/**
* @brief Salt syntax highlighting.
* @param text
*/
void highlightBlockSalt(const QString &text) {
highlightWords(text, QRegExp("(\\[[^\\]]+\\])"), format_keyword3); // Butoon [Some Text]
highlightWords(text, QRegExp("(\\^[^\\^]+\\^)"), format_keyword3); // Droplist ^Some Text^
highlightWords(text, QRegExp("(\"[^\"]+\")"), format_keyword3); // Input Field "Some Text"
highlightWords(text, QRegExp("(\\[ ?\\]|\\[X\\]|\\( ?\\)|\\(X\\))"), format_keyword3); // Checkbox, Radio button [] [ ] [X] () ( ) (X)
highlightWords(text, QRegExp("(\\.\\.|~~|--|==|\\s\\|\\s)"), format_separator); // Separator
highlightWords(text, QRegExp("^\\s*(\\++)"), format_separator); // Tree Level
highlightWords(text, REGEX_HTML_TAG, format_html);
highlightWords(text, QRegExp("\\{([T/!#+-])"), format_separator); // Widget (Tab Strip, Tree) or Grid Lines
}
// New version
int32_t Highlight::set ( SafeBuf *sb ,
//char *buf ,
//int32_t bufLen ,
Words *words ,
Matches *matches ,
bool doStemming ,
bool useAnchors ,
const char *baseUrl ,
const char *frontTag ,
const char *backTag ,
int32_t fieldCode ,
Query *q ) {
// save stuff
m_frontTag = frontTag;
m_backTag = backTag;
m_doStemming = doStemming;
m_didErrMsg = false;
m_fieldCode = fieldCode;
// should we do click and scroll
m_useAnchors = useAnchors;
m_baseUrl = baseUrl;
// . set the anchor counts to 1000*i+1 for each possible query term num
// . yes, i know, why +1? because we're assuming the query terms
// have been highlighted before us
for ( int32_t i = 0 ; i < MAX_QUERY_TERMS ; i++ )
m_anchorCounts[i] = 1000*i + 1;
// set lengths of provided front/back highlight tags
if ( m_frontTag ) m_frontTagLen = gbstrlen ( frontTag );
if ( m_backTag ) m_backTagLen = gbstrlen ( backTag );
// point to buffer to store highlighted text into
//m_buf = buf;
//m_bufLen = bufLen;
//m_bufPtr = buf;
m_sb = sb;
// save room for terminating \0
//m_bufEnd = m_buf + m_bufLen - 1;
if ( ! highlightWords ( words, matches, q ) ) return -1;
// null terminate
//*m_bufPtr = '\0';
m_sb->nullTerm();
// return the length
return m_sb->length();//m_bufPtr - m_buf;
}
/**
* @brief UML syntax highlighting.
* @param text
*/
void highlightBlockUml(const QString &text) {
if(highlightRestOfLine(text, REGEX_MLC_ON, format_comment) == true) {
multiLineComment=true;
}
if(highlightRestOfLine(text, REGEX_MLC_OFF, format_comment) == true) {
multiLineComment=false;
}
if(multiLineComment == true) {
setFormat(0, text.length(), format_comment);
return;
}
//------------------------------------------------------------
highlightWords(text, REGEX_KEYWORD, format_keyword);
highlightWords(text, REGEX_KEYWORD2, format_keyword);
highlightWords(text, REGEX_NOTE1, format_keyword);
highlightWord( text, REGEX_NOTE2, format_keyword);
highlightWords(text, REGEX_HTML_TAG, format_html);
highlightWords(text, REGEX_MASK, format_mask );
highlightWords(text, REGEX_COLOR, format_color );
highlightWord(text, REGEX_SEPARATOR, format_separator);
// highlightWords(text, REGEX_ARROWS1, format_arrow);
// highlightWords(text, REGEX_ARROWS2, format_arrow);
// highlightArrorws(text);
//------------------------------------------------------------
highlightWord(text, REGEX_SKIN, format_skin);
highlightWord(text, REGEX_OPTION, format_option);
highlightWord(text, REGEX_DECORATION, format_decoration);
highlightRestOfLine(text, REGEX_COMMENT, format_comment);
}
void highlightBlock(const QString &text)
{
qDebug() << codeType << ':' << text;
if(text.size() == 0 || text.contains(REGEX_EMPTY)) return;
if(REGEX_START_1.indexIn(text) > -1) {
// Start 1: @start<TYPE>
QString type = REGEX_START_1.cap(1);
if(type == "uml") {
codeType = UML;
} else if(type == "salt") {
codeType = SALT;
} else if(type == "dot") {
codeType = DOT;
} else if(type == "ditaa") {
codeType = DITAA;
} else if(type == "jcckit") {
codeType = JCCKIT;
} else {
codeType = UNKNOWN;
return;
}
highlightWord(text, REGEX_START_1, format_start_end);
endtag = "@end" + type;
return;
}
switch(codeType) {
case UML:
if(REGEX_START_2.indexIn(text) > -1) {
// Start 2: @startuml + <TYPE>
QString type = REGEX_START_2.cap(1);
if(type == "salt") {
codeType = SALT;
} else if(type == "digraph" || type == "graph") {
codeType = DOT;
} else if(type == "ditaa") {
codeType = DITAA;
} else if(type == "jcckit") {
codeType = JCCKIT;
}
return;
}
highlightBlockUml(text);
break;
case SALT:
highlightBlockSalt(text);
break;
case DITAA:
highlightBlockDitaa(text);
break;
case JCCKIT:
highlightBlockJcckit(text);
break;
case DOT:
highlightBlockDot(text);
break;
case PLANTUML:
// highlightBlockPlantUml(text);
break;
default:
return;
}
if(codeType != UNKNOWN && highlightWord( text, QRegExp(endtag), format_start_end)) {
return;
} else if(highlightWords( text, QRegExp("@start\\w*\\b"), format_error)) {
return;
}
}
/**
* @brief Ditaa syntax highlighting.
* @param text
*/
void highlightBlockDitaa(const QString &text) {
highlightWords(text, QRegExp("[+|:><^v/\\\\*.=-]"), format_line);
highlightWords(text, QRegExp("[{](c|d|o|s|io|mo|tr)[}]"), format_comment);
highlightWords(text, QRegExp("c[0-9A-Z]{3}"), format_color);
}
/**
* @brief Dot syntax highlighting.
* @param text
*/
void highlightBlockDot(const QString &text) {
highlightWords(text, QRegExp("^(digraph|graph)"), format_keyword);
highlightWords(text, QRegExp("^\\s*(subgraph)"), format_keyword);
highlightWords(text, QRegExp("(->|--)"), format_arrow); // TODO Fix me!!!
}
