int PluginXMLParser::parseDOM(const QDomDocument& doc) {
QDomElement topElem = doc.documentElement();
if (topElem.tagName().lower() == QString::fromLatin1("module")) {
QDomNode n = topElem.firstChild();
while (!n.isNull()) {
QDomElement e = n.toElement();
QString tn = e.tagName().lower();
int rc = 0;
if (tn == QS_interface) {
rc = parseInterface(e);
} else if (tn == QS_intro) {
rc = parseIntro(e);
} else if (tn == QS_paralist) {
rc = parseParalist(e);
} else {
// Unknown tag
}
if (rc < 0) { // error occurred
return rc;
}
n = n.nextSibling();
}
} else {
return -3; // XML parse error - no "module" at the top
}
return 0;
}
Desc parseDesc( JSON::Entity const &object )
{
Desc result;
JSON::ObjectDecoder objectDecoder( object );
JSON::Entity keyString, valueEntity;
while ( objectDecoder.getNext( keyString, valueEntity ) )
{
try
{
if ( keyString.stringIs( "libs", 4 ) )
{
parseHostStringsVector( valueEntity, result.libs );
}
else if ( keyString.stringIs( "code", 4 ) )
{
parseHostStringsVector( valueEntity, result.code );
}
else if ( keyString.stringIs( "jsConstants", 11 ) )
{
parseHostStringsVector( valueEntity, result.jsConstants );
}
else if ( keyString.stringIs( "interface", 9 ) )
{
valueEntity.requireObject();
parseInterface( valueEntity, result.interface );
}
}
catch ( Exception e )
{
objectDecoder.rethrow( e );
}
}
return result;
}
//-----------------------------------------------------------------------------
// Function: GlobalMemoryMapHeaderWriter::writeMemoryMapHeader()
//-----------------------------------------------------------------------------
void GlobalMemoryMapHeaderWriter::writeMemoryMapHeader(QSharedPointer<Component> globalComponent,
QList<GlobalHeaderSaveModel::SaveFileOptions*> saveOptions)
{
saveOptions_ = saveOptions;
QList<GlobalHeaderSaveModel::SaveFileOptions*> options = saveOptions_;
bool changed = false;
operatedInterfaces_.clear();
GlobalHeaderSaveModel model(utility_->getLibraryInterface(), parentObject_);
model.setDesign(globalComponent, componentDesign_);
if (options.isEmpty())
{
// create the dialog to display the headers to be generated
FileSaveDialog dialog(utility_->getParentWidget());
dialog.setModel(&model);
int result = dialog.exec();
// if user clicked cancel
if (result == QDialog::Rejected)
{
informGenerationAbort();
return;
}
options = model.getHeaderOptions();
}
informStartOfGeneration();
foreach (GlobalHeaderSaveModel::SaveFileOptions* headerOpt, options)
{
QFile file(headerOpt->fileInfo_.absoluteFilePath());
checkDirectoryStructure(headerOpt->fileInfo_.dir());
if (!file.open(QFile::Truncate | QFile::WriteOnly))
{
openFileErrorMessage(headerOpt->fileInfo_.absoluteFilePath());
break;
}
QTextStream stream(&file);
QString description (" * Header file generated by Kactus2 for instance \"" + headerOpt->instance_ +
"\" interface \"" + headerOpt->interface_ + "\".\n"+
" * This file contains addresses of the memories and registers defined in the memory maps " +
"of connected components.\n" +
" * Source component: " + headerOpt->comp_.toString() + ".\n" +
"*/\n");
QString headerGuard ("__" + headerOpt->instance_.toUpper() + "_" + headerOpt->interface_.toUpper() + "_H");
writeTopOfHeaderFile(stream, headerOpt->fileInfo_.fileName(), headerGuard, description);
Interface cpuMasterInterface(headerOpt->instance_, headerOpt->interface_);
operatedInterfaces_.append(cpuMasterInterface);
// start the address parsing from the cpu's interface
parseInterface(0, stream, cpuMasterInterface);
stream << "#endif /* " << headerGuard << " */" << endl << endl;
file.close();
informWritingFinished(headerOpt->fileInfo_.fileName());
addHeaderFile(globalComponent, headerOpt->fileInfo_, headerOpt->instance_, QStringList(),
headerOpt->instanceId_);
// a header file was added
changed = true;
// the list must be cleared when moving to completely new master interface so each header generation
// starts from scratch.
operatedInterfaces_.clear();
}