bool TetGenInterface::readNodesFromStream (std::ifstream &ins)
{
std::string line;
getline (ins, line);
size_t pos_beg (line.find_first_not_of(" "));
size_t n_nodes, dim, n_attributes;
bool boundary_markers;
bool not_read_header (true);
while (!ins.fail() && not_read_header)
{
line = line.substr(pos_beg);
if (line.compare(0,1,"#") == 0)
{
// this line is a comment - skip
getline (ins, line);
pos_beg = line.find_first_not_of(" ");
}
else
// read header line
not_read_header = !parseNodesFileHeader(line,
n_nodes,
dim,
n_attributes,
boundary_markers);
}
if (not_read_header)
return false;
if (!parseNodes(ins, n_nodes, dim))
return false;
return true;
}
void GraphvizPlotter::parseSubgraphs(Agraph_t *g, GraphComponent *g_component, processedProperties *props) {
// nacteni zpracovanych komponent pro jejich mozne budouci preskoceni v aktualni iteraci
string_map node_attrs_bak = props->node_attrs;
string_map edge_attrs_bak = props->edge_attrs;
string_map graph_attrs_bak = props->graph_attrs;
// prochazeni vsech podgrafu daneho grafu/podgrafu
for (Agraph_t *subg = agfstsubg(g); subg; subg = agnxtsubg(subg)) {
// vytvoreni podgrafu v datovem modelu
Subgraph *subgraph = g_component->addSubgraph(agnameof(subg));
// zpracovani atributu grafu/podgrafu a ulozeni do datoveho modelu k danemu podgrafu
parseGraphAttrs(subg, subgraph, props);
// zpracovani podgrafu a ulozeni do datoveho modelu k danemu pdgrafu
parseSubgraphs(subg, subgraph, props);
// stejne zpracovani v pripade
parseNodes(subg, subgraph, props);
parseEdges(subg, subgraph, props);
// pro dalsi podgraf nactu zpet zpracovane komponenty
props->graph_attrs.clear();
props->node_attrs.clear();
props->edge_attrs.clear();
props->graph_attrs = graph_attrs_bak;
props->node_attrs = node_attrs_bak;
props->edge_attrs = edge_attrs_bak;
}
}
void Level::parseScene(TiXmlElement *XMLNode)
{
TiXmlElement *element;
element = XMLNode->FirstChildElement("nodes");
if(element)
{
parseNodes(element);
}
}
virtual void parse(QDomElement & resources)
{
QDomNodeList nodes = resources.elementsByTagName("computer");
parseNodes(nodes);
QDomNodeList stores = resources.elementsByTagName("storage");
parseStores(stores);
QDomNodeList switches = resources.elementsByTagName("router");
parseSwitches(switches);
QDomNodeList links = resources.elementsByTagName("link");
parseLinks(links);
}
virtual void parse(QDomElement & demand)
{
this->demand = demand;
QString name = demand.attribute("id");
request->setName(name.toStdString());
QDomNodeList nodes = demand.elementsByTagName("vm");
parseNodes(nodes);
QDomNodeList stores = demand.elementsByTagName("storage");
parseStores(stores);
QDomNodeList links = demand.elementsByTagName("link");
parseLinks(links);
}
void GraphvizPlotter::parse() {
processedProperties processed_props;
// zpracovani atributu grafu
parseGraphAttrs(g_graph, graph, &processed_props);
// zpracovani podgrafu grafu
parseSubgraphs(g_graph, graph, &processed_props);
// zpracovani vrcholu grafu
parseNodes(g_graph, graph, &processed_props);
// zpracovani hran grafu
parseEdges(g_graph, graph, &processed_props);
}
void DevicePluginOsdomotics::networkManagerReplyReady(QNetworkReply *reply)
{
int status = reply->attribute(QNetworkRequest::HttpStatusCodeAttribute).toInt();
// create user finished
if (m_asyncSetup.contains(reply)) {
Device *device = m_asyncSetup.take(reply);
// check HTTP status code
if (status != 200) {
qCWarning(dcOsdomotics) << "Setup reply HTTP error:" << reply->errorString();
emit deviceSetupFinished(device, DeviceManager::DeviceSetupStatusFailure);
reply->deleteLater();
return;
}
QByteArray data = reply->readAll();
parseNodes(device, data);
emit deviceSetupFinished(device, DeviceManager::DeviceSetupStatusSuccess);
} else if (m_asyncNodeRescans.contains(reply)) {
Device *device = m_asyncSetup.take(reply);
// check HTTP status code
if (status != 200) {
qCWarning(dcOsdomotics) << "Setup reply HTTP error:" << reply->errorString();
emit deviceSetupFinished(device, DeviceManager::DeviceSetupStatusFailure);
reply->deleteLater();
return;
}
QByteArray data = reply->readAll();
parseNodes(device, data);
}
reply->deleteLater();
}
bool procTree_c::loadProcFile( const char* fname )
{
parser_c p;
if ( p.openFile( fname ) )
{
g_core->RedWarning( "procTree_c::loadProcFile: cannot open %s\n", fname );
return true; // error
}
// check for Doom3 ident first
if ( p.atWord( "mapProcFile003" ) == false )
{
if ( p.atWord( "PROC" ) )
{
// Quake4 ident
str version = p.getToken();
}
else
{
g_core->RedWarning( "procTree_c::loadProcFile: %s has bad ident %s, should be %s or %s\n", fname, p.getToken(), "mapProcFile003", "PROC" );
return true; // error
}
}
while ( p.atEOF() == false )
{
if ( p.atWord( "model" ) )
{
r_model_c* newModel = new r_model_c;
this->models.push_back( newModel );
if ( newModel->parseProcModel( p ) )
{
return true; // error occured during model parsing
}
newModel->recalcModelTBNs();
model_c* m = RF_AllocModel( newModel->getName() );
m->initProcModel( this, newModel );
if ( newModel->isAreaModel() )
{
u32 areaNum = newModel->getAreaNumber();
this->setAreaModel( areaNum, newModel );
}
}
else if ( p.atWord( "interAreaPortals" ) )
{
if ( parseAreaPortals( p, fname ) )
{
return true;
}
}
else if ( p.atWord( "nodes" ) )
{
if ( parseNodes( p, fname ) )
{
return true;
}
}
else if ( p.atWord( "shadowModel" ) )
{
p.skipCurlyBracedBlock();
}
else
{
g_core->RedWarning( "procTree_c::loadProcFile: skipping unknown token %s in file %s at line %i\n", p.getToken(), fname, p.getCurrentLineNumber() );
}
}
this->procFileName = fname;
// create model VBOs and IBOs
for ( u32 i = 0; i < models.size(); i++ )
{
r_model_c* m = models[i];
m->createVBOsAndIBOs();
}
g_core->RedWarning( "procTree_c::loadProcFile: %s has %i models, %i areas, %i portals, and %i nodes\n",
fname, models.size(), areas.size(), portals.size(), nodes.size() );
return false; // OK
}
