vector<Edge*> Kruskal(int numVertices, vector<Edge> &edges)
{
auto minSpanForest = vector<Edge*>();
for( int i=0; i<numVertices; i++) {
Parents.push_back(i);
}
sort(edges.begin(), edges.end());
for( auto pE = edges.begin(); pE != edges.end(); pE++ ) {
auto rootS = FindRoot(pE->Start);
auto rootE = FindRoot(pE->End);
if( rootE == rootS ) {
continue;
}
if( rootS == pE->Start ) {
SetRoot(pE->Start, rootE);
}
else {
SetRoot(pE->End, rootS);
}
minSpanForest.push_back(&(*pE));
}
return minSpanForest;
}
void DisplayManager::RemoveElementReferences (DisplayElement *pElem)
{
if (mpFocus && (mpFocus == pElem))
{
mpFocus->ClearFlag(DISPLAY_FLAG_FOCUS);
mpFocus = 0;
}
if (mpMouseOverElement == pElem)
{
mpMouseOverElement = 0;
}
if (mpMouseDownElement == pElem)
{
mpMouseDownElement = 0;
}
ReleasePointer(pElem);
if (GetRoot() == pElem)
{
SetRoot(0);
}
}
shared_ptr<const DistMatrix<T,U,V>>
ReadProxy( const ElementalMatrix<S>* A, const ProxyCtrl& ctrl )
{
typedef DistMatrix<T,U,V> DM;
if( std::is_same<S,T>::value )
{
const DM* ACast = dynamic_cast<const DM*>(A);
const bool haveDist = (ACast != nullptr);
const bool haveColAlign = haveDist &&
(!ctrl.colConstrain || A->ColAlign() == ctrl.colAlign);
const bool haveRowAlign = haveDist &&
(!ctrl.rowConstrain || A->RowAlign() == ctrl.rowAlign);
const bool haveRoot = haveDist &&
(!ctrl.rootConstrain || A->Root() == ctrl.root);
if( haveColAlign && haveRowAlign && haveRoot )
return shared_ptr<const DM>( ACast, []( const DM* B ) { } );
}
auto AShared = make_shared<DM>( A->Grid() );
if( ctrl.rootConstrain )
AShared->SetRoot( ctrl.root );
if( ctrl.colConstrain )
AShared->AlignCols( ctrl.colAlign );
if( ctrl.rowConstrain )
AShared->AlignRows( ctrl.rowAlign );
Copy( *A, *AShared );
return AShared;
}
Element * Document::SetRoot(const string &name, const string &nsUri, const string &nsPrefix)
{
Element * newRoot = new Element(name, this, nsUri, nsPrefix);
Element * result = SetRoot(newRoot);
if ( result != newRoot )
delete newRoot;
return newRoot;
}
list insert(element e, list l)
{
list l1 = cons(e);
l1->next = l;
SetRoot(l, l1);
return l1;
}
void FindAndReplace(btree* root, const int find, void* newPayLoad)
{
btree* found = NULL;
if(newPayLoad == NULL)
return;
found = SearchBinaryTree(GetRoot(), find);
if(found != NULL)
{
printf("Found [%s] to replace with [%c]\n", (char *)found->payload, _getLetter(newPayLoad));
SetRoot(DeleteBinaryTreeNode(GetRoot(), _getLetter(found->payload)));
SetRoot(InsertRoot(GetRoot(), newPayLoad));
}
}
JTree::JTree
(
JTreeNode* root
)
:
itsIsDestructingFlag(kJFalse)
{
SetRoot(root);
}
list DelFirst(list l)
{
list next = tail(l);
DeleteElement(head(l));
free(l);
SetRoot(next, next);
return next;
}
void CTreeCtrlFolder::Inform()
{
CWnd* parent = GetParent();
if (parent != NULL)
{ /*CFolder* folder = (CFolder*) GetItemData(m_selectedItem);
parent->SendMessage(WM_SELECTITEM_CHANGE, (WPARAM)folder);*/
SetRoot (m_selectedItem);
m_comboBoxFolder->SetFocus();
}
}
CBrowseForFolder::CBrowseForFolder(const HWND hParent, const LPITEMIDLIST pidl, const CString& strTitle)
{
m_hwnd = NULL;
SetOwner(hParent);
SetRoot(pidl);
SetTitle(strTitle);
m_bi.lpfn = BrowseCallbackProc;
m_bi.lParam = reinterpret_cast<long>(this);
m_bi.pszDisplayName = m_szSelected;
}
CBrowseForFolder::CBrowseForFolder(const HWND hParent /*= NULL*/, const LPITEMIDLIST pidl /*= NULL*/, const int nTitleID /*= 0*/)
{
m_hwnd = NULL;
SetOwner(hParent);
SetRoot(pidl);
SetTitle(nTitleID);
m_bi.lpfn = BrowseCallbackProc;
m_bi.lParam = reinterpret_cast<long>(this);
m_bi.pszDisplayName = m_szSelected;
}
list append(list l1, list l2)
{
list r = l1;
while (empty(tail(l1)) == false)
{
l1 = tail(l1);
}
l1->next = l2;
SetRoot(l2, r);
return r;
}
void Tree::swap (Tree & srcTree)
{
if (srcTree.GetRoot () != 0)
{
std::auto_ptr<Node> srcRoot = srcTree.PopRoot ();
if (GetRoot () != 0)
{
std::auto_ptr<Node> myRoot = _top.PopChild ();
srcTree.SetRoot (myRoot);
}
SetRoot (srcRoot);
}
}
void BacaDict(Tree *T)
{
char s[20];
/* ALGORITMA */
STARTKATA("Dictionary.txt");
CreateTree(T);
SetRoot(T,'\0', false);
while(!EndKata)
{
KataToString(s);
AddWord(T, s);
ADVKATA();
}
}
void CleanUpBinaryTree()
{
btree* nodeToDelete = NULL;
if(GetRoot() == NULL)
return;
while(GetRoot() != NULL)
{
nodeToDelete = (btree *) _postOrder(GetRoot());
printf("Freeing node [%c]\n", _getLetter(nodeToDelete->payload));
SetRoot(DeleteBinaryTreeNode(GetRoot(), _getLetter(nodeToDelete->payload)));
}
}
SHBrowseWrapper::SHBrowseWrapper(
const CWnd* pParent,
const LPITEMIDLIST pidl,
const CString* pstrTitle
) :
// Init vars.
m_hwnd( 0 )
{
SetOwner( pParent->GetSafeHwnd() );
SetRoot(pidl);
SetTitle( pstrTitle );
m_bi.lpfn = BrowseCallbackProc;
m_bi.lParam = reinterpret_cast<long>(this);
m_bi.pszDisplayName = m_szSelected;
}
shared_ptr<DistMatrix<T,U,V>>
ReadProxy( ElementalMatrix<S>* A, const ProxyCtrl& ctrl )
{
typedef DistMatrix<T,U,V> DM;
if( std::is_same<S,T>::value )
{
DM* ACast = dynamic_cast<DM*>(A);
const bool haveDist = (ACast != nullptr);
const bool haveColAlign = haveDist &&
(!ctrl.colConstrain || A->ColAlign() == ctrl.colAlign);
const bool haveRowAlign = haveDist &&
(!ctrl.rowConstrain || A->RowAlign() == ctrl.rowAlign);
const bool haveRoot = haveDist &&
(!ctrl.rootConstrain || A->Root() == ctrl.root);
if( haveColAlign && haveRowAlign && haveRoot )
{
// Constrain the proxy to have the forced alignemnts.
// This is somewhat tricky since a subsequent write could otherwise
// change the alignment.
if( ctrl.colConstrain )
A->AlignCols( ctrl.colAlign );
if( ctrl.rowConstrain )
A->AlignRows( ctrl.rowAlign );
if( ctrl.rootConstrain )
A->SetRoot( ctrl.root );
return shared_ptr<DM>( ACast, []( const DM* B ) { } );
}
}
auto AShared = make_shared<DM>( A->Grid() );
if( ctrl.rootConstrain )
AShared->SetRoot( ctrl.root );
if( ctrl.colConstrain )
AShared->AlignCols( ctrl.colAlign );
if( ctrl.rowConstrain )
AShared->AlignRows( ctrl.rowAlign );
Copy( *A, *AShared );
return AShared;
}
int main()
{
int input1, input2;
int head1, head2;
int result = 0;
memset(setArr, -1, sizeof(setArr));
while (1)
{
if (scanf("%d", &input1) == EOF)
{
break;
}
if (input1 == -1)
{
printf("%d\n", result);
result = 0;
memset(setArr, -1, sizeof(setArr));
continue;
}
scanf("%d", &input2);
if (setArr[input1] == -1)
setArr[input1] = input1;
if (setArr[input2] == -1)
setArr[input2] = input2;
head1 = GetRoot(input1);
head2 = GetRoot(input2);
if (head1 == head2)
{
result++;
}
else
{
SetRoot(input2, head1);
}
}
}
bool c4_Persist::Rollback(bool full_) {
_root->DetachFromParent();
_root->DetachFromStorage(true);
_root = 0;
if (_space != 0)
_space->Initialize();
c4_HandlerSeq *seq = d4_new c4_HandlerSeq(this);
seq->DefineRoot();
SetRoot(seq);
if (full_) {
delete _differ;
_differ = 0;
}
LoadAll();
return _strategy._failure == 0;
}
void FbExportTreeModel::Create()
{
FbExportParentData * root = new FbExportParentData(*this, NULL, wxT('.'));
SetRoot(root);
wxString sql = wxT("\
SELECT DISTINCT \
books.id, file_size, title, file_type, file_name, lang, md5sum, letter, \
full_name, first_name, middle_name, last_name, sequences.value AS sequence, bookseq.number\
FROM books \
LEFT JOIN authors ON authors.id=books.id_author \
LEFT JOIN bookseq ON bookseq.id_book=books.id \
LEFT JOIN sequences ON bookseq.id_seq=sequences.id \
WHERE books.id IN (%s) %s \
ORDER BY full_name, sequence\
");
wxString filter;
if ( m_author) filter = wxString::Format(wxT("AND (books.id_author=%d)"), m_author);
sql = wxString::Format(sql, m_books.c_str(), filter.c_str());
FbExportTreeContext context(this);
FbSortedArrayInt items(FbArrayEvent::CompareInt);
FbCommonDatabase database;
FbSQLite3ResultSet result = database.ExecuteQuery(sql);
while (result.NextRow()) {
int book = result.GetInt(0);
int size = result.GetInt(1);
if (items.Index(book) != wxNOT_FOUND) continue;
items.Add(book);
wxFileName filename = context.GetFilename(result);
wxArrayString dirs = filename.GetDirs();
FbExportParentData * parent = root->GetDir(*this, dirs);
if (parent) parent->Append(*this, book, filename, size);
}
root->Sort(*this);
}
void pawsTreeStruct::InsertChild(const csString &parent, pawsTreeNode* node, const csString &nextSibling)
{
pawsTreeNode* parentNode, * nextSiblingNode;
parentNode = FindNodeByName(parent);
// Allows a root to be added automatically.
if(!parentNode)
{
if(!root)
{
SetRoot(node);
node->SetTree(this);
return;
}
else
{
parentNode = root;
}
}
nextSiblingNode = FindNodeByName(nextSibling);
parentNode->InsertChild(node, nextSiblingNode);
}
/// Tries to open an existing file; if not, creates a new one.
/// Clears contents if unexpected root node name.
/// Reports problems in a message box.
/// @param parent Window to parent message boxes.
/// @param filename Name only of file - will be created in standard user config directory.
SavedState::SavedState(wxWindow * parent, const wxString & filename)
{
mFilename = wxStandardPaths::Get().GetUserConfigDir() + wxFileName::GetPathSeparator() + filename;
bool ok = false;
if (!wxFile::Exists(mFilename)) {
wxMessageDialog dlg(parent, wxT("No saved preferences file found. Default values will be used."), wxT("No saved preferences"));
dlg.ShowModal();
}
else if (!Load(mFilename)) { //already produces a warning message box
}
else if (wxT("Ingexgui") != GetRoot()->GetName()) {
wxMessageDialog dlg(parent, wxT("Saved preferences file \"") + mFilename + wxT("\": has unrecognised data: re-creating with default values."), wxT("Unrecognised saved preferences"), wxICON_EXCLAMATION | wxOK);
dlg.ShowModal();
}
else {
ok = true;
}
if (!ok) {
SetRoot(new wxXmlNode(wxXML_ELEMENT_NODE, wxT("Ingexgui")));
Save();
}
}
bool pawsTreeStruct::Load(iDocumentNode* node)
{
csRef<iDocumentNode> xmlRoot;
csString factory;
pawsWidget* rootAsWidget;
pawsTreeNode* newRoot;
version++;
xmlRoot = node->GetNode("widget");
if(xmlRoot == NULL)
{
Error1("<widget> tag not found");
return true;
}
factory = xmlRoot->GetAttributeValue("factory");
rootAsWidget = PawsManager::GetSingleton().CreateWidget(factory);
if(rootAsWidget == NULL)
{
Error2("Could not create root from factory: %s", factory.GetData());
return false;
}
newRoot = dynamic_cast<pawsTreeNode*>(rootAsWidget);
if(newRoot == NULL)
{
Error2("Root(%s) is not pawsTreeNode",rootAsWidget->GetType());
delete rootAsWidget;
return false;
}
SetRoot(newRoot);
root->SetTree(this);
return root->Load(xmlRoot);
}
// Author: PCMan (HZY) 2004/07/22 07:51 AM
// I finally came up with a really smart way to maintain ini file.
// Every time I add a variable to CAppConfig, all I need to do is
// adding the variable in my "Config Table," and all the data will
// be load and save automatically. This is not the most efficient way.
// In my first version I use some more efficient method, but at last I change
// my code to what it is now. Because I think in a program not time-critical,
// easy-maintaining is much more important.
bool CAppConfig::DoDataExchange(bool bLoad)
{
BEGIN_CONFIG_SECT(Window)
CFG_INT( MainWndX )
CFG_INT( MainWndY )
CFG_INT( MainWndW )
CFG_INT( MainWndH )
/* CFG_INT( EditorX )
CFG_INT( EditorY )
CFG_INT( EditorW )
CFG_INT( EditorH )
*/
END_CONFIG_SECT()
BEGIN_CONFIG_SECT(General)
// CFG_STR ( Shadow )
CFG_BOOL( QueryOnExit)
CFG_BOOL( QueryOnCloseCon)
CFG_BOOL( CancelSelAfterCopy)
CFG_BOOL( CopyTrimTail)
CFG_BOOL( BeepOnBell )
#ifdef USE_MOUSE
CFG_BOOL( MouseSupport )
#endif
#ifdef USE_DOCKLET
CFG_BOOL( ShowTrayIcon )
#endif
CFG_BOOL( ShowStatusBar )
#ifdef USE_WGET
CFG_BOOL( UseWgetFiles )
#endif
CFG_STR ( WebBrowser )
CFG_STR ( MailClient )
CFG_BOOL( PopupNotifier )
CFG_INT ( PopupTimeout )
CFG_BOOL ( MidClickAsClose )
END_CONFIG_SECT()
BEGIN_CONFIG_SECT(Display)
CFG_STR ( FontFamily )
CFG_INT ( FontSize )
CFG_STR ( FontFamilyEn )
CFG_INT ( FontSizeEn )
CFG_BOOL( AntiAliasFont )
CFG_BOOL( CompactLayout )
_CFG_BOOL ( "HorizontalCenterAlign", m_DefaultSite.m_bHorizontalCenterAlign )
_CFG_BOOL ( "VerticalCenterAlign", m_DefaultSite.m_bVerticalCenterAlign )
CFG_INT ( CharPaddingX)
CFG_INT ( CharPaddingY)
END_CONFIG_SECT()
BEGIN_CONFIG_SECT(Color)
_CFG_CLR( "Black", CTermCharAttr::m_DefaultColorTable[0] )
_CFG_CLR( "DarkRed", CTermCharAttr::m_DefaultColorTable[1] )
_CFG_CLR( "DarkGreen", CTermCharAttr::m_DefaultColorTable[2] )
_CFG_CLR( "Brown", CTermCharAttr::m_DefaultColorTable[3] )
_CFG_CLR( "DarkBlue", CTermCharAttr::m_DefaultColorTable[4] )
_CFG_CLR( "DarkMagenta", CTermCharAttr::m_DefaultColorTable[5] )
_CFG_CLR( "DarkCyan", CTermCharAttr::m_DefaultColorTable[6] )
_CFG_CLR( "LightGray", CTermCharAttr::m_DefaultColorTable[7] )
_CFG_CLR( "Gray", CTermCharAttr::m_DefaultColorTable[8] )
_CFG_CLR( "Red", CTermCharAttr::m_DefaultColorTable[9] )
_CFG_CLR( "Green", CTermCharAttr::m_DefaultColorTable[10] )
_CFG_CLR( "Yellow", CTermCharAttr::m_DefaultColorTable[11] )
_CFG_CLR( "Blue", CTermCharAttr::m_DefaultColorTable[12] )
_CFG_CLR( "Magenta", CTermCharAttr::m_DefaultColorTable[13] )
_CFG_CLR( "Cyan", CTermCharAttr::m_DefaultColorTable[14] )
_CFG_CLR( "White", CTermCharAttr::m_DefaultColorTable[15] )
CFG_CLR( HyperLinkColor )
END_CONFIG_SECT()
BEGIN_CONFIG_SECT(Site)
_CFG_INT ( "AutoReconnect", m_DefaultSite.m_AutoReconnect )
_CFG_INT ( "AntiIdle", m_DefaultSite.m_AntiIdle )
_CFG_STR ( "AntiIdleStr", m_DefaultSite.m_AntiIdleStr )
_CFG_INT ( "Cols", m_DefaultSite.m_ColsPerPage )
_CFG_INT ( "Rows", m_DefaultSite.m_RowsPerPage )
_CFG_STR ( "TermType", m_DefaultSite.m_TermType )
_CFG_STR ( "Encoding", m_DefaultSite.m_Encoding )
_CFG_INT ( "CRLF", m_DefaultSite.m_CRLF )
_CFG_STR ( "ESCConv", m_DefaultSite.m_ESCConv )
_CFG_INT ( "DetectDBChar", m_DefaultSite.m_DetectDBChar )
#ifdef USE_EXTERNAL
_CFG_BOOL ( "UseExternalSSH",
m_DefaultSite.m_UseExternalSSH )
_CFG_BOOL ( "UseExternalTelnet",
m_DefaultSite.m_UseExternalTelnet )
#endif
CFG_INT ( SocketTimeout )
#ifdef USE_PROXY
_CFG_INT ( "ProxyType", m_DefaultSite.m_ProxyType )
_CFG_STR ( "ProxyAddr", m_DefaultSite.m_ProxyAddr )
_CFG_STR ( "ProxyPort", m_DefaultSite.m_ProxyPort )
_CFG_STR ( "ProxyUser", m_DefaultSite.m_ProxyUser )
_CFG_STR ( "ProxyPass", m_DefaultSite.m_ProxyPass )
#endif
END_CONFIG_SECT()
BEGIN_CONFIG_FILE( ConfigFile )
CFG_SECT( Window )
CFG_SECT( General )
CFG_SECT( Display )
CFG_SECT( Color )
CFG_SECT( Site )
END_CONFIG_FILE()
SetRoot(ConfigFile);
bool ret = CConfigFile::DoDataExchange(bLoad);
if( bLoad )
AfterLoad();
return ret;
}
Document::Document(Element * rootElement) : Document()
{
if ( SetRoot(rootElement) == nullptr )
throw InternalError("Failed to set document root element");
}
bool wxXmlDocument::Load(wxInputStream& stream, const wxString& encoding, int flags)
{
#if wxUSE_UNICODE
(void)encoding;
#else
m_encoding = encoding;
#endif
const size_t BUFSIZE = 1024;
char buf[BUFSIZE];
wxXmlParsingContext ctx;
bool done;
XML_Parser parser = XML_ParserCreate(NULL);
ctx.root = ctx.node = NULL;
ctx.encoding = wxT("UTF-8"); // default in absence of encoding=""
ctx.conv = NULL;
#if !wxUSE_UNICODE
if ( encoding.CmpNoCase(wxT("UTF-8")) != 0 )
ctx.conv = new wxCSConv(encoding);
#endif
ctx.removeWhiteOnlyNodes = (flags & wxXMLDOC_KEEP_WHITESPACE_NODES) == 0;
XML_SetUserData(parser, (void*)&ctx);
XML_SetElementHandler(parser, StartElementHnd, EndElementHnd);
XML_SetCharacterDataHandler(parser, TextHnd);
XML_SetStartCdataSectionHandler(parser, StartCdataHnd);
XML_SetCommentHandler(parser, CommentHnd);
XML_SetDefaultHandler(parser, DefaultHnd);
XML_SetUnknownEncodingHandler(parser, UnknownEncodingHnd, NULL);
bool ok = true;
do
{
size_t len = stream.Read(buf, BUFSIZE).LastRead();
done = (len < BUFSIZE);
if (!XML_Parse(parser, buf, len, done))
{
wxString error(XML_ErrorString(XML_GetErrorCode(parser)),
*wxConvCurrent);
wxLogError(_("XML parsing error: '%s' at line %d"),
error.c_str(),
XML_GetCurrentLineNumber(parser));
ok = false;
break;
}
} while (!done);
if (ok)
{
if (!ctx.version.empty())
SetVersion(ctx.version);
if (!ctx.encoding.empty())
SetFileEncoding(ctx.encoding);
SetRoot(ctx.root);
}
else
{
delete ctx.root;
}
XML_ParserFree(parser);
#if !wxUSE_UNICODE
if ( ctx.conv )
delete ctx.conv;
#endif
return ok;
}
DirectFilenameDB::DirectFilenameDB( RString root_ )
{
ExpireSeconds = 30;
SetRoot( root_ );
}
MainView::MainView(const Rect& cRect) : LayoutView(cRect, "MainView")
// Here is where we construct the window e.g views, buttons, textviews, etc...
{
//create the vertical root layout node
LayoutNode* pcRootNode = new VLayoutNode("Root");
//create textview
//top spacer
pcRootNode->AddChild(new VLayoutSpacer("Spacer1", 19, 19));
//create output box
Rect y;
y.Resize(0,0,0,0);
textOutputView = new TextView (y, "OutputView", "", CF_FOLLOW_ALL );
textOutputView ->SetMultiLine(true);
textOutputView ->SetReadOnly(true);
pcRootNode->AddChild(textOutputView);
//spacer between input and output
pcRootNode->AddChild(new VLayoutSpacer("Spacer2", 5, 5));
//create horizontal layer
LayoutNode* pcButtonNode = new HLayoutNode("Buttons", 0);
pcButtonNode->AddChild(new HLayoutSpacer("Spacer3", 5, 5));
//create input box
Rect x;
x.Resize( 0,0,0,0);
// TextView* textInputView = new TextView (x, "InputView", "Input", CF_FOLLOW_ALL );
textInputView = new TextView (x, "InputView", "Input", CF_FOLLOW_ALL );
pcButtonNode->AddChild(textInputView);
//bottom spacer
pcButtonNode->AddChild(new HLayoutSpacer("Spacer4", 5, 5));
m_pcStart = new Button(Rect(0, 0, 0, 0), "Send", "Send", new Message(MSG_SEND));
m_pcStart->GetFont()->SetSize(10);
pcButtonNode->AddChild(m_pcStart);
pcButtonNode->AddChild(new HLayoutSpacer("Spacer5", 5, 5));
m_pcStart->GetPreferredSize (false).y;
//add the row of buttons to the vertical layout node
pcRootNode->AddChild(new VLayoutSpacer("Spacer6", 10, 10));
pcRootNode->AddChild(pcButtonNode);
pcRootNode->AddChild(new VLayoutSpacer("Spacer7", 10, 10));
//add it all to this layout view
SetRoot(pcRootNode);
// Menu *mainMenuBar, *tempMenu;
mainMenuBar = new Menu( Rect(0,0,0,0), "mainMenuBar", ITEMS_IN_ROW );
mainMenuBar ->SetFrame ( Rect (0, 0, GetBounds().Width() + 1, 18) );
// App menu
tempMenu = new Menu( Rect(0,0,0,0), "Application", ITEMS_IN_COLUMN );
tempMenu->AddItem( "Settings", new Message(MSG_SETTINGS));
tempMenu->AddItem("About", new Message(M_MENU_ABO));
tempMenu->AddItem("Quit", new Message(M_MENU_QUIT));
mainMenuBar->AddItem( tempMenu );
// File menu
tempMenu = new Menu( Rect(0,0,0,0), "Server", ITEMS_IN_COLUMN );
tempMenu->AddItem( "Connect", new Message(M_MENU_CONNECT) );
tempMenu->AddItem( "Login", new Message(M_MENU_LOGIN) );
tempMenu->AddItem( "Disconnect", new Message(M_MENU_DISCONNECT) );
mainMenuBar->AddItem( tempMenu );
// Help menu
tempMenu = new Menu( Rect(0,0,0,0), "Channel", ITEMS_IN_COLUMN );
tempMenu->AddItem( "Join Channel", new Message(MSG_JOINCHANNEL) );
tempMenu->AddItem( "Send Message", new Message(MSG_SEND) );
mainMenuBar->AddItem( tempMenu );
AddChild( mainMenuBar );
// mainMenuBar->SetTargetForItems( this );
m_CommThread = new CommThread( this );
m_CommThread->Run();
AddMailbox("MainView");
}
void JObjectTree::SetRootPath( const char* path )
{
JObject* pRoot = g_pObjectServer->FindObject( path, NULL );
if (pRoot) SetRoot( pRoot );
} // JObjectTree::SetRootPath
bool MultiShearCatalog::getPixels(const Bounds& bounds)
{
// The pixlist object takes up a lot of memory, so at the start
// of this function, I clear it out, along with psflist, etc.
// Then we loop over sections of the coaddCat and only load the information
// for each single-epoch observation that actually falls within the
// bounds for the section we are working on.
const int nPix = _pix_list.size();
dbg<<"Start getPixels: memory_usage = "<<memory_usage()<<std::endl;
for (int i=0;i<nPix;++i) {
_pix_list[i].clear();
_psf_list[i].clear();
}
dbg<<"After clear: memory_usage = "<<memory_usage()<<std::endl;
bool des_qa = _params.read("des_qa",false);
try {
dbg<<"Start GetPixels for b = "<<bounds<<std::endl;
memory_usage(dbgout);
// Loop over the files and read pixel lists for each object.
// The Transformation and FittedPSF constructors get the name
// information from the parameter file, so we use that to set the
// names of each component image here.
const int nfiles = _image_file_list.size();
for (int ifile=0; ifile<nfiles; ++ifile) {
#ifdef ONLY_N_IMAGES
if (ifile >= ONLY_N_IMAGES) break;
#endif
dbg<<"ifile = "<<ifile<<std::endl;
// Get the file names
Assert(ifile < int(_image_file_list.size()));
Assert(ifile < int(_fitpsf_file_list.size()));
std::string image_file = _image_file_list[ifile];
std::string fitpsf_file = _fitpsf_file_list[ifile];
dbg<<"Reading image file: "<<image_file<<"\n";
// Set the appropriate parameters
_params["image_file"] = image_file;
SetRoot(_params,image_file);
_params["fitpsf_file"] = fitpsf_file;
if (_shear_file_list.size() > 0) {
Assert(ifile < int(_shear_file_list.size()));
std::string shear_file = _shear_file_list[ifile];
_params["shear_file"] = shear_file;
}
if (_skymap_file_list.size() > 0) {
Assert(ifile < int(_skymap_file_list.size()));
std::string skymap_file = _skymap_file_list[ifile];
_params["skymap_file"] = skymap_file;
}
// Load the pixels
dbg<<"Before load pixels for file "<<ifile<<
": memory_usage = "<<memory_usage()<<std::endl;
if (!getImagePixelLists(ifile,bounds)) {
for (int i=0;i<nPix;++i) {
_pix_list[i].clear();
_psf_list[i].clear();
}
PixelList::reclaimMemory();
return false;
}
dbg<<"After load pixels for file "<<ifile<<
": memory_usage = "<<memory_usage()<<std::endl;
}
} catch (std::bad_alloc) {
dbg<<"Caught bad_alloc\n";
double mem = memory_usage(dbgout);
double peak_mem = peak_memory_usage();
dbg<<"memory usage = "<<mem<<" MB\n";
dbg<<"peak memory usage = "<<peak_mem<<" MB\n";
if (des_qa) std::cerr<<"STATUS5BEG ";
std::cerr
<< "Memory exhausted in MultShearCatalog.\n"
<< "Memory Usage in MultiShearCatalog = "
<< calculateMemoryFootprint()<<" MB \n"
<< "Actual Virtual Memory Usage = "
<< mem<<" MB \n"
<< "Try reducing multishear_section_size or "
<< "reducing mam_vmem\n"
<< "(Current values = "
<< _params["multishear_section_size"]
<< " , "<<_params["max_vmem"]<<")";
if (des_qa) std::cerr<<" STATUS5END";
std::cerr<<std::endl;
dbg << "Memory exhausted in MultShearCatalog.\n"
<< "Memory Usage in MultiShearCatalog = "
<< calculateMemoryFootprint()<<" MB \n"
<< "Actual Virtual Memory Usage = "
<< mem<<" MB \n"
<< "Try reducing multishear_section_size or "
<< "reducing mam_vmem\n"
<< "(Current values = "
<< _params["multishear_section_size"]
<< " , "<<_params["max_vmem"]<<")"
<< std::endl;
exit(1);
}
dbg <<"Done getPixels\n";
dbg << "Memory Usage in MultiShearCatalog = "
<< calculateMemoryFootprint()<<" MB \n";
double mem = memory_usage(dbgout);
double peak_mem = peak_memory_usage();
double max_mem = double(_params["max_vmem"])*1024.;
_params["peak_mem"] = peak_mem; // Keep track...
dbg<<"Actual memory usage = "<<mem<<" MB\n";
dbg<<"Peak memory usage = "<<peak_mem<<" MB\n";
dbg<<"Max allowed memory usage = "<<max_mem<<" MB\n";
return true;
}