// This is it...
HRESULT DDVideo::Play(ZString& strPath, bool bWindowed)
{
m_bWindowed = bWindowed;
HRESULT hr;
if( FAILED( hr = InitDirectDraw() ) ) {
ZDebugOutput("InitDirectDraw() failed\n");
return hr;
}
m_pVideo=new CDShow();
if (m_pVideo==NULL)
return FALSE;
if(!( m_pVideo->Open(strPath,m_lpDD) ))
{
// remember to destroy DShow (pVideo) object to clean up after us.
// Return FALSE to let caller know we failed.
ZDebugOutput("m_pVideo->Open failed\n");
return FALSE;
}
else
m_pVideo->Start();
return S_OK;
}
void ZTraceImpl(const char* pcc)
{
if (g_bEnableTrace) {
ZDebugOutput(ZString((float)g_line, 4, 0) + g_strSpaces + ZString(pcc) + "\n");
}
g_line++;
}
bool Win32App::OnAssert(const char* psz, const char* pszFile, int line, const char* pszModule)
{
ZDebugOutput(
ZString("assertion failed: '")
+ psz
+ "' ("
+ pszFile
+ ":"
+ ZString(line)
+ ")\n"
);
//return _CrtDbgReport(_CRT_ASSERT, pszFile, line, pszModule, psz) == 1;
return true;
}
/*-------------------------------------------------------------------------
* SQLWhatsWrong
*-------------------------------------------------------------------------
* Purpose:
* Diagnostics for odbc calls
*
* Side Effects:
* Breaks on anything but SQL_SUCCESS
*/
void SQLWhatsWrong(SQLSMALLINT ssiHandleType, SQLHANDLE sh)
{
SQLCHAR scState[5];
SQLINTEGER siNativeError;
SQLCHAR scMsgText[512];
SQLSMALLINT cbMsgText;
SQLRETURN sqlret = SQLGetDiagRecA(ssiHandleType, sh, 1, scState, &siNativeError,
scMsgText, sizeof(scMsgText), &cbMsgText);
ZDebugOutput((char *) scMsgText);
// BIG hack to work with zone profile
if (7312 == siNativeError)
return;
// If our query is deadlocked, let's try again
if (1205 == siNativeError)
{
debugf("Query deadlocked. Retry #%d.", g_cSQLRetries);
g_fSQLRetry = true;
g_cSQLRetries++;
SQLCloseCursor(g_hstmt_Last); // we get an invalid cursor state without this.
Sleep(50 * g_cSQLRetries);
return;
}
if(g_pSQLSite) // sometimes NULL because g_pSQLSite is sometimes constructed (and set to NULL) sometime after InitSql() has its way with it.
g_pSQLSite->OnMessageBox((char *) scMsgText, "FedSrv SQL Error", MB_OK | MB_ICONINFORMATION);
else
{
debugf("SQL Error %s\n", scMsgText);
printf("SQL Error %s\n", scMsgText);
}
// if we can't access the database, we're screwed, so give up.
// TODO: Make the exit more graceful
//assert(0); // let's at least break in debug build
//exit(EXIT_FAILURE);
}
TRef<INameSpace> EffectApp::OptimizeThingGeo(const ZString& str, Geo* pgeo, Number* pnumber)
{
//
// Get the time value
//
TRef<INameSpace> pnsModel = GetModeler()->GetNameSpace("model");
TRef<Number> pnumberTime;
CastTo(pnumberTime, pnsModel->FindMember("time"));
//
// we are going to create a namespace with all the stuff needed by a ThingGeo
//
TRef<INameSpace> pns = GetModeler()->CreateNameSpace(str, m_pns);
if (pnumber != NULL) {
pns->AddMember("frame", pnumber);
}
//
// Wrap the Geo up so we don't lose the pointer as we do optimizations
//
TRef<WrapGeo> pwrap = new WrapGeo(pgeo);
pwrap->Update();
//
// Add a LightsGeo to the Group
//
TRef<LightsGeo> plights = new LightsGeo(GetModeler(), pnumberTime);
//
// Add a list of frames
//
TRef<FrameDataListValue> pframes = new FrameDataListValue();
//
// Extract the lights and frames
//
ZDebugOutput("Before Callback: " + ZString(pwrap->GetGeo()->GetNodeCount()) + "\n");
TRef<GroupGeoCallbackImpl> pcallback = new GroupGeoCallbackImpl(pframes, plights);
pwrap->GetGeo()->CallGroupGeoCallback(Matrix::GetIdentity(), pcallback);
//
// If there are any lights or frames add them to the namespace
//
if (plights->GetCount() > 0) {
pns->AddMember("lights", plights);
}
if (pframes->GetList().GetCount() > 0) {
pns->AddMember("frames", pframes);
}
//
// Optimize the geo
//
bool bAnyFold;
TRef<Geo> pgeoFold;
do {
bAnyFold = false;
ZDebugOutput("Before RemoveMaterial: " + ZString(pwrap->GetGeo()->GetNodeCount()) + "\n");
pgeoFold = pwrap->GetGeo()->RemoveMaterial();
if (pgeoFold) {
bAnyFold = true;
pwrap->SetGeo(pgeoFold);
ZDebugOutput("Before Fold: " + ZString(pwrap->GetGeo()->GetNodeCount()) + "\n");
pwrap->GetGeo()->DoFold();
}
ZDebugOutput("Before FoldTexture: " + ZString(pwrap->GetGeo()->GetNodeCount()) + "\n");
pgeoFold = pwrap->GetGeo()->FoldTexture();
if (pgeoFold) {
bAnyFold = true;
pwrap->SetGeo(pgeoFold);
ZDebugOutput("Before Fold: " + ZString(pwrap->GetGeo()->GetNodeCount()) + "\n");
pwrap->GetGeo()->DoFold();
}
if (!bAnyFold) {
ZDebugOutput("Before Fold: " + ZString(pwrap->GetGeo()->GetNodeCount()) + "\n");
bAnyFold = pwrap->GetGeo()->DoFold();
}
} while (bAnyFold);
ZDebugOutput("After Optimization: " + ZString(pwrap->GetGeo()->GetNodeCount()) + "\n");
//
// We're done
//
pns->AddMember("object", pwrap->GetGeo());
return pns;
}
