const WordList layprop::ViewProperties::getAllLayers(void)
{
//drawprop._layset
WordList listLayers;
laySetList::const_iterator it;
for( it = _drawprop._layset.begin(); it != _drawprop._layset.end(); ++it)
{
listLayers.push_back((*it).first);
}
return listLayers;
}
void LayerMapGds::getList(wxString exp, WordList& data)
{
wxRegEx number_tmpl(wxT("[[:digit:]]*"));
wxRegEx separ_tmpl(wxT("[\\,\\-]{1,1}"));
unsigned long conversion;
bool last_was_separator = true;
char separator = ',';
VERIFY(number_tmpl.IsValid());
VERIFY(separ_tmpl.IsValid());
do
{
if (last_was_separator)
{
number_tmpl.Matches(exp);
number_tmpl.GetMatch(exp).ToULong(&conversion);
number_tmpl.ReplaceFirst(&exp,wxT(""));
if (',' == separator)
data.push_back((word)conversion);
else
{
for (word numi = data.back() + 1; numi <= conversion; numi++)
data.push_back(numi);
}
}
else
{
separ_tmpl.Matches(exp);
if (wxT("-") == separ_tmpl.GetMatch(exp))
separator = '-';
else if (wxT(",") == separ_tmpl.GetMatch(exp))
separator = ',';
else assert(false);
separ_tmpl.ReplaceFirst(&exp,wxT(""));
}
last_was_separator = !last_was_separator;
} while (!exp.IsEmpty());
}
void HighlightStateBuilder::build(StringListLangElem *elem,
HighlightState *state) {
const string &name = elem->getName();
StringDefs *alternatives = elem->getAlternatives();
WordList wordList;
bool doubleQuoted = false, nonDoubleQuoted = false, buildAsWordList = true;
for (StringDefs::const_iterator it = alternatives->begin(); it
!= alternatives->end(); ++it) {
const string &rep = (*it)->toString();
// double quoted strings generate WordListRules, otherwise simple ListRules
// we don't allow double quoted strings mixed with non double quoted
if (((*it)->isDoubleQuoted() && nonDoubleQuoted)
|| (!(*it)->isDoubleQuoted() && doubleQuoted)) {
throw HighlightBuilderException(
"cannot mix double quoted and non double quoted", elem);
}
doubleQuoted = (*it)->isDoubleQuoted();
nonDoubleQuoted = !(*it)->isDoubleQuoted();
wordList.push_back(rep);
// now check whether we must build a word list rule (word boundary) or an
// ordinary list; as soon as we find something that is not to be isolated
// we set buildAsWordList as false
if (buildAsWordList && (!doubleQuoted || !is_to_isolate(rep))) {
buildAsWordList = false;
}
}
HighlightRulePtr rule;
if (buildAsWordList)
rule = HighlightRulePtr(highlightRuleFactory->createWordListRule(name,
wordList, elem->isCaseSensitive()));
else
rule = HighlightRulePtr(highlightRuleFactory->createListRule(name,
wordList, elem->isCaseSensitive()));
rule->setAdditionalInfo(elem->toStringParserInfo());
state->addRule(rule);
setExitLevel(elem, rule.get());
}
void FrequencyMap::highPassFilter( WordList& allowedWords, double ratio ) const
{
allowedWords.clear();
FrequencyMap::ReFrequencyMap reFrequencyMap;
reverseMap(reFrequencyMap);
FrequencyMap::ReFrequencyMap::reverse_iterator rit;
int totalItemNum = total();
int localItemNum(0);
for ( rit=reFrequencyMap.rbegin(); rit!=reFrequencyMap.rend(); ++rit )
{
localItemNum += rit->first;
if ( ((double)localItemNum)/totalItemNum > ratio )
break;
allowedWords.push_back(rit->second);
}
}
void DictionaryItems::read( std::istream& is )
{
clear();
//x std::ofstream logs("vonyokornai.nojoker.reconstructed.txt");
//x std::ostream& os = logs;
while (!is.eof())
{
WordList hu;
WordList en;
Word delimiter;
bool engPart = true;
while (true)
{
Word w;
is >> w;
if (w.empty())
break;
// We allow vonyo7's "@" delimiter, and vonyokornai's "@V", "@N" etc. delimiters.
if ( (w.size()<=2) && (w[0]=='@') )
{
engPart = false;
delimiter = w;
}
else if (engPart)
{
en.push_back(w);
}
else
{
hu.push_back(w);
}
while ( (is.peek()==' ') || (is.peek()=='\r') )
{
is.ignore();
}
if (is.peek()=='\n')
{
is.ignore();
break;
}
}
if (en.empty())
break;
push_back(std::make_pair(en,hu));
//x WordList::const_iterator it;
//x for ( it=en.begin(); it!=en.end(); ++it )
//x {
//x os << *it << " ";
//x }
//x os << delimiter ;
//x for ( it=hu.begin(); it!=hu.end(); ++it )
//x {
//x os << " " << *it ;
//x }
//x os << "\n";
}
//x os.flush();
}
int main() {
ostringstream printedState;
HighlightStatePrinter printer(printedState);
MatchingParameters params;
cout << "*** test_regexrules" << endl;
// first of all check the only spaces regular expression
boost::regex onlySpaces("[[:blank:]]*");
assertTrue(boost::regex_match(" \t \t ", onlySpaces));
assertTrue(boost::regex_match("", onlySpaces));
assertFalse(boost::regex_match(" a\t \t ", onlySpaces));
assertFalse(boost::regex_match(" a ", onlySpaces));
assertFalse(boost::regex_match("foo", onlySpaces));
RegexRuleFactory factory;
HighlightRulePtr rule = HighlightRulePtr(factory.createSimpleRule("foo",
"foo|bar"));
check_regex(rule.get(), params, "before_foo_after", true, "foo", "before_",
"_after");
check_regex(rule.get(), params, "before_foo", true, "foo", "before_", "");
check_regex(rule.get(), params, "bar_after", true, "bar", "", "_after");
check_regex(rule.get(), params, "before__after", false, "foo", "before_",
"_after");
WordList wordList;
wordList.push_back("foo");
wordList.push_back("bar");
wordList.push_back("gogo");
rule = HighlightRulePtr(factory.createWordListRule("foo", wordList));
cout << "word list regex: " << rule->toString() << endl;
assertEquals("\\<(?:foo|bar|gogo)\\>", rule->toString());
// there's no matching since we required word boundaries
check_regex(rule.get(), params, "before_foo_after", false, "foo",
"before_", "_after");
check_regex(rule.get(), params, "before_foo", false, "foo", "before_", "");
check_regex(rule.get(), params, "bar_after", false, "bar", "", "_after");
// now there's match
check_regex(rule.get(), params, "before foo after", true, "foo", "before ",
" after");
check_regex(rule.get(), params, "before foo", true, "foo", "before ", "");
check_regex(rule.get(), params, "bar after", true, "bar", "", " after");
check_regex(rule.get(), params, "before__after", false, "foo", "before_",
"_after");
// non case sensitive version
rule = HighlightRulePtr(factory.createWordListRule("foo", wordList, false));
cout << "word list regex: " << rule->toString() << endl;
assertEquals("\\<(?:[Ff][Oo][Oo]|[Bb][Aa][Rr]|[Gg][Oo][Gg][Oo])\\>",
rule->toString());
check_regex(rule.get(), params, "before FoO", true, "FoO", "before ", "");
check_regex(rule.get(), params, "bAr after", true, "bAr", "", " after");
// now the simple list version (i.e., not word list)
rule = HighlightRulePtr(factory.createListRule("foo", wordList));
cout << "word list regex: " << rule->toString() << endl;
assertEquals("(?:foo|bar|gogo)", rule->toString());
check_regex(rule.get(), params, "before_foo", true, "foo", "before_", "");
check_regex(rule.get(), params, "bar_after", true, "bar", "", "_after");
// search for strings delimited by A
rule = HighlightRulePtr(factory.createLineRule("foo", "A", "A"));
cout << "line rule: " << rule->toString() << endl;
assertEquals("A(?:[^A])*A", rule->toString());
check_regex(rule.get(), params, "before A foo bar A after", true,
"A foo bar A", "before ", " after");
// search for strings delimited by A and BC
rule = HighlightRulePtr(factory.createLineRule("foo", "A", "B"));
cout << "line rule: " << rule->toString() << endl;
assertEquals("A(?:[^AB])*B", rule->toString());
check_regex(rule.get(), params, "before A foo bar A and BC after", true,
"A and B", "before A foo bar ", "C after");
// search for strings delimited by < and > and escape char
rule = HighlightRulePtr(factory.createLineRule("foo", "<", ">", "\\\\"));
cout << "line rule: " << rule->toString() << endl;
assertEquals("<(?:[^\\\\<\\\\>]|\\\\.)*>", rule->toString());
check_regex(rule.get(), params, "before < foo bar \\> and > after", true,
"< foo bar \\> and >", "before ", " after");
// test for multiline rule without escape and non nested
rule = HighlightRulePtr(factory.createMultiLineRule("foo", "<", ">", "",
false));
printer.printHighlightRule(rule.get());
cout << "multi line rule: " << printedState.str() << endl;
assertEquals("<", rule->toString());
const HighlightState *nextState = rule->getNextState().get();
assertTrue(nextState != 0);
if (nextState) {
HighlightRulePtr nextRule = nextState->getRuleList()[0];
assertEquals(">", nextRule->toString());
}
// test for multiline rule with escape and non nested
rule = HighlightRulePtr(factory.createMultiLineRule("foo", "<", ">",
"\\\\", false));
printedState.str("");
printer.printHighlightRule(rule.get());
cout << "multi line rule: " << printedState.str() << endl;
assertEquals("<", rule->toString());
nextState = rule->getNextState().get();
assertTrue(nextState != 0);
if (nextState) {
HighlightRulePtr nextRule = nextState->getRuleList()[1];
assertEquals("\\\\.", nextRule->toString());
nextRule = nextState->getRuleList()[0];
assertEquals(">", nextRule->toString());
assertEquals(1, nextRule->getExitLevel());
}
// check state betterThan
HighlightToken t1("", "ab", "");
HighlightToken t2("", "bcd", "a");
HighlightToken t3("", "bcde", "a");
// t2 is not better than t1 since although its matching string is longer
// also its prefix is
assertFalse(HighlightState::betterThan(t2, t1));
assertTrue(HighlightState::betterThan(t1, t2));
// t2 is not better than t3 since since its matching string is smaller
assertFalse(HighlightState::betterThan(t2, t3));
assertTrue(HighlightState::betterThan(t3, t2));
// now test the state matching with the above nextState
HighlightToken token;
// should match >
check_state(nextState, params, "ab >", true, ">", "ab ", "");
// should match \> since it is escaped
check_state(nextState, params, "ab \\> bc >", true, "\\>", "ab ", " bc >");
HighlightState classState;
assertEquals("normal", classState.getDefaultElement());
classState.addRule(
HighlightRulePtr(factory.createSimpleRule("as", "as|at")));
check_state(&classState, params, "this class foo", true, "as", "this cl",
"s foo", "", "as");
HighlightRulePtr keywordRule = HighlightRulePtr(factory.createSimpleRule(
"keyword", "class"));
classState.addRule(keywordRule);
// now we should find a better match "class"
check_state(&classState, params, "this class foo", true, "class", "this ",
" foo", "class", "keyword");
classState.addRule(HighlightRulePtr(factory.createSimpleRule("complex",
"class[[:blank:]]+[[:word:]]+")));
// now we should find an even better match "class foo"
check_state(&classState, params, "this class foo", true, "class foo",
"this ", "", "class[[:blank:]]+[[:word:]]+", "complex");
// we don't match "class foo" but only "class" since its prefix
// contains only spaces
check_state(&classState, params, "\t \t class foo", true, "class",
"\t \t ", " foo", "class", "keyword");
classState.addRule(HighlightRulePtr(factory.createSimpleRule("foo", "bar"))); // (1)
classState.addRule(HighlightRulePtr(factory.createSimpleRule("foo",
"[[:word:]]+(?=[[:blank:]]*\\()"))); // (2)
// although also the second rule matches "bar", however the first one already matched
check_state(&classState, params, "this bar ( foo", true, "bar", "this ",
" ( foo", "bar");
// in this case the second rule matches only
check_state(&classState, params, "this myfun ( foo", true, "myfun",
"this ", " ( foo", "[[:word:]]+(?=[[:blank:]]*\\()");
// test for nested
HighlightState stateWithNestedRule;
HighlightRulePtr startRule = HighlightRulePtr(factory.createMultiLineRule(
"foo", "<", ">", "\\\\", true));
cout << "multi line rule (nested): ";
coutPrinter.printHighlightRule(startRule.get());
cout << endl;
nextState = startRule->getNextState().get();
// the 3rd element is expected to be the same start sequence but nested and
// with empty next state
assertEquals("<", nextState->getRuleList()[2]->toString());
assertTrue(nextState->getRuleList()[2]->isNested());
assertTrue(nextState->getRuleList()[2]->getNextState().get() == 0);
// single line automatically transformed in multi line (since nested)
HighlightRulePtr singleNestedToMultiRule = HighlightRulePtr(
factory.createLineRule("foo", "<", ">", "\\\\", true));
cout << "single nested line rule (transformed): ";
coutPrinter.printHighlightRule(singleNestedToMultiRule.get());
cout << endl;
nextState = singleNestedToMultiRule->getNextState().get();
assertEquals(">", nextState->getRuleList()[0]->toString());
assertEquals(1, nextState->getRuleList()[0]->getExitLevel());
assertEquals("<", nextState->getRuleList()[2]->toString());
assertTrue(nextState->getRuleList()[2]->isNested());
// single line automatically transformed in multi line (since
// one delimiter has more than one char)
HighlightRulePtr singleToMultiRule = HighlightRulePtr(
factory.createLineRule("foo", "<<", ">>", "\\\\"));
cout << "single line rule (transformed): ";
coutPrinter.printHighlightRule(singleToMultiRule.get());
cout << endl;
nextState = singleToMultiRule->getNextState().get();
assertEquals(">>", nextState->getRuleList()[0]->toString());
assertEquals(1, nextState->getRuleList()[0]->getExitLevel());
// check state copy
HighlightStatePtr stateCopy = HighlightStatePtr(
new HighlightState(*nextState));
// a new id must have been created for the copy
assertEquals(nextState->getId()+1, stateCopy->getId());
rule = HighlightRulePtr(factory.createSimpleRule("foo", "foo"));
// change the second rule of the state
HighlightRulePtr oldRule = stateCopy->replaceRule(0, rule);
stateCopy->addRule(HighlightRulePtr(factory.createSimpleRule("foo", "bar")));
cout << "orig state: ";
coutPrinter.printHighlightState(nextState);
cout << endl;
cout << "copy state: ";
coutPrinter.printHighlightState(stateCopy.get());
cout << endl;
// check that the original state is still the same
assertEquals(">>", nextState->getRuleList()[0]->toString());
assertEquals(1, nextState->getRuleList()[0]->getExitLevel());
assertEquals(">>", oldRule->toString());
assertEquals(1, oldRule->getExitLevel());
// and that the new one has changed rules
assertEquals("foo", stateCopy->getRuleList()[0]->toString());
assertEquals(0, stateCopy->getRuleList()[0]->getExitLevel());
assertEquals("bar", stateCopy->getRuleList()[2]->toString());
// test for MatchingParameters (beginning of line)
HighlightStatePtr stateWithBOL = HighlightStatePtr(new HighlightState);
stateWithBOL->addRule(HighlightRulePtr(factory.createSimpleRule("BOL",
"^[[:word:]]+")));
stateWithBOL->addRule(HighlightRulePtr(factory.createSimpleRule("NOTBOL",
"foo")));
cout << "state with BOL: ";
coutPrinter.printHighlightState(stateWithBOL.get());
cout << endl;
// the first rule matches since we're at the beginning of the line
check_state(stateWithBOL.get(), params, "foo at the beginning", true,
"foo", "", " at the beginning", "^[[:word:]]+", "BOL");
// the second rule matches since we specified that we're not at the beginning of the line
MatchingParameters paramsNotBOL;
paramsNotBOL.beginningOfLine = false;
check_state(stateWithBOL.get(), paramsNotBOL, "foo at the beginning", true,
"foo", "", " at the beginning", "foo", "NOTBOL");
// test for compound rules
ElemNameList nameList;
nameList.push_back("keyword");
nameList.push_back("normal");
nameList.push_back("type");
HighlightRulePtr compoundRule = HighlightRulePtr(
factory.createCompoundRule(nameList,
"(class)([[:blank:]]+)([[:word:]]+)"));
cout << "compound rule: ";
coutPrinter.printHighlightRule(compoundRule.get());
cout << endl;
MatchedElements expectedMatchedElements;
expectedMatchedElements.push_back(make_pair("keyword", "class"));
expectedMatchedElements.push_back(make_pair("normal", " "));
expectedMatchedElements.push_back(make_pair("type", "MyClass"));
check_compound_regex(compoundRule.get(), params, "class MyClass",
expectedMatchedElements, "", "");
// test for rules with no end (i.e., \z)
rule = HighlightRulePtr(factory.createLineRule("foo", "#", "", "\\\\"));
cout << "line rule: ";
coutPrinter.printHighlightRule(rule.get());
cout << endl;
assertEquals("#", rule->toString());
assertTrue(rule->getNextState().get());
assertEquals("\\z", rule->getNextState()->getRuleList().front()->toString());
check_regex(rule.get(), params, "before # after", true, "#", "before ",
" after");
// test for replacement
rule = HighlightRulePtr(factory.createSimpleRule("foo", "@{2} @{1} @{3}"));
ReplacementList rep(9);
rep[0] = "first";
rep[1] = "second";
rule->replaceReferences(rep);
cout << "replaced rule: " << rule->toString() << endl;
assertEquals("second first ", rule->toString());
// test replacement for states
HighlightRulePtr origRep1 = HighlightRulePtr(factory.createSimpleRule(
"foo", "@{2} @{1} @{3}"));
HighlightRulePtr origNoRep = HighlightRulePtr(factory.createSimpleRule(
"foo", "no @{1} replacement"));
HighlightRulePtr origRep2 = HighlightRulePtr(factory.createSimpleRule(
"foo", "@{3} @{1} @{2}"));
origRep1->setNeedsReferenceReplacement();
origRep2->setNeedsReferenceReplacement();
HighlightStatePtr stateWithRepl = HighlightStatePtr(new HighlightState);
stateWithRepl->addRule(origRep1);
stateWithRepl->addRule(origNoRep);
stateWithRepl->addRule(origRep2);
stateWithRepl->replaceReferences(rep);
coutPrinter.printHighlightState(stateWithRepl.get());
// check that the original rule have not been changed
assertEquals("@{2} @{1} @{3}", origRep1->toString());
assertEquals("@{3} @{1} @{2}", origRep2->toString());
// that the second rule was not changed
assertEquals("no @{1} replacement",
stateWithRepl->getRuleList()[1]->toString());
// that the other two were changed
assertEquals("second first ", stateWithRepl->getRuleList()[0]->toString());
assertEquals(" first second", stateWithRepl->getRuleList()[2]->toString());
// test for subexpressions
rule = HighlightRulePtr(factory.createSimpleRule("foo",
"(class) ([[:word:]]+) (\\{)"));
rule->setHasSubexpressions();
// the expected subexpressions
MatchedSubExps subexps;
subexps.push_back("class");
subexps.push_back("foo");
subexps.push_back("{");
check_regex(rule.get(), params, "my class foo {", true, "class foo {",
"my ", "", subexps);
cout << "*** test_regexrules SUCCESS" << endl;
return 0;
}