FileType *ConsoleTools::selectType(HRCParser *hrcParser, LineSource *lineSource){
FileType *type = null;
if (typeDescription != null){
type = hrcParser->getFileType(typeDescription);
if (type == null){
for(int idx = 0;; idx++){
type = hrcParser->enumerateFileTypes(idx);
if (type == null) break;
if (type->getDescription() != null &&
type->getDescription()->length() >= typeDescription->length() &&
DString(type->getDescription(), 0, typeDescription->length()).equalsIgnoreCase(typeDescription))
break;
if (type->getName()->length() >= typeDescription->length() &&
DString(type->getName(), 0, typeDescription->length()).equalsIgnoreCase(typeDescription))
break;
type = null;
}
}
}
if (typeDescription == null || type == null){
StringBuffer textStart;
int totalLength = 0;
for(int i = 0; i < 4; i++){
String *iLine = lineSource->getLine(i);
if (iLine == null) break;
textStart.append(iLine);
textStart.append(DString("\n"));
totalLength += iLine->length();
if (totalLength > 500) break;
}
type = hrcParser->chooseFileType(inputFileName, &textStart, 0);
}
return type;
}
static void get_color_styles(const char ***names, const char ***descr)
{
ParserFactory *pf = MCEditColorer::pf;
if (pf == null) {
*names = null;
*descr = null;
return;
}
Vector<const char *> hrd_styles;
int i = 0;
while (true){
const String * hrd = pf->enumerateHRDInstances(DString("console"), i++);
if (hrd == null) break;
hrd_styles.addElement(hrd->getChars());
hrd_styles.addElement(pf->getHRDescription(DString("console"), *hrd)->getChars());
}
const char **hrd_names = new const char*[hrd_styles.size()/2 + 1];
const char **hrd_descr = new const char*[hrd_styles.size()/2 + 1];
for (i = 0; i < hrd_styles.size()/2; i++) {
hrd_names[i] = hrd_styles.elementAt(i*2);
hrd_descr[i] = hrd_styles.elementAt(i*2+1);
}
hrd_names[i] = null;
hrd_descr[i] = null;
*names = hrd_names;
*descr = hrd_descr;
}
FileInputSource::FileInputSource(const String *basePath, FileInputSource *base){
bool prefix = true;
if (basePath->startsWith(DString("file://"))){
baseLocation = new SString(basePath, 7, -1);
}else if (basePath->startsWith(DString("file:/"))){
baseLocation = new SString(basePath, 6, -1);
}else if (basePath->startsWith(DString("file:"))){
baseLocation = new SString(basePath, 5, -1);
}else{
if (isRelative(basePath) && base != null)
baseLocation = getAbsolutePath(base->getLocation(), basePath);
else
baseLocation = new SString(basePath);
prefix = false;
};
#if defined _WIN32
// replace the environment variables to their values
size_t i=ExpandEnvironmentStrings(baseLocation->getTChars(),NULL,0);
TCHAR *temp = new TCHAR[i];
ExpandEnvironmentStrings(baseLocation->getTChars(),temp,static_cast<DWORD>(i));
delete baseLocation;
baseLocation = new SString(temp);
delete[] temp;
#endif
if(prefix && (baseLocation->indexOf(':') == -1 || baseLocation->indexOf(':') > 10) && !baseLocation->startsWith(DString("/"))){
StringBuffer *n_baseLocation = new StringBuffer();
n_baseLocation->append(DString("/")).append(baseLocation);
delete baseLocation;
baseLocation = n_baseLocation;
}
stream = null;
};
void FarHrcSettings::readXML(String* file, bool userValue)
{
xercesc::XercesDOMParser xml_parser;
XmlParserErrorHandler error_handler(nullptr);
xml_parser.setErrorHandler(&error_handler);
xml_parser.setLoadExternalDTD(false);
xml_parser.setSkipDTDValidation(true);
XmlInputSource* config = XmlInputSource::newInstance(file->getWChars(), static_cast<XMLCh*>(nullptr));
xml_parser.parse(*config->getInputSource());
if (error_handler.getSawErrors()) {
delete config;
throw ParserFactoryException(DString("Error reading hrcsettings.xml."));
}
xercesc::DOMDocument* catalog = xml_parser.getDocument();
xercesc::DOMElement* elem = catalog->getDocumentElement();
const XMLCh* tagPrototype = L"prototype";
const XMLCh* tagHrcSettings = L"hrc-settings";
if (elem == nullptr || !xercesc::XMLString::equals(elem->getNodeName(), tagHrcSettings)) {
delete config;
throw FarHrcSettingsException(DString("main '<hrc-settings>' block not found"));
}
for (xercesc::DOMNode* node = elem->getFirstChild(); node != nullptr; node = node->getNextSibling()) {
if (node->getNodeType() == xercesc::DOMNode::ELEMENT_NODE) {
xercesc::DOMElement* subelem = static_cast<xercesc::DOMElement*>(node);
if (xercesc::XMLString::equals(subelem->getNodeName(), tagPrototype)) {
UpdatePrototype(subelem, userValue);
}
}
}
delete config;
}
String *DocumentBuilder::consumeEntityRef(bool useExtEnt){
consume("&", 1);
StringBuffer *sb = new StringBuffer(10);
while(peek() != ';'){
sb->append(get());
}
get();
const String *ent = entitiesHash.get(sb);
const String *extEnt = null;
if (useExtEnt){
extEnt = extEntitiesHash.get(sb);
};
delete sb;
if (ent == null && extEnt == null){
throw ParseException(DString("Undefined Entity Reference"));
}
if (ent != null){
return new StringBuffer(ent);
}
if (extEnt != null){
if (er == null) return null;
InputSource *is = er->resolveEntity(null, extEnt);
const byte *bytes = is->openStream();
int length = is->length();
src_overflow = new SString(DString(bytes, length));
delete is;
return null;
}
return null;
}
FileType *ColorerFilter::selectType(HRCParser *hrcParser, String *fline)
{
FileType *type = null;
if (typeDescription != null) {
type = hrcParser->getFileType(typeDescription);
if (type == null) {
for(int idx = 0;; idx++)
{
type = hrcParser->enumerateFileTypes(idx);
if (type == null) {
break;
}
if (type->getDescription() != null &&
type->getDescription()->length() >= typeDescription->length() &&
DString(type->getDescription(), 0, typeDescription->length()).equalsIgnoreCase(typeDescription)) {
break;
}
if (type->getName()->length() >= typeDescription->length() &&
DString(type->getName(), 0, typeDescription->length()).equalsIgnoreCase(typeDescription)) {
break;
}
type = null;
}
}
}
if (typeDescription == null || type == null) {
type = hrcParser->chooseFileType(inputFileName, fline, 0);
}
return type;
}
void StyledHRDMapper::loadRegionMappings(InputSource *is)
{
DocumentBuilder docbuilder;
Document *hrdbase = docbuilder.parse(is);
Element *hbase = hrdbase->getDocumentElement();
if (*hbase->getNodeName() != "hrd"){
docbuilder.free(hrdbase);
throw Exception(DString("Error loading HRD file"));
};
for(Node *curel = hbase->getFirstChild(); curel; curel = curel->getNextSibling()){
if (curel->getNodeType() == Node::ELEMENT_NODE && *curel->getNodeName() == "assign"){
const String *name = ((Element*)curel)->getAttribute(DString("name"));
if (name == null) continue;
if (regionDefines.get(name) != null){
delete regionDefines.get(name);
}
int val = 0;
bool bfore = UnicodeTools::getNumber(((Element*)curel)->getAttribute(DString("fore")), &val);
int fore = val;
bool bback = UnicodeTools::getNumber(((Element*)curel)->getAttribute(DString("back")), &val);
int back = val;
int style = 0;
if (UnicodeTools::getNumber(((Element*)curel)->getAttribute(DString("style")), &val)){
style = val;
}
RegionDefine *rdef = new StyledRegion(bfore, bback, fore, back, style);
regionDefines.put(name, rdef);
};
};
docbuilder.free(hrdbase);
};
int TextParserImpl::searchKW(const SchemeNode *node, int no, int lowlen, int hilen)
{
if (!node->kwList->num) return MATCH_NOTHING;
if (node->kwList->minKeywordLength+gx > lowlen) return MATCH_NOTHING;
if (gx < lowlen && !node->kwList->firstChar->inClass((*str)[gx])) return MATCH_NOTHING;
int left = 0;
int right = node->kwList->num;
while(true){
int pos = left + (right-left)/2;
int kwlen = node->kwList->kwList[pos].keyword->length();
if (lowlen < gx+kwlen) kwlen = lowlen-gx;
int cr;
if (node->kwList->matchCase)
cr = node->kwList->kwList[pos].keyword->compareTo(DString(*str, gx, kwlen));
else
cr = node->kwList->kwList[pos].keyword->compareToIgnoreCase(DString(*str, gx, kwlen));
if (cr == 0 && right-left == 1){
bool badbound = false;
if (!node->kwList->kwList[pos].isSymbol){
if (!node->worddiv){
if (gx && (Character::isLetterOrDigit((*str)[gx-1]) || (*str)[gx-1] == '_')) badbound = true;
if (gx + kwlen < lowlen &&
(Character::isLetterOrDigit((*str)[gx + kwlen]) || (*str)[gx + kwlen] == '_')) badbound = true;
}else{
// custom check for word bound
if (gx && !node->worddiv->inClass((*str)[gx-1])) badbound = true;
if (gx + kwlen < lowlen &&
!node->worddiv->inClass((*str)[gx + kwlen])) badbound = true;
};
};
if (!badbound){
CLR_TRACE("TextParserImpl", "KW matched. gx=%d, region=%s", gx, node->kwList->kwList[pos].region->getName()->getChars());
addRegion(gy, gx, gx + kwlen, node->kwList->kwList[pos].region);
gx += kwlen;
return MATCH_RE;
};
};
if (right-left == 1){
left = node->kwList->kwList[pos].ssShorter;
if (left != -1){
right = left+1;
continue;
};
break;
};
if (cr == 1) right = pos;
if (cr == 0 || cr == -1) left = pos;
};
return MATCH_NOTHING;
};
String *DocumentBuilder::consumeAttributeValue(){
wchar qc = get();
if (qc != '"' && qc != '\''){
throw ParseException(DString("Qoute character is required here"));
}
StringBuffer *sb = new StringBuffer();
while(true){
if (isCharRef()){
sb->append(consumeCharRef());
continue;
}
if (isEntityRef()){
String *entext = consumeEntityRef(false);
if (entext){
sb->append(entext);
delete entext;
}
continue;
}
wchar qc2 = peek();
if (qc2 == -1){
delete sb;
}
get();
if (qc2 == qc) return sb;
sb->append(qc2);
}
}
void ConsoleTools::profile(int loopCount){
clock_t msecs;
// parsers factory
ParserFactory pf(catalogPath);
// Source file text lines store.
TextLinesStore textLinesStore;
textLinesStore.loadFile(inputFileName, inputEncoding, true);
// Base editor to make primary parse
BaseEditor baseEditor(&pf, &textLinesStore);
// HRD RegionMapper linking
baseEditor.setRegionMapper(&DString("console"), hrdName);
FileType *type = selectType(pf.getHRCParser(), &textLinesStore);
type->getBaseScheme();
baseEditor.setFileType(type);
msecs = clock();
while(loopCount--){
baseEditor.modifyLineEvent(0);
baseEditor.lineCountEvent(textLinesStore.getLineCount());
baseEditor.validate(-1, false);
}
msecs = clock() - msecs;
printf("%ld\n", (msecs*1000)/CLOCKS_PER_SEC );
}
extern "C" BOOL WINAPI DllMain(HINSTANCE hinstDLL, DWORD fdwReason, LPVOID lpReserved )
{
switch( fdwReason )
{
case DLL_PROCESS_ATTACH:
{
// obtain the path to the folder plugin, without being attached to the file name
wchar_t path[MAX_PATH];
if (!GetModuleFileName(hinstDLL, path, MAX_PATH)){
return false;
}
DString module(path, 0);
int pos = module.lastIndexOf('\\');
pos = module.lastIndexOf('\\',pos);
PluginPath = new StringBuffer(DString(module, 0, pos));
}
break;
case DLL_PROCESS_DETACH:
delete PluginPath;
break;
}
return true;
}
void SString::construct(const String *cstring, int s, int l){
if (s < 0 || s > cstring->length() || l < -1) throw Exception(DString("bad string constructor parameters"));
if (l == -1) l = cstring->length()-s;
wstr = new wchar[l];
for(len = 0; len < l; len++)
wstr[len] = (*cstring)[s+len];
}
void ConsoleTools::viewFile(){
try{
// Source file text lines store.
TextLinesStore textLinesStore;
textLinesStore.loadFile(inputFileName, inputEncoding, true);
// parsers factory
ParserFactory pf(catalogPath);
// Base editor to make primary parse
BaseEditor baseEditor(&pf, &textLinesStore);
// HRD RegionMapper linking
baseEditor.setRegionMapper(&DString("console"), hrdName);
FileType *type = selectType(pf.getHRCParser(), &textLinesStore);
baseEditor.setFileType(type);
// Initial line count notify
baseEditor.lineCountEvent(textLinesStore.getLineCount());
int background;
const StyledRegion *rd = StyledRegion::cast(baseEditor.rd_def_Text);
if (rd != null && rd->bfore && rd->bback) background = rd->fore + (rd->back<<4);
else background = 0x1F;
// File viewing in console window
TextConsoleViewer viewer(&baseEditor, &textLinesStore, background, outputEncodingIndex);
viewer.view();
}catch(Exception &e){
fprintf(stderr, "%s\n", e.getMessage()->getChars());
}catch(...){
fprintf(stderr, "unknown exception ...\n");
}
}
void ConsoleTools::listTypes(bool load, bool useNames){
Writer *writer = null;
try{
writer = new StreamWriter(stdout, outputEncodingIndex, bomOutput);
ParserFactory pf(catalogPath);
HRCParser *hrcParser = pf.getHRCParser();
fprintf(stderr, "\nloading file types...\n");
for(int idx = 0;; idx++){
FileType *type = hrcParser->enumerateFileTypes(idx);
if (type == null) break;
if (useNames){
writer->write(StringBuffer(type->getName())+"\n");
}else{
if (type->getGroup() != null){
writer->write(StringBuffer(type->getGroup()) + ": ");
}
writer->write(type->getDescription());
writer->write(DString("\n"));
}
if (load) type->getBaseScheme();
}
delete writer;
}catch(Exception &e){
delete writer;
fprintf(stderr, "%s\n", e.getMessage()->getChars());
}
}
DString FileTools::extractFileExtension(const DString & in_strPath, char in_cDelimiter)
{
DString tmp_strFilename = extractFilename(in_strPath, in_cDelimiter);
DString::size_type tmp_uiPos = tmp_strFilename.find_last_of('.');
if ( DString::npos != tmp_uiPos )
return tmp_strFilename.substr(tmp_uiPos);
return DString();
}
void FarHrcSettings::readProfile()
{
StringBuffer* path = new StringBuffer(PluginPath);
path->append(DString(FarProfileXml));
readXML(path, false);
delete path;
}
void FarHrcSettings::UpdatePrototype(xercesc::DOMElement* elem, bool userValue)
{
const XMLCh* tagProtoAttrParamName = L"name";
const XMLCh* tagParam = L"param";
const XMLCh* tagParamAttrParamName = L"name";
const XMLCh* tagParamAttrParamValue = L"value";
const XMLCh* tagParamAttrParamDescription = L"description";
const XMLCh* typeName = elem->getAttribute(tagProtoAttrParamName);
if (typeName == nullptr) {
return;
}
HRCParser* hrcParser = parserFactory->getHRCParser();
DString typenamed = DString(typeName);
FileTypeImpl* type = static_cast<FileTypeImpl*>(hrcParser->getFileType(&typenamed));
if (type == nullptr) {
return;
}
for (xercesc::DOMNode* node = elem->getFirstChild(); node != nullptr; node = node->getNextSibling()) {
if (node->getNodeType() == xercesc::DOMNode::ELEMENT_NODE) {
xercesc::DOMElement* subelem = static_cast<xercesc::DOMElement*>(node);
if (xercesc::XMLString::equals(subelem->getNodeName(), tagParam)) {
const XMLCh* name = subelem->getAttribute(tagParamAttrParamName);
const XMLCh* value = subelem->getAttribute(tagParamAttrParamValue);
const XMLCh* descr = subelem->getAttribute(tagParamAttrParamDescription);
if (*name == '\0' || *value == '\0') {
continue;
}
if (type->getParamValue(DString(name)) == nullptr) {
type->addParam(new SString(DString(name)));
}
if (descr != nullptr) {
type->setParamDescription(DString(name), new SString(DString(descr)));
}
if (userValue) {
type->setParamValue(DString(name), new SString(DString(value)));
} else {
delete type->getParamDefaultValue(DString(name));
type->setParamDefaultValue(DString(name), new SString(DString(value)));
}
}
}
}
}
int set_current_type (const char *type)
{
if (type == null) {
baseEditor->chooseFileType(null);
return true;
}
return baseEditor->setFileType(DString(type)) != null ? true : false;
}
void DocumentBuilder::consumeSpaces(int mins){
while(Character::isWhitespace(peek())){
get();
mins--;
}
if (mins > 0){
throw ParseException(DString("Space is required"));
}
}
FarEditor::FarEditor(PluginStartupInfo *info, ParserFactory *pf)
{
parserFactory = pf;
baseEditor = new BaseEditor(parserFactory, this);
this->info = info;
info->EditorControl(ECTL_GETINFO, &ei);
oldFAR = info->StructSize < sizeof(PluginStartupInfo);
cursorRegion = null;
unicodeEncodingIndex = -1;
farEncodingIndex = -3;
prevLinePosition = 0;
blockTopPosition = -1;
inRedraw = false;
inHandler = false;
ignoreChange = false;
idleCount = 0;
ret_str = null;
ret_strNumber = -1;
maxLineLength = 0;
fullBackground = true;
showHorizontalCross = showVerticalCross = true;
crossZOrder = 0;
horzCrossColor = 0x0E;
vertCrossColor = 0x0E;
drawPairs = drawSyntax = true;
oldOutline = false;
maxTime = 3000;
newback = newfore = -1;
rdBackground = null;
visibleLevel = 100;
const Region *def_Outlined = pf->getHRCParser()->getRegion(&DString("def:Outlined"));
const Region *def_Error = pf->getHRCParser()->getRegion(&DString("def:Error"));
structOutliner = new Outliner(baseEditor, def_Outlined);
errorOutliner = new Outliner(baseEditor, def_Error);
}
wchar DocumentBuilder::consumeCharRef(){
if (!(peek(0) == '&' && peek(1) == '#')){
throw ParseException(DString("&# syntax of Character Reference is required"));
};
consume("&#", 2);
StringBuffer *sb = new StringBuffer("#");
while(peek() != ';'){
sb->append(get());
}
get();
int c = -1;
bool b = getXMLNumber(*sb, &c);
delete sb;
if (!b || c > 0xFFFF || c < 0){
throw ParseException(DString("Invalid Character Reference numeric value"));
}
return (wchar)c;
}
void DocumentBuilder::consumeDocument(){
consumeXmlDecl();
consumeMisc(doc);
consumeDTD();
consumeMisc(doc);
consumeElement(doc);
consumeMisc(doc);
if (peek() != -1){
throw ParseException(DString("Extra markup after the root element"));
}
}
/* Searches previous elements num with same partial name
fe:
3: getParameterName 0
2: getParameter 0
1: getParam 0
0: getPar -1
*/
void KeywordList::substrIndex(){
for(int i = num-1; i > 0; i--)
for(int ii = i-1; ii != 0; ii--){
if ((*kwList[ii].keyword)[0] != (*kwList[i].keyword)[0]) break;
if (kwList[ii].keyword->length() < kwList[i].keyword->length() &&
DString(kwList[i].keyword, 0, kwList[ii].keyword->length()) == *kwList[ii].keyword){
kwList[i].ssShorter = ii;
break;
};
};
};
MCEditColorer(WEdit *edit)
{
try{
if (pf == null) {
pf = new ParserFactory();
// cleanup color index map
for (int idx = 0; idx < 16*16; idx++){
colorer_color_map[idx] = -1;
}
}
this->edit = edit;
colorer_store_handle(edit, this);
lineSource = new MCLineSource(edit);
baseEditor = new BaseEditor(pf, lineSource);
baseEditor->chooseFileType(&DString(colorer_get_filename(edit)));
/* Loading color style */
try {
if (*colorer_hrd_string == 0) {
strcpy(colorer_hrd_string, "default");
}
baseEditor->setRegionMapper(&DString("console"), &DString(colorer_hrd_string));
} catch (Exception &e) {
baseEditor->setRegionMapper(&DString("console"), &DString("default"));
}
baseEditor->setRegionCompact(true);
const Region *def_Outlined = pf->getHRCParser()->getRegion(&DString("def:Outlined"));
const Region *def_Error = pf->getHRCParser()->getRegion(&DString("def:Error"));
structOutliner = new Outliner(baseEditor, def_Outlined);
//errorOutliner = new Outliner(baseEditor, def_Error);
CLR_TRACE("MC", "filename: %s", colorer_get_filename(edit));
CLR_TRACE("MC", "filetype: %s", baseEditor->getFileType()->getName()->getChars());
def_fore = StyledRegion::cast(baseEditor->rd_def_Text)->fore;
def_back = StyledRegion::cast(baseEditor->rd_def_Text)->back;
def_mc = colorer_convert_color(StyledRegion::cast(baseEditor->rd_def_Text));
// def_mc_bg= try_alloc_color_pair(null, win_colors[def_back]);
CLR_TRACE("MC", "def_fore=%d, def_back=%d, def_mc=%d", def_fore, def_back, def_mc);
CLR_TRACE("MC", "def_mc_bg=%d", def_mc_bg);
pairMatch = null;
} catch(Exception &e) {
// TODO: notify about disabled colorer
CLR_TRACE("MC", "Exception in MCEditColorer: %s", e.getMessage()->getChars());
option_syntax_colorer = 0;
return;
}
}
void FarHrcSettings::readProfileFromRegistry()
{
HRCParser* hrcParser = parserFactory->getHRCParser();
SettingsControl ColorerSettings;
size_t hrc_subkey;
hrc_subkey = ColorerSettings.rGetSubKey(0, HrcSettings);
FarSettingsEnum fse;
fse.StructSize = sizeof(FarSettingsEnum);
// enum all the sections in HrcSettings
if (ColorerSettings.rEnum(hrc_subkey, &fse)) {
for (size_t i = 0; i < fse.Count; i++) {
if (fse.Items[i].Type == FST_SUBKEY) {
//check whether we have such a scheme
DString named = DString(fse.Items[i].Name);
FileTypeImpl* type = static_cast<FileTypeImpl*>(hrcParser->getFileType(&named));
if (type) {
// enum all params in the section
size_t type_subkey;
type_subkey = ColorerSettings.rGetSubKey(hrc_subkey, fse.Items[i].Name);
FarSettingsEnum type_fse;
type_fse.StructSize = sizeof(FarSettingsEnum);
if (ColorerSettings.rEnum(type_subkey, &type_fse)) {
for (size_t j = 0; j < type_fse.Count; j++) {
if (type_fse.Items[j].Type == FST_STRING) {
DString name_fse= DString(type_fse.Items[j].Name);
if (type->getParamValue(name_fse) == nullptr) {
type->addParam(&name_fse);
}
const wchar_t* p = ColorerSettings.Get(type_subkey, type_fse.Items[j].Name, static_cast<wchar_t*>(nullptr));
if (p) {
type->setParamValue(DString(type_fse.Items[j].Name), &DString(p));
}
}
}
}
}
}
}
}
}
void ConsoleTools::RETest(){
SMatches match;
CRegExp *re;
bool res;
char text[255];
re = new CRegExp();
do{
printf("\nregexp:");
gets(text);
if (!re->setRE(&DString(text))) continue;
printf("exprn:");
gets(text);
res = re->parse(&DString(text), &match);
printf("%s\nmatch: ",res?"ok":"error");
for(int i = 0; i < match.cMatch; i++){
printf("%d:(%d,%d), ",i,match.s[i],match.e[i]);
}
}while(text[0]);
delete re;
}
void BaseEditor::remapLRS(bool recreate){
if (recreate || lrSupport == null){
delete lrSupport;
if (regionCompact){
lrSupport = new LineRegionsCompactSupport();
}else{
lrSupport = new LineRegionsSupport();
}
lrSupport->resize(lrSize);
lrSupport->clear();
};
lrSupport->setRegionMapper(regionMapper);
lrSupport->setSpecialRegion(def_Special);
invalidLine = 0;
rd_def_Text = rd_def_HorzCross = rd_def_VertCross = null;
if (regionMapper != null){
rd_def_Text = regionMapper->getRegionDefine(DString("def:Text"));
rd_def_HorzCross = regionMapper->getRegionDefine(DString("def:HorzCross"));
rd_def_VertCross = regionMapper->getRegionDefine(DString("def:VertCross"));
};
}
EError CRegExp::setRELow(const String &expr)
{
int len = expr.length();
if (!len) return EERROR;
if (tree_root) delete tree_root;
tree_root = null;
#ifndef NAMED_MATCHES_IN_HASH
for(int bp = 0; bp < cnMatch; bp++)
if(brnames[bp]) delete brnames[bp];
#endif
cMatch = 0;
#ifndef NAMED_MATCHES_IN_HASH
cnMatch = 0;
#endif
endChange = startChange = false;
int start = 0;
while (Character::isWhitespace(expr[start])) start++;
if (expr[start] == '/') start++;
else return ESYNTAX;
bool ok = false;
ignoreCase = extend = singleLine = multiLine = false;
for (int i = len-1; i >= start && !ok; i--)
if (expr[i] == '/'){
for (int j = i+1; j < len; j++){
if (expr[j] == 'i') ignoreCase = true;
if (expr[j] == 'x') extend = true;
if (expr[j] == 's') singleLine = true;
if (expr[j] == 'm') multiLine = true;
};
len = i-start;
ok = true;
};
if (!ok) return ESYNTAX;
// making tree structure
tree_root = new SRegInfo;
tree_root->op = ReBrackets;
tree_root->un.param = new SRegInfo;
tree_root->un.param->parent = tree_root;
tree_root->param0 = cMatch++;
int endPos;
EError err = setStructs(tree_root->un.param, DString(&expr, start, len), endPos);
if (endPos != len) err = EBRACKETS;
if (err) return err;
optimize();
return EOK;
};
FileType *BaseEditor::chooseFileType(const String *fileName)
{
if (lineSource == null)
{
currentFileType = hrcParser->chooseFileType(fileName, null);
}
else
{
int chooseStr=CHOOSE_STR, chooseLen=CHOOSE_LEN;
DString dsd("default");
FileType *def = hrcParser->getFileType(&dsd);
if(def)
{
chooseStr = def->getParamValueInt(DString("firstlines"), chooseStr);
chooseLen = def->getParamValueInt(DString("firstlinebytes"), chooseLen);
}
currentFileType = chooseFileTypeCh(fileName, chooseStr, chooseLen);
}
setFileType(currentFileType);
return currentFileType;
}
FileInputSource::FileInputSource(const String *basePath, FileInputSource *base){
bool prefix = true;
if (basePath->startsWith(DString("file://"))){
baseLocation = new SString(basePath, 7, -1);
}else if (basePath->startsWith(DString("file:/"))){
baseLocation = new SString(basePath, 6, -1);
}else if (basePath->startsWith(DString("file:"))){
baseLocation = new SString(basePath, 5, -1);
}else{
if (isRelative(basePath) && base != null)
baseLocation = getAbsolutePath(base->getLocation(), basePath);
else
baseLocation = new SString(basePath);
prefix = false;
};
if(prefix && (baseLocation->indexOf(':') == -1 || baseLocation->indexOf(':') > 10) && !baseLocation->startsWith(DString("/"))){
StringBuffer *n_baseLocation = new StringBuffer();
n_baseLocation->append(DString("/")).append(baseLocation);
delete baseLocation;
baseLocation = n_baseLocation;
}
stream = null;
};
