void DryadSubGraphVertex::Initialize(UInt32 numberOfInputChannels,
UInt32 numberOfOutputChannels)
{
DrError err;
DryadMetaData* metaData = GetMetaData();
if (metaData == NULL)
{
ReportError(DryadError_VertexInitialization,
"No MetaData In Start Command");
return;
}
DryadMetaDataRef graphData;
err = metaData->LookUpMetaData(DryadTag_GraphDescription, &graphData);
if (err != DrError_OK)
{
ReportError(DryadError_VertexInitialization,
"No GraphDescription Tag");
return;
}
ReadVertices(graphData);
if (NoError() == false)
{
return;
}
ReadEdges(graphData);
}
void avtGraviTFilter::LoadBoundingBoxes(int & numBoundingBox, double ** lower, double ** upper)
{
avtIntervalTree * tree = GetMetaData()->GetSpatialExtents();
numBoundingBox = tree->GetNLeaves();
*lower = new double[numBoundingBox * 3];
*upper = new double[numBoundingBox * 3];
double * lowerPtr = *lower;
double * upperPtr = *upper;
for (int i = 0; i < numBoundingBox; i++)
{
double bBox[6];
tree->GetLeafExtents(i, bBox);
lowerPtr[0] = bBox[0];
lowerPtr[1] = bBox[2];
lowerPtr[2] = bBox[4];
upperPtr[0] = bBox[1];
upperPtr[1] = bBox[3];
upperPtr[2] = bBox[5];
lowerPtr += 3;
upperPtr += 3;
}
}
void FProfilerSession::UpdateAggregatedStats( const uint32 FrameIndex )
{
static FTotalTimeAndCount TimeAndCount( 0.0f, 0 );
PROFILER_SCOPE_LOG_TIME( TEXT( "2 FProfilerSession::UpdateAggregatedStats" ), &TimeAndCount );
const FIntPoint& IndicesForFrame = DataProvider->GetSamplesIndicesForFrame( FrameIndex );
const uint32 SampleStartIndex = IndicesForFrame.X;
const uint32 SampleEndIndex = IndicesForFrame.Y;
const FProfilerSampleArray& Collection = DataProvider->GetCollection();
for( uint32 SampleIndex = SampleStartIndex; SampleIndex < SampleEndIndex; SampleIndex++ )
{
const FProfilerSample& ProfilerSample = Collection[ SampleIndex ];
const uint32 StatID = ProfilerSample.StatID();
FProfilerAggregatedStat* AggregatedStat = AggregatedStats.Find( StatID );
if( !AggregatedStat )
{
const FProfilerStat& ProfilerStat = GetMetaData()->GetStatByID( StatID );
AggregatedStat = &AggregatedStats.Add( ProfilerSample.StatID(), FProfilerAggregatedStat( ProfilerStat.Name(), ProfilerStat.OwningGroup().Name(), ProfilerSample.Type() ) );
}
(*AggregatedStat) += ProfilerSample;
}
for( auto It = AggregatedStats.CreateIterator(); It; ++It )
{
FProfilerAggregatedStat& AggregatedStat = It.Value();
AggregatedStat.Advance();
}
// @TODO: Create map for stats TMap<uint32, TArray<uint32> >; StatID -> Sample indices for faster lookup in data providers
}
virtual void AddDetails(mozilla::dom::ProfileTimelineMarker& aMarker) override
{
if (GetMetaData() == TRACING_INTERVAL_START) {
aMarker.mType.Construct(GetCause());
aMarker.mEventPhase.Construct(mPhase);
}
}
char const* CMyContextBase::GetTypeString(void)const
{
if (GetMetaData()->GetTaskDef()->GetDefaultLanguage() == 0)
return GetBaseInfo()->EngTypeString;
else
return GetBaseInfo()->RusTypeString;
}
int main(int argc,char* argv[])
{
DWORD dwEntryPoint,dwSize;
void *Data;
hPLUGININSTANCE hInsts;
StartUpProc StartUp;
printf("\nPrague module loader ver 0.1\n");
if(argc<2)
{
printf(Usage);
return 1;
}
hInsts = LoadPlugin(argv[1], &dwEntryPoint);
if(hInsts)
{
printf("Load Plugin OK\n");
StartUp=(StartUpProc)dwEntryPoint;
// StartUp();
}
else
printf("Load Plugin Failed\n");
if(errOK==GetMetaData(argv[1], &Data,&dwSize))
printf("GetMetaData OK\n");
else
printf("GetMetaData Failed\n");
UnloadPlugin(hInsts);
return 0;
}
virtual void AddDetails(JSContext* aCx,
mozilla::dom::ProfileTimelineMarker& aMarker) override
{
if (GetMetaData() == TRACING_INTERVAL_START) {
aMarker.mRestyleHint.Construct(mRestyleHint);
}
}
void
ProfilerMarkerTracing::StreamPayload(SpliceableJSONWriter& aWriter,
UniqueStacks& aUniqueStacks)
{
streamCommonProps("tracing", aWriter, aUniqueStacks);
if (GetCategory()) {
aWriter.StringProperty("category", GetCategory());
}
if (GetMetaData() != TRACING_DEFAULT) {
if (GetMetaData() == TRACING_INTERVAL_START) {
aWriter.StringProperty("interval", "start");
} else if (GetMetaData() == TRACING_INTERVAL_END) {
aWriter.StringProperty("interval", "end");
}
}
}
void FProfilerSession::PopulateHierarchy_Recurrent
(
const FProfilerCycleGraph& ParentGraph,
const double ParentStartTimeMS,
const double ParentDurationMS,
const uint32 ParentSampleIndex
)
{
const FProfilerStatMetaDataRef MetaData = GetMetaData();
const uint32& ThreadID = MetaData->ThreadIDtoStatID.FindChecked( ParentGraph.ThreadId );
const uint32 SampleIndex = DataProvider->AddHierarchicalSample
(
ThreadID,
MetaData->GetStatByID(ParentGraph.StatId).OwningGroup().ID(),
ParentGraph.StatId,
ParentStartTimeMS, ParentDurationMS,
ParentGraph.CallsPerFrame,
ParentSampleIndex
);
double ChildStartTimeMS = ParentStartTimeMS;
double ChildrenDurationMS = 0.0f;
for( int32 DataIndex = 0; DataIndex < ParentGraph.Children.Num(); DataIndex++ )
{
const FProfilerCycleGraph& ChildCyclesCounter = ParentGraph.Children[DataIndex];
const double ChildDurationMS = MetaData->ConvertCyclesToMS( ChildCyclesCounter.Value );
if (ChildDurationMS > 0.0)
{
PopulateHierarchy_Recurrent( ChildCyclesCounter, ChildStartTimeMS, ChildDurationMS, SampleIndex );
}
ChildStartTimeMS += ChildDurationMS;
ChildrenDurationMS += ChildDurationMS;
}
const double SelfTimeMS = ParentDurationMS - ChildrenDurationMS;
if( SelfTimeMS > 0.0f && ParentGraph.Children.Num() > 0 )
{
const FName& ParentStatName = MetaData->GetStatByID( ParentGraph.StatId ).Name();
const FName& ParentGroupName = MetaData->GetStatByID( ParentGraph.StatId ).OwningGroup().Name();
// Create a fake stat that represents this profiler sample's exclusive time.
// This is required if we want to create correct combined event graphs later.
DataProvider->AddHierarchicalSample
(
ThreadID,
MetaData->GetStatByID(0).OwningGroup().ID(),
0, // @see FProfilerStatMetaData.Update, 0 means "Self"
ChildStartTimeMS,
SelfTimeMS,
1,
SampleIndex
);
}
}
void
ProfilerMarkerTracing::streamPayloadImp(JSStreamWriter& b)
{
b.BeginObject();
streamCommonProps("tracing", b);
if (GetCategory()) {
b.NameValue("category", GetCategory());
}
if (GetMetaData() != TRACING_DEFAULT) {
if (GetMetaData() == TRACING_INTERVAL_START) {
b.NameValue("interval", "start");
} else if (GetMetaData() == TRACING_INTERVAL_END) {
b.NameValue("interval", "end");
}
}
b.EndObject();
}
void CIFXMetaData::DeleteAllSubattributes(U32 uIndex)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD = GetMetaData(uIndex);
tmpMD->Subattributes.Clear();
}
void CIFXMetaData::GetSubattributesCountX(U32 uIndex, U32& rCountSubattributes)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD = GetMetaData(uIndex);
rCountSubattributes = tmpMD->Subattributes.GetNumberElements();
}
void CIFXMetaData::SetPersistenceX(U32 uIndex, BOOL value)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD;
tmpMD = GetMetaData(uIndex);
tmpMD->Persistence = value;
}
const char*
AVFormatReader::Copyright()
{
if (fCopyright.Length() <= 0) {
BMessage message;
if (GetMetaData(&message) == B_OK)
message.FindString("copyright", &fCopyright);
}
return fCopyright.String();
}
void CIFXMetaData::SetAttributeX(U32 uIndex, const IFXMetaDataAttribute& rAttribute)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD;
tmpMD = GetMetaData(uIndex);
tmpMD->Attribute = rAttribute;
}
void CIFXMetaData::GetKeyX(U32 uIndex, IFXString& rOutKey)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD;
tmpMD = GetMetaData(uIndex);
rOutKey = tmpMD->Key;
}
typename Builder::Object
ProfilerMarkerTracing::preparePayloadImp(Builder& b)
{
typename Builder::RootedObject data(b.context(), b.CreateObject());
prepareCommonProps("tracing", b, data);
if (GetCategory()) {
b.DefineProperty(data, "category", GetCategory());
}
if (GetMetaData() != TRACING_DEFAULT) {
if (GetMetaData() == TRACING_INTERVAL_START) {
b.DefineProperty(data, "interval", "start");
} else if (GetMetaData() == TRACING_INTERVAL_END) {
b.DefineProperty(data, "interval", "end");
}
}
return data;
}
void CIFXMetaData::GetSubattributeNameX(U32 uIndex, U32 uSubattributeIndex, IFXString& rSubattributeName)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD = GetMetaData(uIndex);
IFXCHECKX_RESULT( uSubattributeIndex < tmpMD->Subattributes.GetNumberElements(), IFX_E_OUT_OF_METADATA );
rSubattributeName = tmpMD->Subattributes.GetElement(uSubattributeIndex).Name;
}
void CIFXMetaData::DeleteSubattributeX(U32 uIndex, U32 uSubattributeIndex)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD = GetMetaData(uIndex);
IFXCHECKX_RESULT( uSubattributeIndex < tmpMD->Subattributes.GetNumberElements(), IFX_E_OUT_OF_METADATA );
tmpMD->Subattributes.DeleteElement(uSubattributeIndex);
}
void CIFXMetaData::GetStringX(U32 uIndex, IFXString& rValue)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD;
tmpMD = GetMetaData(uIndex);
IFXCHECKX_RESULT(
(tmpMD->Attribute & IFXMETADATAATTRIBUTE_BINARY) == 0,
IFX_E_NO_STRING_METADATA);
rValue = (IFXString*)tmpMD->pBuffer;
}
void CIFXMetaData::GetBinaryX(U32 uIndex, U8* pDataBuffer)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD;
tmpMD = GetMetaData(uIndex);
IFXCHECKX_RESULT(
tmpMD->Attribute & IFXMETADATAATTRIBUTE_BINARY,
IFX_E_NO_BINARY_METADATA );
memcpy(pDataBuffer, tmpMD->pBuffer, tmpMD->Size);
}
void CIFXMetaData::GetBinarySizeX(U32 uIndex, U32& rSize)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD;
tmpMD = GetMetaData(uIndex);
IFXCHECKX_RESULT(
tmpMD->Attribute & IFXMETADATAATTRIBUTE_BINARY,
IFX_E_NO_BINARY_METADATA );
rSize = tmpMD->Size;
}
void CIFXMetaData::GetSubattributeValueX(U32 uIndex, U32 uSubattributeIndex, IFXString*& pSubattributeValue)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXCHECKX_RESULT( pSubattributeValue, IFX_E_INVALID_POINTER );
IFXMetaDataContainer* tmpMD = GetMetaData(uIndex);
IFXCHECKX_RESULT( uSubattributeIndex < tmpMD->Subattributes.GetNumberElements(), IFX_E_OUT_OF_METADATA );
IFXMetaDataSubattribute& sa = tmpMD->Subattributes.GetElement(uSubattributeIndex);
if (sa.NoValue)
pSubattributeValue = NULL;
else
*pSubattributeValue = sa.Value;
}
IFXRESULT CIFXMetaData::GetSubattributeIndex(U32 uIndex, const IFXString& rSubattributeName, U32& rSubattributeIndex)
{
if (m_uMDCount == 0) return IFX_E_NO_METADATA;
if (uIndex >= m_uMDCount) return IFX_E_OUT_OF_METADATA;
IFXMetaDataContainer* tmpMD = GetMetaData(uIndex);
U32 l = tmpMD->Subattributes.GetNumberElements();
U32 i;
for ( i = 0; i < l; i++)
if (tmpMD->Subattributes.GetElement(i).Name == rSubattributeName) {
rSubattributeIndex = i;
return IFX_OK;
}
return IFX_E_NO_METADATA;
}
void CIFXMetaData::SetSubattributeValueX(U32 uIndex, const IFXString& rSubattributeName, const IFXString* pSubattributeValue)
{
IFXCHECKX_RESULT( m_uMDCount != 0, IFX_E_NO_METADATA );
IFXCHECKX_RESULT( uIndex < m_uMDCount, IFX_E_OUT_OF_METADATA );
IFXMetaDataContainer* tmpMD = GetMetaData(uIndex);
if (IsSubattributeExists(tmpMD->Subattributes, rSubattributeName)) {
IFXMetaDataSubattribute* pSA = GetSubattribute(tmpMD->Subattributes, rSubattributeName);
pSA->NoValue = (pSubattributeValue == NULL);
pSA->Value = (pSubattributeValue == NULL) ? L"" : *pSubattributeValue;
} else {
IFXMetaDataSubattribute& sa = tmpMD->Subattributes.CreateNewElement();
sa.Name = rSubattributeName;
sa.NoValue = (pSubattributeValue == NULL);
sa.Value = (pSubattributeValue == NULL) ? L"" : *pSubattributeValue;
}
}
wxString OTLResultSet::GetFieldAsString(int nField)
{
ResultSetMetaData *metaData = GetMetaData();
wxString Result;
switch(metaData->GetColumnType(nField))
{
case ResultSetMetaData::COLUMN_INTEGER:
{
long lValue = GetResultLong(nField);
Result = wxString::Format(wxT("%u"),lValue);
break;
}
case ResultSetMetaData::COLUMN_DOUBLE:
{
double dValue = GetResultDouble(nField);
Result = wxString::Format(wxT("%f"),dValue);
break;
}
case ResultSetMetaData::COLUMN_DATE:
{
wxDateTime dateValue = GetResultDate(nField);
if (dateValue.IsValid())
Result = dateValue.Format();
else
Result = _("Invalid Date");
break;
}
case ResultSetMetaData::COLUMN_STRING:
{
std::string strV;
m_readIt.get(nField,strV);
Result = ConvertFromUnicodeStream(strV.c_str());
break;
}
default:
Result = wxT("");
break;
}
this->CloseMetaData(metaData);
wxPrintf(_("Result as string: '%s'\n"), Result.c_str());
return Result;
}
avtContract_p
avtLineoutFilter::ModifyContract(avtContract_p in_contract)
{
avtContract_p rv;
const char *opLineout = "operators/Lineout/";
if (strncmp(pipelineVariable, opLineout, strlen(opLineout)) == 0)
{
const char *var = pipelineVariable + strlen(opLineout);
avtDataRequest_p dr = new avtDataRequest(in_contract->GetDataRequest(), var);
rv = new avtContract(in_contract, dr);
}
else
{
rv = new avtContract(in_contract);
}
useOriginalCells = false;
if (!GetInput()->GetInfo().GetValidity().GetZonesPreserved())
{
rv->GetDataRequest()->TurnZoneNumbersOn();
useOriginalCells = true;
return rv;
}
//
// Get the interval tree.
//
avtIntervalTree *it = GetMetaData()->GetSpatialExtents();
if (it == NULL)
{
return rv;
}
double rayDir[3] = {point2[0]-point1[0], point2[1]-point1[1],
point2[2]-point1[2]};
intVector domains;
it->GetElementsList(point1, rayDir, domains);
rv->GetDataRequest()->GetRestriction()->RestrictDomains(domains);
return rv;
}
avtContract_p
avtIsovolumeFilter::ModifyContract(avtContract_p in_spec)
{
avtContract_p spec = new avtContract(in_spec);
const char *varname = NULL;
if (atts.GetVariable() != "default")
varname = atts.GetVariable().c_str();
else
varname = in_spec->GetDataRequest()->GetVariable();
//
// We will need the ghost zones so that we can interpolate along domain
// boundaries and get no cracks in our isosurface.
//
avtDataAttributes &in_atts = GetInput()->GetInfo().GetAttributes();
bool skipGhost = false;
if (in_atts.ValidVariable(varname) &&
in_atts.GetCentering(varname) == AVT_NODECENT)
skipGhost = true;
if (!skipGhost)
spec->GetDataRequest()->SetDesiredGhostDataType(GHOST_ZONE_DATA);
std::string iso_var(atts.GetVariable());
if (iso_var == "default")
iso_var = in_spec->GetDataRequest()->GetVariable();
avtIntervalTree *it = GetMetaData()->GetDataExtents(iso_var.c_str());
if (it != NULL)
{
double min = atts.GetLbound();
double max = atts.GetUbound();
std::vector<int> dl;
it->GetElementsListFromRange(&min, &max, dl);
spec->GetDataRequest()->GetRestriction()->RestrictDomains(dl);
}
return spec;
}
avtContract_p
avtTubeFilter::ModifyContract(avtContract_p c)
{
avtContract_p spec = new avtContract(c);
if (atts.GetScaleByVarFlag() == false &&
atts.GetTubeRadiusType() == TubeAttributes::FractionOfBBox)
{
avtIntervalTree *it = GetMetaData()->GetSpatialExtents();
if (it == NULL)
spec->NoStreaming();
}
if (atts.GetScaleByVarFlag())
{
std::string v = atts.GetScaleVariable();
if (!v.empty() && v != "default")
{
avtDataRequest_p dataRequest = spec->GetDataRequest();
dataRequest->AddSecondaryVariable(v.c_str());
}
}
return spec;
}
void
avtTubeFilter::PreExecute(void)
{
if (atts.GetScaleByVarFlag() == true)
return;
if (atts.GetTubeRadiusType() == TubeAttributes::Absolute)
{
scaleFactor = atts.GetRadiusAbsolute();
}
else
{
int dim = GetInput()->GetInfo().GetAttributes().GetSpatialDimension();
double bbox[6];
avtIntervalTree *it = GetMetaData()->GetSpatialExtents();
if (it != NULL)
it->GetExtents(bbox);
else
GetSpatialExtents(bbox);
int numReal = 0;
double volume = 1.0;
for (int i = 0 ; i < dim ; i++)
{
if (bbox[2*i] != bbox[2*i+1])
{
numReal++;
volume *= (bbox[2*i+1]-bbox[2*i]);
}
}
if (volume < 0)
volume *= -1.;
if (numReal > 0)
scaleFactor = pow(volume, 1.0/numReal)*atts.GetRadiusFractionBBox();
else
scaleFactor = 1*atts.GetRadiusFractionBBox();
}
}