IN pSockAddrIn;
PSOCKADDR_IPX pSockAddrIPX;
UINT uErr;
memset(pSAddr, 0, sizeof(SOCKADDR));
pSAddr->sa_family = (USHORT)m_af;
switch (m_af)
{
case AF_INET:
pSockAddrIn = (PSOCKADDR_IN) pSAddr;
pSockAddrIn->sin_port = htons(usPort);
if (bBroadcast)
pSockAddrIn->sin_addr.s_addr = INADDR_BROADCAST;
break;
case AF_IPX:
pSockAddrIPX = (PSOCKADDR_IPX) pSAddr;
pSockAddrIPX->sa_socket = htons(usPort);
if (bBroadcast)
memset(&pSockAddrIPX->sa_nodenum, 0xff, sizeof(pSockAddrIPX->sa_nodenum));
break;
default:
return (FALSE);
}
if (!bBroadcast)
{
*pSAddrLen = sizeof(SOCKADDR);
if ((uErr = InitializeSocket(m_af, pSAddr, pSAddrLen, pSocket)) != 0)
{
DBG_INFO((DBGARG, TEXT("Init Socket Failed %8x"), uErr));
return(FALSE);
}
}
return(TRUE);
}
DWORD CImpIDP_SP::ClientThreadProc()
{
HRESULT hr = DP_OK;
char chRBuffer[2048];
SOCKADDR SockAddr;
UINT BufferLen;
INT SockAddrLen;
BOOL bNoConnection = TRUE;
DPHDR *pHdr = (DPHDR *) chRBuffer;
UINT err;
const char ttl = 32;
TSHELL_INFO(TEXT("Client Thread starts."));
memset(&SockAddr, 0, sizeof(SOCKADDR));
SockAddr.sa_family = (USHORT)m_af;
if (m_fpEnumSessions == NULL && m_usGamePort == 0)
return(0);
SetThreadPriority(GetCurrentThread(), THREAD_PRIORITY_TIME_CRITICAL);
if (m_usGamePort)
{
if (GetSockAddress(&SockAddr, &SockAddrLen, m_usGamePort, (SOCKET *)&m_ClientSocket, FALSE))
{
m_bClientSocket = TRUE;
}
else
{
TSHELL_INFO(TEXT("Thread Exit."));
SetEvent(m_hBlockingEvent);
return(0);
}
SetEvent(m_hBlockingEvent);
TSHELL_INFO(TEXT("Client Thread with game port looping."));
while (!m_bShutDown)
{
//
// Do a blocking receive from anyone. Once we return from here,
// we could either have a real request in our buffer, or our
// socket's been closed in which case we'll have an error in err.
//
BufferLen = sizeof(chRBuffer);
if (!(ReceiveAny(m_ClientSocket, &SockAddr, &SockAddrLen, chRBuffer, &BufferLen)))
{
// TSHELL_INFO(TEXT("Got a message in Client Game thread."));
if ( pHdr->dwConnect1 == DPSYS_KYRA
&& pHdr->dwConnect2 == DPSYS_HALL)
{
UpdateSequence(pHdr->usSeq);
// TSHELL_INFO(TEXT("Handle connect message."));
HandleConnect(pHdr, (DWORD) BufferLen, &SockAddr, SockAddrLen);
}
else if ( pHdr->usCookie == DPSYS_USER
|| pHdr->usCookie == DPSYS_SYS
|| pHdr->usCookie == DPSYS_HIGH)
{
UpdateSequence(pHdr->usSeq);
TSHELL_INFO(TEXT("Handle server message Client Thread."));
HandleMessage(pHdr, (DWORD) BufferLen, &SockAddr, SockAddrLen);
}
}
}
ParanoiaLock();
if (m_ClientSocket != INVALID_SOCKET)
CloseSocket(m_ClientSocket, 2);
m_ClientSocket = INVALID_SOCKET;
TSHELL_INFO(TEXT("Client Thread Exit."));
ParanoiaUnlock();
}
else
{
if ((err = InitializeSocket(m_af, NULL, NULL, (SOCKET *) &m_EnumSocket)) != 0)
{
DBG_INFO((DBGARG, TEXT("THREAD EXIT on ENUM INIT %d."), err));
SetEvent(m_hBlockingEvent);
return(0);
}
else
m_bEnumSocket = TRUE;
// if (setsockopt(m_EnumSocket, IPPROTO_IP, IP_MULTICAST_TTL, &ttl, sizeof(ttl)))
// {
// DBG_INFO((DBGARG, TEXT("SetSocket Option for multicast failed. %d"), GetLastError()));
// }
SetEvent(m_hBlockingEvent);
// TSHELL_INFO(TEXT("Looping in EnumThread."));
SockAddrLen = sizeof(SockAddr);
getsockname(m_EnumSocket, &SockAddr, &SockAddrLen);
while (m_bRunEnumReceiveLoop)
{
BufferLen = sizeof(chRBuffer);
SockAddrLen = sizeof(SockAddr);
if (!(ReceiveAny(m_EnumSocket, &SockAddr, &SockAddrLen, chRBuffer, &BufferLen)))
{
// TSHELL_INFO(TEXT("Message in EnumThread."));
if ( pHdr->dwConnect1 == DPSYS_KYRA
&& pHdr->dwConnect2 == DPSYS_HALL)
{
UpdateSequence(pHdr->usSeq);
// TSHELL_INFO(TEXT("Handle connect message."));
HandleConnect((LPVOID) pHdr, (DWORD) BufferLen, &SockAddr, SockAddrLen);
#ifdef DEBUG
if (!m_fpEnumSessions)
TSHELL_INFO(TEXT("m_fpEnumSessions is NULL."));
#endif
}
else if ( pHdr->usCookie == DPSYS_SYS
&& pHdr->usCount == SIZE_ADDPLAYER
&& ((SPMSG_GENERIC *)pHdr)->sMsg.dwType == DPSYS_ENUMPLAYERRESP)
{
HandleMessage(pHdr, (DWORD) BufferLen, &SockAddr, SockAddrLen);
}
else
{
TSHELL_INFO(TEXT("Enum function got an illegal non-connect message."));
DBG_INFO((DBGARG, TEXT("Non-connect was %8x %8x Length %d"),
pHdr->dwConnect1,
pHdr->dwConnect2,
BufferLen));
}
}
}
EnumDataLock();
if (m_EnumSocket != INVALID_SOCKET)
CloseSocket(m_EnumSocket, 2);
m_EnumSocket = INVALID_SOCKET;
EnumDataUnlock();
TSHELL_INFO(TEXT("Enum Thread Exit."));
}
return(hr);
}
DWORD CImpIDP_SP::ServerThreadProc()
{
SOCKADDR SockAddr;
HRESULT hr = DP_OK;
DWORD dw;
UINT BufferLen;
INT SockAddrLen;
char chRBuffer[2048];
DWORD dwTicks;
DWORD dwCountIt;
DWORD ii;
LPBYTE lpByte;
DPHDR *pHdr = (DPHDR *) chRBuffer;
UINT err;
TSHELL_INFO(TEXT("Server Thread Starts."));
m_bPlayer0 = FALSE;
memset(&SockAddr, 0, sizeof(SOCKADDR));
SockAddr.sa_family = (USHORT)m_af;
if (! GetSockAddress(&SockAddr, &SockAddrLen, DPNS_PORT, (SOCKET *) &m_ServerSocket, FALSE))
{
hr = DPERR_GENERIC;
m_hNSThread = NULL;
SetEvent(m_hBlockingEvent);
goto abort;
}
//
// Now let's initialize our SDB structure for use in the future.
// This includes stuff like computer name, address length, etc.
//
SetThreadPriority(GetCurrentThread(), THREAD_PRIORITY_TIME_CRITICAL);
m_remoteaddrlen = sizeof(SOCKADDR);
dw = sizeof(m_chComputerName);
GetComputerName(m_chComputerName, &dw);
SockAddrLen = m_remoteaddrlen;
m_bPlayer0 = TRUE;
lpByte = (LPBYTE) &m_dpDesc;
dwCountIt = 0;
for (ii = 0; ii < sizeof(m_dpDesc); ii++)
dwCountIt += lpByte[ii] & 0x000000ff;
dwTicks = GetCurrentTime();
m_usGamePort = (USHORT) (2000 + (((dwCountIt % 75) + 1) * ((dwTicks % 75) + 1)));
m_usGameCookie = (USHORT) (((dwCountIt % 235) + 1) * ((dwTicks % 235) + 1));
GetSockAddress(&m_GameSockAddr, NULL, m_usGamePort, NULL, TRUE);
// Let create function go ...
//
SetEvent(m_hBlockingEvent);
TSHELL_INFO(TEXT("Server Thread Looping."));
while (!m_bShutDown)
{
//
// Do a blocking receive from anyone. Once we return from here,
// we could either have a real request in our buffer, or our
// socket's been closed in which case we'll have an error in err.
//
BufferLen = sizeof(chRBuffer);
if (!(err = ReceiveAny(m_ServerSocket, &SockAddr, &SockAddrLen, chRBuffer, &BufferLen)))
{
TSHELL_INFO(TEXT("Got a NS message."));
if ( pHdr->dwConnect1 == DPSYS_KYRA
&& pHdr->dwConnect2 == DPSYS_HALL)
{
UpdateSequence(pHdr->usSeq);
TSHELL_INFO(TEXT("Handle connect message."));
HandleConnect(pHdr, (DWORD) BufferLen, &SockAddr, SockAddrLen);
}
else if ( pHdr->usCookie == DPSYS_USER
|| pHdr->usCookie == DPSYS_SYS
|| pHdr->usCookie == DPSYS_HIGH)
{
UpdateSequence(pHdr->usSeq);
TSHELL_INFO(TEXT("Handle server message."));
HandleMessage(pHdr, (DWORD) BufferLen, &SockAddr, SockAddrLen);
}
}
else
{
m_bShutDown = TRUE;
ParanoiaLock();
DBG_INFO((DBGARG, TEXT("Server closeing down with value %d"), err));
if( m_ServerSocket == INVALID_SOCKET )
{
CloseSocket(m_ServerSocket, 2);
}
m_ServerSocket = INVALID_SOCKET;
ParanoiaUnlock();
}
}
//
// Clean up everything related to this thread and return
// to caller which will implicitly call ExitThread.
//
abort:
return(hr);
}
// ----------------------------------------------------------
// GetCaps - return info about the connection media
// ----------------------------------------------------------
//
// Return our caps immediately if we have a valid latency value.
// if we haven't gotten latency yet, send a DPSYS_PING. Latency is
// the time it takes to get a response DPSYS_PING / 2.
//
HRESULT CImpIDP_SP::GetCaps(
LPDPCAPS lpDPCaps // buffer to receive capabilities
)
{
*lpDPCaps = m_dpcaps;
if (m_dpcaps.dwLatency == 0)
SendPing();
return(DP_OK);
}
// ----------------------------------------------------------
// Connect - establishes communications with underlying transport,
// and initializes name services and network entities
// ----------------------------------------------------------
BOOL CImpIDP_SP::SetSession(DWORD dw)
{
return(FALSE);
}
DWORD CImpIDP_SP::BlockNicely(DWORD dwTimeout)
{
DWORD dwStart;
DWORD dwEnd;
DWORD dwNow;
DWORD dwRet;
MSG msg;
if (m_hBlockingEvent)
{
dwStart = GetTickCount();
dwEnd = dwStart + dwTimeout;
dwNow = GetTickCount();
do
{
dwRet = MsgWaitForMultipleObjects(1,
&m_hBlockingEvent,
FALSE,
dwEnd - dwNow,
QS_ALLINPUT);
switch (dwRet)
{
case WAIT_OBJECT_0:
{
ResetEvent(m_hBlockingEvent);
return(WAIT_OBJECT_0);
}
case WAIT_TIMEOUT:
return(WAIT_TIMEOUT);
case WAIT_OBJECT_0 + 1:
{
while (PeekMessage(&msg, NULL, 0, 0, PM_REMOVE))
{
TranslateMessage(&msg);
DispatchMessage(&msg);
if (dwEnd < (dwNow = GetTickCount()))
{
return(WAIT_TIMEOUT);
}
}
}
}
dwNow = GetTickCount();
} while (dwNow < dwEnd);
dwRet = WaitForSingleObject(m_hBlockingEvent, 0);
ResetEvent(m_hBlockingEvent);
return(dwRet);
}
else
{
return(WAIT_ABANDONED);
}
}
HRESULT CImpIDP_SP::Open(
LPDPSESSIONDESC lpSDesc, HANDLE lpHandle
)
{
TSHELL_INFO(TEXT("SP Open"));
DWORD ii;
if (m_hEnumThread)
{
m_bRunEnumReceiveLoop = FALSE;
SetThreadPriority(m_hEnumThread, THREAD_PRIORITY_NORMAL);
TSHELL_INFO(TEXT("EnumSessions:: Closing Socket."));
EnumDataLock();
if (m_EnumSocket)
CloseSocket(m_EnumSocket, 2);
m_EnumSocket = INVALID_SOCKET;
EnumDataUnlock();
TSHELL_INFO(TEXT("EnumSessions:: Socket Closed."));
if (WaitForSingleObject(m_hEnumThread, 4000) == WAIT_TIMEOUT)
TerminateThread(m_hEnumThread, 0);
m_bEnumSocket = FALSE;
m_hEnumThread = NULL;
}
if (lpSDesc->dwFlags & DPOPEN_CREATESESSION)
{
if (hOnlyOneTCP || hOnlyOneIPX)
{
TSHELL_INFO(TEXT("We already have a server active!"));
return(DPERR_GENERIC);
}
else
{
if (m_af == AF_INET)
{
hOnlyOneTCP = CreateEvent(NULL, TRUE, TRUE, "KyraHallTCP");
if (hOnlyOneTCP == NULL || GetLastError() == ERROR_ALREADY_EXISTS)
{
if (hOnlyOneTCP)
CloseHandle(hOnlyOneTCP);
hOnlyOneTCP = NULL;
return(DPERR_GENERIC);
}
}
else
{
hOnlyOneIPX = CreateEvent(NULL, TRUE, TRUE, "KyraHallIPX");
if (hOnlyOneIPX == NULL || GetLastError() == ERROR_ALREADY_EXISTS)
{
if (hOnlyOneIPX)
CloseHandle(hOnlyOneIPX);
hOnlyOneIPX = NULL;
return(DPERR_GENERIC);
}
}
}
if (m_hNSThread || m_aMachineAddr)
{
TSHELL_INFO(TEXT("Globals indicate we already have opened a game."));
return(DPERR_GENERIC);
}
m_aMachineAddr = (SOCKADDR *) lmalloc(sizeof(SOCKADDR) * MAX_PLAYERS);
m_cMachines = 0;
memcpy( &m_dpDesc, lpSDesc, sizeof(m_dpDesc));
m_dpDesc.dwCurrentPlayers = 0;
m_dpDesc.dwReserved1 = 0;
m_dpDesc.dwReserved2 = 0;
ResetEvent(m_hBlockingEvent);
m_hNSThread = CreateThread(NULL, 0, StartServerThreadProc,
(LPVOID) this, 0, &m_dwNSId);
if (m_hNSThread == NULL)
{
TSHELL_INFO(TEXT("StartServerThreadProc failed."));
return(DPERR_GENERIC);
}
if (WaitForSingleObject(m_hBlockingEvent, INFINITE) == WAIT_TIMEOUT)
{
TSHELL_INFO(TEXT("INFINITITY Reached. Notify Nobel Committee."));
return(DPERR_GENERIC);
}
ResetEvent(m_hBlockingEvent);
if (m_bPlayer0 != TRUE)
{
TSHELL_INFO(TEXT("We aren't player 0 for some reason."));
return(DPERR_GENERIC);
}
m_hClientThread = CreateThread(NULL, 0, StartClientThreadProc,
(LPVOID) this, 0, &m_dwClientId);
return(DP_OK);
}
else if (lpSDesc->dwFlags & DPOPEN_OPENSESSION)
{
if (GetSessionData(lpSDesc->dwSession))
{
SPMSG_ENUM Msg;
UINT BufferLen;
if (m_bPlayer0 || m_usGamePort == 0)
return(DPERR_GENERIC);
ResetEvent(m_hBlockingEvent);
m_hClientThread = CreateThread(NULL, 0, StartClientThreadProc,
(LPVOID) this, 0, &m_dwClientId);
if (WaitForSingleObject(m_hBlockingEvent, 9000) == WAIT_TIMEOUT)
return(DPERR_GENERIC);
Msg.dpHdr.dwConnect1 = DPSYS_KYRA;
Msg.dpHdr.dwConnect2 = DPSYS_HALL;
Msg.dpHdr.usSeq = NextSequence();
Msg.dwType = DPSYS_OPEN;
Msg.dpSessionDesc = *lpSDesc;
Msg.usPort = m_usGamePort;
Msg.dwUnique = m_dwUnique;
Msg.usVerMajor = DPVERSION_MAJOR;
Msg.usVerMinor = DPVERSION_MINOR;
BufferLen = sizeof(SPMSG_ENUM);
ResetEvent(m_hBlockingEvent);
if (SendTo(m_ClientSocket, &m_NSSockAddr,
m_SessionAddrLen, (char *) &Msg, &BufferLen) != 0)
{
TSHELL_INFO(TEXT("Enum SendTo failed."));
}
if (WaitForSingleObject(m_hBlockingEvent, 9000) == WAIT_TIMEOUT)
{
TSHELL_INFO(TEXT("We timed out."));
}
EnumDataLock();
if (m_ppSessionArray)
{
for (ii = 0; ii < m_dwSessionPrev; ii++)
lfree(m_ppSessionArray[ii]);
lfree(m_ppSessionArray);
m_ppSessionArray = NULL;
m_dwSessionPrev = 0;
m_dwSessionAlloc = 0;
}
EnumDataUnlock();
if (m_bConnected == FALSE)
return(DPERR_GENERIC);
return(DP_OK);
}
else
{
return(DPERR_UNAVAILABLE);
}
}
else
{
TSHELL_INFO(TEXT("Unhandled Open flags."));
return(DPERR_UNSUPPORTED);
}
}
// ----------------------------------------------------------
// CreatePlayer - registers new player, N.B. may fail if
// not currently connected to name server
// ----------------------------------------------------------
LONG CImpIDP_SP::FindInvalidIndex()
{
DWORD ii;
ParanoiaLock();
for (ii = 0; ii < MAX_PLAYERS; ii++)
if (m_aPlayer[ii].bValid == FALSE)
{
ParanoiaUnlock();
return(ii);
}
ParanoiaUnlock();
return(-1);
}
VOID CImpIDP_SP::LocalMsg(LONG iIndex, LPVOID lpv, DWORD dwSize)
{
LONG ii;
ParanoiaLock();
for (ii = 0; ii < MAX_PLAYERS; ii++)
if ( ii != iIndex
&& m_aPlayer[ii].bValid
&& m_aPlayer[ii].bLocal
&& m_aPlayer[ii].bPlayer)
AddMessage(lpv, dwSize, m_aPlayer[ii].pid, 0, 0);
ParanoiaUnlock();
}
//
// Obsolete? [johnhall]
//
VOID CImpIDP_SP::RemoteMsg(LONG iIndex, LPVOID lpv, DWORD dwSize)
{
SPMSG_GENERIC Msg;
DWORD dwTotal = dwSize + sizeof(DPHDR);
DWORD ii;
if (!m_bConnected)
return;
Msg.dpHdr.usCookie = DPSYS_SYS;
Msg.dpHdr.to = 0;
Msg.dpHdr.from = 0;
Msg.dpHdr.usCount = (USHORT) dwSize;
Msg.dpHdr.usGame = (USHORT) m_usGameCookie;
Msg.dpHdr.usSeq = NextSequence();
memcpy( (LPVOID) &Msg.sMsg, lpv, dwSize);
ParanoiaLock();
for (ii = 0; ii < MAX_PLAYERS; ii++)
if ( ii != (DWORD) iIndex
&& m_aPlayer[ii].bValid
&& m_aPlayer[ii].bLocal == FALSE
&& m_aPlayer[ii].bPlayer)
{
PostPlayerMessage( (LONG) ii, (LPVOID) &Msg, dwTotal);
TSHELL_INFO(TEXT("Post Player Message in RemoteMsg."));
}
ParanoiaUnlock();
}
BOOL CImpIDP_SP::PostGameMessage(LPVOID lpv, DWORD dw)
{
DWORD ii;
ParanoiaLock();
for (ii = 0; ii < m_cMachines; ii++)
if (SendTo(m_ClientSocket, &m_aMachineAddr[ii], sizeof(SOCKADDR), (char *) lpv, (LPUINT) &dw) != 0)
{
TSHELL_INFO(TEXT("Send Failed"));
}
else
{
LPDWORD lpdw = (LPDWORD) &m_aMachineAddr[ii];
DBG_INFO((DBGARG, TEXT("Machine %d Addr %8x %8x %8x %8x"), ii,
lpdw[0], lpdw[1], lpdw[2], lpdw[3]));
}
ParanoiaUnlock();
return(TRUE);
}
BOOL CImpIDP_SP::PostPlayerMessage(LONG iIndex, LPVOID lpv, DWORD dw)
{
UINT err;
if ((err = SendTo(m_ClientSocket, &m_aPlayer[iIndex].sockaddr, sizeof(SOCKADDR), (char *) lpv, (LPUINT) &dw)) != 0)
{
DBG_INFO((DBGARG, TEXT("Send Failed %d"), err));
return(FALSE);
}
return(TRUE);
}
BOOL CImpIDP_SP::PostNSMessage(LPVOID lpv, DWORD dw)
{
if (SendTo(m_ClientSocket, &m_NSSockAddr, sizeof(SOCKADDR), (char *) lpv, (LPUINT) &dw) != 0)
{
TSHELL_INFO(TEXT("Send Failed"));
return(FALSE);
}
return(TRUE);
}
extern BOOL SetupLocalPlayer(DPID pid, HANDLE hEvent);
HRESULT CImpIDP_SP::CreatePlayer(
LPDPID pPlayerID,
LPSTR pNickName,
LPSTR pFullName,
LPHANDLE lpReceiveEvent,
BOOL bPlayer
)
{
DWORD jj;
SPMSG_ADDPLAYER *pMsg;
HANDLE hEvent = NULL;
BOOL bb = TRUE;
HRESULT hr = DP_OK;
LONG iIndex;
DPMSG_ADDPLAYER dpAdd;
SPMSG_ADDPLAYER spmsg_addplayer;
USHORT usLocalSeq;
// TSHELL_INFO(TEXT("Enter Create Player"));
if (m_bConnected == FALSE)
if (m_bPlayer0 != TRUE)
return(DPERR_NOCONNECTION);
if (m_bEnablePlayerAdd == FALSE && bPlayer == TRUE)
return(DPERR_CANTCREATEPLAYER);
if (m_dpDesc.dwMaxPlayers <= m_dpDesc.dwCurrentPlayers)
{
DBG_INFO((DBGARG, TEXT("CreatePlayer: at max players already. %d"),
m_dpDesc.dwMaxPlayers));
return(DPERR_CANTADDPLAYER);
}
if (m_iPlayerIndex != -1)
{
TSHELL_INFO(TEXT("Player index not -1, create already in progress."));
return(DPERR_GENERIC);
}
if (m_hNewPlayerEvent)
return(DPERR_GENERIC);
if (!(hEvent = CreateEvent(NULL, TRUE, FALSE, NULL)))
{
TSHELL_INFO(TEXT("CreatePlayer: CreateEvent failure."));
return(DPERR_GENERIC);
}
else
{
; // DBG_INFO((DBGARG, TEXT("CreatePlayer %8x Event"), hEvent));
}
ParanoiaLock();
iIndex = FindInvalidIndex();
if (iIndex == -1)
{
ParanoiaUnlock();
return(DPERR_GENERIC);
}
dpAdd.dwType = DPSYS_ADDPLAYER;
dpAdd.dwPlayerType = bPlayer;
dpAdd.dpId = 0;
dpAdd.dwCurrentPlayers = m_dpDesc.dwCurrentPlayers;
lstrcpy( dpAdd.szShortName, pNickName);
lstrcpy( dpAdd.szLongName , pFullName);
pMsg = &spmsg_addplayer;
usLocalSeq = NextSequence();
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = SIZE_ADDPLAYER;
pMsg->dpHdr.usGame = (USHORT) m_usGameCookie;
pMsg->dpHdr.usSeq = usLocalSeq;
pMsg->dwUnique = m_dwUnique;
memset(&pMsg->sockaddr, 0x00, sizeof(SOCKADDR));
if (m_bPlayer0)
{
if (!bPlayer)
{
m_aPlayer[iIndex].aGroup = (DPID *) lmalloc(sizeof(DPID) * MAX_PLAYERS);
if (m_aPlayer[iIndex].aGroup == NULL)
{
ParanoiaUnlock();
return(DPERR_NOMEMORY);
}
else
memset(m_aPlayer[iIndex].aGroup, 0x00, sizeof(DPID) * MAX_PLAYERS);
}
m_dpDesc.dwCurrentPlayers++;
m_aPlayer[iIndex].pid = (DPID) m_dwNextPlayer++;
lstrcpy( m_aPlayer[iIndex].chNickName, pNickName);
lstrcpy( m_aPlayer[iIndex].chFullName, pFullName);
m_aPlayer[iIndex].bValid = TRUE;
m_aPlayer[iIndex].bPlayer = bPlayer;
m_aPlayer[iIndex].hEvent = hEvent;
m_aPlayer[iIndex].bLocal = TRUE;
memset(&m_aPlayer[iIndex].sockaddr, 0x00, sizeof(SOCKADDR));
dpAdd.dpId = m_aPlayer[iIndex].pid;
dpAdd.dwCurrentPlayers = m_dpDesc.dwCurrentPlayers;
LocalMsg( iIndex, (LPVOID) &dpAdd, sizeof(DPMSG_ADDPLAYER));
memcpy( (LPVOID) &pMsg->sMsg, &dpAdd, sizeof(DPMSG_ADDPLAYER));
PostGameMessage((LPVOID) pMsg, sizeof(SPMSG_ADDPLAYER));
hEvent = NULL;
*pPlayerID = m_aPlayer[iIndex].pid;
if (lpReceiveEvent)
*lpReceiveEvent = m_aPlayer[iIndex].hEvent;
SetupLocalPlayer(m_aPlayer[iIndex].pid, m_aPlayer[iIndex].hEvent);
ParanoiaUnlock();
return(DP_OK);
}
ParanoiaUnlock();
m_hNewPlayerEvent = hEvent;
//
// BUGBUG for now, try once in Net provider.
//
for (jj = 0; jj < 1; jj++)
{
TSHELL_INFO(TEXT("Post AddPlayer message from a Client"));
memcpy( (LPVOID) &pMsg->sMsg, &dpAdd, sizeof(DPMSG_ADDPLAYER));
PostNSMessage( (LPVOID) pMsg, sizeof(SPMSG_ADDPLAYER));
pMsg = NULL;
if (WaitForSingleObject(m_hNewPlayerEvent, 1500) != WAIT_TIMEOUT)
{
if (m_iPlayerIndex != -1)
{
SetupLocalPlayer(m_aPlayer[m_iPlayerIndex].pid, m_hNewPlayerEvent);
m_aPlayer[m_iPlayerIndex].hEvent = m_hNewPlayerEvent;
if (lpReceiveEvent)
*lpReceiveEvent = m_aPlayer[m_iPlayerIndex].hEvent;
m_hNewPlayerEvent = NULL;
*pPlayerID = m_aPlayer[m_iPlayerIndex].pid;
m_iPlayerIndex = -1;
DBG_INFO((DBGARG, TEXT("Player Index %d Pid %d Current %d"),
iIndex, m_aPlayer[iIndex].pid, m_dpDesc.dwCurrentPlayers));
return(DP_OK);
}
}
ResetEvent(m_hNewPlayerEvent);
}
hr = DPERR_CANTADDPLAYER;
m_hNewPlayerEvent = NULL;
if (pMsg)
lfree((HLOCAL) pMsg);
if (hEvent)
CloseHandle(hEvent);
return(hr);
}
LONG CImpIDP_SP::GetPlayerIndex(DPID playerID)
{
DWORD ii;
DPID pid = playerID;
ParanoiaLock();
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if (m_aPlayer[ii].bValid)
if (m_aPlayer[ii].pid == pid)
{
ParanoiaUnlock();
return(ii);
}
}
ParanoiaUnlock();
return(-1);
}
// ----------------------------------------------------------
// DestroyPlayer
// ----------------------------------------------------------
HRESULT CImpIDP_SP::DestroyPlayer( DPID playerID, BOOL bPlayer)
{
LONG iIndex;
DWORD ii, jj;
DPMSG_GETPLAYER dpGet;
SPMSG_GETPLAYER spmsg_getplayer;
SPMSG_GETPLAYER *pMsg;
HANDLE hEvent = NULL;
HRESULT hr = DP_OK;
ParanoiaLock();
if ( (iIndex = GetPlayerIndex(playerID)) == -1
|| m_aPlayer[iIndex].bPlayer != bPlayer)
{
ParanoiaUnlock();
return(DPERR_INVALIDPLAYER);
}
if (bPlayer)
{
dpGet.dwType = DPSYS_DELETEPLAYER;
}
else
{
dpGet.dwType = DPSYS_DELETEGROUP;
}
dpGet.dpId = m_aPlayer[iIndex].pid;
if (m_aPlayer[iIndex].bLocal)
{
CloseHandle(m_aPlayer[iIndex].hEvent);
FlushQueue(playerID);
}
m_aPlayer[iIndex].bValid = FALSE;
m_dpDesc.dwCurrentPlayers--;
if (m_aPlayer[iIndex].aGroup)
lfree(m_aPlayer[iIndex].aGroup);
LocalMsg(iIndex, (LPVOID) &dpGet, sizeof(DPMSG_GETPLAYER));
pMsg = &spmsg_getplayer;
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = sizeof(DPMSG_GETPLAYER);
pMsg->dpHdr.usGame = (USHORT) m_usGameCookie;
memcpy( (LPVOID) &pMsg->sMsg, (LPVOID) &dpGet, sizeof(DPMSG_GETPLAYER));
if (m_bPlayer0)
{
PostGameMessage((LPVOID) pMsg, sizeof(SPMSG_GETPLAYER));
}
else
{
PostNSMessage( (LPVOID) pMsg, sizeof(SPMSG_GETPLAYER));
}
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if ( m_aPlayer[ii].bValid == TRUE
&& m_aPlayer[ii].bPlayer == FALSE
&& m_aPlayer[ii].aGroup)
{
for (jj = 0; jj < MAX_PLAYERS; jj++)
{
if (m_aPlayer[ii].aGroup[jj] == playerID)
{
m_aPlayer[ii].aGroup[jj] = 0;
break;
}
}
}
}
ParanoiaUnlock();
return(DP_OK);
}
// ----------------------------------------------------------
// Close - close the connection
// ----------------------------------------------------------
HRESULT CImpIDP_SP::Close( DWORD dwFlag)
{
DWORD ii;
DWORD dwTickBegin;
dwTickBegin = GetTickCount();
ParanoiaLock();
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if (m_aPlayer[ii].bValid)
{
if ( ( m_aPlayer[ii].bLocal && m_aPlayer[ii].bPlayer == TRUE))
{
DestroyPlayer(m_aPlayer[ii].pid, TRUE);
}
m_aPlayer[ii].bValid = FALSE;
}
}
m_bShutDown = TRUE;
m_bConnected = FALSE;
m_bPlayer0 = FALSE;
m_fpEnumSessions = NULL;
m_bRunEnumReceiveLoop = FALSE;
m_fpEnumPlayers = NULL;
TSHELL_INFO(TEXT("Close:: Closing Socket."));
if (m_hNSThread && m_ServerSocket != INVALID_SOCKET)
CloseSocket(m_ServerSocket, 2);
m_ServerSocket = INVALID_SOCKET;
if (m_hClientThread && m_ClientSocket != INVALID_SOCKET)
CloseSocket(m_ClientSocket, 2);
m_ClientSocket = INVALID_SOCKET;
TSHELL_INFO(TEXT("Close:: Socket Closed."));
ParanoiaUnlock();
if (m_aMachineAddr)
{
lfree(m_aMachineAddr);
m_aMachineAddr = NULL;
m_cMachines = 0;
}
if (m_hNSThread)
{
if (WaitForSingleObject(m_hNSThread, 4000) == WAIT_TIMEOUT)
{
TSHELL_INFO(TEXT("Terminating m_hNSThread"));
TerminateThread(m_hNSThread, 0);
}
m_hNSThread = NULL;
}
if (m_hEnumThread)
{
SetThreadPriority(m_hEnumThread, THREAD_PRIORITY_NORMAL);
TSHELL_INFO(TEXT("EnumSessions:: Closing Socket."));
EnumDataLock();
if (m_EnumSocket)
CloseSocket(m_EnumSocket, 2);
m_EnumSocket = INVALID_SOCKET;
EnumDataUnlock();
TSHELL_INFO(TEXT("EnumSessions:: Socket Closed."));
if (WaitForSingleObject(m_hEnumThread, 4000) == WAIT_TIMEOUT)
TerminateThread(m_hEnumThread, 0);
m_bEnumSocket = FALSE;
m_hEnumThread = NULL;
}
if (m_hClientThread)
{
SetThreadPriority(m_hClientThread, THREAD_PRIORITY_NORMAL);
if (WaitForSingleObject(m_hClientThread, 4000) == WAIT_TIMEOUT)
{
TSHELL_INFO(TEXT("Terminating m_hClientThread"));
TerminateThread(m_hClientThread, 0);
}
m_bClientSocket = FALSE;
m_hClientThread = NULL;
}
ShutdownWinSock();
_try
{
if (hOnlyOneTCP)
{
CloseHandle(hOnlyOneTCP);
}
if (hOnlyOneIPX)
{
CloseHandle(hOnlyOneIPX);
}
}
_except(EXCEPTION_EXECUTE_HANDLER)
{
TSHELL_INFO(TEXT("Exception closing handle."));
}
hOnlyOneTCP = NULL;
hOnlyOneIPX = NULL;
if (dwFlag == DPLAY_CLOSE_USER)
{
InitializeWinSock();
m_bShutDown = FALSE;
}
DBG_INFO((DBGARG, TEXT("Close Took %d Ticks"), GetTickCount() - dwTickBegin));
return(DP_OK);
}
// ----------------------------------------------------------
// GetName -
// ----------------------------------------------------------
HRESULT CImpIDP_SP::GetPlayerName(
DPID dpID,
LPSTR lpNickName, // buffer to hold name
LPDWORD pdwNickNameLength, // length of name buffer
LPSTR lpFullName,
LPDWORD pdwFullNameLength
)
{
LONG iIndex;
HRESULT hr = DP_OK;
DPID pid = (DPID) dpID;
ParanoiaLock();
if ((iIndex = GetPlayerIndex(dpID)) != -1)
{
if (m_aPlayer[iIndex].pid == dpID)
{
lstrcpy( lpNickName, m_aPlayer[iIndex].chNickName);
lstrcpy( lpFullName, m_aPlayer[iIndex].chFullName);
*pdwNickNameLength = lstrlen(lpNickName) + 1;
*pdwFullNameLength = lstrlen(lpFullName) + 1;
}
else
hr = DPERR_INVALIDPID;
}
else
{
hr = DPERR_INVALIDPID;
}
ParanoiaUnlock();
return(hr);
}
HRESULT CImpIDP_SP::EnumGroupPlayers(
DPID dwGroupPid,
LPDPENUMPLAYERSCALLBACK EnumCallback,
LPVOID pContext,
DWORD dwFlags)
{
DWORD ii;
HRESULT hr = DP_OK;
LONG iIndexG;
LONG iIndexP;
DPID pid;
ParanoiaLock();
iIndexG = GetPlayerIndex(dwGroupPid);
if (iIndexG == -1 || m_aPlayer[iIndexG].pid != dwGroupPid)
hr = DPERR_INVALIDPID;
if (m_aPlayer[iIndexG].bPlayer)
hr = DPERR_INVALIDPID;
if (hr == DP_OK)
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if ((pid = m_aPlayer[iIndexG].aGroup[ii]) != 0)
{
iIndexP = GetPlayerIndex(pid);
if (iIndexP != -1)
{
(EnumCallback)((DPID) m_aPlayer[iIndexP].pid,
m_aPlayer[iIndexP].chNickName,
m_aPlayer[iIndexP].chFullName,
((m_aPlayer[iIndexP].bLocal ) ? DPENUMPLAYERS_LOCAL : DPENUMPLAYERS_REMOTE)
| ((!m_aPlayer[iIndexP].bPlayer) ? DPENUMPLAYERS_GROUP : 0),
pContext);
}
else
{
m_aPlayer[iIndexG].aGroup[ii] = 0;
}
}
}
ParanoiaUnlock();
return(hr);
}
// ----------------------------------------------------------
// EnumPlayers - return info on peer connections.
// ----------------------------------------------------------
HRESULT CImpIDP_SP::EnumPlayers(
DWORD dwSessionId,
LPDPENUMPLAYERSCALLBACK EnumCallback,
LPVOID pContext,
DWORD dwFlags)
{
DWORD ii;
HRESULT hr = DP_OK;
BOOL bDone = FALSE;
BOOL bFound = FALSE;
DWORD dwTimeout;
if (dwFlags & DPENUMPLAYERS_PREVIOUS)
{
return(DPERR_UNSUPPORTED);
}
if (dwFlags & DPENUMPLAYERS_SESSION)
{
//
// We can't let them call us inside a enumsessions callback anymore.
//
if (m_bConnected || m_fpEnumSessions || m_bPlayer0 )
{
TSHELL_INFO(TEXT("EnumPlayers: Unsupported."));
return(DPERR_UNSUPPORTED);
}
if (GetSessionData(dwSessionId))
{
SPMSG_GENERIC pMsg;
UINT BufferLen = sizeof(SPMSG_GENERIC);
TSHELL_INFO(TEXT("We are trying to retrieve player info."));
m_fpEnumPlayers = EnumCallback;
m_lpvPlayersContext = pContext;
pMsg.dpHdr.usCookie = DPSYS_SYS;
pMsg.dpHdr.to = 0;
pMsg.dpHdr.from = 0;
pMsg.dpHdr.usCount = (USHORT) sizeof(DPMSG_GENERIC);
pMsg.dpHdr.usGame = 0;
pMsg.dpHdr.usSeq = NextSequence();
pMsg.sMsg.dwType = DPSYS_ENUMALLPLAYERS;
if (SendTo(m_EnumSocket, &m_NSSockAddr,
m_SessionAddrLen, (char *) &pMsg, &BufferLen) != 0)
{
TSHELL_INFO(TEXT("Enum SendTo failed."));
}
memset( (LPVOID) &m_spmsgAddPlayer, 0x00, sizeof(SPMSG_ADDPLAYER));
ResetEvent(m_hPlayerBlkEventMain);
ResetEvent(m_hPlayerBlkEventRead);
//
// Hard code timeout.
//
dwTimeout = 1000;
while (!bDone)
{
DWORD dwRet;
//
// Wait for DPSYS_ENUMPLAYERRESP to wake us up.
//
dwRet = WaitForSingleObject(m_hPlayerBlkEventMain, dwTimeout);
//
// Prevent another DPSYS_ENUMPLAYERRESP before we've processed this one.
//
PlayerDataLock();
//
// Reset our wait, and tell DPSYS_ENUMPLAYERRESP it can continue and
// pick another reply packet up.
//
ResetEvent(m_hPlayerBlkEventMain);
SetEvent(m_hPlayerBlkEventRead);
//
// Only process if our enum sessions is still valid.
//
if (m_fpEnumPlayers)
{
if( dwRet == WAIT_TIMEOUT)
{
m_fpEnumPlayers = NULL;
bDone = TRUE;
TSHELL_INFO(TEXT("End EnumPlayers on Timeout."));
}
else
{
bFound = TRUE;
TSHELL_INFO(TEXT("Found a remote player."));
_try
{
if ((m_fpEnumPlayers)(m_spmsgAddPlayer.sMsg.dpId,
(LPSTR) m_spmsgAddPlayer.sMsg.szShortName,
(LPSTR) m_spmsgAddPlayer.sMsg.szLongName,
0,
m_lpvPlayersContext) == FALSE)
{
m_fpEnumPlayers = NULL;
bDone = TRUE;
TSHELL_INFO(TEXT("End EnumPlayers."));
}
else
dwTimeout = 250;
}
_except(EXCEPTION_EXECUTE_HANDLER)
{
m_fpEnumPlayers = NULL;
bDone = TRUE;
TSHELL_INFO(TEXT("End EnumPlayers."));
}
}
}
else
{
bDone = TRUE;
}
PlayerDataUnlock();
}
return(DP_OK);
}
else
{
TSHELL_INFO(TEXT("EnumPlayers: bad session ID"));
return(DPERR_INVALIDOBJECT);
}
}
ParanoiaLock();
for (ii = 0; ii < MAX_PLAYERS; ii++)
if (m_aPlayer[ii].bValid
&& ( (m_aPlayer[ii].bPlayer == FALSE && (dwFlags & DPENUMPLAYERS_GROUP))
|| (m_aPlayer[ii].bPlayer == TRUE && !(dwFlags & DPENUMPLAYERS_NOPLAYERS))))
{
if ((EnumCallback)((DPID) m_aPlayer[ii].pid,
m_aPlayer[ii].chNickName,
m_aPlayer[ii].chFullName,
((m_aPlayer[ii].bLocal ) ? DPENUMPLAYERS_LOCAL : DPENUMPLAYERS_REMOTE)
| ((!m_aPlayer[ii].bPlayer) ? DPENUMPLAYERS_GROUP : 0),
pContext) == FALSE)
{
break;
}
}
ParanoiaUnlock();
return(DP_OK);
}
HRESULT CImpIDP_SP::EnumSessions(
LPDPSESSIONDESC lpSDesc,
DWORD dwTimeout,
LPDPENUMSESSIONSCALLBACK EnumCallback,
LPVOID lpvContext,
DWORD dwFlags)
{
SPMSG_ENUM Msg;
UINT BufferLen;
SOCKADDR SockAddr;
DWORD dwTimeBegin = GetTickCount();
DWORD dwTimeNow;
BOOL bFound = FALSE;
BOOL bDone = FALSE;
DWORD ii;
if (dwFlags & DPENUMSESSIONS_PREVIOUS)
return(DPERR_UNSUPPORTED);
if (m_bConnected || m_bPlayer0)
return(DPERR_UNSUPPORTED);
EnumDataLock();
if (m_ppSessionArray)
{
for (ii = 0; ii < m_dwSessionPrev; ii++)
lfree(m_ppSessionArray[ii]);
lfree(m_ppSessionArray);
m_ppSessionArray = NULL;
m_dwSessionPrev = 0;
m_dwSessionAlloc = 0;
}
if (m_bRunEnumReceiveLoop == FALSE)
{
m_usGamePort = 0;
memset(&m_NSSockAddr, 0x00, sizeof(SOCKADDR));
ResetEvent(m_hBlockingEvent);
m_fpEnumSessions = EnumCallback;
m_bRunEnumReceiveLoop = TRUE;
m_lpvSessionContext = lpvContext;
m_dwSession = 1;
m_hEnumThread = CreateThread(NULL, 0, StartClientThreadProc,
(LPVOID) this, 0, &m_dwEnumId);
if ( WaitForSingleObject(m_hBlockingEvent, 9000) == WAIT_TIMEOUT
|| !m_bEnumSocket)
{
EnumDataUnlock();
return(DPERR_GENERIC);
}
}
else
{
m_fpEnumSessions = EnumCallback;
m_lpvSessionContext = lpvContext;
}
EnumDataUnlock();
Msg.dpHdr.dwConnect1 = DPSYS_KYRA;
Msg.dpHdr.dwConnect2 = DPSYS_HALL;
Msg.dwType = DPSYS_ENUM;
Msg.dpSessionDesc = *lpSDesc;
Msg.usPort = 0;
Msg.dwUnique = 0;
Msg.usVerMajor = DPVERSION_MAJOR;
Msg.usVerMinor = DPVERSION_MINOR;
memset(&SockAddr, 0, sizeof(SOCKADDR));
// Depending on the address family specified, we'll try to find the
// Name Server just a little differently.
//
if (GetSockAddress(&SockAddr, NULL, DPNS_PORT, NULL, TRUE))
{
BufferLen = sizeof(SPMSG_ENUM);
memset( (LPVOID) &m_spmsgEnum, 0x00, sizeof(SPMSG_ENUM));
ResetEvent(m_hEnumBlkEventMain);
ResetEvent(m_hEnumBlkEventRead);
if (SendTo(m_EnumSocket, &SockAddr, sizeof(SockAddr), (char *) &Msg, &BufferLen) != 0)
{
TSHELL_INFO(TEXT("Enum SendTo failed."));
}
// TSHELL_INFO(TEXT("Enum SendTo success."));
}
else
{
TSHELL_INFO(TEXT("Didn't get a proper sock address."));
return(DPERR_GENERIC);
}
while(!bDone)
{
DWORD dwRet;
//
// Wait for DPSYS_ENUM_REPLY to wake us up.
//
dwRet = WaitForSingleObject(m_hEnumBlkEventMain, dwTimeout);
//
// Prevent another DPSYS_ENUM_REPLY before we've processed this one.
//
EnumDataLock();
DBG_INFO((DBGARG, TEXT("Tick %d"), GetTickCount()));
//
// Reset our wait, and tell DPSYS_ENUM_REPLY it can continue and
// pick another reply packet up.
//
ResetEvent(m_hEnumBlkEventMain);
SetEvent(m_hEnumBlkEventRead);
//
// Only process if our enum sessions is still valid.
//
if (m_fpEnumSessions)
{
if( dwRet == WAIT_TIMEOUT)
{
memset( (LPVOID) &m_spmsgEnum, 0x00, sizeof(SPMSG_ENUM));
_try
{
if ((m_fpEnumSessions)(NULL, m_lpvSessionContext, &dwTimeout, DPESC_TIMEDOUT) == FALSE)
{
m_fpEnumSessions = NULL;
bDone = TRUE;
TSHELL_INFO(TEXT("End EnumSessions."));
}
else
{
dwTimeBegin = GetTickCount();
}
}
_except(EXCEPTION_EXECUTE_HANDLER)
{
m_fpEnumSessions = NULL;
bDone = TRUE;
TSHELL_INFO(TEXT("Exception encountered."));
}
}
else
{
bFound = TRUE;
DBG_INFO((DBGARG, TEXT("Session %d Name %s"),
m_spmsgEnum.dpSessionDesc.dwSession,
m_spmsgEnum.dpSessionDesc.szSessionName));
_try
{
if ((m_fpEnumSessions)((LPDPSESSIONDESC) &m_spmsgEnum.dpSessionDesc,
m_lpvSessionContext, NULL, 0 ) == FALSE)
{
m_fpEnumSessions = NULL;
bDone = TRUE;
TSHELL_INFO(TEXT("End EnumSessions."));
}
else
{
if (dwTimeout != 0xffffffff)
{
dwTimeNow = GetTickCount();
if ( (dwTimeNow - dwTimeBegin) > dwTimeout)
dwTimeout = 0;
else
{
dwTimeout -= (dwTimeNow - dwTimeBegin);
dwTimeBegin = dwTimeNow;
}
}
}
}
_except(EXCEPTION_EXECUTE_HANDLER)
{
m_fpEnumSessions = NULL;
bDone = TRUE;
TSHELL_INFO(TEXT("Exception encountered."));
}
}
}
else
{
bDone = TRUE;
}
EnumDataUnlock();
DBG_INFO((DBGARG, TEXT("Tick %d"), GetTickCount()));
}
return((bFound) ? DP_OK : DPERR_NOSESSIONS);
}
VOID CImpIDP_SP::ISend(
LONG iFrom,
LONG iTo,
DWORD dwFlags,
LPVOID lpvBuffer,
DWORD dwBuffSize)
{
MSG_BUILDER *pMsg;
DWORD ii;
LONG iIndexT;
ParanoiaLock();
if (m_aPlayer[iTo].bPlayer == FALSE)
{
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if (m_aPlayer[iTo].aGroup[ii])
{
if ((iIndexT = GetPlayerIndex(m_aPlayer[iTo].aGroup[ii])) != -1)
ISend(iFrom, iIndexT, dwFlags, lpvBuffer, dwBuffSize);
}
}
}
else
{
if (m_aPlayer[iTo].bLocal)
{
AddMessage(lpvBuffer,
dwBuffSize,
m_aPlayer[iTo].pid,
m_aPlayer[iFrom].pid,
dwFlags & DPSEND_HIGHPRIORITY);
}
else
{
char chBuffer[MAX_MSG];
pMsg = (MSG_BUILDER *) chBuffer;
pMsg->dpHdr.usCookie = (dwFlags & DPSEND_HIGHPRIORITY) ? DPSYS_HIGH : DPSYS_USER;
pMsg->dpHdr.to = (USHORT) m_aPlayer[iTo].pid;
pMsg->dpHdr.from = (USHORT) m_aPlayer[iFrom].pid;
pMsg->dpHdr.usCount = (USHORT) dwBuffSize;
pMsg->dpHdr.usGame = (USHORT) m_usGameCookie;
memcpy( pMsg->chMsgCompose, lpvBuffer, dwBuffSize);
PostPlayerMessage( iTo, (LPVOID) pMsg, sizeof(DPHDR) + dwBuffSize);
}
}
ParanoiaUnlock();
}
// ----------------------------------------------------------
// Send - transmit data over socket.
// ----------------------------------------------------------
HRESULT CImpIDP_SP::Send(
DPID from,
DPID to,
DWORD dwFlags,
LPVOID lpvBuffer,
DWORD dwBuffSize)
{
DWORD ii;
LONG iFrom;
BOOL bSent = FALSE;
if (from == 0)
{
return(DPERR_INVALIDPID);
}
if (dwBuffSize > MAX_MSG)
return(DPERR_SENDTOOBIG);
ParanoiaLock();
iFrom = GetPlayerIndex(from);
#ifdef DEBUG
DBG_INFO((DBGARG, TEXT("Send From Pid %d Player Index %d"), from, iFrom));
if (iFrom == -1)
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
DBG_INFO((DBGARG, TEXT("Index %d Valid %d Pid %d Local %d"),
ii,
m_aPlayer[ii].bValid,
m_aPlayer[ii].pid,
m_aPlayer[ii].bLocal));
}
#endif
if (iFrom == -1 || ! m_aPlayer[iFrom].bLocal)
{
ParanoiaUnlock();
return(DPERR_INVALIDPID);
}
for (ii = 0; ii < MAX_PLAYERS; ii++)
if (m_aPlayer[ii].bValid && m_aPlayer[ii].pid != from)
{
if ( (to == 0 && m_aPlayer[ii].bPlayer == TRUE)
|| m_aPlayer[ii].pid == to)
{
ISend(iFrom, ii, dwFlags, lpvBuffer, dwBuffSize);
bSent = TRUE;
}
}
ParanoiaUnlock();
return(bSent ? DP_OK : DPERR_INVALIDPID);
}
// ----------------------------------------------------------
// Receive - receive message
// ----------------------------------------------------------
HRESULT CImpIDP_SP::Receive(
LPDPID pidfrom,
LPDPID pidto,
DWORD dwFlags,
LPVOID lpvBuffer,
LPDWORD lpdwSize)
{
HRESULT hr;
LONG iIndex;
BOOL bb;
ParanoiaLock();
bb = TRUE;
if (dwFlags & DPRECEIVE_TOPLAYER)
{
iIndex = GetPlayerIndex(*pidto);
if (iIndex == -1 || m_aPlayer[iIndex].bPlayer == FALSE)
bb = FALSE;
}
if ((dwFlags & DPRECEIVE_FROMPLAYER) && *pidfrom != 0)
{
iIndex = GetPlayerIndex(*pidfrom);
if (iIndex == -1 || m_aPlayer[iIndex].bPlayer == FALSE)
bb = FALSE;
}
ParanoiaUnlock();
if (bb == FALSE)
{
return(DPERR_INVALIDPID);
}
hr = GetQMessage(lpvBuffer, lpdwSize, pidto, pidfrom, dwFlags,
dwFlags & DPRECEIVE_PEEK);
return(hr);
}
HRESULT CImpIDP_SP::SetPlayerName(
DPID pid,
LPSTR lpFriendlyName,
LPSTR lpFormalName,
BOOL bPlayer)
{
SPMSG_ADDPLAYER spmsg_addplayer;
SPMSG_ADDPLAYER *pMsg;
//
// Send DPSYS_SETPLAYER to nameserver.
//
ParanoiaLock();
LONG iIndex = GetPlayerIndex(pid);
if (iIndex == -1 || m_aPlayer[iIndex].bPlayer != bPlayer)
{
ParanoiaUnlock();
return(DPERR_INVALIDPLAYER);
}
lstrcpyn( m_aPlayer[iIndex].chNickName, lpFriendlyName, DPSHORTNAMELEN);
lstrcpyn( m_aPlayer[iIndex].chFullName, lpFormalName , DPLONGNAMELEN);
pMsg = &spmsg_addplayer;
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = SIZE_ADDPLAYER;
pMsg->dpHdr.usGame = (USHORT) m_usGameCookie;
pMsg->sMsg.dwType = DPSYS_SETPLAYER;
pMsg->sMsg.dwPlayerType = bPlayer;
pMsg->sMsg.dpId = m_aPlayer[iIndex].pid;
pMsg->sMsg.dwCurrentPlayers = m_dpDesc.dwCurrentPlayers;
lstrcpy( pMsg->sMsg.szShortName, lpFriendlyName);
lstrcpy( pMsg->sMsg.szLongName, lpFormalName);
memcpy( &pMsg->sockaddr, &m_aPlayer[iIndex].sockaddr, sizeof(SOCKADDR));
if (m_bPlayer0)
{
LocalMsg( iIndex, (LPVOID) pMsg, sizeof(DPMSG_ADDPLAYER));
PostGameMessage( (LPVOID) pMsg, sizeof(SPMSG_ADDPLAYER));
}
else
{
PostNSMessage( pMsg, sizeof(SPMSG_ADDPLAYER));
}
ParanoiaUnlock();
return(DP_OK);
}
HRESULT CImpIDP_SP::SaveSession(LPVOID lpv, LPDWORD lpdw)
{
return(DPERR_UNSUPPORTED);
}
HRESULT CImpIDP_SP::SetPrevSession(LPSTR lpName, LPVOID lpv, DWORD dw)
{
return(DPERR_UNSUPPORTED);
}
HRESULT CImpIDP_SP::SetPrevPlayer(LPSTR lpName, LPVOID lpv, DWORD dw)
{
//
//
// This doesn't make sense for a serial point to point SP.
//
TSHELL_INFO( TEXT("not currently supported") );
return(DPERR_UNSUPPORTED);
}
HRESULT CImpIDP_SP::EnableNewPlayers(BOOL bEnable)
{
//
// Implementation not set, and won't follow this calling convention.
// ignore for now.
//
SPMSG_ENABLEPLAYER spmsg_enableplayer;
SPMSG_ENABLEPLAYER *pMsg = &spmsg_enableplayer;
m_bEnablePlayerAdd = bEnable;
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = sizeof(DPMSG_ENABLEPLAYER);
pMsg->dpHdr.usGame = (USHORT) m_usGameCookie;
pMsg->sMsg.dwType = DPSYS_ENABLEPLAYER;
pMsg->sMsg.bEnable = bEnable;
if (! m_bPlayer0)
PostNSMessage( pMsg, sizeof(SPMSG_ENABLEPLAYER));
else
PostGameMessage( pMsg, sizeof(SPMSG_ENABLEPLAYER));
return(DP_OK);
}
HRESULT CImpIDP_SP::GetPlayerCaps(
DPID pid,
LPDPCAPS lpDPCaps)
{
LONG iIndex = GetPlayerIndex(pid);
if (iIndex == -1 || m_aPlayer[iIndex].bPlayer == FALSE)
return(DPERR_INVALIDPID);
*lpDPCaps = m_dpcaps;
if (m_aPlayer[iIndex].bLocal)
lpDPCaps->dwLatency = 1;
return(DP_OK);
}
HRESULT CImpIDP_SP::GetMessageCount(DPID pid, LPDWORD lpdw )
{
//
// Return count for this pid, if it is a local player we have
// been tracking with Interlock calls.
//
LONG iIndex = GetPlayerIndex((DPID) pid);
if (iIndex == -1 || m_aPlayer[iIndex].bPlayer == FALSE)
return(DPERR_INVALIDPLAYER);
if (m_aPlayer[iIndex].bLocal == FALSE)
return(DPERR_INVALIDPLAYER);
*lpdw = GetPlayerCount((DPID) pid);
return(DP_OK);
}
HRESULT CImpIDP_SP::AddPlayerToGroup(
DPID dpIdGroup,
DPID dpIdPlayer)
{
DPMSG_GROUPADD dpGAdd;
LONG iIndexG;
LONG iIndexP;
DWORD ii;
SPMSG_GROUPADD spmsg_groupadd;
SPMSG_GROUPADD *pMsg = &spmsg_groupadd;
ParanoiaLock();
iIndexG = GetPlayerIndex(dpIdGroup);
iIndexP = GetPlayerIndex(dpIdPlayer);
if ( iIndexG == -1
|| m_aPlayer[iIndexG].bPlayer == TRUE
|| iIndexP == -1
|| m_aPlayer[iIndexP].bPlayer == FALSE)
{
ParanoiaUnlock();
return(DPERR_INVALIDPID);
}
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if (m_aPlayer[iIndexG].aGroup[ii] == m_aPlayer[iIndexP].pid)
{
ParanoiaUnlock();
return(DPERR_INVALIDPID);
}
}
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if (m_aPlayer[iIndexG].aGroup[ii] == 0)
{
dpGAdd.dwType = DPSYS_ADDPLAYERTOGROUP;
dpGAdd.dpIdGroup = m_aPlayer[iIndexG].pid;
dpGAdd.dpIdPlayer = m_aPlayer[iIndexP].pid;
ParanoiaUnlock();
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = sizeof(DPMSG_GROUPADD);
pMsg->dpHdr.usGame = (USHORT) m_usGameCookie;
memcpy( (LPVOID) &pMsg->sMsg, (LPVOID) &dpGAdd, sizeof(DPMSG_GROUPADD));
if (m_bPlayer0)
{
m_aPlayer[iIndexG].aGroup[ii] = m_aPlayer[iIndexP].pid;
LocalMsg(iIndexG, (LPVOID) &dpGAdd, sizeof(DPMSG_GROUPADD));
PostGameMessage( (LPVOID) pMsg, sizeof(SPMSG_GROUPADD));
}
else
{
PostNSMessage( pMsg, sizeof(SPMSG_GROUPADD));
}
return(DP_OK);
}
}
ParanoiaUnlock();
return(DPERR_GENERIC);
}
HRESULT CImpIDP_SP::DeletePlayerFromGroup(
DPID dpIdGroup,
DPID dpIdPlayer)
{
DPMSG_GROUPADD dpGAdd;
LONG iIndexG;
LONG iIndexP;
DWORD ii;
SPMSG_GROUPADD spmsg_groupadd;
SPMSG_GROUPADD *pMsg = &spmsg_groupadd;
ParanoiaLock();
iIndexG = GetPlayerIndex(dpIdGroup);
iIndexP = GetPlayerIndex(dpIdPlayer);
if ( iIndexG == -1
|| m_aPlayer[iIndexG].bPlayer == TRUE
|| iIndexP == -1
|| m_aPlayer[iIndexP].bPlayer == FALSE)
{
ParanoiaUnlock();
return(DPERR_INVALIDPID);
}
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if (m_aPlayer[iIndexG].aGroup[ii] == m_aPlayer[iIndexP].pid)
{
dpGAdd.dwType = DPSYS_DELETEPLAYERFROMGRP;
dpGAdd.dpIdGroup = m_aPlayer[iIndexG].pid;
dpGAdd.dpIdPlayer = m_aPlayer[iIndexP].pid;
m_aPlayer[iIndexG].aGroup[ii] = 0;
ParanoiaUnlock();
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = sizeof(DPMSG_GROUPADD);
pMsg->dpHdr.usGame = (USHORT) m_usGameCookie;
memcpy( (LPVOID) &pMsg->sMsg, (LPVOID) &dpGAdd, sizeof(DPMSG_GROUPADD));
if (m_bPlayer0)
{
LocalMsg(iIndexG, (LPVOID) &dpGAdd, sizeof(DPMSG_GROUPADD));
PostGameMessage( (LPVOID) pMsg, sizeof(SPMSG_GROUPADD));
}
else
{
PostNSMessage( pMsg, sizeof(SPMSG_GROUPADD));
}
return(DP_OK);
}
}
ParanoiaUnlock();
return(DPERR_INVALIDPID);
}
VOID CImpIDP_SP::HandleMessage(LPVOID lpv, DWORD dwSize, SOCKADDR *pSAddr, INT SockAddrLen)
{
DPHDR *pHdr;
BOOL bHigh = FALSE;
DPID pidTo, pidFrom;
DWORD ii;
SPMSG_ADDPLAYER *pAddPlayer;
LONG iIndex;
pHdr = (DPHDR *) lpv;
// TSHELL_INFO(TEXT("HandleMessage entered."));
switch(pHdr->usCookie)
{
default:
TSHELL_INFO(TEXT("Unknown message value"));
break;
case DPSYS_HIGH:
bHigh = TRUE;
//
// Fall Through!
//
case DPSYS_USER:
pidTo = 0x00ff & ((DPID) pHdr->to);
pidFrom = 0x00ff & ((DPID) pHdr->from);
dwSize = (DWORD) ((DPID) pHdr->usCount);
iIndex = GetPlayerIndex(pidTo);
if ( pidTo == 0
|| iIndex != -1)
{
AddMessage((LPVOID) (((LPBYTE) lpv) + sizeof(DPHDR)), dwSize,
pidTo, pidFrom, bHigh);
}
iIndex = GetPlayerIndex(pidFrom);
if ( pidFrom != 0
&& (iIndex == -1))
{
SPMSG_GETPLAYER spmsg_getplayer;
SPMSG_GETPLAYER *pMsg = &spmsg_getplayer;
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = sizeof(DPMSG_GETPLAYER);
pMsg->dpHdr.usGame = (USHORT) m_usGameCookie;
pMsg->sMsg.dwType = DPSYS_GETPLAYER;
pMsg->sMsg.dpId = pidFrom;
PostNSMessage((LPVOID) pMsg, sizeof(SPMSG_GETPLAYER));
}
break;
case DPSYS_SYS:
TSHELL_INFO(TEXT("HandleMessage System Message."));
switch(((SPMSG_GENERIC *)lpv)->sMsg.dwType)
{
default:
DBG_INFO((DBGARG, TEXT("Unknown Type %x"), ((SPMSG_GENERIC *)lpv)->sMsg.dwType));
break;
case DPSYS_ENABLEPLAYER:
{
SPMSG_ENABLEPLAYER *pMsg;
pMsg = (SPMSG_ENABLEPLAYER *) lpv;
if (pMsg->dpHdr.usCount == sizeof(DPMSG_ENABLEPLAYER))
{
if (m_bPlayer0 && m_bEnablePlayerAdd != pMsg->sMsg.bEnable)
PostGameMessage( (LPVOID) pMsg, sizeof(SPMSG_ENABLEPLAYER));
m_bEnablePlayerAdd = pMsg->sMsg.bEnable;
}
}
break;
case DPSYS_DELETEPLAYERFROMGRP:
case DPSYS_ADDPLAYERTOGROUP:
case DPSYS_SETGROUPPLAYER:
{
SPMSG_GROUPADD *pMsg;
LONG iIndexG;
LONG iIndexP;
pMsg = (SPMSG_GROUPADD *) lpv;
if (pMsg->dpHdr.usCount == sizeof(DPMSG_GROUPADD))
{
ParanoiaLock();
iIndexG = GetPlayerIndex(pMsg->sMsg.dpIdGroup);
iIndexP = GetPlayerIndex(pMsg->sMsg.dpIdPlayer);
if ( iIndexG == -1
|| m_aPlayer[iIndexG].bPlayer == TRUE
|| iIndexP == -1
|| m_aPlayer[iIndexP].bPlayer == FALSE)
{
TSHELL_INFO(TEXT("Invalid GroupAdd message."));
}
else
{
if ( pMsg->sMsg.dwType == DPSYS_ADDPLAYERTOGROUP
|| pMsg->sMsg.dwType == DPSYS_SETGROUPPLAYER)
{
for (ii = 0; ii < MAX_PLAYERS; ii++)
if (m_aPlayer[iIndexG].aGroup[ii] == 0)
{
m_aPlayer[iIndexG].aGroup[ii] = m_aPlayer[iIndexP].pid;
break;
}
}
else
{
for (ii = 0; ii < MAX_PLAYERS; ii++)
if (m_aPlayer[iIndexG].aGroup[ii] == m_aPlayer[iIndexP].pid)
{
m_aPlayer[iIndexG].aGroup[ii] = 0;
}
}
if (pMsg->sMsg.dwType != DPSYS_SETGROUPPLAYER)
{
LocalMsg(iIndexG, (LPVOID) &pMsg->sMsg, sizeof(DPMSG_GROUPADD));
if (m_bPlayer0)
{
PostGameMessage( (LPVOID) pMsg, sizeof(SPMSG_GROUPADD));
}
}
}
ParanoiaUnlock();
}
else
{
TSHELL_INFO(TEXT("Invalid size on system message"));
}
}
break;
case DPSYS_SENDDESC:
{
SPMSG_SENDDESC *pMsg;
pMsg = (SPMSG_SENDDESC *) lpv;
if (pMsg->dpHdr.usCount == SIZE_SENDDESC)
{
memcpy( (LPVOID) &m_dpDesc, (LPVOID) &pMsg->sMsg.dpDesc, sizeof(m_dpDesc));
// DBG_INFO((DBGARG, TEXT("New Description. Current Players %d"),
// m_dpDesc.dwCurrentPlayers));
}
}
break;
case DPSYS_PING:
{
SPMSG_PING *pMsg;
pMsg = (SPMSG_PING *) lpv;
if (pMsg->dpHdr.usCount == SIZE_PING)
{
if (pMsg->dwTicks == m_dwPingSent)
{
m_dpcaps.dwLatency = (GetTickCount() - m_dwPingSent) /2;
m_dwPingSent = 0;
// TSHELL_INFO(TEXT("Latency Accepted from our Ping."));
}
else
{
SPMSG_PING spmsg_ping;
SPMSG_PING *pMsg2 = &spmsg_ping;
UINT uiSize = sizeof(SPMSG_PING);
memcpy( (LPVOID) pMsg2, (LPVOID) pMsg, sizeof(SPMSG_PING));
SendTo(m_ClientSocket, pSAddr, SockAddrLen, (char *)pMsg2, &uiSize);
// TSHELL_INFO(TEXT("Return Ping."));
}
TSHELL_INFO(TEXT("Ping Recieved."));
}
}
break;
case DPSYS_SETPLAYER:
{
SPMSG_SETPLAYER *pSetPlayer;
pSetPlayer = (SPMSG_SETPLAYER *) lpv;
TSHELL_INFO(TEXT("Received SETPLAYER message"));
if (pSetPlayer->dpHdr.usCount == SIZE_SETPLAYER)
{
ParanoiaLock();
iIndex = GetPlayerIndex(pSetPlayer->sMsg.dpId);
if (iIndex != -1)
{
if (m_aPlayer[iIndex].bPlayer == (BOOL) pSetPlayer->sMsg.dwPlayerType)
{
lstrcpyn( m_aPlayer[iIndex].chNickName, pSetPlayer->sMsg.szShortName, DPSHORTNAMELEN);
lstrcpyn( m_aPlayer[iIndex].chFullName, pSetPlayer->sMsg.szLongName , DPLONGNAMELEN);
m_dpDesc.dwCurrentPlayers = pSetPlayer->sMsg.dwCurrentPlayers;
}
TSHELL_INFO(TEXT("Name change through SETPLAYER"));
}
else if ( !m_bPlayer0
&& ((iIndex = FindInvalidIndex()) != -1))
{
if (!pSetPlayer->sMsg.dwPlayerType)
{
m_aPlayer[iIndex].aGroup = (DPID *) lmalloc(sizeof(DPID) * MAX_PLAYERS);
if (m_aPlayer[iIndex].aGroup != NULL)
memset(m_aPlayer[iIndex].aGroup, 0x00, sizeof(DPID) * MAX_PLAYERS);
else
pSetPlayer->sMsg.dwPlayerType = TRUE; // Critical failure.
}
lstrcpy( m_aPlayer[iIndex].chNickName, pSetPlayer->sMsg.szShortName);
lstrcpy( m_aPlayer[iIndex].chFullName, pSetPlayer->sMsg.szLongName);
m_aPlayer[iIndex].bValid = TRUE;
m_aPlayer[iIndex].bPlayer = pSetPlayer->sMsg.dwPlayerType;
m_aPlayer[iIndex].bLocal = FALSE;
memcpy(&m_aPlayer[iIndex].sockaddr, pSAddr, sizeof(SOCKADDR));
m_aPlayer[iIndex].pid = pSetPlayer->sMsg.dpId;
m_dpDesc.dwCurrentPlayers = pSetPlayer->sMsg.dwCurrentPlayers;
TSHELL_INFO(TEXT("Remote player updated with SETPLAYER."));
}
if (iIndex != -1)
{
if (pSetPlayer->sockaddr.sa_family == 0)
memcpy(&m_aPlayer[iIndex].sockaddr, &m_NSSockAddr, sizeof(SOCKADDR));
else
memcpy(&m_aPlayer[iIndex].sockaddr, &pSetPlayer->sockaddr, sizeof(SOCKADDR));
}
ParanoiaUnlock();
}
}
break;
case DPSYS_ADDPLAYER:
{
pAddPlayer = (SPMSG_ADDPLAYER *) lpv;
if (pAddPlayer->dpHdr.usCount == SIZE_ADDPLAYER)
{
if (m_bEnablePlayerAdd == FALSE && pAddPlayer->sMsg.dwPlayerType == TRUE)
break;
if (m_bPlayer0)
{
if (pAddPlayer->dpHdr.usSeq == m_usSeqSys)
{
TSHELL_INFO(TEXT("We have seen this before."));
//
// BUGBUG, search our list and try to find a player
// we have already created and give them that.
//
break;
}
ParanoiaLock();
TSHELL_INFO(TEXT("Begin AddPlayer Processing Player 0."));
if ( m_dpDesc.dwMaxPlayers >= m_dpDesc.dwCurrentPlayers
&& pAddPlayer->sMsg.dpId == 0
&& ((iIndex = FindInvalidIndex()) != -1))
{
SPMSG_ADDPLAYER spmsg_addplayer;
SPMSG_ADDPLAYER *pReplyMsg = &spmsg_addplayer;
if (!pAddPlayer->sMsg.dwPlayerType)
{
m_aPlayer[iIndex].aGroup = (DPID *) lmalloc(sizeof(DPID) * MAX_PLAYERS);
if (m_aPlayer[iIndex].aGroup != NULL)
memset(m_aPlayer[iIndex].aGroup, 0x00, sizeof(DPID) * MAX_PLAYERS);
else
pAddPlayer->sMsg.dwPlayerType = TRUE; // Critical failure.
}
pAddPlayer->sMsg.dwCurrentPlayers = ++m_dpDesc.dwCurrentPlayers;
m_aPlayer[iIndex].pid = (DPID) m_dwNextPlayer++;
lstrcpy( m_aPlayer[iIndex].chNickName, pAddPlayer->sMsg.szShortName);
lstrcpy( m_aPlayer[iIndex].chFullName, pAddPlayer->sMsg.szLongName);
m_aPlayer[iIndex].bValid = TRUE;
m_aPlayer[iIndex].bPlayer = pAddPlayer->sMsg.dwPlayerType;
m_aPlayer[iIndex].bLocal = FALSE;
memcpy(&m_aPlayer[iIndex].sockaddr, pSAddr, sizeof(SOCKADDR));
memcpy(&pAddPlayer->sockaddr, pSAddr, sizeof(SOCKADDR));
pAddPlayer->sMsg.dpId = m_aPlayer[iIndex].pid;
TSHELL_INFO(TEXT("Replying to AddPlayer message."));
m_usSeqSys = pAddPlayer->dpHdr.usSeq;
pAddPlayer->dpHdr.usSeq = NextSequence();
memcpy((LPVOID) pReplyMsg, (LPVOID) pAddPlayer,
sizeof(SPMSG_ADDPLAYER));
PostGameMessage( (LPVOID) pReplyMsg, sizeof(SPMSG_ADDPLAYER));
LocalMsg(iIndex, &pAddPlayer->sMsg, sizeof(DPMSG_ADDPLAYER));
}
else
{
TSHELL_INFO(TEXT("Ignoring message, it will timeout."));
}
ParanoiaUnlock();
}
//
// Ignore it it we already know about this player.
//
else if (GetPlayerIndex(pAddPlayer->sMsg.dpId) == -1)
{
TSHELL_INFO(TEXT("Begin AddPlayer Processing Remote."));
ParanoiaLock();
#ifdef DEBUG
if (m_dpDesc.dwCurrentPlayers != pAddPlayer->sMsg.dwCurrentPlayers)
{
DBG_INFO((DBGARG, TEXT("Adjusting local count of players from %d to %d"),
m_dpDesc.dwCurrentPlayers,
pAddPlayer->sMsg.dwCurrentPlayers));
}
#endif
m_dpDesc.dwCurrentPlayers = pAddPlayer->sMsg.dwCurrentPlayers;
iIndex = FindInvalidIndex();
if ((iIndex = FindInvalidIndex()) != -1)
{
if (!pAddPlayer->sMsg.dwPlayerType)
{
m_aPlayer[iIndex].aGroup = (DPID *) lmalloc(sizeof(DPID) * MAX_PLAYERS);
if (m_aPlayer[iIndex].aGroup != NULL)
memset(m_aPlayer[iIndex].aGroup, 0x00, sizeof(DPID) * MAX_PLAYERS);
else
pAddPlayer->sMsg.dwPlayerType = TRUE; // Critical failure.
}
lstrcpy( m_aPlayer[iIndex].chNickName, pAddPlayer->sMsg.szShortName);
lstrcpy( m_aPlayer[iIndex].chFullName, pAddPlayer->sMsg.szLongName);
m_aPlayer[iIndex].bValid = TRUE;
m_aPlayer[iIndex].bPlayer = pAddPlayer->sMsg.dwPlayerType;
if (pAddPlayer->sockaddr.sa_family == 0)
memcpy(&m_aPlayer[iIndex].sockaddr, &m_NSSockAddr, sizeof(SOCKADDR));
else
memcpy(&m_aPlayer[iIndex].sockaddr, &pAddPlayer->sockaddr, sizeof(SOCKADDR));
m_aPlayer[iIndex].pid = pAddPlayer->sMsg.dpId;
if (m_hNewPlayerEvent && pAddPlayer->dwUnique == m_dwUnique)
{
m_aPlayer[iIndex].bLocal = TRUE;
m_iPlayerIndex = iIndex;
SetEvent(m_hNewPlayerEvent);
}
else
{
m_aPlayer[iIndex].bLocal = FALSE;
}
LocalMsg(iIndex, &pAddPlayer->sMsg, sizeof(DPMSG_ADDPLAYER));
}
ParanoiaUnlock();
}
}
else
{
TSHELL_INFO(TEXT("Invalid size on system message ADDPLAYER"));
}
}
break;
case DPSYS_DELETEGROUP:
case DPSYS_DELETEPLAYER:
{
SPMSG_GETPLAYER *pMsg;
SPMSG_GETPLAYER spmsg_getplayer;
SPMSG_GETPLAYER *pMsg2 = &spmsg_getplayer;
pMsg = (SPMSG_GETPLAYER *) lpv;
TSHELL_INFO(TEXT("Got Delete"));
if (pMsg->dpHdr.usCount == SIZE_GETPLAYER)
{
ParanoiaLock();
if ((iIndex = GetPlayerIndex(pMsg->sMsg.dpId)) != -1)
{
if (m_bPlayer0)
{
TSHELL_INFO(TEXT("Player 0 Pings Delete."));
memcpy( (LPVOID) pMsg2, (LPVOID) pMsg, sizeof(SPMSG_GETPLAYER));
PostGameMessage( (LPVOID) pMsg2, sizeof(SPMSG_GETPLAYER));
}
m_dpDesc.dwCurrentPlayers--;
if (m_aPlayer[iIndex].bLocal)
{
CloseHandle(m_aPlayer[iIndex].hEvent);
FlushQueue(m_aPlayer[iIndex].pid);
}
m_aPlayer[iIndex].bValid = FALSE;
if (m_aPlayer[iIndex].aGroup)
lfree(m_aPlayer[iIndex].aGroup);
LocalMsg(iIndex, (LPVOID) &pMsg->sMsg, sizeof(DPMSG_GETPLAYER));
if (pMsg->sMsg.dwType == DPSYS_DELETEPLAYER)
{
DWORD ii, jj;
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if ( m_aPlayer[ii].bValid == TRUE
&& m_aPlayer[ii].bPlayer == FALSE
&& m_aPlayer[ii].aGroup)
{
for (jj = 0; jj < MAX_PLAYERS; jj++)
{
if (m_aPlayer[ii].aGroup[jj] == pMsg->sMsg.dpId)
{
m_aPlayer[ii].aGroup[jj] = 0;
break;
}
}
}
}
}
}
ParanoiaUnlock();
}
else
{
TSHELL_INFO(TEXT("Invalid size on system message"));
}
}
break;
case DPSYS_GETPLAYER:
{
DPID pid = ((SPMSG_GETPLAYER *) lpv)->sMsg.dpId;
BOOL bFound = FALSE;
if (m_bPlayer0)
{
ParanoiaLock();
if ((iIndex = GetPlayerIndex((DPID) pid)) != -1)
{
SPMSG_ADDPLAYER spmsg_addplayer;
SPMSG_ADDPLAYER *pMsg = &spmsg_addplayer;
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = SIZE_ADDPLAYER;
pMsg->sMsg.dwType = DPSYS_SETPLAYER;
pMsg->sMsg.dwPlayerType = m_aPlayer[iIndex].bPlayer;
pMsg->sMsg.dpId = pid;
pMsg->sMsg.dwCurrentPlayers = m_dpDesc.dwCurrentPlayers;
lstrcpy( pMsg->sMsg.szShortName, m_aPlayer[iIndex].chNickName);
lstrcpy( pMsg->sMsg.szLongName, m_aPlayer[iIndex].chFullName);
dwSize = sizeof(SPMSG_SETPLAYER);
SendTo(m_ClientSocket, pSAddr, SockAddrLen, (char *)pMsg, (LPUINT) &dwSize);
}
ParanoiaUnlock();
}
}
break;
case DPSYS_ENUMPLAYERRESP:
{
SPMSG_ADDPLAYER *pMsg;
pMsg = (SPMSG_ADDPLAYER *) lpv;
TSHELL_INFO(TEXT("Got a remote Player."));
PlayerDataLock();
if (m_fpEnumPlayers)
{
memcpy( (LPVOID) &m_spmsgAddPlayer, pMsg, sizeof(SPMSG_ADDPLAYER));
SetEvent(m_hPlayerBlkEventMain);
TSHELL_INFO(TEXT("Player should be processing in main thread shortly."));
PlayerDataUnlock();
WaitForSingleObject(m_hPlayerBlkEventRead, 5000);
ResetEvent(m_hPlayerBlkEventRead);
}
else
{
TSHELL_INFO(TEXT("Ignore remote player because callback null."));
PlayerDataUnlock();
}
}
break;
case DPSYS_ENUMALLPLAYERS:
{
if (m_bPlayer0)
{
SPMSG_ADDPLAYER spmsg_addplayer;
SPMSG_ADDPLAYER *pMsg = &spmsg_addplayer;
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = SIZE_ADDPLAYER;
pMsg->sMsg.dwType = DPSYS_ENUMPLAYERRESP;
pMsg->sMsg.dwPlayerType = TRUE;
pMsg->sMsg.dwCurrentPlayers = m_dpDesc.dwCurrentPlayers;
ParanoiaLock();
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if (m_aPlayer[ii].bValid && m_aPlayer[ii].bPlayer)
{
pMsg->sMsg.dpId = m_aPlayer[ii].pid;
lstrcpy( pMsg->sMsg.szShortName, m_aPlayer[ii].chNickName);
lstrcpy( pMsg->sMsg.szLongName, m_aPlayer[ii].chFullName);
dwSize = sizeof(SPMSG_SETPLAYER);
SendTo(m_ClientSocket, pSAddr, SockAddrLen, (char *)pMsg, (LPUINT) &dwSize);
}
}
ParanoiaUnlock();
}
}
break;
}
}
}
VOID CImpIDP_SP::SendPing()
{
if (!m_bConnected)
{
return;
}
if ( m_dwPingSent
&& (GetTickCount() < (m_dwPingSent + 2000)))
{
return;
}
else
m_dwPingSent = 0;
SPMSG_PING spmsg_ping;
SPMSG_PING *pMsg = &spmsg_ping;
pMsg->dpHdr.usCookie = DPSYS_SYS;
pMsg->dpHdr.to = 0;
pMsg->dpHdr.from = 0;
pMsg->dpHdr.usCount = SIZE_PING;
pMsg->dpHdr.usGame = (USHORT) m_usGameCookie;
pMsg->dwType = DPSYS_PING;
pMsg->dwTicks = m_dwPingSent = GetTickCount();
PostNSMessage( (LPVOID) pMsg, sizeof(SPMSG_PING));
}
VOID CImpIDP_SP::ConnectPlayers(SOCKADDR *pSAddr, INT SockAddrLen)
{
DWORD ii;
DWORD jj;
SPMSG_ADDPLAYER Msg;
DPMSG_ADDPLAYER dpAdd;
DWORD dwSize = sizeof(SPMSG_ADDPLAYER);
SPMSG_GROUPADD MsgG;
DPMSG_GROUPADD dpGAdd;
DWORD dwGSize = sizeof(SPMSG_GROUPADD);
dpAdd.dwType = DPSYS_SETPLAYER;
dpAdd.dpId = 0;
dpGAdd.dwType = DPSYS_SETGROUPPLAYER;
ParanoiaLock();
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if (m_aPlayer[ii].bValid )
{
dpAdd.dpId = m_aPlayer[ii].pid;
dpAdd.dwPlayerType = m_aPlayer[ii].bPlayer;
lstrcpy( dpAdd.szShortName, m_aPlayer[ii].chNickName);
lstrcpy( dpAdd.szLongName , m_aPlayer[ii].chFullName);
dpAdd.dwCurrentPlayers = m_dpDesc.dwCurrentPlayers;
Msg.dpHdr.usCookie = DPSYS_SYS;
Msg.dpHdr.to = (USHORT) m_aPlayer[ii].pid;
Msg.dpHdr.from = 0;
Msg.dpHdr.usCount = SIZE_SETPLAYER;
Msg.dpHdr.usGame = m_usGameCookie;
Msg.dpHdr.usSeq = NextSequence();
memcpy( (LPVOID) &Msg.sMsg, &dpAdd, sizeof(DPMSG_ADDPLAYER));
memcpy( (LPVOID) &Msg.sockaddr, &m_aPlayer[ii].sockaddr, sizeof(SOCKADDR));
SendTo(m_ClientSocket, pSAddr, SockAddrLen, (char *)&Msg, (LPUINT) &dwSize);
}
}
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if ( m_aPlayer[ii].bValid
&& m_aPlayer[ii].bPlayer == FALSE
&& m_aPlayer[ii].aGroup)
{
for (jj = 0; jj < MAX_PLAYERS; jj++)
{
if (m_aPlayer[ii].aGroup[jj] != 0)
{
MsgG.dpHdr.usCookie = DPSYS_SYS;
MsgG.dpHdr.to = 0;
MsgG.dpHdr.from = 0;
MsgG.dpHdr.usCount = SIZE_GROUPADD;
MsgG.dpHdr.usGame = m_usGameCookie;
MsgG.dpHdr.usSeq = NextSequence();
dpGAdd.dpIdGroup = m_aPlayer[ii].pid;
dpGAdd.dpIdPlayer = m_aPlayer[ii].aGroup[jj];
memcpy( (LPVOID) &MsgG.sMsg, &dpGAdd, sizeof(DPMSG_GROUPADD));
SendTo(m_ClientSocket, pSAddr, SockAddrLen, (char *)&MsgG, (LPUINT) &dwGSize);
}
}
}
}
ParanoiaUnlock();
}
VOID CImpIDP_SP::DeleteRemotePlayers()
{
DWORD ii;
DPMSG_DELETEPLAYER dpDel;
dpDel.dwType = DPSYS_DELETEPLAYER;
ParanoiaLock();
for (ii = 0; ii < MAX_PLAYERS; ii++)
{
if (m_aPlayer[ii].bValid && m_aPlayer[ii].bLocal == FALSE)
{
m_aPlayer[ii].bValid = FALSE;
if (m_aPlayer[ii].aGroup)
lfree(m_aPlayer[ii].aGroup);
m_dpDesc.dwCurrentPlayers--;
dpDel.dpId = m_aPlayer[ii].pid;
LocalMsg(-1, (LPVOID) &dpDel, sizeof(DPMSG_DELETEPLAYER));
}
}
ParanoiaUnlock();
}
BOOL CImpIDP_SP::CompareSessions(DWORD dwType, LPDPSESSIONDESC lpSDesc)
{
if ( dwType == DPSYS_OPEN
&& IsEqualGUID((REFGUID) m_dpDesc.guidSession, (REFGUID) lpSDesc->guidSession)
&& m_bEnablePlayerAdd == TRUE
&& m_dpDesc.dwCurrentPlayers < m_dpDesc.dwMaxPlayers
&& ( m_dpDesc.szPassword[0] == 0x00
|| lstrcmp(m_dpDesc.szPassword, lpSDesc->szPassword) == 0))
return(TRUE);
if ( dwType == DPSYS_ENUM
&& m_cMachines < MAX_PLAYERS
&& ( IsEqualGUID((REFGUID) m_dpDesc.guidSession, (REFGUID) lpSDesc->guidSession)
|| IsEqualGUID((REFGUID) NULL_GUID, (REFGUID) lpSDesc->guidSession))
&& ( lpSDesc->dwFlags & DPENUMSESSIONS_ALL
|| ( m_dpDesc.dwCurrentPlayers < m_dpDesc.dwMaxPlayers
&& m_bEnablePlayerAdd == TRUE
&& ( m_dpDesc.szPassword[0] == 0x00
|| lstrcmp(m_dpDesc.szPassword, lpSDesc->szPassword) == 0))))
return(TRUE);
return(FALSE);
}
BOOL CImpIDP_SP::GetSessionData(DWORD dwSession)
{
DWORD ii;
NS_SESSION_SAVE *pns;
for (ii = 0; ii < m_dwSessionPrev; ii++)
{
pns = (NS_SESSION_SAVE *) m_ppSessionArray[ii];
if (pns->dpDesc.dwSession == dwSession)
{
memcpy(&m_NSSockAddr, &pns->sockaddr, sizeof(SOCKADDR));
m_usGamePort = pns->usGamePort;
m_dwUnique = pns->dwUnique;
return(TRUE);
}
}
return(FALSE);
}
VOID CImpIDP_SP::SaveSessionData(NS_SESSION_SAVE *pnsSave)
{
//
//
//
if (m_dwSessionAlloc == m_dwSessionPrev)
{
char **ppTmp;
m_dwSessionAlloc += 16;
ppTmp = (char **) lmalloc(sizeof(char *) * m_dwSessionAlloc);
if (ppTmp)
{
if (m_ppSessionArray)
{
memcpy( ppTmp, m_ppSessionArray, m_dwSessionPrev * sizeof(char *));
lfree(m_ppSessionArray);
}
}
else
{
m_dwSessionAlloc -= 16;
return;
}
m_ppSessionArray = ppTmp;
}
m_ppSessionArray[m_dwSessionPrev] = (char *) lmalloc(sizeof(NS_SESSION_SAVE));
if (m_ppSessionArray[m_dwSessionPrev])
{
*((NS_SESSION_SAVE *)m_ppSessionArray[m_dwSessionPrev++]) = *pnsSave;
return;
}
else
{
return;
}
return;
}
VOID CImpIDP_SP::HandleConnect(LPVOID lpv, DWORD dwSize, SOCKADDR *pSAddr, INT SockAddrLen)
{
DWORD ii;
// TSHELL_INFO(TEXT("Handle Connect"));
SPMSG_ENUM *pMsg = (SPMSG_ENUM *) lpv;
if (dwSize != sizeof(SPMSG_ENUM))
{
TSHELL_INFO(TEXT("Connect message wrong size."));
return;
}
if (m_bPlayer0)
{
switch (pMsg->dwType)
{
case DPSYS_ENUM_REPLY:
TSHELL_INFO(TEXT("Player 0 got an enum reply, this is bogus."));
return;
default:
TSHELL_INFO(TEXT("Player 0 got an unknown type connection msg, this is bogus."));
return;
case DPSYS_ENUM:
{
TSHELL_INFO(TEXT("HandleConnect:Player 0 ENUM."));
if ( pMsg->usVerMajor == DPVERSION_MAJOR
&& pMsg->usVerMinor == DPVERSION_MINOR
&& CompareSessions(pMsg->dwType, &pMsg->dpSessionDesc))
{
pMsg->dwType = DPSYS_ENUM_REPLY;
pMsg->dpSessionDesc = m_dpDesc;
memset(pMsg->dpSessionDesc.szPassword, 0x00, DPSHORTNAMELEN);
pMsg->usPort = m_usGamePort;
pMsg->dwUnique = ++m_dwUnique;
pMsg->dpHdr.usSeq = NextSequence();
if (SendTo(m_ClientSocket, pSAddr, SockAddrLen, (char *)pMsg, (LPUINT) &dwSize) != 0)
{
TSHELL_INFO(TEXT("ENUM SendTo failed."));
}
else
{
TSHELL_INFO(TEXT("Enum SendTo succeeded."));
}
}
else
{
TSHELL_INFO(TEXT("Compare Sessions Failed."));
}
}
break;
case DPSYS_OPEN:
TSHELL_INFO(TEXT("HandleConnect:Player 0 OPEN."));
pMsg->usPort = m_usGamePort;
if (pMsg->usPort != m_usGamePort)
{
TSHELL_INFO(TEXT("Attempt to open from wrong port."));
return;
}
if (CompareSessions(pMsg->dwType, &pMsg->dpSessionDesc))
{
pMsg->dwType = DPSYS_CONNECT;
pMsg->dpSessionDesc = m_dpDesc;
SendTo(m_ClientSocket, pSAddr, SockAddrLen, (char *)pMsg, (LPUINT) &dwSize);
if (m_dpDesc.dwCurrentPlayers != 0)
{
TSHELL_INFO(TEXT("Send current players."));
ConnectPlayers(pSAddr, SockAddrLen);
}
for (ii = 0; ii < m_cMachines; ii++)
if (memcmp(&m_aMachineAddr[ii], pSAddr, sizeof(SOCKADDR)) == 0)
return;
memcpy( &m_aMachineAddr[m_cMachines++], pSAddr, sizeof(SOCKADDR));
}
else
{
pMsg->dwType = DPSYS_REJECT;
pMsg->dpSessionDesc = m_dpDesc;
pMsg->dpHdr.usSeq = NextSequence();
SendTo(m_ClientSocket, pSAddr, SockAddrLen, (char *)pMsg, (LPUINT) &dwSize);
}
break;
}
}
else
{
switch (pMsg->dwType)
{
default:
TSHELL_INFO(TEXT("Player x got an unknown type connection msg, this is bogus."));
return;
case DPSYS_ENUM_REPLY:
TSHELL_INFO(TEXT("HandleConnect:Player N Reply."));
EnumDataLock();
if (m_fpEnumSessions)
{
NS_SESSION_SAVE ns;
m_dwSession++;
m_SessionAddrLen = SockAddrLen;
m_usGamePort = pMsg->usPort;
memcpy( &m_NSSockAddr, pSAddr, m_SessionAddrLen);
pMsg->dpSessionDesc.dwSession = m_dwSession;
ns.dpDesc = pMsg->dpSessionDesc;
memcpy( &ns.sockaddr, pSAddr, m_SessionAddrLen);
ns.usGamePort = pMsg->usPort;
ns.dwUnique = pMsg->dwUnique;
SaveSessionData(&ns);
DBG_INFO((DBGARG, TEXT("Session %d Name %s"),
pMsg->dpSessionDesc.dwSession,
pMsg->dpSessionDesc.szSessionName));
memcpy( (LPVOID) &m_spmsgEnum, pMsg, sizeof(SPMSG_ENUM));
DBG_INFO((DBGARG, TEXT("Tick %d"), GetTickCount()));
SetEvent(m_hEnumBlkEventMain);
EnumDataUnlock();
DBG_INFO((DBGARG, TEXT("Tick %d"), GetTickCount()));
WaitForSingleObject(m_hEnumBlkEventRead, 5000);
ResetEvent(m_hEnumBlkEventRead);
DBG_INFO((DBGARG, TEXT("Tick %d"), GetTickCount()));
}
else
EnumDataUnlock();
break;
case DPSYS_CONNECT:
TSHELL_INFO(TEXT("HandleConnect:Player N Connect."));
m_bConnected = TRUE;
m_usGamePort = pMsg->usPort;
m_SessionAddrLen = SockAddrLen;
memcpy( &m_NSSockAddr, pSAddr, m_SessionAddrLen);
memcpy( &m_dpDesc, &pMsg->dpSessionDesc, sizeof(m_dpDesc));
DBG_INFO((DBGARG, TEXT("Current Players from connect %d"),
pMsg->dpSessionDesc.dwCurrentPlayers));
GetSockAddress(&m_GameSockAddr, NULL, m_usGamePort, NULL, TRUE);
SetEvent(m_hBlockingEvent);
return;
case DPSYS_REJECT:
TSHELL_INFO(TEXT("HandleConnect:Player N Reject."));
TSHELL_INFO(TEXT("We have been rejected for Open."));
SetEvent(m_hBlockingEvent);
return;
}
}
// TSHELL_INFO(TEXT("Leave Connect"));
return;
}
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