//*****************************************************************************
// CLASS GeneralPage :: verifyAndSave() - save database info
//*****************************************************************************
IBase :: Boolean GeneralPage :: verifyAndSave( IString& theString,
IString& theEntry,
const IString theName )
{
/* verify data for correctness */
if ((theName.length() == 0) && (employeeId.text().length() == 0 ))
return true;
// save person information
if ((theName.length() == 0 ) && (theName.isAlphanumeric()))
Key = employeeId.text();
else
Key = theName;
// prime the page from data area
setEmployeeData();
//-------------------------------------------------------------------------
// Save the query
// The key is either what was passed in or the employee number
//-------------------------------------------------------------------------
if (theName.length()>0)
employeeData.save(theName);
else
if ( (!isAquery) &&
(Key.length()> 0 ))
employeeData.save(Key);
return true;
}
bool IString::isLike(IString s){
IString _localpattern = "*?";
IString::iterator _lcstrIterator;
IString::iterator _lcptrIterator;
int _strIndex = 0;
_lcstrIterator = this->begin();
_lcptrIterator = s.begin();
while ( _lcptrIterator != s.end() && _lcstrIterator != this->end() ) {
if ( *_lcptrIterator == '*' ) {
if ( *_lcstrIterator == *(_lcptrIterator+1) ) {
_lcptrIterator++;
_lcptrIterator++;
_lcstrIterator++;
} else _lcstrIterator++;
}
if ( *_lcptrIterator == '?' ) {
_lcptrIterator++;
_lcstrIterator++;
}
if ( *_lcptrIterator != '*' && *_lcptrIterator != '?' ) {
if ( *_lcptrIterator != *_lcstrIterator )return false;
_lcptrIterator++;
_lcstrIterator++;
}
}
return true;
}
void IShaderManager::SendLightsInfo()
{
return;
IString str;
//printf("light count %d\n",ILight::m_aLights.Count());
for (unsigned int i=0; i<m_pShaderList.Count(); i++)
{
if (m_pShaderList[i] && m_pShaderList[i]->IsCompiled())
{
//m_pShaderList[i]->UseShader();
int ok = m_pShaderList[i]->SetParameterInt("m_nLightsCount",ILight::m_aLights.Count());
//printf("Send light count %d\n",ok);
if (ok)
for (unsigned int j=0; j<ILight::m_aLights.Count(); j++)
{
//Send color
str.Printf("m_v3LightsColor[%d]",j);
ok=m_pShaderList[i]->SetParameter3Float(str,ILight::m_aLights[j]->m_cColor);
//Send position
str.Printf("m_v3LightsPos[%d]",j);
ok=m_pShaderList[i]->SetParameter3Float(str,ILight::m_aLights[j]->m_vPosition);
//Send radius
str.Printf("m_fLightsRadius[%d]",j);
ok=m_pShaderList[i]->SetParameterFloat(str,ILight::m_aLights[j]->m_fRadius);
}
}
}
}
void CAndorSDK3Camera::PerformReleaseVersionCheck()
{
//Release 2 / 2.1 checks
try
{
IString * firmwareVersion = cameraDevice->GetString(L"FirmwareVersion");
if (firmwareVersion && firmwareVersion->IsImplemented())
{
wstring ws = firmwareVersion->Get();
if (ws == g_RELEASE_2_0_FIRMWARE_VERSION)
{
LogMessage("Warning: Release 2.0 Camera firmware detected! Please upgrade your camera to Release 3");
}
else if (ws == g_RELEASE_2_1_FIRMWARE_VERSION)
{
LogMessage("Warning: Release 2.1 Camera firmware detected! Please upgrade your camera to Release 3");
}
}
cameraDevice->Release(firmwareVersion);
}
catch (NotImplementedException & e)
{
LogMessage(e.what());
}
}
/******************************************************************************
* Class AccountPage :: verifyAndSave - Save page information to the database *
******************************************************************************/
bool AccountPage::verifyAndSave( IString& theString,
IString& theEntry,
const IString saveName )
{
/*-----------------------------------------------------------------------------
| If there is no data or is a query, return. |
-----------------------------------------------------------------------------*/
if ( ( ! saveName.length() )
&& ( ! Key.length() )
|| isAquery )
return true;
/*-----------------------------------------------------------------------------
| If able to retrieve the container information, |
| save the information to the database based on the key or query name. |
-----------------------------------------------------------------------------*/
if ( setAcctData() )
{
if ( ( saveName.length() > 0 ) && ( saveName.isAlphanumeric() ) )
acctData.save( saveName );
else
if ( ( Key.length() > 0 ) && ( Key.isAlphanumeric() ) )
acctData.save( Key );
}
return true;
};
// -------------------------------------------------------------------------
// QueryInfo Class :: inRange() - match check having a range
// -------------------------------------------------------------------------
IBase :: Boolean QueryInfo :: inRange(const IString &c1
,const IString &c2
,const IString &range)
{
if (c2.length() == 0)
return false;
IString matchItem, compareItem;
matchItem = chopOff(c1);
compareItem = chopOff(c2);
if ( (c1.isDigits()) && (c2.isDigits()) ) {
// compare 2 numbers
long d1=c1.asInt();
long d2=c2.asInt();
return compareIt(d1, d2, range);
}
else {
ADate *date1 = new ADate(c1);
ADate *date2 = new ADate(c2);
return compareIt(date1, date2, range);
} /* endif */
};
/*
* v e r t i c a l
*
* show select results in vertical direction
*/
static void vertical(KSqlCursor *csr, int cols)
{
int pcnt = 0;
while (csr->fetch()) {
log("");
if (pausechk(pcnt)) break;
for (int col = 0; col < cols; col++) {
ostrstream* out = new ostrstream();
*out << setiosflags(ios::left) << setw(20) << setfill('.')
<< csr->selectColumnName(col)
<< setiosflags(0) << setw(0) << setfill(' ') << ": ";
int width = dispWidth(csr,col);
int scale = csr->selectColumnScale(col);
if (scale>=0) {
out->setf(ios::fixed);
out->precision(scale);
} //
if (numeric(csr,col)) {
double val;
*csr >> val;
*out << val;
} else {
IString val;
*csr >> val;
*out << val.subString(1,width).strip() << setiosflags(0);
} /* endif */
char* ss = out->str();
ss[out->pcount()] = 0;
log(ss);
delete ss;
delete out;
if (pausechk(pcnt)) return;
} // for
} // while
// -------------------------------------------------------------------------
// QueryInfo Class :: chopOff() - ignore decimal points
// -------------------------------------------------------------------------
IString QueryInfo :: chopOff( const IString& c2) {
unsigned i = c2.indexOf(".");
if (i > 0)
return (c2.subString(1, i-1));
return c2;
};
// -------------------------------------------------------------------------
// QueryInfo Class :: compareItData() - compare integers for a match
// -------------------------------------------------------------------------
IBase :: Boolean QueryInfo :: compareIt( const long d1
,const long d2
,const IString& range)
{
Boolean retCode = false;
// now compare the date or integer
if (d1 == d2 )
if (range.indexOfAnyOf("="))
retCode=true;
else
retCode=false;
else
if (d2 > d1 )
if (range.indexOfAnyOf(">"))
retCode=true;
else
retCode=false;
else
if (d2 < d1 )
if (range.indexOfAnyOf("<"))
retCode=true;
else
retCode=false;
return retCode;
};
void setMovieWindowHandle(IWindowHandle movieWindowHandle)
{
if (movieWindowHandle)
{
IString unqualifiedFileName = movieFrame->quickFlick->fileName();
unsigned long lastDelimiterIndex = unqualifiedFileName.lastIndexOf('\\');
unqualifiedFileName = unqualifiedFileName.subString(lastDelimiterIndex + 1, unqualifiedFileName.length() - lastDelimiterIndex);
movieFrame->title.setObjectText("QuickFlick");
movieFrame->title.setViewText(unqualifiedFileName);
movieFrame->addToWindowList();
movieFrame->movieWindow = IWindow::windowWithHandle(movieWindowHandle);
IDMHandler::enableDropOn(movieFrame->movieWindow);
movieFrame->movieWindow->setItemProvider(movieFrame);
}
if (movieFrame->quickFlick->logoWindowHandle())
{
movieFrame->logo = IWindow::windowWithHandle(movieFrame->quickFlick->logoWindowHandle());
IDMHandler::enableDropOn(movieFrame->logo);
movieFrame->logo->setItemProvider(movieFrame);
}
if (movieWindowHandle && QuickFlick::nonEmbeddedDisplay() == QF_NONEMBED_TOFIT)
movieFrame->reset();
else
movieFrame->showWindow();
}
void LumosGame::ItemToButton( const GameItem* item, gamui::Button* button )
{
CStr<64> text;
// Set the text to the proper name, if we have it.
// Then an icon for what it is, and a check
// mark if the object is in use.
int value = item->GetValue();
const char* name = item->ProperName() ? item->ProperName() : item->Name();
if ( value ) {
text.Format( "%s\n%d", name, value );
}
else {
text.Format( "%s\n ", name );
}
button->SetText( text.c_str() );
IString decoName = item->keyValues.GetIString( "uiIcon" );
RenderAtom atom = LumosGame::CalcUIIconAtom( decoName.c_str(), true );
atom.renderState = (const void*) UIRenderer::RENDERSTATE_UI_DECO_DISABLED;
RenderAtom atomD = LumosGame::CalcUIIconAtom( decoName.c_str(), false );
atomD.renderState = (const void*) UIRenderer::RENDERSTATE_UI_DECO_DISABLED;
button->SetDeco( atom, atomD );
}
IString IString::words(int _firstWord, int _numWords ) {
IString returnString;
for ( int index = _firstWord; index < _numWords; index++ ) {
returnString.append(this->word(index));
}
return returnString;
}
Verzeichnis::Verzeichnis (IString const &n)
{
Path = n;
IString name = n;
HPOINTER p = WinLoadFileIcon (n, FALSE);
if ( p )
setIcon (IPointerHandle (p));
else
setIcon (ISystemPointerHandle (ISystemPointerHandle::folder));
setIconText (name.remove (1, Path.lastIndexOf ('\\')));
}
int CoreScript::DoTick(U32 delta)
{
int nScoreTicks = scoreTicker.Delta(delta);
int nAITicks = aiTicker.Delta(delta);
Citizens(0); // if someone was deleted, the spawn tick will reset.
int nSpawnTicks = spawnTick.Delta(delta);
// Clean rock off the core.
Vector2I pos2i = ToWorld2I(parentChit->Position());
const WorldGrid& wg = Context()->worldMap->GetWorldGrid(pos2i);
if (wg.RockHeight()) {
Context()->worldMap->SetRock(pos2i.x, pos2i.y, 0, false, 0);
}
if (InUse()) {
DoTickInUse(delta, nSpawnTicks);
UpdateScore(nScoreTicks);
}
else {
DoTickNeutral(delta, nSpawnTicks);
}
workQueue->DoTick();
if (nAITicks) {
UpdateAI();
}
for (int i = 0; i < MAX_SQUADS; ++i) {
if (squads[i].Empty()) {
waypoints[i].Clear();
}
}
if (strategicTicker.Delta(delta)) {
if (this->InUse() && Context()->chitBag->GetHomeCore() != this) {
DoStrategicTick();
}
}
RenderComponent* rc = parentChit->GetRenderComponent();
if (rc) {
int team = parentChit->Team();
CStr<40> str = "";
if (this->InUse() && Team::IsDenizen(team)) {
IString teamName = Team::Instance()->TeamName(team);
str.Format("%s", teamName.safe_str());
}
rc->SetDecoText(str.safe_str());
}
return Min(spawnTick.Next(), aiTicker.Next(), scoreTicker.Next());
}
Chit* LumosChitBag::NewDenizen( const grinliz::Vector2I& pos, int team )
{
const ChitContext* context = Context();
IString itemName;
switch (Team::Group(team)) {
case TEAM_HOUSE: itemName = (random.Bit()) ? ISC::humanFemale : ISC::humanMale; break;
case TEAM_GOB: itemName = ISC::gobman; break;
case TEAM_KAMAKIRI: itemName = ISC::kamakiri; break;
default: GLASSERT(0); break;
}
Chit* chit = NewChit();
const GameItem& root = ItemDefDB::Instance()->Get(itemName.safe_str());
chit->Add( new RenderComponent(root.ResourceName()));
chit->Add( new PathMoveComponent());
const char* altName = 0;
if (Team::Group(team) == TEAM_HOUSE) {
altName = "human";
}
AddItem(root.Name(), chit, context->engine, team, 0, 0, altName);
ReserveBank::Instance()->WithdrawDenizen(chit->GetWallet());
chit->GetItem()->GetTraitsMutable()->Roll( random.Rand() );
chit->GetItem()->GetPersonalityMutable()->Roll( random.Rand(), &chit->GetItem()->Traits() );
chit->GetItem()->FullHeal();
IString nameGen = chit->GetItem()->keyValues.GetIString( "nameGen" );
if ( !nameGen.empty() ) {
LumosChitBag* chitBag = chit->Context()->chitBag;
if ( chitBag ) {
chit->GetItem()->SetProperName(chitBag->NameGen(nameGen.c_str(), chit->ID()));
}
}
AIComponent* ai = new AIComponent();
chit->Add( ai );
chit->Add( new HealthComponent());
chit->SetPosition( (float)pos.x+0.5f, 0, (float)pos.y+0.5f );
chit->GetItem()->SetSignificant(GetNewsHistory(), ToWorld2F(pos), NewsEvent::DENIZEN_CREATED, NewsEvent::DENIZEN_KILLED, 0);
if (XenoAudio::Instance()) {
Vector3F pos3 = ToWorld3F(pos);
XenoAudio::Instance()->PlayVariation(ISC::rezWAV, random.Rand(), &pos3);
}
return chit;
}
/******************************************************************************
* class FontSelectHandler::enter - Handle combo box selections
******************************************************************************/
bool FontSelectHandler::enter( IControlEvent& event)
{
IString fontChoice = ((IComboBox*)event.controlWindow())->text();
if(fontChoice.length())
{
/*----------------------------------------------------------------------------|
| Set the new font |
-----------------------------------------------------------------------------*/
editorFrame.editorFont().setName(fontChoice);
editorFrame.editorWindow().setFont(editorFrame.editorFont());
}
return true;
}
/******************************************************************************
* Class AccountPage :: addAcct - Add the account information to the container *
******************************************************************************/
bool AccountPage::addAcct( IString& user, IString& node )
{
bool
rc = true;
/*-----------------------------------------------------------------------------
| Create a container text cursor based on the user ID. |
-----------------------------------------------------------------------------*/
IContainerControl::TextCursor
txtCur( *pCnr, IString( user ), true, false, true );
/*-----------------------------------------------------------------------------
| Start at the beginning of the cursor. |
| If the cursor contains a duplicate, set the return code to false. |
-----------------------------------------------------------------------------*/
for ( txtCur.setToFirst();
txtCur.isValid();
txtCur.setToNext() )
{
if ( ( (AcctCnrObj*) txtCur.current() )->getNode() == node )
{
rc = false;
break;
}
}
/*-----------------------------------------------------------------------------
| If the object doesn't exist, |
| Add the object to the database. |
| Create an account container object. |
| Add the object to the container. |
| Refresh the container. |
-----------------------------------------------------------------------------*/
if ( rc )
{
if ( isAquery )
{
if ( ! user.length() )
user = "******";
if ( ! node.length() )
node = "*";
}
acctData.putItem( user, node, LAcctData::add );
pAcctCnrObj = new AcctCnrObj( user, node );
pCnr->addObject( pAcctCnrObj );
pCnr->refresh();
}
return rc;
}
bool MOBKeyFilter::Accept(Chit* chit)
{
GameItem* item = chit->GetItem();
if (item) {
IString mob = item->keyValues.GetIString(ISC::mob);
if (!mob.empty()) {
if (value.empty())
return RelationshipFilter::Accept(chit);
else if (value == mob)
return RelationshipFilter::Accept(chit);
}
}
return false;
}
/*
* d e s c r i b e
*
* describe columns of a table
*/
static void describe()
{
if (!connected) {
log("not connected!");
return;
} // if
IString table = input.word(2);
if (table=="") {
log("missing table name!");
return;
} // if
static KSqlCursor *csr;
mainLink->getCursor(&csr);
csr->parse("SELECT * FROM "+table+" WHERE ROWNUM<1");
csr->execute();
int cols = csr->selectColumnCount();
int pcnt = 0;
for (int col = 0; col < cols; col++) {
ostrstream* out = new ostrstream();
*out << setiosflags(ios::left) << setw(20) << setfill('.')
<< csr->selectColumnName(col)
<< setiosflags(0) << setw(0) << setfill(' ')
<< ": " << csr->selectColumnDescription(col);
char* ss = out->str();
ss[out->pcount()] = 0;
log(ss);
delete ss;
delete out;
if (pausechk(pcnt)) break;
} // for
} // describe
/**
* CAndorSDK3Camera constructor.
* Setup default all variables and create device properties required to exist
* before intialization. In this case, no such properties were required. All
* properties will be created in the Initialize() method.
*
* As a general guideline Micro-Manager devices do not access hardware in the
* the constructor. We should do as little as possible in the constructor and
* perform most of the initialization in the Initialize() method.
*/
CAndorSDK3Camera::CAndorSDK3Camera()
: CCameraBase<CAndorSDK3Camera> (),
deviceManager(NULL),
cameraDevice(NULL),
bufferControl(NULL),
startAcquisitionCommand(NULL),
sendSoftwareTrigger(NULL),
initialized_(false),
b_cameraPresent_(false),
number_of_devices_(0),
deviceInUseIndex_(0),
sequenceStartTime_(0),
fpgaTSclockFrequency_(0),
timeStamp_(0),
defaultExposureTime_(0.0f),
pDemoResourceLock_(0),
image_buffers_(NULL),
numImgBuffersAllocated_(0),
currentSeqExposure_(0),
keep_trying_(false),
stopOnOverflow_(false)
{
// call the base class method to set-up default error codes/messages
InitializeDefaultErrorMessages();
//Add in some others not currently in base impl, will show in CoreLog/Msgbox on error
SetErrorText(DEVICE_BUFFER_OVERFLOW, " Circular Buffer Overflow code from MMCore");
SetErrorText(DEVICE_OUT_OF_MEMORY, " Allocation Failure - out of memory");
SetErrorText(DEVICE_SNAP_IMAGE_FAILED, " Snap Image Failure");
#ifdef TESTRESOURCELOCKING
pDemoResourceLock_ = new MMThreadLock();
#endif
thd_ = new MySequenceThread(this);
// Create an atcore++ device manager
deviceManager = new TDeviceManager;
// Open a system device
IDevice * systemDevice = deviceManager->OpenSystemDevice();
IInteger * deviceCount = systemDevice->GetInteger(L"DeviceCount");
SetNumberOfDevicesPresent(static_cast<int>(deviceCount->Get()));
systemDevice->Release(deviceCount);
IString * swVersion = systemDevice->GetString(L"SoftwareVersion");
currentSoftwareVersion_ = swVersion->Get();
systemDevice->Release(swVersion);
deviceManager->CloseDevice(systemDevice);
}
// -------------------------------------------------------------------------
// QueryGenl Class :: aMatch() - checks for a match
// -------------------------------------------------------------------------
IBase :: Boolean QueryGenl :: aMatch(const LEmployeeData* ed,
const IString& key,
const IString& value)
{
if (key == "employeeNum" )
if (ed->employeeNumber().length() > 0)
return ed->employeeNumber().isLike(value);
if (key == "lastName" )
if (ed->lastName().length() > 0)
return ed->lastName().isLike(value);
if (key == "firstName" )
if (ed->firstName().length() > 0)
return ed->firstName().isLike(value);
if (key == "middleInitial" )
if (ed->middleInitial().length() > 0)
return ed->middleInitial().isLike(value);
if (key == "internalPhone" )
if (ed->internalPhone().length() > 0)
return ed->internalPhone().isLike(value);
if (key == "externalPhone" )
if (ed->externalPhone().length() > 0)
return ed->externalPhone().isLike(value);
if (key == "room" )
if (ed->room().length() > 0)
return ed->room().isLike(value);
if (key == "building" )
if (ed->building().length() > 0)
return ed->building().isLike(value);
if (key == "deptName" )
if (ed->department().length() > 0)
return ed->department().isLike(value);
if (key == "divName" )
if (ed->division().length() > 0)
return ed->division().isLike(value);
if (key == "managerName" )
if (ed->managerName().length() > 0)
return ed->managerName().isLike(value);
if (key == "managerNum" )
if (ed->managerNumber().length() > 0)
return ed->managerNumber().isLike(value);
if (key == "employeeType" )
return value.isLike(IString(ed->employeeType()) );
return false;
};
Chit* LumosChitBag::NewLawnOrnament(const Vector2I& pos, const char* name, int team)
{
const ChitContext* context = Context();
Chit* chit = NewChit();
GameItem* rootItem = ItemDefDB::Instance()->Get(name).Clone();
// Hack...how to do this better??
if (rootItem->IResourceName() == "ruins1.0") {
CStr<32> str;
str.Format("ruins1.%d", random.Rand(2));
rootItem->SetResource(str.c_str());
}
int size = 1;
rootItem->keyValues.Get(ISC::size, &size);
MapSpatialComponent* msc = new MapSpatialComponent();
msc->SetBuilding(size, false, 0);
msc->SetBlocks((rootItem->flags & GameItem::PATH_NON_BLOCKING) ? false : true);
chit->Add(msc);
MapSpatialComponent::SetMapPosition(chit, pos.x, pos.y);
chit->Add(new RenderComponent(rootItem->ResourceName()));
chit->Add(new HealthComponent());
AddItem(rootItem, chit, context->engine, team, 0);
IString proc = rootItem->keyValues.GetIString("procedural");
if (!proc.empty()) {
ProcRenderInfo info;
AssignProcedural(chit->GetItem(), &info);
chit->GetRenderComponent()->SetProcedural(0, info);
}
context->engine->particleSystem->EmitPD(ISC::constructiondone, ToWorld3F(pos), V3F_UP, 0);
if (XenoAudio::Instance()) {
Vector3F pos3 = ToWorld3F(pos);
XenoAudio::Instance()->PlayVariation(ISC::rezWAV, random.Rand(), &pos3);
}
return chit;
}
void Preference::Load(const QString &file) {
// Read the input PVL preference file
Isis::Pvl pvl;
if(Isis::FileName(file).fileExists()) {
pvl.read(file);
}
// Override parameters each time load is called
for(int i = 0; i < pvl.groups(); i++) {
Isis::PvlGroup &inGroup = pvl.group(i);
if(this->hasGroup(inGroup.name())) {
Isis::PvlGroup &outGroup = this->findGroup(inGroup.name());
for(int k = 0; k < inGroup.keywords(); k++) {
Isis::PvlKeyword &inKey = inGroup[k];
while(outGroup.hasKeyword(inKey.name())) {
outGroup.deleteKeyword(inKey.name());
}
outGroup += inKey;
}
}
else {
this->addGroup(inGroup);
}
}
// Configure Isis to use the user performance preferences where
// appropriate.
if (hasGroup("Performance")) {
PvlGroup &performance = findGroup("Performance");
if (performance.hasKeyword("GlobalThreads")) {
IString threadsPreference = performance["GlobalThreads"][0];
if (threadsPreference.DownCase() != "optimized") {
// We need a no-iException conversion here
int threads = threadsPreference.ToQt().toInt();
if (threads > 0) {
QThreadPool::globalInstance()->setMaxThreadCount(threads);
}
}
}
}
}
// -------------------------------------------------------------------------
// QueryMgrs Class :: aMatch() - checks for a match
// -------------------------------------------------------------------------
IBase :: Boolean QueryMgrs :: aMatch(const LEmployeeData* ed,
const IString& key,
const IString& value)
{
if (key == "employeeType" )
return value.isLike(IString(ed->employeeType()) );
return false;
};
/**
* This method opens a cube. If the cube is already opened, this method will
* return the cube from memory. The CubeManager class retains ownership of this
* cube pointer, so do not close the cube, destroy the pointer, or otherwise
* modify the cube object or pointer such that another object using them would
* fail. This method does not guarantee you are the only one with this pointer,
* nor is it recommended to keep this pointer out of a local (method) scope.
*
* @param cubeFileName The filename of the cube you wish to open
*
* @return Cube* A pointer to the cube object that CubeManager retains ownership
* to and may delete at any time
*/
Cube *CubeManager::OpenCube(const QString &cubeFileName) {
CubeAttributeInput attIn(cubeFileName);
IString attri = attIn.toString();
IString expName = FileName(cubeFileName).expanded();
// If there are attributes, we need a plus sign on the name
if(attri.size() > 0) {
expName += "+";
}
IString fullName = expName + attri;
QString fileName(fullName.ToQt());
QMap<QString, Cube *>::iterator searchResult = p_cubes.find(fileName);
if(searchResult == p_cubes.end()) {
p_cubes.insert(fileName, new Cube());
searchResult = p_cubes.find(fileName);
// Bands are the only thing input attributes can affect
(*searchResult)->setVirtualBands(attIn.bands());
try {
(*searchResult)->open(fileName);
}
catch(IException &e) {
CleanCubes(fileName);
throw;
}
}
// Keep track of the newly opened cube in our queue
p_opened.removeAll(fileName);
p_opened.enqueue(fileName);
// cleanup if necessary
if(p_minimumCubes != 0) {
while(p_opened.size() > (int)(p_minimumCubes)) {
QString needsCleaned = p_opened.dequeue();
CleanCubes(needsCleaned);
}
}
return (*searchResult);
}
bool SimpleIterationDataBlock::plotEntry(ostream& log, const ProtocolProperties& pP) const
{
bool value = true;
const LongInt lengthStepString = stepString() .length();
const LongInt lengthErrorString = errorString() .length();
const LongInt lengthOfNumber = (pP.format().precision() + 6);
LongInt disStepString;
LongInt disStepNumber;
LongInt disErrorString;
LongInt disErrorNumber;
centeringEntrys(4, lengthStepString, disStepString, disStepNumber);
centeringEntrys(lengthOfNumber, lengthErrorString, disErrorString, disErrorNumber);
const LongInt disStep = MAX(4, lengthStepString);
const LongInt disError = MAX(lengthOfNumber, lengthErrorString);
log << setw(disStep - disStepString) << stepString ();
log << setw(disStepString + disError + pP.format().tabSize() - disErrorString) << errorString ();
log << endl;
const LongInt size = numberOfEntrys();
for(LongInt i=0; i<size; i++)
{
const SimpleIterationData data = (*this).getEntryAt(i);
const LongInt st = data.step();
const LongReal er = data.error();
IString zerosStep;
zerosStep.setZeros(st,4);
log << setw(disStep - disStepNumber) << zerosStep;
log << setw(disStepNumber + disError + pP.format().tabSize() - disErrorNumber) << er;
log << endl;
}
return value;
}
Boolean QFMotionPlayer::command(ICommandEvent &event)
{
IString saveAsFileName;
FOURCC ioProc;
switch (event.commandId())
{
case PLAY_BUTTON_ID:
handlePlayCommand();
return true;
case MI_MOTION_SAVEAS:
saveAsFileName = qf.showSaveAsDialog(window_p);
if (saveAsFileName.length())
{
if (movieWindow)
movieWindow->disable();
if (qf.controller())
qf.controller()->disableControls();
if (isPositionTracking)
{
isPositionTracking = false;
moviePlayer->stopPositionTracking();
moviePlayer->deletePendingEvents(IMMDevice::positionChangeEvent);
}
moviePlayer->stop();
((IMMDigitalVideo*)moviePlayer)->saveAs(saveAsFileName, IMMDevice::wait);
autoStartPerformed = false;
atEnd = true;
if (qf.controller())
qf.controller()->setArmPercent(.0);
prepareThread = new IThread(new IThreadMemberFn<QFMotionPlayer>(*this, QFMotionPlayer::prepare));
}
return true;
default:
return false;
}
}
void CoreScript::DoTickNeutral( int delta, int nSpawnTicks )
{
int lesser, greater, denizen;
const Census& census = Context()->chitBag->census;
census.NumByType(&lesser, &greater, &denizen);
IString defaultSpawn = Context()->worldMap->GetSectorData(sector).defaultSpawn;
int typical = 0;
int numOf = census.NumOf(defaultSpawn, &typical);
bool lesserPossible = (lesser < TYPICAL_LESSER) && (!typical || numOf < typical * 2);
Vector2I pos2i = ToWorld2I(parentChit->Position());
Vector2I sector = ToSector(pos2i);
if (nSpawnTicks && lesserPossible) {
#if SPAWN_MOBS > 0
int spawnEnabled = Context()->chitBag->GetSim()->SpawnEnabled() & Sim::SPAWN_LESSER;
if (Context()->chitBag->GetSim() && spawnEnabled && !defaultSpawn.empty()) {
Vector3F pf = { (float)pos2i.x + 0.5f, 0, (float)pos2i.y + 0.5f };
int nSpawn = (defaultSpawn == ISC::trilobyte) ? 4 : 1;
int team = Team::GetTeam(defaultSpawn);
GLASSERT(team != TEAM_NEUTRAL);
for (int i = 0; i < nSpawn; ++i) {
Context()->chitBag->NewMonsterChit(pf, defaultSpawn.safe_str(), team);
pf.x += 0.05f;
}
}
#endif
}
// Clear the work queue - chit is gone that controls this.
if (!workQueue || workQueue->HasJob()) {
delete workQueue;
workQueue = new WorkQueue();
workQueue->InitSector(parentChit, ToSector(parentChit->Position()));
}
}
Environment::Environment() {
// Set the Qt plugin directory
QStringList pluginPaths;
IString root = getEnvironmentValue("ISISROOT", "");
if (root != "") {
IString thirdPartyPluginPath = root + "/3rdParty/plugins";
pluginPaths << thirdPartyPluginPath.ToQt();
QCoreApplication::setLibraryPaths(pluginPaths);
}
#ifndef __APPLE__
// We need to force the correct QDBus library to be loaded... to do that, just
// use a symbol in it's library. This only applies to linux and fixes #1228.
// Long explanation:
// When we run GUI apps, the system (and Qt) work together to figure out
// which runtime libraries are necessary on-the-fly. When QApplication is
// instantiated, it goes into QtGui's style code. The styles ignore our plugin
// path setting (above) on all OS's. So Qt GUI grabs a style from the OS's styles,
// which is a shared library in the kde area. These styles require a version (any version)
// of QtDBus loaded. If QtDBus is not yet loaded, then the style library will grab it.
// However, on Ubuntu 12.04, the style library grabs the system (OS) QDBus library. QDBus
// detects that you've already loaded Isis' QtCore, so the library versions mismatch, and
// it crashes. The problem becomes more interesting because sometimes it picks up the system
// QDBus, and sometimes it picks up Isis' QDBus, and I have no good reason why we pick up
// one versus another; currently, installed apps pick up the system and locally built apps
// pick up Isis' (even when the executables are made to be identical). The end result is no
// installed GUI applications will run and our automated tests fail to catch it. This solution
// bypasses the entire issue by forcing QDBus to be loaded long before any styles are loaded,
// so the style plugins do not need to go and get their own QDBus library.
//
// The root cause is that Ubuntu's run time loader is failing to respect
// our executable's rpaths when loading a style library. However, when we link against the
// QBus library directly, we get the right one.
QDBusArgument();
#endif
}
ListBoxItem :: ListBoxItem ( IDMSourceOperation *srcOp,
IListBox *srcLB,
unsigned index )
: IDMItem( srcOp,
IDM::text,
IDMItem:: moveable | IDMItem::copyable,
none )
{
// Item contents is the list box item text.
this -> setContents( srcLB->itemText( index ) );
// Item object is the item index.
this -> setObject( (void*)index );
// Try to use rfText...
IString
name = this -> generateSourceName(),
rfs = rfForThisProcess();
if ( name.length() )
{ // Text fits, use rfText.
this -> setSourceName( name );
rfs += IString( "," ) + IDM::rfText;
}
else
{ // Text doesn't fit, use rfSharedMem instead.
rfs += IString( "," ) + IDM::rfSharedMem;
this -> setRequiresPreparation();
}
// Set up RMFs; we support dropping on shredder, too.
this -> setRMFs( rmfsFrom( IDM::rmLibrary, rfs ) );
this -> addRMF( IDM::rmDiscard, IDM::rfUnknown );
// Use text icon when dragged.
ISystemPointerHandle
icon( ISystemPointerHandle::text );
IDMImage
image( icon );
this -> setImage( image );
}
