int String::_concat (char const * s, short len)
{
if (len < 0) len = (short) strlen(s);
if (len > 0)
{
// Special case - are we concatenating ourselves??
if (Stringdata->_refs == 1 && // No danger if we'll be reallocated anyway
s >= c_ptr() && // Refers to us, or subStringing of us
s <= (c_ptr() + length()))
{ // This is handled separately, since we do not wish
// to pass this heinous overhead onto all cases,
// especially when this particular case is so rare...
String tmpString(s, len); // Copy this Stringing first
_chksize(short(len + length() + 1));
memcpy(c_ptr() + length(), tmpString.c_ptr(), len);
}
else
{
_chksize (short(len + length() + 1));
memcpy (c_ptr() + length(), s, len);
}
Stringdata->_length += len;
}
return length();
}
//---------------------------------------------------------------------------
// IFXString::Concatenate
//
// This method appends the source characters to the destination buffer
//---------------------------------------------------------------------------
IFXRESULT IFXString::Concatenate(const IFXCHAR* pSource)
{
IFXRESULT result = IFX_OK;
if(pSource==NULL)
result = IFX_E_INVALID_POINTER;
if (IFXSUCCESS(result))
{
if (m_Buffer)
{
IFXString tmpString(this);
NewBuffer(m_BufferLength+(U32)wcslen(pSource));
if (m_Buffer)
{
wcscpy(m_Buffer, tmpString.m_Buffer);
wcscat(m_Buffer, pSource);
}
else
result = IFX_E_INVALID_POINTER;
}
else
result = Assign(pSource);
}
return result;
}
void SkyBox::unpackUpdate( NetConnection *conn, BitStream *stream )
{
Parent::unpackUpdate( conn, stream );
String tmpString( "" );
stream->read( &tmpString );
if ( !tmpString.equal( mMatName, String::NoCase ) )
{
mMatName = tmpString;
_updateMaterial();
}
bool drawBottom = stream->readFlag();
F32 bandHeight = 0;
stream->read( &bandHeight );
// If this flag has changed
// we need to update the vertex buffer.
if ( drawBottom != mDrawBottom ||
bandHeight != mFogBandHeight )
{
mDrawBottom = drawBottom;
mFogBandHeight = bandHeight;
mIsVBDirty = true;
_initRender();
}
}
inline void
reset_func(XalanDOMString& obj, MemoryManager& theManager, Type string)
{
assert( string != 0 );
XalanDOMString tmpString(string, theManager);
obj.swap(tmpString);
}
// ============================================================================================
bool TestLauncher::saveResults()
{
String tmpString( stimuliDirectory ) ;
Time now = Time::getCurrentTime();
tmpString += now.formatted(L"%Y-%m-%d_%H%M%S_") + subjectID + ".txt";
return saveResults(tmpString);
}
/////////////////////////////////////////////////////////////////////////////
// IVMESurface implementation
/////////////////////////////////////////////////////////////////////////////
STDMETHODIMP CVMESurface::put_Symbol(BSTR NewVal)
{
ObjectLock lock(this);
_bstr_t tmpString(NewVal);
std::string asciiStr = tmpString;
memset( m_HeaderData.__Symbol, 0, sizeof(m_HeaderData.__Symbol));
memcpy(m_HeaderData.__Symbol, asciiStr.c_str(), asciiStr.length() );
return S_OK;
}
/*! Adds the name of a shared object to the list of objects that are dynamically
loaded by \c osgInit.
\param[in] szName Name of shared object.
\ingroup GrpBaseBaseInitExit
*/
void preloadSharedObject(const OSG::TChar *szName)
{
if(osgPreloadSharedObject == NULL)
{
osgPreloadSharedObject = new std::vector<tstring>;
}
tstring tmpString(szName);
osgPreloadSharedObject->push_back(tmpString);
}
void
DOMStringPrintWriter::print(long l)
{
assert ( m_outputString != 0 );
XalanDOMString tmpString( m_outputString->getMemoryManager() );
LongToDOMString(l, tmpString);
(*m_outputString) += tmpString;
}
void
DOMStringPrintWriter::print(double d)
{
assert ( m_outputString != 0 );
XalanDOMString tmpString( m_outputString->getMemoryManager() );
DoubleToDOMString(d, tmpString);
(*m_outputString) += tmpString;
}
std::string SelectBox::GetSelectedItem()
{
int ItemIndex = SendMessage(this->controlHandler, static_cast<UINT>(CB_GETCURSEL),
static_cast<WPARAM>(0), static_cast<LPARAM>(0));
TCHAR ListItem[256];
static_cast<TCHAR>(SendMessage(this->controlHandler, static_cast<UINT>(CB_GETLBTEXT),
static_cast<WPARAM>(ItemIndex), reinterpret_cast<LPARAM>(ListItem)));
std::wstring tmpString(ListItem);
return std::string(tmpString.begin(), tmpString.end());
}
bool
GenericAttributeText::CheckAttributeChanged()
{
GenericValueStruct tmpValue = fValue;
BString tmpString(fFullValueText);
ReadValue(&fFullValueText);
// fDirty could already be true, in that case we mustn't set it to
// false, even if the attribute text hasn't changed
bool changed = (fValue.int64t != tmpValue.int64t) || (tmpString != fFullValueText);
if (changed)
fDirty = true;
return fDirty;
}
void
DOMStringPrintWriter::write(
const char* s,
size_t theOffset,
size_t theLength)
{
assert(XalanDOMString::size_type(theOffset) == theOffset);
assert(XalanDOMString::size_type(theLength) == theLength);
assert ( m_outputString != 0 );
XalanDOMString tmpString( m_outputString->getMemoryManager() );
tmpString = TranscodeFromLocalCodePage(s, tmpString);
write(
tmpString,
XalanDOMString::size_type(theOffset),
XalanDOMString::size_type(theLength));
}
void Histograms::InitFP(){
for (int idx = 0; idx != 16; ++idx){
std::stringstream tmpString("");
tmpString << "g" << idx;
fractionProfilesGluon.push_back(new TProfile(tmpString.str().c_str(),"",ptBins,ptRange));
tmpString.str("");
tmpString << "q" << idx;
fractionProfilesQuark.push_back(new TProfile(tmpString.str().c_str(),"",ptBins,ptRange));
tmpString.str("");
tmpString << "lq" << idx;
fractionProfilesLQuark.push_back(new TProfile(tmpString.str().c_str(),"",ptBins,ptRange));
tmpString.str("");
tmpString << "hq" << idx;
fractionProfilesHQuark.push_back(new TProfile(tmpString.str().c_str(),"",ptBins,ptRange));
tmpString.str("");
tmpString << "a" << idx;
fractionProfilesAll.push_back(new TProfile(tmpString.str().c_str(),"",ptBins,ptRange));
}
}
int main(int argc, char *argv[])
{
QCoreApplication a(argc, argv);
if(argc < 3)
{
qDebug() << "To few arguments!";
qDebug() << "Usage: cmdtimeout [00h][00m]00[s] command [argumentlist]";
}
int msec = parseTime(QString(argv[1]));
QStringList lst;
for(int idx=0; idx < argc-3; idx++)
{
QString tmpString(argv[idx+3]);
lst += tmpString;
}
QString cmd(argv[2]);
Application app(cmd,lst,msec);
return a.exec();
}
int MRMJobValidate(
mjob_t *J, /* I */
mrm_t *R, /* I */
char *EMsg, /* O (optional,minsize=MMAX_LINE) */
enum MJobCtlCmdEnum *FailureAction, /* I (optional) */
int *SC) /* O (optional) */
{
enum MWJobAttrEnum aindex;
enum MRMSubTypeEnum SType;
int index;
char SPath[MMAX_BUFFER];
char *BPtr;
int BSpace;
char *ptr;
char *TokPtr;
char *ptr2;
char *TokPtr2;
char tEMsg[MMAX_LINE];
enum MStatusCodeEnum tmpSC;
mbool_t GRes = FALSE;
const char *FName = "MRMJobValidate";
MDB(2,fRM) MLog("%s(%s,%s,EMsg,FailureAction,SC)\n",
FName,
(J != NULL) ? J->Name : "NULL",
(R != NULL) ? R->Name : "NULL");
if (EMsg != NULL)
EMsg[0] = '\0';
if (SC != NULL)
*SC = 0;
if (J == NULL)
{
return(FAILURE);
}
if (R->ND.URL[mrmXJobValidate] == NULL)
{
/* no job validate script specified */
return(SUCCESS);
}
MUSNInit(&BPtr,&BSpace,SPath,sizeof(SPath));
MUSNPrintF(&BPtr,&BSpace,"%s=%s ",
MWikiJobAttr[mwjaUName],
J->Credential.U->Name);
if (J->EUser != NULL)
{
/* report execution user */
MUSNPrintF(&BPtr,&BSpace,"%s=%s ",
"EUSER",
J->EUser);
}
if (J->Credential.G != NULL)
{
MUSNPrintF(&BPtr,&BSpace,"%s=%s ",
MWikiJobAttr[mwjaGName],
J->Credential.G->Name);
}
if (J->SpecWCLimit[0] > 0)
{
MUSNPrintF(&BPtr,&BSpace,"%s=%ld ",
MWikiJobAttr[mwjaWCLimit],
J->SpecWCLimit[0]);
}
/*
if (J->Request.TC > 0)
{
MUSNPrintF(&BPtr,&BSpace,"%s=%d ",
MWikiJobAttr[mwjaTasks],
J->Request.TC);
}
*/
if (J->Credential.C != NULL)
{
MUSNPrintF(&BPtr,&BSpace,"%s=%s ",
MWikiJobAttr[mwjaRClass],
J->Credential.C->Name);
}
if (J->QOSRequested != NULL)
{
MUSNPrintF(&BPtr,&BSpace,"%s=%s ",
MWikiJobAttr[mwjaQOS],
J->QOSRequested->Name);
}
if (J->Env.Cmd != NULL)
{
char *ptr;
char *TokPtr;
char tmpLine[MMAX_LINE];
MUStrCpy(tmpLine,J->Env.Cmd,sizeof(tmpLine));
ptr = MUStrTok(tmpLine," ",&TokPtr);
MUStringChop(ptr);
MUSNPrintF(&BPtr,&BSpace,"%s=%s ",
MWikiJobAttr[mwjaExec],
ptr);
} /* END if (J->E.Cmd != NULL) */
if (!bmisclear(&J->Req[0]->ReqFBM))
{
char tmpLine[MMAX_LINE];
MUSNPrintF(&BPtr,&BSpace,"%s=%s ",
MWikiJobAttr[mwjaRFeatures],
MUNodeFeaturesToString(',',&J->Req[0]->ReqFBM,tmpLine));
}
if (J->Variables.Table != NULL)
{
mstring_t tmp(MMAX_LINE);
MJobAToMString(J,mjaVariables,&tmp);
MUSNPrintF(&BPtr,&BSpace,"%s=%s ",
MWikiJobAttr[mwjaVariables],
tmp.c_str());
}
/* display generic resources */
for (index = 1;index < MSched.M[mxoxGRes];index++)
{
if (MGRes.Name[index][0] == '\0')
break;
if (MSNLGetIndexCount(&J->Req[0]->DRes.GenericRes,index) == 0)
continue;
if (GRes == FALSE)
{
MUSNPrintF(&BPtr,&BSpace,"GRES=%s:%d",
MGRes.Name[index],
MSNLGetIndexCount(&J->Req[0]->DRes.GenericRes,index));
GRes = TRUE;
}
else
{
MUSNPrintF(&BPtr,&BSpace,",%s:%d",
MGRes.Name[index],
MSNLGetIndexCount(&J->Req[0]->DRes.GenericRes,index));
}
} /* END for (index) */
/* send this off to JOBVALIDATEURL */
SType = R->ND.NatType;
R->ND.NatType = mrmstX1E;
mstring_t Response(MMAX_LINE);
/* NOTE: should we pass-in Job Validate specific timeout, ie 2 seconds? (NYI) */
if (MNatDoCommand(
&R->ND,
SPath,
mrmXJobValidate,
R->ND.Protocol[mrmXJobValidate],
FALSE,
NULL,
NULL,
&Response,
tEMsg, /* O */
&tmpSC) == FAILURE)
{
R->ND.NatType = SType;
/* make failure action configurable */
if ((ptr = strstr(tEMsg,"ACTION=")) != NULL)
{
ptr += strlen("ACTION=");
ptr2 = MUStrTok(ptr," \n\t",&TokPtr);
if (FailureAction != NULL)
*FailureAction = (enum MJobCtlCmdEnum)MUGetIndexCI(ptr2,MJobCtlCmds,FALSE,mjcmNONE);
}
if (EMsg != NULL)
MUStrCpy(EMsg,tEMsg,MMAX_LINE);
if (SC != NULL)
*SC = (int)tmpSC;
return(FAILURE);
}
if (SC != NULL)
*SC = (int)tmpSC;
R->ND.NatType = SType;
for (index = 0;Response[index] != '\0';index++)
{
if (Response[index] == '\n')
Response[index] = ' ';
}
mstring_t tmpString(MMAX_LINE);
MWikiFromAVP(NULL,Response.c_str(),&tmpString);
/* Need a char array that can be modified, not the immutable tmpString */
char *mutableResponse = NULL;
MUStrDup(&mutableResponse,tmpString.c_str());
ptr = MUStrTok(mutableResponse,";",&TokPtr);
int rc = SUCCESS;
/* NYI: change other job attributes such as NodeCount RMXString User/Group */
while (ptr != NULL)
{
ptr2 = MUStrTok(ptr,"=",&TokPtr2);
aindex = (enum MWJobAttrEnum)MUGetIndexCI(ptr2,MWikiJobAttr,FALSE,mwjaNONE);
switch (aindex)
{
case mwjaAccount:
if ((J->Credential.A == NULL) || (strcmp(TokPtr2,J->Credential.A->Name)))
{
if (MRMJobModify(
J,
"Account_Name",
NULL,
TokPtr2,
mSet,
"account modified by jobvalidate interface",
tEMsg, /* O */
NULL) != SUCCESS)
{
MDB(2,fSCHED) MLog("INFO: cannot set account on job %s to '%s' - invalid account - %s\n",
J->Name,
TokPtr2,
tEMsg);
if (EMsg != NULL)
strcpy(EMsg,"cannot set account");
rc = FAILURE;
goto cleanupExit;
}
MAcctAdd(TokPtr2,&J->Credential.A);
bmset(&J->IFlags,mjifAccountLocked);
}
break;
case mwjaRClass:
if ((J->Credential.C == NULL) || (strcmp(TokPtr2,J->Credential.C->Name)))
{
mclass_t *C;
if (MClassFind(TokPtr2,&C) == FAILURE)
{
MDB(2,fSCHED) MLog("INFO: cannot set class on job %s to '%s' - invalid class\n",
J->Name,
TokPtr2);
if (EMsg != NULL)
strcpy(EMsg,"cannot locate class");
rc = FAILURE;
goto cleanupExit;
}
if (MJobSetClass(J,C,TRUE,tEMsg) == FAILURE)
{
MDB(2,fSCHED) MLog("INFO: cannot set class on job %s to '%s' - %s\n",
J->Name,
C->Name,
tEMsg);
if (EMsg != NULL)
strcpy(EMsg,"cannot set class");
rc = FAILURE;
goto cleanupExit;
}
bmset(&J->IFlags,mjifClassLocked);
} /* END if ((J->Cred.C == NULL) || ...) */
break;
case mwjaQOS:
/* bypass qos checks and put qos directly onto job */
J->QOSRequested = NULL;
if (MQOSFind(TokPtr2,&J->Credential.Q) != SUCCESS)
{
MDB(2,fSCHED) MLog("INFO: cannot set qos on job %s to '%s' - invalid QoS\n",
J->Name,
TokPtr2);
if (EMsg != NULL)
strcpy(EMsg,"cannot locate qos");
rc = FAILURE;
goto cleanupExit;
}
bmset(&J->IFlags,mjifQOSLocked);
break;
case mwjaRFeatures:
MReqSetAttr(J,J->Req[0],mrqaReqNodeFeature,(void **)TokPtr2,mdfString,mSet);
break;
case mwjaWCLimit:
if (MRMJobModify(
J,
"Resource_List",
"walltime",
TokPtr2,
mSet,
"walltime modified by jobvalidate interface",
tEMsg,
NULL) == FAILURE)
{
MDB(2,fSCHED) MLog("INFO: cannot modify walltime for rm job %s - '%s'\n",
J->Name,
tEMsg);
if (EMsg != NULL)
strcpy(EMsg,"cannot modify walltime");
rc = FAILURE;
goto cleanupExit;
}
break;
case mwjaVariables:
MJobSetAttr(J,mjaVariables,(void **)TokPtr2,mdfString,mAdd);
break;
default:
/* NO-OP */
break;
} /* END switch (aindex) */
ptr = MUStrTok(NULL,";",&TokPtr);
} /* END while (ptr != NULL) */
cleanupExit:
MUFree(&mutableResponse);
return(rc);
} /* END MRMJobValidate() */
int runPFSortedJets(std::string fileName) {
// Create file on which histogram(s) can be saved.
TFile *inFile = new TFile(fileName.c_str(), "READ");
THStack* partFracs = new THStack("particlestacks", "");
// Read histograms.
vector<TProfile*> fractionProfiles;
for (int idx = 0; idx != 16; ++idx){
std::stringstream tmpString("");
tmpString << "a" << idx;
// a = all, g = gluonjets, q = quarkjets, lq = low pt quarks, hq = high pt quarks
fractionProfiles.push_back( (TProfile*) inFile->Get( tmpString.str().c_str()) );
}
cout << fractionProfiles.size();
vector<TH1D*> fractionHists;
for (int idx = 0; idx != 16; ++idx){
fractionHists.push_back( fractionProfiles[idx]->ProjectionX("","") );
}
vector<TH1D*> PFfracs;
PFfracs.push_back( (TH1D*) fractionHists[0]->Clone("chf") );
PFfracs[0]->Add( fractionHists[1] );
PFfracs[0]->Add( fractionHists[3] );
PFfracs[0]->Add( fractionHists[4] );
PFfracs[0]->Add( fractionHists[7] );
PFfracs[0]->Add( fractionHists[8] );
PFfracs[0]->Add( fractionHists[13] );
PFfracs.push_back( (TH1D*) fractionHists[2]->Clone("phf") );
PFfracs[1]->Add( fractionHists[11] );
PFfracs.push_back( (TH1D*) fractionHists[5]->Clone("nhf") );
PFfracs[2]->Add( fractionHists[6] );
PFfracs[2]->Add( fractionHists[9] );
PFfracs[2]->Add( fractionHists[10] );
PFfracs[2]->Add( fractionHists[12] );
PFfracs.push_back( (TH1D*) fractionHists[14]->Clone("elf+muf") );
PFfracs.push_back( (TH1D*) fractionHists[15]->Clone("others") );
PFfracs[0]->SetFillColor(kRed);
PFfracs[1]->SetFillColor(kBlue);
PFfracs[2]->SetFillColor(kGreen);
PFfracs[3]->SetFillColor(kYellow);
PFfracs[4]->SetFillColor(kCyan);
for (unsigned i = 0; i != PFfracs.size(); ++i){
partFracs->Add( PFfracs[i] );
}
TCanvas *canv = tdrCanvas("c1",fractionHists[0],12,0,1);//new TCanvas("c1","c1",600,600);
stackModify(fractionHists[0]);
partFracs->SetHistogram( fractionHists[0] );
partFracs->GetHistogram()->SetMaximum(1.01);
partFracs->GetHistogram()->SetMinimum(-0.01);
//partFracs->SetFillStyle(4000);
TLegend *leg = tdrLeg(0.83,0.1,0.98,0.93);
leg->AddEntry( PFfracs[4], "rest", "f" );
leg->AddEntry( PFfracs[3], "elf+muf", "f" );
leg->AddEntry( PFfracs[2], "nhf", "f" );
leg->AddEntry( PFfracs[1], "phf", "f" );
leg->AddEntry( PFfracs[0], "chf", "f" );
leg->SetTextSize(0.045);
TLatex latex;
latex.SetNDC();
latex.SetTextAngle(0);
latex.SetTextColor(kBlack);
latex.SetTextFont(42);
latex.SetTextAlign(31);
latex.SetTextSize(0.6*0.07);
partFracs->Draw("same");
latex.DrawLatex(0.77,0.85,"Pythia 6 Z2*");
//fixOverlay();
//canv->Print("efracs.pdf");
// Done.
return 0;
}
void appl::TextViewer::onRegenerateDisplay() {
if (needRedraw() == false) {
return;
}
//tic();
// For the scrooling windows
m_displayDrawing.clear();
m_displayText.clear();
// reset the background :
m_displayDrawing.setPos(vec3(0, 0, 0));
m_displayDrawing.setColor((*m_paintingProperties)[m_colorBackground].getForeground());
m_displayDrawing.rectangleWidth(m_size);
if (m_buffer == nullptr) {
m_maxSize.setX(256);
m_maxSize.setY(256);
float textEndAlignament = std::max(11.0f, m_size.x()-20.0f);
m_displayText.setTextAlignement(10, textEndAlignament, ewol::compositing::alignLeft);
m_displayText.setRelPos(vec3(10, 0, 0));
std::string tmpString("<br/>\n"
"<font color=\"red\">\n"
" <b>\n"
" edn - Editeur De N'ours\n"
" </b>\n"
"</font>\n"
"<br/>\n"
"<br/>\n"
"<font color=\"indigo\">\n"
" <i>\n"
" No Buffer Availlable to display\n"
" </i>\n"
"</font>\n");
m_displayText.setPos(vec3(0.0f, m_size.y(), 0.0f) );
m_displayText.forceLineReturn();
m_displayText.printDecorated(tmpString);
// call the herited class...
WidgetScrolled::onRegenerateDisplay();
return;
}
// normal displa of the buffer :
vec3 tmpCursorPosition(0, 0, -1);
float tmpCursorLenght = -1.0;
// real display ...
m_displayText.setColor(etk::Color<>(0, 0, 0, 255));
float countNbLine = 1;
int32_t countColomn = 0;
// the siplay string :
std::u32string stringToDisplay;
appl::Buffer::Iterator selectPosStart = m_buffer->begin();
appl::Buffer::Iterator selectPosStop = m_buffer->begin();
if (m_buffer->hasTextSelected() == true) {
selectPosStart = m_buffer->selectStart();
selectPosStop = m_buffer->selectStop();
}
m_displayText.setPos(vec3(-m_originScrooled.x(), m_size.y()+m_originScrooled.y(), 0));
m_displayText.forceLineReturn();
appl::Buffer::Iterator startingIt = m_buffer->begin();
int64_t startLineId = 0;
if (m_size.y() < m_displayText.getPos().y()) {
for (startingIt = m_buffer->begin();
(bool)startingIt == true;
++startingIt) {
if (*startingIt == u32char::Return) {
++startLineId;
m_displayText.forceLineReturn();
if (m_size.y() >= m_displayText.getPos().y()) {
++startingIt;
break;
}
}
}
}
// Display line number :
m_lastOffsetDisplay = 0;
vec3 tmpLetterSize = m_displayText.calculateSize((char32_t)'A');
{
int32_t nbLine = m_buffer->getNumberOfLines();
float nbLineCalc = nbLine;
int32_t nbChar = 0;
while (nbLineCalc >= 1.0f) {
++nbChar;
nbLineCalc /= 10.0f;
}
m_lastOffsetDisplay = tmpLetterSize.x() * (float)nbChar + 1.0f;
m_displayText.setFontItalic((*m_paintingProperties)[m_colorLineNumber].getItalic());
m_displayText.setFontBold((*m_paintingProperties)[m_colorLineNumber].getBold());
m_displayText.setColorBg((*m_paintingProperties)[m_colorLineNumber].getBackground());
m_displayText.setColor((*m_paintingProperties)[m_colorLineNumber].getForeground());
m_displayText.setClippingMode(false);
vec3 startWriteRealPosition = m_displayText.getPos();
m_displayText.setPos(vec3(0.0f, startWriteRealPosition.y(), 0.0f));
for (int32_t iii=startLineId;
iii<nbLine;
++iii) {
char tmpLineNumber[50];
sprintf(tmpLineNumber, "%*d", nbChar, iii+1);
m_displayText.print(tmpLineNumber);
m_displayText.forceLineReturn();
if (m_displayText.getPos().y() < -20.0f ) {
break;
}
}
m_displayText.setPos(vec3(-m_originScrooled.x()+m_lastOffsetDisplay, startWriteRealPosition.y(), 0.0f));
m_displayText.setClipping(vec2(m_lastOffsetDisplay, 0), m_size);
}
appl::DisplayHLData displayLocalSyntax;
m_buffer->hightlightGenerateLines(displayLocalSyntax, startingIt, (m_size.y()/tmpLetterSize.y()) + 5);
float maxSizeX = 0;
appl::HighlightInfo * HLColor = nullptr;
bool DisplayCursorAndSelection = isSelectedLast();
appl::Buffer::Iterator it;
for (it = startingIt;
(bool)it == true;
++it) {
if (it == m_buffer->cursor()) {
// need to display the cursor :
tmpCursorPosition = m_displayText.getPos();
tmpCursorLenght = 0.0f;
}
//APPL_DEBUG("display element '" << currentValue << "'at pos : " << m_displayText.getPos() );
//APPL_DEBUG(" element size : " << iii << " : " << bufferElementSize);
if (*it == u32char::Return) {
countNbLine += 1;
countColomn = 0;
maxSizeX = std::max(m_displayText.getPos().x(), maxSizeX);
// Display the end line position only if we have the focus ...
if (DisplayCursorAndSelection == true) {
if (it >= selectPosStart && it < selectPosStop) {
ewol::compositing::Drawing& draw = m_displayText.getDrawing();
draw.setColor(etk::Color<>(0xFF, 0x00, 0x00, 0xFF));
draw.setPos(m_displayText.getPos() + tmpLetterSize/4.0f);
draw.rectangle(m_displayText.getPos() + tmpLetterSize*3.0f/4.0f);
}
}
if (tmpCursorLenght == 0.0f) {
tmpCursorLenght = tmpLetterSize.x();
}
m_displayText.forceLineReturn();
m_displayText.setPos(vec3(-m_originScrooled.x()+m_lastOffsetDisplay, m_displayText.getPos().y(), 0.0f));
if (m_displayText.getPos().y() < -20.0f ) {
break;
}
continue;
}
HLColor = m_buffer->getElementColorAtPosition(displayLocalSyntax, (int64_t)it);
bool haveBackground = false;
if ( HLColor != nullptr
&& HLColor->patern != nullptr) {
m_displayText.setColor(HLColor->patern->getColorGlyph().getForeground());
m_displayText.setColorBg(HLColor->patern->getColorGlyph().getBackground());
haveBackground = HLColor->patern->getColorGlyph().haveBackground();
m_displayText.setFontItalic(HLColor->patern->getColorGlyph().getItalic());
m_displayText.setFontBold(HLColor->patern->getColorGlyph().getBold());
} else {
m_displayText.setFontItalic((*m_paintingProperties)[m_colorNormal].getItalic());
m_displayText.setFontBold((*m_paintingProperties)[m_colorNormal].getBold());
m_displayText.setColorBg((*m_paintingProperties)[m_colorNormal].getBackground());
m_displayText.setColor((*m_paintingProperties)[m_colorNormal].getForeground());
}
if (haveBackground == false) {
if (*it == u32char::Space) {
m_displayText.setColorBg((*m_paintingProperties)[m_colorSpace].getForeground());
} else if (*it == u32char::Tabulation) {
m_displayText.setColorBg((*m_paintingProperties)[m_colorTabulation].getForeground());
}
}
m_buffer->expand(countColomn, *it, stringToDisplay);
// Display selection only if we have the focus ...
if (DisplayCursorAndSelection == true) {
if (it >= selectPosStart && it < selectPosStop) {
m_displayText.setColor((*m_paintingProperties)[m_colorSelection].getForeground());
m_displayText.setColorBg((*m_paintingProperties)[m_colorSelection].getBackground());
}
}
//APPL_DEBUG("display : '" << currentValue << "' == > '" << stringToDisplay << "'");
m_displayText.print(stringToDisplay);
if (tmpCursorLenght == 0.0f) {
tmpCursorLenght = m_displayText.getPos().x()-tmpCursorPosition.x();
}
countColomn += stringToDisplay.size();
}
if (it == m_buffer->cursor()) {
tmpCursorPosition = m_displayText.getPos();
tmpCursorLenght = 5;
}
maxSizeX = std::max(m_displayText.getPos().x(), maxSizeX);
// Display cursor only if we have the focus ...
if ( tmpCursorPosition.z() != -1
&& getFocus() == true) {
// display the cursor:
//APPL_DEBUG("display cursor at position : " << tmpCursorPosition);
m_displayText.setPos(tmpCursorPosition);
if (m_buffer->hasTextSelected() == true) {
m_displayText.setColorBg((*m_paintingProperties)[m_colorCursor].getForeground());
m_displayText.printCursor(false);
} else {
if (m_insertMode == true) {
m_displayText.setColorBg((*m_paintingProperties)[m_colorSelection].getBackground());
} else {
m_displayText.setColorBg((*m_paintingProperties)[m_colorCursor].getForeground());
}
m_displayText.printCursor(m_insertMode, tmpCursorLenght);
}
}
// set maximum size (X&Y) :
{
vec3 tmpLetterSize = m_displayText.calculateSize((char32_t)'A');
int64_t nbLines = m_buffer->getNumberOfLines();
m_maxSize.setX(maxSizeX+m_originScrooled.x());
m_maxSize.setY((float)nbLines*tmpLetterSize.y());
}
//toc("Display time : ");
// call the herited class...
WidgetScrolled::onRegenerateDisplay();
}
bool osgDoInit(OSG::Int32,
OSG::Char8 **,
OSG::UInt16 major,
OSG::UInt16 minor,
OSG::UInt16 release,
bool debug,
bool dll,
bool mt)
{
CompileConfig prog(major,
minor,
release,
debug,
dll,
mt);
CompileConfig lib (OSG_MAJOR_VERSION,
OSG_MINOR_VERSION,
OSG_RELEASE_VERSION,
OSG_INIT_DEBUG,
OSG_INIT_DLL,
OSG_INIT_MT);
if(lib.compare(prog))
{
exit(1);
}
#ifdef WIN32
// Very crude way to safeguard on low level cast, have to find a better
// way later.
OSG_ASSERT(sizeof(UInt32) == sizeof(long));
#endif
bool returnValue = true;
if(GlobalSystemState != Startup)
{
FFATAL(("osgInit: System was already initialized; repeated calls are "
"NOT allowed.\n"));
returnValue = false;
}
if(returnValue == false)
return returnValue;
returnValue = SharedObjectHandler::the()->initialize();
if(osgPreloadSharedObject != NULL)
{
for(UInt32 i = 0; i < osgPreloadSharedObject->size(); ++i)
{
SharedObjectHandler::the()->getOSGSharedObject(
(*osgPreloadSharedObject)[i].c_str());
}
}
#ifdef WIN32
std::string pathSep(";");
#else
std::string pathSep(":");
#endif
char *szEnvLibs = getenv("OSG_LOAD_LIBS");
if(szEnvLibs != NULL)
{
std::string tmpString(szEnvLibs);
string_token_iterator libIt(tmpString, pathSep.c_str());
string_token_iterator libEnd;
while(libIt != libEnd)
{
SharedObjectHandler::the()->getOSGSharedObject(
(*libIt).c_str());
++libIt;
}
}
const char *szEnvPlugins = getenv("OSG_PLUGIN_PATH");
const char *szEnvPluginPattern = getenv("OSG_PLUGIN_PATTERN");
//SharedObjectHandler::the()->dump();
if(szEnvPlugins != NULL)
{
if(szEnvPluginPattern == NULL)
{
szEnvPluginPattern = PluginPattern;
}
fprintf(stderr, "Get Plugins %s from %s\n",
szEnvPluginPattern,
szEnvPlugins);
std::vector<Char8 *> *pPlugins =
Directory::getEntries(szEnvPlugins, szEnvPluginPattern);
if(pPlugins != NULL)
{
std::string szPluginName;
for(UInt32 i = 0; i < pPlugins->size(); ++i)
{
if((*pPlugins)[i][0] == '.')
{
if((*pPlugins)[i][1] == '\0')
{
continue;
}
else if((*pPlugins)[i][1] == '.' &&
(*pPlugins)[i][2] == '\0')
{
continue;
}
}
szPluginName.assign(szEnvPlugins);
szPluginName += '/';
szPluginName += (*pPlugins)[i];
fprintf(stderr, "plugin : %s\n", szPluginName.c_str());
SharedObjectHandler::the()->getSharedObject(
szPluginName.c_str());
}
}
delete pPlugins;
}
if(osgLibraryVersions != NULL)
{
FNOTICE(("osgInit: Main Version : %s\n", OSG_VERSION_STRING));
for(LibVersionMap::const_iterator LibMapItor(osgLibraryVersions->begin());
LibMapItor != osgLibraryVersions->end();
++LibMapItor)
{
FNOTICE(("osgInit: %-30s: %-10s Rev: %s\n",
LibMapItor->first.c_str(),
LibMapItor->second.first.c_str(),
LibMapItor->second.second.c_str()));
}
}
//SharedObjectHandler::the()->dump();
if(returnValue == false)
return returnValue;
// without it floats could be written as "1,456" ...
setlocale(LC_NUMERIC, "English");
if(osgPreMPInitFunctions != NULL)
{
for(UInt32 i = 0; i < osgPreMPInitFunctions->size(); i++)
{
returnValue &= (*osgPreMPInitFunctions)[i]();
if(returnValue == false)
break;
}
osgPreMPInitFunctions->clear();
}
if(returnValue == false)
return returnValue;
returnValue &= ThreadManager::initialize();
if(returnValue == false)
return returnValue;
if(osgPreFactoryInitFunctions != NULL)
{
for(UInt32 i = 0; i < osgPreFactoryInitFunctions->size(); i++)
{
returnValue &= (*osgPreFactoryInitFunctions)[i]();
if(returnValue == false)
break;
}
osgPreFactoryInitFunctions->clear();
}
if(returnValue == false)
return returnValue;
returnValue &= FactoryController::the()->initialize();
if(returnValue == false)
return returnValue;
if(osgPostFactoryInitFunctions != NULL)
{
for(UInt32 i = 0; i < osgPostFactoryInitFunctions->size(); i++)
{
returnValue &= (*osgPostFactoryInitFunctions)[i]();
if(returnValue == false)
break;
}
osgPostFactoryInitFunctions->clear();
}
GlobalSystemState = Running;
osgLog().setLogLevel(OSG_DEFAULT_LOG_LEVEL);
return returnValue;
}
int MJobProcessTVariables(
mjob_t *J) /* I */
{
mjob_t *MasterJ = NULL;
mhashiter_t HTI;
char *VarName;
char *VarVal;
mbitmap_t VarBM;
char NamesToAdd[MMAX_TEMP_VARS][MMAX_LINE];
char ValuesToAdd[MMAX_TEMP_VARS][MMAX_LINE];
char NamesToAddMaster[MMAX_TEMP_VARS][MMAX_LINE];
char ValuesToAddMaster[MMAX_TEMP_VARS][MMAX_LINE];
mbitmap_t *BMToAddMaster[MMAX_TEMP_VARS];
int AddIndex;
int AddIndexMaster;
int tmpI;
char tmpLine[MMAX_LINE];
char *SetVal = NULL;
mbool_t DoVarExport = FALSE;
mbool_t NoGroupExport = FALSE; /* don't set the variable to export at the group level */
const char *FName = "MJobProcessTVariables";
MDB(3,fSCHED) MLog("%s(%s)\n",
FName,
J->Name);
if (MUHTIsEmpty(&J->Variables))
{
return(SUCCESS);
}
memset(NamesToAdd,0,sizeof(NamesToAdd));
memset(ValuesToAdd,0,sizeof(ValuesToAdd));
AddIndex = 0;
memset(NamesToAddMaster,0,sizeof(NamesToAddMaster));
memset(ValuesToAddMaster,0,sizeof(ValuesToAddMaster));
memset(BMToAddMaster,0,sizeof(BMToAddMaster));
AddIndexMaster = 0;
MUHTIterInit(&HTI);
while (MUHTIterate(&J->Variables,&VarName,(void **)&VarVal,&VarBM,&HTI) == SUCCESS)
{
DoVarExport = FALSE;
NoGroupExport = FALSE;
MDB(7,fSCHED) MLog("INFO: processing variable '%s'\n",
VarName);
SetVal = VarVal;
if (bmisset(&VarBM,mtvaExport))
DoVarExport = TRUE;
if (bmisset(&VarBM,mtvaIncr))
{
if (VarVal != NULL)
{
tmpI = (int)strtol((char *)VarVal,NULL,10);
tmpI++;
}
else
{
tmpI = 1;
}
snprintf(tmpLine,sizeof(tmpLine),"%d",tmpI);
SetVal = tmpLine;
if (AddIndex < MMAX_TEMP_VARS)
{
MUStrCpy(NamesToAdd[AddIndex],VarName,MMAX_LINE);
MUStrCpy(ValuesToAdd[AddIndex],SetVal,MMAX_LINE);
AddIndex++;
}
MJobWriteVarStats(J,mSet,VarName,SetVal,NULL);
}
else if ((!strcasecmp(VarName,"ccode")) &&
(MJOBISCOMPLETE(J) == TRUE))
{
DoVarExport = TRUE;
NoGroupExport = TRUE;
snprintf(tmpLine,sizeof(tmpLine),"%d",
J->CompletionCode);
SetVal = tmpLine;
if (AddIndex < MMAX_TEMP_VARS)
{
MUStrCpy(NamesToAdd[AddIndex],VarName,MMAX_LINE);
MUStrCpy(ValuesToAdd[AddIndex],SetVal,MMAX_LINE);
AddIndex++;
}
MJobWriteVarStats(J,mSet,VarName,SetVal,NULL);
#ifdef MYAHOO
#define MPBS_STDFILE_ERROR_CODE -9
/* check to see if we have a special completion code
* that should result in an error message */
if (J->CompletionCode == MPBS_STDFILE_ERROR_CODE)
{
mjob_t *JGroup;
char tmpLine[MMAX_LINE];
mstring_t tmpString(MMAX_LINE);
MJobAToMString(
J,
mjaAllocNodeList,
&tmpString,
mfmNONE);
snprintf(tmpLine,sizeof(tmpLine),"job '%s' failed to create stdout/stderr files on '%s'",
J->Name,
tmpString.c_str());
/* there has been an error setting the stdout/stderr file */
MMBAdd(
&J->MessageBuffer,
tmpLine,
NULL,
mmbtOther,
MSched.Time + MCONST_DAYLEN,
0,
NULL);
if (MJobGetGroupJob(J,&JGroup) == SUCCESS)
{
MMBAdd(
&JGroup->MessageBuffer,
tmpLine,
NULL,
mmbtOther,
MSched.Time + MCONST_DAYLEN,
0,
NULL);
}
}
#endif /* MYAHOO */
}
else if (!strcmp(VarName,"HOSTLIST") &&
(MJOBISCOMPLETE(J) == TRUE))
{
mstring_t tmp(MMAX_LINE);
if (MJobAToMString(
J,
mjaAllocNodeList,
&tmp) == SUCCESS)
{
/* can succeed, but not populate outgoing buffer */
if (!tmp.empty())
{
DoVarExport = TRUE;
NoGroupExport = TRUE;
if (AddIndex < MMAX_TEMP_VARS)
{
MUStrCpy(NamesToAdd[AddIndex],VarName,MMAX_LINE);
MUStrCpy(ValuesToAdd[AddIndex],tmp.c_str(),MMAX_LINE);
AddIndex++;
}
MJobWriteVarStats(J,mSet,VarName,tmp.c_str(),NULL);
}
}
}
if (bmisset(&VarBM,mtvaNoExport))
{
/* override our desire to export this variable if it
* is explicitly stated that this variable should NOT
* be exported */
DoVarExport = FALSE;
}
/* export variable to group job */
if ((DoVarExport == TRUE) &&
(J->JGroup != NULL))
{
if (MJobFind(J->JGroup->Name,&MasterJ,mjsmExtended) == SUCCESS)
{
mbitmap_t GroupBM;
char *GroupVal;
if ((bmisset(&VarBM,mtvaExport) && bmisset(&VarBM,mtvaIncr)) &&
(MUHTGet(&MasterJ->Variables,VarName,(void **)&GroupVal,&GroupBM) == SUCCESS))
{
if (GroupVal != NULL)
{
tmpI = (int)strtol(GroupVal,NULL,10);
tmpI++;
}
else
{
tmpI = 1;
}
snprintf(tmpLine,sizeof(tmpLine),"%d",tmpI);
SetVal = tmpLine;
bmset(&GroupBM,mtvaExport);
}
else if (NoGroupExport == TRUE)
{
/* prevent this variable from exporting up, further
* out of the group object */
bmset(&GroupBM,mtvaNoExport);
}
else if (DoVarExport == TRUE)
{
bmset(&GroupBM,mtvaExport);
}
if (AddIndexMaster < MMAX_TEMP_VARS)
{
MUStrCpy(NamesToAddMaster[AddIndexMaster],VarName,MMAX_LINE);
MUStrCpy(ValuesToAddMaster[AddIndexMaster],SetVal,MMAX_LINE);
BMToAddMaster[AddIndexMaster] = &GroupBM;
AddIndexMaster++;
}
MJobWriteVarStats(MasterJ,mSet,VarName,SetVal,NULL);
} /* END if ((MJobFind(J->JGroup) || ... */
} /* END if ((J->JGroup != NULL)... */
} /* END while (MUHTIterate()) */
if (!MUStrIsEmpty(NamesToAdd[0]))
{
for (AddIndex = 0;AddIndex < MMAX_TEMP_VARS;AddIndex++)
{
if (MUStrIsEmpty(NamesToAdd[AddIndex]))
break;
MUHTAdd(&J->Variables,NamesToAdd[AddIndex],strdup(ValuesToAdd[AddIndex]),NULL,MUFREE);
}
} /* END if (!MUStrIsEmpty(NamesToAdd[0])) */
if ((MasterJ != NULL) && !MUStrIsEmpty(NamesToAddMaster[0]))
{
for (AddIndexMaster = 0;AddIndexMaster < MMAX_TEMP_VARS;AddIndexMaster++)
{
if (MUStrIsEmpty(NamesToAddMaster[AddIndexMaster]))
break;
MUHTAdd(&J->Variables,NamesToAddMaster[AddIndexMaster],strdup(ValuesToAddMaster[AddIndexMaster]),BMToAddMaster[AddIndexMaster],MUFREE);
}
}
/* checkpoint jobs to ensure we don't lose newly updated variables in a crash */
MOCheckpoint(mxoJob,(void *)J,FALSE,NULL);
MOCheckpoint(mxoJob,(void *)MasterJ,FALSE,NULL);
return(SUCCESS);
} /* END MJobProcessTVariables() */
int MRMNodeSetPowerState(
mnode_t *N,
mnl_t *NL,
mvm_t *V,
enum MPowerStateEnum PowerState,
char *EMsg)
{
char *ptr;
int nindex;
int rc;
mnode_t *tmpN = NULL;
mnat_t *ND = NULL;
mpsi_t *P = NULL;
char CmdString[MMAX_LINE];
long RMTime;
const char *FName = "MRMNodeSetPowerState";
MDB(2,fRM) MLog("%s(%s,%s,%s,EMsg)\n",
FName,
(N != NULL) ? N->Name : "NULL",
(V != NULL) ? V->VMID : "",
MPowerState[PowerState]);
if (EMsg != NULL)
EMsg[0] = '\0';
tmpN = (NL != NULL) ? MNLReturnNodeAtIndex(NL,0) : N;
if ((tmpN == NULL) || (PowerState == mpowNONE))
{
return(FAILURE);
}
if ((MSched.ProvRM != NULL) && (MSched.ProvRM->ND.Path[mrmXNodePower] != NULL))
{
ND = &MSched.ProvRM->ND;
P = MSched.ProvRM->P;
}
else if ((tmpN->RM != NULL) && (tmpN->RM->ND.Path[mrmXNodePower] != NULL))
{
ND = &tmpN->RM->ND;
P = tmpN->RM->P;
}
/* perform variable-substitution in URL */
if (ND != NULL)
{
MUInsertVarList(
ND->Path[mrmXNodePower],
NULL,
NULL,
NULL,
CmdString, /* O */
sizeof(CmdString),
FALSE);
}
if ((V != NULL) && (V->PowerState == PowerState))
{
/* requested state already active */
MDB(3,fSTRUCT) MLog("INFO: powerselectstate (%s) matches requested powerstate on vm %s\n",
MPowerState[PowerState],
V->VMID);
/* need a better way to handle this */
/* return(SUCCESS); */
}
if (tmpN->PowerSelectState == PowerState)
{
/* requested state already active */
MDB(3,fSTRUCT) MLog("INFO: powerselectstate (%s) matches requested powerstate on node %s\n",
MPowerState[PowerState],
tmpN->Name);
/* need a better way to handle this */
/* return(SUCCESS); */
}
switch (PowerState)
{
case mpowOn:
case mpowOff:
if (V != NULL)
{
V->PowerSelectState = PowerState;
V->PowerState = PowerState;
V->PowerMTime = MSched.Time;
}
else
{
for (nindex = 0;nindex < MSched.M[mxoNode];nindex++)
{
if (NL != NULL)
{
tmpN = MNLReturnNodeAtIndex(NL,nindex);
}
else if (nindex > 0)
{
tmpN = NULL;
}
else
{
tmpN = N;
}
if (tmpN == NULL)
break;
/* power node on */
if ((ND == NULL) || (ND->Path[mrmXNodePower] == NULL))
{
if (MSched.Mode != msmTest)
{
MDB(3,fSTRUCT) MLog("WARNING: no external power interface - cannot power %s node %s%s%s\n",
MPowerState[PowerState],
tmpN->Name,
(V != NULL) ? ":" : "",
(V != NULL) ? V->VMID : "");
if (PowerState == mpowOn)
{
MMBAdd(&tmpN->MB,"no external power interface - cannot power on node",NULL,mmbtNONE,0,0,NULL);
if (tmpN->RM != NULL)
MMBAdd(&tmpN->RM->MB,"no external power interface - cannot power on node",NULL,mmbtNONE,0,0,NULL);
}
else
{
MMBAdd(&tmpN->MB,"no external power interface - cannot power off node",NULL,mmbtNONE,0,0,NULL);
if (tmpN->RM != NULL)
MMBAdd(&tmpN->RM->MB,"no external power interface - cannot power off node",NULL,mmbtNONE,0,0,NULL);
}
if (EMsg != NULL)
snprintf(EMsg,MMAX_LINE,"no external power interface - cannot modify power state");
return(FAILURE);
}
/* no external action specified, make local changes only */
MDB(3,fSTRUCT) MLog("INFO: no external power interface - internally powering %s node %s\n",
MPowerState[PowerState],
tmpN->Name);
tmpN->PowerSelectState = PowerState;
tmpN->PowerIsEnabled = TRUE;
return(SUCCESS);
} /* END if ((ND == NULL) || (ND->Path[mrmXNodePower] == NULL)) */
} /* END for (nindex) */
} /* END else */
{
mstring_t NodeList(MMAX_LINE);
if (NL != NULL)
{
MNLToMString(NL,FALSE,",",'\0',1,&NodeList);
ptr = NodeList.c_str();
tmpN = MNLReturnNodeAtIndex(NL,0);
}
else if (V != NULL)
{
ptr = V->VMID;
tmpN = N;
}
else
{
ptr = N->Name;
tmpN = N;
}
mstring_t tmpString(MMAX_LINE);
/* execute script */
MStringAppendF(&tmpString,"%s %s %s",
CmdString,
ptr,
(PowerState == mpowOn) ? "ON" : "OFF");
MRMStartFunc(tmpN->RM,NULL,mrmNodeModify);
/* switched to MUReadPipe2 4/3/09 DRW */
mstring_t Response(MMAX_LINE);
mstring_t StdErr(MMAX_LINE);
if (MUReadPipe2(
tmpString.c_str(), /* COMMAND */
NULL, /* stdin */
&Response, /* stdout */
&StdErr, /* stderr */
P, /* PSI */
&rc, /* return code */
EMsg, /* duh */
NULL) == FAILURE) /* SC */
{
MDB(1,fSTRUCT) MLog("ALERT: cannot read output of command '%s'\n",
CmdString);
return(FAILURE);
}
MRMEndFunc(tmpN->RM,NULL,mrmNodeModify,&RMTime);
/* remove time from sched load and add to rm action load */
MSched.LoadEndTime[mschpRMAction] += RMTime;
MSched.LoadStartTime[mschpSched] += RMTime;
if (strstr(Response.c_str(),"ERROR") != NULL)
{
MDB(1,fSTRUCT) MLog("ALERT: unable to set power to %s for node %s with command '%s'\n",
MPowerState[PowerState],
tmpN->Name,
CmdString);
if (EMsg != NULL)
snprintf(EMsg,MMAX_LINE,"error reported from power command - %s",
Response.c_str());
return(FAILURE);
}
if (V != NULL)
{
V->PowerSelectState = PowerState;
V->PowerState = PowerState;
}
else
{
char tmpLine[MMAX_LINE];
snprintf(tmpLine,sizeof(tmpLine),"node powered %s",
MPowerState[PowerState]);
for (nindex = 0;nindex < MSched.M[mxoNode];nindex++)
{
if (NL != NULL)
{
tmpN = MNLReturnNodeAtIndex(NL,nindex);
}
else if (nindex > 0)
{
tmpN = NULL;
}
else
{
tmpN = N;
}
if (tmpN == NULL)
break;
tmpN->PowerSelectState = PowerState;
tmpN->PowerIsEnabled = TRUE;
MOWriteEvent((void *)tmpN,mxoNode,mrelNodeModify,tmpLine,MStat.eventfp,NULL);
if ((PowerState == mpowOn) &&
(V == NULL) &&
(MPOWPISGREEN(tmpN->PowerPolicy) || (MPOWPISGREEN(MSched.DefaultN.PowerPolicy))))
{
double IdleWatts;
/* NOTE: node is transitioning from standby to idle */
IdleWatts = MPar[tmpN->PtIndex].DefNodeIdleWatts;
if ((MSched.WattsGMetricIndex > 0) &&
((tmpN->XLoad == NULL) || !bmisset(&tmpN->XLoad->RMSetBM,MSched.WattsGMetricIndex)))
{
MNodeSetGMetric(
tmpN,
MSched.WattsGMetricIndex,
MPar[tmpN->PtIndex].DefNodeIdleWatts);
tmpN->XLoad->GMetric[MSched.WattsGMetricIndex]->IntervalLoad = MPar[tmpN->PtIndex].DefNodeIdleWatts;
tmpN->XLoad->GMetric[MSched.WattsGMetricIndex]->SampleCount++;
}
if (MSched.PWattsGMetricIndex > 0)
{
MNodeSetGMetric(
tmpN,
MSched.PWattsGMetricIndex,
IdleWatts);
}
}
else if ((PowerState == mpowOff) &&
(V == NULL) &&
(MPOWPISGREEN(tmpN->PowerPolicy) || (MPOWPISGREEN(MSched.DefaultN.PowerPolicy))))
{
/* node is transitioning from idle to standby */
if ((MSched.WattsGMetricIndex > 0) &&
((tmpN->XLoad == NULL) || !bmisset(&tmpN->XLoad->RMSetBM,MSched.WattsGMetricIndex)))
{
/* RM is not reporting wattage, usage defaults */
MNodeSetGMetric(tmpN,MSched.WattsGMetricIndex,MPar[tmpN->PtIndex].DefNodeStandbyWatts);
/* NOTE: pwatts should maintain 'idle' wattage. */
tmpN->XLoad->GMetric[MSched.WattsGMetricIndex]->IntervalLoad = MPar[tmpN->PtIndex].DefNodeStandbyWatts;
tmpN->XLoad->GMetric[MSched.WattsGMetricIndex]->SampleCount++;
}
}
} /* END for (nindex) */
} /* END else */
}
break;
default:
/* NYI */
return(FAILURE);
/*NOTREACHED*/
break;
} /* END switch (PowerState) */
return(SUCCESS);
} /* END MRMNodeSetPowerState() */