void HLCmdLineApp::printDebugInfo ( const highlight::SyntaxReader *lang,
const string & langDefPath )
{
if (!lang) return;
cerr << "\nLoading language definition:\n" << langDefPath;
cerr << "\n\nDescription: " << lang->getDescription();
Diluculum::LuaState* luaState=lang->getLuaState();
if (luaState) {
cerr << "\n\nLUA GLOBALS:\n" ;
Diluculum::LuaValueMap::iterator it;
Diluculum::LuaValueMap glob =luaState->globals();
for(it = glob.begin(); it != glob.end(); it++)
{
Diluculum::LuaValue first = it->first;
Diluculum::LuaValue second = it->second;
std::cerr << first.asString()<<": ";
switch (second.type()) {
case LUA_TSTRING:
cerr << "string [ "<<second.asString()<<" ]";
break;
case LUA_TNUMBER:
cerr << "number [ "<<second.asNumber()<<" ]";
break;
case LUA_TBOOLEAN:
cerr << "boolean [ "<<second.asBoolean()<<" ]";
break;
default:
cerr << second.typeName();
}
cerr << endl;
}
}
/*
cerr << "\nREGEX:\n";
highlight::RegexElement *re=NULL;
for ( unsigned int i=0; i<lang->getRegexElements().size(); i++ )
{
re = lang->getRegexElements() [i];
cerr << "State "<<re->open<<":\t"<<re->rex. <<"\n";
}*/
cerr << "\nKEYWORDS:\n";
highlight::KeywordMap::iterator it;
highlight::KeywordMap keys=lang->getKeywords();
for ( it=keys.begin(); it!=keys.end(); it++ )
{
cerr << " "<< it->first << "("<< it->second << ")";
}
cerr <<"\n\n";
}
void Lua::LuaGraphTreeModel::loadLuaModel( QString name, const Diluculum::LuaValue value, LuaGraphTreeItem* parent )
{
if ( value.type() == 5 ) {
LuaGraphTreeItem* newParent = new LuaGraphTreeItem( QList<QVariant>() << name << "", parent );
parent->appendChild( newParent );
Diluculum::LuaValueMap tableValue = value.asTable();
for ( Diluculum::LuaValueMap::iterator i = tableValue.begin(); i != tableValue.end(); ++i ) {
loadLuaModel( QString::fromStdString( i->first.asString() ), i->second, newParent );
}
}
else {
Lua::LuaInterface* lua = Lua::LuaInterface::getInstance();
Diluculum::LuaValueList param;
param.push_back( value );
std::string textValue = lua->callFunction( "tostring", param )[0].asString();
QList<QVariant> list = QList<QVariant>() << name << QString::fromStdString( textValue );
parent->appendChild( new LuaGraphTreeItem( list, parent ) );
}
}
LoadResult SyntaxReader::load ( const string& langDefPath, const string& pluginReadFilePath, OutputType outputType, bool clear )
{
currentPath=langDefPath;
disableHighlighting=false;
if (!Platform::fileExists(langDefPath)){
return LOAD_FAILED;
}
try {
if (luaState) delete luaState;
luaState=new Diluculum::LuaState();
Diluculum::LuaState& ls=*luaState;
initLuaState(ls, langDefPath, pluginReadFilePath, outputType);
lua_register (ls.getState(),"AddKeyword",luaAddKeyword);
SyntaxReader **s = (SyntaxReader **)lua_newuserdata(ls.getState(), sizeof(SyntaxReader *));
*s=this;
lua_setglobal(ls.getState(), GLOBAL_INSTANCE_NAME);
// ececute script and read values
ls.doFile (langDefPath);
langDesc = ls["Description"].value().asString();
if (pluginChunks.size()){
Diluculum::LuaValueList params;
params.push_back(langDesc);
for (unsigned int i=0;i<pluginChunks.size();i++){
ls.call(*pluginChunks[i], params, "syntax user function");
}
}
Diluculum::LuaValueMap globals = ls.globals();
ignoreCase=readFlag(ls["IgnoreCase"]);
reformatCode=readFlag(ls["EnableIndentation"]);
disableHighlighting=readFlag(ls["DisableHighlighting"]);
int idx=1;
int keywordIdx=0;
int kwId=0;
char kwName[5]={0};
while (ls["Keywords"][idx].value() !=Diluculum::Nil) {
keywordIdx=ls["Keywords"][idx]["Id"].value().asNumber();
snprintf(kwName, sizeof(kwName), "kw%c", ('a'+keywordIdx-1)); // TODO kwa -> kw1...
kwId= generateNewKWClass ( kwName );
if (ls["Keywords"][idx]["List"].value()!=Diluculum::Nil) {
int listIdx=1;
Diluculum::LuaVariable luaList=ls["Keywords"][idx]["List"];
while (luaList[listIdx].value()!=Diluculum::Nil) {
keywords.insert ( make_pair ( luaList[listIdx].value().asString(), kwId ) );
++listIdx;
}
} else if (ls["Keywords"][idx]["Regex"].value()!=Diluculum::Nil) {
string reString=StringTools::trim(ls["Keywords"][idx]["Regex"].value().asString());
int captGroup=-1;
if (ls["Keywords"][idx]["Group"].value()!=Diluculum::Nil) {
captGroup=ls["Keywords"][idx]["Group"].value().asNumber();
}
regex.push_back ( new RegexElement ( KEYWORD, KEYWORD_END, reString, kwId, captGroup ) );
}
idx++;
}
if (globals.count("Comments")) {
int listIdx=1;
int openDelimId=0;
int closeDelimId=0;
while (ls["Comments"][listIdx].value()!=Diluculum::Nil) {
if (ls["Comments"][listIdx]["Block"].value().asBoolean()) {
if (ls["Comments"][listIdx]["Nested"].value()!=Diluculum::Nil)
allowNestedComments = ls["Comments"][listIdx]["Nested"].value().asBoolean();
string openDelim=StringTools::trim(ls["Comments"][listIdx]["Delimiter"][1].value().asString());
RegexElement* elem=new RegexElement ( ML_COMMENT,ML_COMMENT_END, openDelim, 0, -1 );
openDelimId=elem->instanceId;
regex.push_back ( elem );
string closeDelim=StringTools::trim(ls["Comments"][listIdx]["Delimiter"][2].value().asString());
elem= new RegexElement ( ML_COMMENT_END,ML_COMMENT_END, closeDelim, 0, -1 );
closeDelimId=elem->instanceId;
regex.push_back ( elem);
delimiterDistinct[openDelimId]=openDelim!=closeDelim;
delimiterDistinct[closeDelimId]=openDelim!=closeDelim;
delimIds2[closeDelimId]=openDelimId;
} else {
regex.push_back ( new RegexElement ( SL_COMMENT, SL_COMMENT_END, StringTools::trim(ls["Comments"][listIdx]["Delimiter"][1].value().asString()), 0, -1 ) );
}
++listIdx;
}
}
//move behind comment section because of fortran comments (^cC.*$)
string re_digit = StringTools::trim(ls["Digits"].value().asString());
string re_identifier= StringTools::trim(ls["Identifiers"].value().asString());
// insert identifier and number regex after keyword regexes
regex.push_back ( new RegexElement ( IDENTIFIER_BEGIN, IDENTIFIER_END,
re_identifier ) );
regex.push_back ( new RegexElement ( NUMBER, NUMBER_END,
re_digit ) );
if (globals.count("Strings")) {
if (ls["Strings"]["RawPrefix"].value()!=Diluculum::Nil) {
rawStringPrefix=ls["Strings"]["RawPrefix"].value().asString().at(0);
}
if (ls["Strings"]["Delimiter"].value()!=Diluculum::Nil) {
RegexElement* elem=new RegexElement ( STRING,STRING_END, StringTools::trim( ls["Strings"]["Delimiter"].value().asString()), 0, -1 );
delimiterDistinct[elem->instanceId]=true;
regex.push_back (elem );
}
if (ls["Strings"]["Interpolation"].value()!=Diluculum::Nil) {
RegexElement* elem=new RegexElement ( STRING_INTERPOLATION, STRING_INTERPOLATION_END, StringTools::trim( ls["Strings"]["Interpolation"].value().asString()), 0, -1 );
regex.push_back (elem );
}
if (ls["Strings"]["DelimiterPairs"].value()!=Diluculum::Nil) {
int listIdx=1;
int openDelimId=0;
int closeDelimId=0;
while (ls["Strings"]["DelimiterPairs"][listIdx].value()!=Diluculum::Nil) {
string openDelim=StringTools::trim(ls["Strings"]["DelimiterPairs"][listIdx]["Open"].value().asString());
RegexElement* elem =new RegexElement(STRING, STRING_END, openDelim, 0, -1);
openDelimId=elem->instanceId;
regex.push_back( elem );
string closeDelim=StringTools::trim(ls["Strings"]["DelimiterPairs"][listIdx]["Close"].value().asString());
elem = new RegexElement(STRING_END, STRING_END, closeDelim, 0, -1);
closeDelimId=elem->instanceId;
regex.push_back( elem );
delimIds2[closeDelimId]=openDelimId;
if (ls["Strings"]["DelimiterPairs"][listIdx]["Raw"].value()!=Diluculum::Nil){
rawStringOpenDelims[openDelimId]=ls["Strings"]["DelimiterPairs"][listIdx]["Raw"].value().asBoolean();
}
++listIdx;
}
}
string escRegex=(ls["Strings"]["Escape"].value()==Diluculum::Nil)?REGEX_ESCSEQ:ls["Strings"]["Escape"].value().asString();
regex.push_back ( new RegexElement ( ESC_CHAR,ESC_CHAR_END, StringTools::trim(escRegex), 0, -1 ) );
}
if (globals.count("PreProcessor")) {
regex.push_back ( new RegexElement ( DIRECTIVE,DIRECTIVE_END, StringTools::trim(ls["PreProcessor"]["Prefix"].value().asString()), 0, -1 ) );
if (ls["PreProcessor"]["Continuation"].value()!=Diluculum::Nil) {
continuationChar=ls["PreProcessor"]["Continuation"].value().asString().at(0);
}
}
if (globals.count("Operators")) {
regex.push_back ( new RegexElement ( SYMBOL,SYMBOL_END, StringTools::trim( ls["Operators"].value().asString()), 0, -1 ) );
}
if (globals.count("NestedSections")) {
int listIdx=1;
while (ls["NestedSections"][listIdx].value()!=Diluculum::Nil) {
string lang= ls["NestedSections"][listIdx]["Lang"].value().asString();
string openDelim=StringTools::trim(ls["NestedSections"][listIdx]["Delimiter"][1].value().asString());
regex.insert(regex.begin(), 1, new RegexElement(EMBEDDED_CODE_BEGIN, EMBEDDED_CODE_BEGIN, openDelim, 0, -1, lang));
string closeDelim=StringTools::trim(ls["NestedSections"][listIdx]["Delimiter"][2].value().asString());
exitDelimiters[getNewPath(lang)] = closeDelim;
++listIdx;
}
}
if (globals.count("HeaderInjection")) {
headerInjection+= ls["HeaderInjection"].value().asString();
}
if (globals.count("FooterInjection")) {
footerInjection+= ls["FooterInjection"].value().asString();
}
// load hook functions
if (globals.count("OnStateChange")) {
validateStateChangeFct=new Diluculum::LuaFunction(ls["OnStateChange"].value().asFunction());
}
if (globals.count("Decorate")) {
decorateFct=new Diluculum::LuaFunction(ls["Decorate"].value().asFunction());
}
} catch (Diluculum::LuaError err) {
luaErrorMsg = string(err.what());
return LOAD_FAILED_LUA;
}
return LOAD_OK;
}
