void MediaQueryParser::readMediaType(CSSParserTokenType type, const CSSParserToken& token)
{
if (type == LeftParenthesisToken) {
if (m_mediaQueryData.restrictor() != MediaQuery::None)
m_state = SkipUntilComma;
else
m_state = ReadFeature;
} else if (type == IdentToken) {
if (m_state == ReadRestrictor && equalIgnoringCase(token.value(), "not")) {
setStateAndRestrict(ReadMediaType, MediaQuery::Not);
} else if (m_state == ReadRestrictor && equalIgnoringCase(token.value(), "only")) {
setStateAndRestrict(ReadMediaType, MediaQuery::Only);
} else if (m_mediaQueryData.restrictor() != MediaQuery::None
&& isRestrictorOrLogicalOperator(token.value())) {
m_state = SkipUntilComma;
} else {
m_mediaQueryData.setMediaType(token.value());
m_state = ReadAnd;
}
} else if (type == EOFToken && (!m_querySet->queryVector().size() || m_state != ReadRestrictor)) {
m_state = Done;
} else {
m_state = SkipUntilComma;
if (type == CommaToken)
skipUntilComma(type, token);
}
}
static bool isRestrictorOrLogicalOperator(const CSSParserToken& token)
{
// FIXME: it would be more efficient to use lower-case always for tokenValue.
return equalIgnoringASCIICase(token.value(), "not")
|| equalIgnoringASCIICase(token.value(), "and")
|| equalIgnoringASCIICase(token.value(), "or")
|| equalIgnoringASCIICase(token.value(), "only");
}
void MediaQueryParser::readMediaNot(CSSParserTokenType type, const CSSParserToken& token)
{
if (type == IdentToken && equalIgnoringCase(token.value(), "not"))
setStateAndRestrict(ReadFeatureStart, MediaQuery::Not);
else
readFeatureStart(type, token);
}
bool CSSVariableParser::isValidVariableName(const CSSParserToken& token)
{
if (token.type() != IdentToken)
return false;
CSSParserString value = token.value();
return value.length() >= 2 && value[0] == '-' && value[1] == '-';
}
void MediaQueryParser::readFeature(CSSParserTokenType type, const CSSParserToken& token)
{
if (type == IdentToken) {
m_mediaQueryData.setMediaFeature(token.value());
m_state = ReadFeatureColon;
} else {
m_state = SkipUntilComma;
}
}
void MediaQueryParser::readFeature(CSSParserTokenType type, const CSSParserToken& token)
{
if (type == IdentToken) {
// FIXME-NEWPARSER: Find a way to avoid this.
const_cast<CSSParserToken&>(token).convertToASCIILowercaseInPlace();
m_mediaQueryData.setMediaFeature(token.value().toString());
m_state = ReadFeatureColon;
} else
m_state = SkipUntilComma;
}
void MediaQueryParser::readAnd(CSSParserTokenType type, const CSSParserToken& token)
{
if (type == IdentToken && equalIgnoringASCIICase(token.value(), "and")) {
m_state = ReadFeatureStart;
} else if (type == CommaToken && m_parserType != MediaConditionParser) {
commitMediaQuery();
m_state = ReadRestrictor;
} else if (type == EOFToken)
m_state = Done;
else
m_state = SkipUntilComma;
}
void compareTokens(const CSSParserToken& expected, const CSSParserToken& actual)
{
ASSERT_EQ(expected.type(), actual.type());
switch (expected.type()) {
case DelimiterToken:
ASSERT_EQ(expected.delimiter(), actual.delimiter());
break;
case IdentToken:
case FunctionToken:
case StringToken:
case UrlToken:
ASSERT_EQ(expected.value(), actual.value());
break;
case DimensionToken:
ASSERT_EQ(expected.value(), actual.value());
// fallthrough
case NumberToken:
case PercentageToken:
ASSERT_EQ(expected.numericValueType(), actual.numericValueType());
ASSERT_DOUBLE_EQ(expected.numericValue(), actual.numericValue());
break;
case UnicodeRangeToken:
ASSERT_EQ(expected.unicodeRangeStart(), actual.unicodeRangeStart());
ASSERT_EQ(expected.unicodeRangeEnd(), actual.unicodeRangeEnd());
break;
case HashToken:
ASSERT_EQ(expected.value(), actual.value());
ASSERT_EQ(expected.hashTokenType(), actual.hashTokenType());
break;
default:
break;
}
}
void MediaQueryParser::readAnd(CSSParserTokenType type, const CSSParserToken& token)
{
if (type == IdentToken && equalIgnoringCase(token.value(), "and")) {
m_state = ReadFeatureStart;
} else if (type == CommaToken && m_parserType != MediaConditionParser) {
m_querySet->addMediaQuery(m_mediaQueryData.takeMediaQuery());
m_state = ReadRestrictor;
} else if (type == EOFToken) {
m_state = Done;
} else {
m_state = SkipUntilComma;
}
}
void CSSVariableData::consumeAndUpdateTokens(const CSSParserTokenRange& range)
{
StringBuilder stringBuilder;
CSSParserTokenRange localRange = range;
while (!localRange.atEnd()) {
CSSParserToken token = localRange.consume();
if (token.hasStringBacking())
stringBuilder.append(token.value());
}
m_backingString = stringBuilder.toString();
if (m_backingString.is8Bit())
updateTokens<LChar>(range);
else
updateTokens<UChar>(range);
}
void MediaQueryData::addParserValue(CSSParserTokenType type, const CSSParserToken& token)
{
CSSParserValue value;
if (type == NumberToken || type == PercentageToken || type == DimensionToken) {
value.setFromNumber(token.numericValue(), token.unitType());
value.isInt = (token.numericValueType() == IntegerValueType);
} else if (type == DelimiterToken) {
value.unit = CSSParserValue::Operator;
value.iValue = token.delimiter();
value.id = CSSValueInvalid;
value.isInt = false;
} else {
CSSParserString tokenValue;
tokenValue.init(token.value());
value.unit = CSSPrimitiveValue::CSS_IDENT;
value.string = tokenValue;
value.id = cssValueKeywordID(tokenValue);
value.isInt = false;
}
m_valueList.addValue(value);
}
