зеркало из https://github.com/mozilla/gecko-dev.git
Bug 443976: Parsing support for the unicode-range: descriptor in @font-face. r=dbaron
This commit is contained in:
Zack Weinberg
Родитель
926f1a65a4
Коммит
36c0b9d09f
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@ -7980,8 +7980,53 @@ CSSParserImpl::ParseFontSrcFormat(nsTArray<nsCSSValue> & values)
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PRBool
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CSSParserImpl::ParseFontRanges(nsCSSValue& aValue)
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{
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// not currently implemented (bug 443976)
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return PR_FALSE;
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nsTArray<PRUint32> ranges;
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for (;;) {
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if (!GetToken(PR_TRUE))
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break;
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if (mToken.mType != eCSSToken_URange) {
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UngetToken();
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break;
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}
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// An invalid range token is a parsing error, causing the entire
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// descriptor to be ignored.
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if (!mToken.mIntegerValid)
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return PR_FALSE;
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PRUint32 low = mToken.mInteger;
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PRUint32 high = mToken.mInteger2;
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// A range that descends, or a range that is entirely outside the
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// current range of Unicode (U+0-10FFFF) is ignored, but does not
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// invalidate the descriptor. A range that straddles the high end
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// is clipped.
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if (low <= 0x10FFFF && low <= high) {
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if (high > 0x10FFFF)
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high = 0x10FFFF;
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ranges.AppendElement(low);
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ranges.AppendElement(high);
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}
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if (!ExpectSymbol(',', PR_TRUE))
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break;
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}
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if (ranges.Length() == 0)
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return PR_FALSE;
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nsRefPtr<nsCSSValue::Array> srcVals
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= nsCSSValue::Array::Create(ranges.Length());
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if (!srcVals) {
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mScanner.SetLowLevelError(NS_ERROR_OUT_OF_MEMORY);
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return PR_FALSE;
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}
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for (PRUint32 i = 0; i < ranges.Length(); i++)
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srcVals->Item(i).SetIntValue(ranges[i], eCSSUnit_Integer);
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aValue.SetArrayValue(srcVals, eCSSUnit_Array);
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return PR_TRUE;
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}
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PRBool
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@ -71,6 +71,7 @@
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#include "nsDOMError.h"
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#include "nsStyleUtil.h"
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#include "nsCSSDeclaration.h"
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#include "nsPrintfCString.h"
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#define IMPL_STYLE_RULE_INHERIT(_class, super) \
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NS_IMETHODIMP _class::GetStyleSheet(nsIStyleSheet*& aSheet) const { return super::GetStyleSheet(aSheet); } \
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@ -1534,6 +1535,52 @@ AppendSerializedFontSrc(const nsCSSValue& src, nsAString & aResult NS_OUTPARAM)
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aResult.Truncate(aResult.Length() - 2); // remove the last comma-space
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}
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// print all characters with at least four hex digits
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static void
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AppendSerializedUnicodePoint(PRUint32 aCode, nsACString &aBuf NS_OUTPARAM)
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{
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aBuf.Append(nsPrintfCString("%04X", aCode));
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}
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// A unicode-range: descriptor is represented as an array of integers,
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// to be interpreted as a sequence of pairs: min max min max ...
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// It is in source order. (Possibly it should be sorted and overlaps
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// consolidated, but right now we don't do that.)
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static void
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AppendSerializedUnicodeRange(nsCSSValue const & aValue,
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nsAString & aResult NS_OUTPARAM)
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{
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NS_PRECONDITION(aValue.GetUnit() == eCSSUnit_Null ||
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aValue.GetUnit() == eCSSUnit_Array,
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"improper value unit for unicode-range:");
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aResult.Truncate();
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if (aValue.GetUnit() != eCSSUnit_Array)
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return;
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nsCSSValue::Array const & sources = *aValue.GetArrayValue();
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nsCAutoString buf;
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NS_ABORT_IF_FALSE(sources.Count() % 2 == 0,
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"odd number of entries in a unicode-range: array");
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for (PRUint32 i = 0; i < sources.Count(); i += 2) {
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PRUint32 min = sources[i].GetIntValue();
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PRUint32 max = sources[i+1].GetIntValue();
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// We don't try to replicate the U+XX?? notation.
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buf.AppendLiteral("U+");
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AppendSerializedUnicodePoint(min, buf);
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if (min != max) {
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buf.Append('-');
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AppendSerializedUnicodePoint(max, buf);
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}
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buf.AppendLiteral(", ");
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}
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buf.Truncate(buf.Length() - 2); // remove the last comma-space
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CopyASCIItoUTF16(buf, aResult);
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}
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// Mapping from nsCSSFontDesc codes to nsCSSFontFaceStyleDecl fields.
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// Keep this in sync with enum nsCSSFontDesc in nsCSSProperty.h.
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nsCSSValue nsCSSFontFaceStyleDecl::* const
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@ -1606,7 +1653,7 @@ nsCSSFontFaceStyleDecl::GetPropertyValue(nsCSSFontDesc aFontDescID,
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return NS_OK;
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case eCSSFontDesc_UnicodeRange:
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// these are not implemented, so always return an empty string
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AppendSerializedUnicodeRange(val, aResult);
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return NS_OK;
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case eCSSFontDesc_UNKNOWN:
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@ -143,12 +143,31 @@ IsIdent(PRInt32 ch) {
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return ch >= 0 && (ch >= 256 || (gLexTable[ch] & IS_IDENT) != 0);
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}
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static inline PRUint32
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DecimalDigitValue(PRInt32 ch)
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{
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return ch - '0';
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}
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static inline PRUint32
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HexDigitValue(PRInt32 ch)
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{
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if (IsDigit(ch)) {
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return DecimalDigitValue(ch);
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} else {
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// Note: c&7 just keeps the low three bits which causes
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// upper and lower case alphabetics to both yield their
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// "relative to 10" value for computing the hex value.
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return (ch & 0x7) + 9;
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}
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}
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nsCSSToken::nsCSSToken()
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{
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mType = eCSSToken_Symbol;
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}
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void
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void
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nsCSSToken::AppendToString(nsString& aBuffer)
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{
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switch (mType) {
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@ -160,6 +179,7 @@ nsCSSToken::AppendToString(nsString& aBuffer)
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case eCSSToken_URL:
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case eCSSToken_InvalidURL:
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case eCSSToken_HTMLComment:
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case eCSSToken_URange:
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aBuffer.Append(mIdent);
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break;
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case eCSSToken_Number:
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@ -694,6 +714,10 @@ nsCSSScanner::Next(nsCSSToken& aToken)
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return PR_FALSE;
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}
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// UNICODE-RANGE
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if ((ch == 'u' || ch == 'U') && Peek() == '+')
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return ParseURange(ch, aToken);
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// IDENT
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if (StartsIdent(ch, Peek()))
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return ParseIdent(ch, aToken);
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@ -921,14 +945,7 @@ nsCSSScanner::ParseAndAppendEscape(nsString& aOutput)
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Pushback(ch);
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break;
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} else if (IsHexDigit(ch)) {
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if (IsDigit(ch)) {
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rv = rv * 16 + (ch - '0');
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} else {
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// Note: c&7 just keeps the low three bits which causes
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// upper and lower case alphabetics to both yield their
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// "relative to 10" value for computing the hex value.
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rv = rv * 16 + ((ch & 0x7) + 9);
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}
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rv = rv * 16 + HexDigitValue(ch);
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} else {
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NS_ASSERTION(IsWhitespace(ch), "bad control flow");
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// single space ends escape
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@ -1069,8 +1086,6 @@ nsCSSScanner::ParseAtKeyword(PRInt32 aChar, nsCSSToken& aToken)
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return GatherIdent(0, aToken.mIdent);
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}
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#define CHAR_TO_DIGIT(_c) ((_c) - '0')
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PRBool
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nsCSSScanner::ParseNumber(PRInt32 c, nsCSSToken& aToken)
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{
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@ -1109,7 +1124,7 @@ nsCSSScanner::ParseNumber(PRInt32 c, nsCSSToken& aToken)
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// Parse the integer part of the mantisssa
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NS_ASSERTION(IsDigit(c), "Why did we get called?");
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do {
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intPart = 10*intPart + CHAR_TO_DIGIT(c);
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intPart = 10*intPart + DecimalDigitValue(c);
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c = Read();
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// The IsDigit check will do the right thing even if Read() returns < 0
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} while (IsDigit(c));
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@ -1124,7 +1139,7 @@ nsCSSScanner::ParseNumber(PRInt32 c, nsCSSToken& aToken)
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// Power of ten by which we need to divide our next digit
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float divisor = 10;
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do {
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fracPart += CHAR_TO_DIGIT(c) / divisor;
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fracPart += DecimalDigitValue(c) / divisor;
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divisor *= 10;
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c = Read();
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// The IsDigit check will do the right thing even if Read() returns < 0
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@ -1149,7 +1164,7 @@ nsCSSScanner::ParseNumber(PRInt32 c, nsCSSToken& aToken)
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c = Read();
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NS_ASSERTION(IsDigit(c), "Peek() must have lied");
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do {
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exponent = 10*exponent + CHAR_TO_DIGIT(c);
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exponent = 10*exponent + DecimalDigitValue(c);
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c = Read();
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// The IsDigit check will do the right thing even if Read() returns < 0
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} while (IsDigit(c));
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@ -1276,3 +1291,95 @@ nsCSSScanner::ParseString(PRInt32 aStop, nsCSSToken& aToken)
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}
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return PR_TRUE;
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}
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// UNICODE-RANGE tokens match the regular expression
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//
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// u\+[0-9a-f?]{1,6}(-[0-9a-f]{1,6})?
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//
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// However, some such tokens are "invalid". There are three valid forms:
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//
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// u+[0-9a-f]{x} 1 <= x <= 6
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// u+[0-9a-f]{x}\?{y} 1 <= x+y <= 6
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// u+[0-9a-f]{x}-[0-9a-f]{y} 1 <= x <= 6, 1 <= y <= 6
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//
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// All unicode-range tokens have their text recorded in mIdent; valid ones
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// are also decoded into mInteger and mInteger2, and mIntegerValid is set.
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PRBool
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nsCSSScanner::ParseURange(PRInt32 aChar, nsCSSToken& aResult)
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{
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PRInt32 intro2 = Read();
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PRInt32 ch = Peek();
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// We should only ever be called if these things are true.
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NS_ASSERTION(aChar == 'u' || aChar == 'U',
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"unicode-range called with improper introducer (U)");
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NS_ASSERTION(intro2 == '+',
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"unicode-range called with improper introducer (+)");
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// If the character immediately after the '+' is not a hex digit or
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// '?', this is not really a unicode-range token; push everything
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// back and scan the U as an ident.
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if (!IsHexDigit(ch) && ch != '?') {
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Pushback(intro2);
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Pushback(aChar);
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return ParseIdent(aChar, aResult);
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}
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aResult.mIdent.Truncate();
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aResult.mIdent.Append(aChar);
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aResult.mIdent.Append(intro2);
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PRBool valid = PR_TRUE;
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PRBool haveQues = PR_FALSE;
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PRUint32 low = 0;
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PRUint32 high = 0;
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int i = 0;
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for (;;) {
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ch = Read();
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i++;
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if (i == 7 || !(IsHexDigit(ch) || ch == '?')) {
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break;
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}
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aResult.mIdent.Append(ch);
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if (IsHexDigit(ch)) {
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if (haveQues) {
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valid = PR_FALSE; // all question marks should be at the end
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}
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low = low*16 + HexDigitValue(ch);
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high = high*16 + HexDigitValue(ch);
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} else {
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haveQues = PR_TRUE;
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low = low*16 + 0x0;
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high = high*16 + 0xF;
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}
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}
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if (ch == '-' && IsHexDigit(Peek())) {
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if (haveQues) {
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valid = PR_FALSE;
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}
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aResult.mIdent.Append(ch);
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high = 0;
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i = 0;
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for (;;) {
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ch = Read();
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i++;
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if (i == 7 || !IsHexDigit(ch)) {
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break;
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}
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aResult.mIdent.Append(ch);
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high = high*16 + HexDigitValue(ch);
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}
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}
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Pushback(ch);
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aResult.mInteger = low;
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aResult.mInteger2 = high;
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aResult.mIntegerValid = valid;
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aResult.mType = eCSSToken_URange;
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return PR_TRUE;
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}
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@ -98,6 +98,11 @@ enum nsCSSTokenType {
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eCSSToken_Endsmatch, // "$="
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eCSSToken_Containsmatch, // "*="
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eCSSToken_URange, // Low in mInteger, high in mInteger2;
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// mIntegerValid is true if the token is a
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// valid range; mIdent preserves the textual
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// form of the token for error reporting
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// A special token indicating that there was an error in tokenization.
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// It's always an unterminated string.
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eCSSToken_Error // mSymbol + mIdent
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@ -107,9 +112,10 @@ struct nsCSSToken {
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nsAutoString mIdent NS_OKONHEAP;
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float mNumber;
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PRInt32 mInteger;
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PRInt32 mInteger2;
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nsCSSTokenType mType;
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PRUnichar mSymbol;
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PRPackedBool mIntegerValid; // for number and dimension
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PRPackedBool mIntegerValid; // for number, dimension, urange
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PRPackedBool mHasSign; // for number, percentage, and dimension
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nsCSSToken();
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@ -219,6 +225,7 @@ protected:
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PRBool ParseNumber(PRInt32 aChar, nsCSSToken& aResult);
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PRBool ParseRef(PRInt32 aChar, nsCSSToken& aResult);
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PRBool ParseString(PRInt32 aChar, nsCSSToken& aResult);
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PRBool ParseURange(PRInt32 aChar, nsCSSToken& aResult);
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PRBool SkipCComment();
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PRBool GatherIdent(PRInt32 aChar, nsString& aIdent);
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|
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@ -89,7 +89,7 @@ var gCSSFontFaceDescriptors = {
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},
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"unicode-range": {
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domProp: null,
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values: [ "U+0-10FFFF", "U+3-7B3", "U+3??", "U+6A", "U+3????", "U+???", "U+302-302", "U+0-7,A-C", "U+100-17F,200-17F", "U+3??, U+500-513 ,U+612 , U+4????", "U+1FFF,U+200-27F" ],
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invalid_values: [ "U+1????-2????" ]
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values: [ "U+0-10FFFF", "U+3-7B3", "U+3??", "U+6A", "U+3????", "U+???", "U+302-302", "U+0-7,U+A-C", "U+100-17F,U+200-17F", "U+3??, U+500-513 ,U+612 , U+4????", "U+1FFF,U+200-27F" ],
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invalid_values: [ "U+1????-2????", "U+0-7,A-C", "U+100-17F,200-17F" ]
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}
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}
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|
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@ -40,9 +40,6 @@ function fake_set_property(descriptor, value) {
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function xfail_parse(descriptor, value) {
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switch (descriptor) {
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case "unicode-range":
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// not yet implemented
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return true;
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case "src":
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// not clear whether this is an error or not, so mark todo for now
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return value == "local(serif)";
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|
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@ -38,7 +38,7 @@
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noncanonical: true },
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// Correct but unusual font-family.
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{ rule: _("font-family: Hoefler Text;"),
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{ rule: _("font-family: Hoefler Text;"),
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d: {"font-family" : "\"Hoefler Text\""},
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noncanonical: true },
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@ -164,8 +164,91 @@
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d: { "src" : "url(\"/fonts/Mouse\")" },
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noncanonical: true },
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// unicode-range is not implemented (bug 443976).
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// tests for that omitted for now.
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// Correct unicode-range:
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{ rule: _("unicode-range: U+00A5;"), d: { "unicode-range" : "U+00A5" } },
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{ rule: _("unicode-range: U+A5;"),
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d: { "unicode-range" : "U+00A5" }, noncanonical: true },
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{ rule: _("unicode-range: U+00a5;"),
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d: { "unicode-range" : "U+00A5" }, noncanonical: true },
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{ rule: _("unicode-range: u+00a5;"),
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d: { "unicode-range" : "U+00A5" }, noncanonical: true },
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{ rule: _("unicode-range: U+0000-00FF;"),
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d: { "unicode-range" : "U+0000-00FF" } },
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{ rule: _("unicode-range: U+00??;"),
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d: { "unicode-range" : "U+0000-00FF" }, noncanonical: true },
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{ rule: _("unicode-range: U+?"),
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d: { "unicode-range" : "U+0000-000F" }, noncanonical: true },
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{ rule: _("unicode-range: U+??????"),
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d: { "unicode-range" : "U+0000-10FFFF" }, noncanonical: true },
|
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{ rule: _("unicode-range: U+590-5ff;"),
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d: { "unicode-range" : "U+0590-05FF" }, noncanonical: true },
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{ rule: _("unicode-range: U+A0000-12FFFF"),
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d: { "unicode-range" : "U+A0000-10FFFF" }, noncanonical: true },
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{ rule: _("unicode-range: U+A5, U+4E00-9FFF, U+30??, U+FF00-FF9F;"),
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d: { "unicode-range" : "U+00A5, U+4E00-9FFF, U+3000-30FF, U+FF00-FF9F" },
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noncanonical: true },
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{ rule: _("unicode-range: U+104??;"),
|
||||
d: { "unicode-range" : "U+10400-104FF" }, noncanonical: true },
|
||||
{ rule: _("unicode-range: U+320??, U+321??, U+322??, U+323??, U+324??, U+325??;"),
|
||||
d: { "unicode-range" : "U+32000-320FF, U+32100-321FF, U+32200-322FF, U+32300-323FF, U+32400-324FF, U+32500-325FF" },
|
||||
noncanonical: true },
|
||||
{ rule: _("unicode-range: U+100000-10ABCD;"),
|
||||
d: { "unicode-range" : "U+100000-10ABCD" } },
|
||||
{ rule: _("unicode-range: U+0121 , U+1023"),
|
||||
d: { "unicode-range" : "U+0121, U+1023" }, noncanonical: true },
|
||||
{ rule: _("unicode-range: U+0121/**/, U+1023"),
|
||||
d: { "unicode-range" : "U+0121, U+1023" }, noncanonical: true },
|
||||
|
||||
// Incorrect unicode-range:
|
||||
{ rule: _("unicode-range:"), d: {} },
|
||||
{ rule: _("unicode-range: U+"), d: {} },
|
||||
{ rule: _("unicode-range: U+8FFFFFFF"), d: {} },
|
||||
{ rule: _("unicode-range: U+8FFF-7000"), d: {} },
|
||||
{ rule: _("unicode-range: U+8F??-9000"), d: {} },
|
||||
{ rule: _("unicode-range: U+9000-9???"), d: {} },
|
||||
{ rule: _("unicode-range: U+??00"), d: {} },
|
||||
{ rule: _("unicode-range: U+12345678?"), d: {} },
|
||||
{ rule: _("unicode-range: U+1????????"), d: {} },
|
||||
{ rule: _("unicode-range: twelve"), d: {} },
|
||||
{ rule: _("unicode-range: 1000"), d: {} },
|
||||
{ rule: _("unicode-range: 13??"), d: {} },
|
||||
{ rule: _("unicode-range: 1300-1377"), d: {} },
|
||||
{ rule: _("unicode-range: U-1000"), d: {} },
|
||||
{ rule: _("unicode-range: U+nnnn"), d: {} },
|
||||
{ rule: _("unicode-range: U+0121 U+1023"), d: {} },
|
||||
{ rule: _("unicode-range: U+ 0121"), d: {} },
|
||||
{ rule: _("unicode-range: U +0121"), d: {} },
|
||||
{ rule: _("unicode-range: U+0121-"), d: {} },
|
||||
{ rule: _("unicode-range: U+0121- 1023"), d: {} },
|
||||
{ rule: _("unicode-range: U+0121 -1023"), d: {} },
|
||||
{ rule: _("unicode-range: U+012 ?"), d: {} },
|
||||
{ rule: _("unicode-range: U+01 2?"), d: {} },
|
||||
|
||||
// Thorough test of seven-digit rejection: all these are syntax errors
|
||||
{ rule: _("unicode-range: U+1034560, U+A5"), d: {} },
|
||||
{ rule: _("unicode-range: U+1034569, U+A5"), d: {} },
|
||||
{ rule: _("unicode-range: U+103456a, U+A5"), d: {} },
|
||||
{ rule: _("unicode-range: U+103456f, U+A5"), d: {} },
|
||||
{ rule: _("unicode-range: U+103456?, U+A5"), d: {} },
|
||||
{ rule: _("unicode-range: U+103456-1034560, U+A5"), d: {} },
|
||||
{ rule: _("unicode-range: U+103456-1034569, U+A5"), d: {} },
|
||||
{ rule: _("unicode-range: U+103456-103456a, U+A5"), d: {} },
|
||||
{ rule: _("unicode-range: U+103456-103456f, U+A5"), d: {} },
|
||||
|
||||
// Syntactically invalid unicode-range tokens invalidate the
|
||||
// entire descriptor
|
||||
{ rule: _("unicode-range: U+1, U+2, U+X"), d: {} },
|
||||
{ rule: _("unicode-range: U+A5, U+0?F"), d: {} },
|
||||
{ rule: _("unicode-range: U+A5, U+0F?-E00"), d: {} },
|
||||
|
||||
// Descending ranges and ranges outside 0-10FFFF are ignored
|
||||
// but do not invalidate the descriptor
|
||||
{ rule: _("unicode-range: U+A5, U+90-30"),
|
||||
d: { "unicode-range" : "U+00A5" }, noncanonical: true },
|
||||
{ rule: _("unicode-range: U+A5, U+220043"),
|
||||
d: { "unicode-range" : "U+00A5" }, noncanonical: true },
|
||||
];
|
||||
|
||||
var display = document.getElementById("display");
|
||||
|
|
|
|||
Загрузка…
Ссылка в новой задаче