reportCharacterExpectedError( 'a', current ); skipTransform(); return; reportCharacterExpectedError( 't', current ); skipTransform(); return; reportCharacterExpectedError( 'r', current ); skipTransform(); return; reportCharacterExpectedError( 'i', current ); skipTransform(); return; reportCharacterExpectedError( 'x', current ); skipTransform(); return; skipSpaces(); if (current != '(') { reportCharacterExpectedError( '(', current ); skipTransform(); return; skipSpaces(); float a = parseFloat();
case ')': if (first) { reportUnexpectedCharacterError( current ); break loop; case ';': if (first) { reportUnexpectedCharacterError( current ); break loop; current = reader.read(); if (current != 'i') { reportCharacterExpectedError( 'i', current ); break loop; reportCharacterExpectedError( 'e', current ); break loop; reportCharacterExpectedError( 'w', current ); break loop; current = reader.read(); if (current != 'o') { reportCharacterExpectedError( 'o', current ); break loop; reportCharacterExpectedError( 'x', current ); break loop;
FragmentIdentifierParser p = new FragmentIdentifierParser(); p.setFragmentIdentifierHandler(vh); p.parse(ref);
bufferize(); current = reader.read(); if (current != 'p') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 'o') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 'i') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 'n') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 't') { parseIdentifier(); break;
/** * Parses an identifier. */ protected void parseIdentifier() throws ParseException, IOException { for (;;) { if (current == -1 || !XMLUtilities.isXMLNameCharacter((char)current)) { break; } bufferize(); current = reader.read(); } }
case ')': if (first) { reportUnexpectedCharacterError( current ); break loop; case ';': if (first) { reportUnexpectedCharacterError( current ); break loop; current = reader.read(); if (current != 'i') { reportCharacterExpectedError( 'i', current ); break loop; reportCharacterExpectedError( 'e', current ); break loop; reportCharacterExpectedError( 'w', current ); break loop; current = reader.read(); if (current != 'o') { reportCharacterExpectedError( 'o', current ); break loop; reportCharacterExpectedError( 'x', current ); break loop;
FragmentIdentifierParser p = new FragmentIdentifierParser(); p.setFragmentIdentifierHandler(vh); p.parse(ref);
bufferize(); current = reader.read(); if (current != 'p') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 'o') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 'i') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 'n') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 't') { parseIdentifier(); break;
/** * Parses an identifier. */ protected void parseIdentifier() throws ParseException, IOException { for (;;) { if (current == -1 || !XMLUtilities.isXMLNameCharacter((char)current)) { break; } bufferize(); current = reader.read(); } }
case ')': if (first) { reportUnexpectedCharacterError( current ); break loop; case ';': if (first) { reportUnexpectedCharacterError( current ); break loop; current = reader.read(); if (current != 'i') { reportCharacterExpectedError( 'i', current ); break loop; reportCharacterExpectedError( 'e', current ); break loop; reportCharacterExpectedError( 'w', current ); break loop; current = reader.read(); if (current != 'o') { reportCharacterExpectedError( 'o', current ); break loop; reportCharacterExpectedError( 'x', current ); break loop;
reportCharacterExpectedError( 'a', current ); skipTransform(); return; reportCharacterExpectedError( 't', current ); skipTransform(); return; reportCharacterExpectedError( 'r', current ); skipTransform(); return; reportCharacterExpectedError( 'i', current ); skipTransform(); return; reportCharacterExpectedError( 'x', current ); skipTransform(); return; skipSpaces(); if (current != '(') { reportCharacterExpectedError( '(', current ); skipTransform(); return; skipSpaces(); float a = parseFloat();
FragmentIdentifierParser p = new FragmentIdentifierParser(); p.setFragmentIdentifierHandler(vh); p.parse(ref);
bufferize(); current = reader.read(); if (current != 'p') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 'o') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 'i') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 'n') { parseIdentifier(); break; bufferize(); current = reader.read(); if (current != 't') { parseIdentifier(); break;
/** * Parses an identifier. */ protected void parseIdentifier() throws ParseException, IOException { for (;;) { if (current == -1 || !XMLUtilities.isXMLNameCharacter((char)current)) { break; } bufferize(); current = reader.read(); } }
reportCharacterExpectedError( 'a', current ); skipTransform(); return; reportCharacterExpectedError( 't', current ); skipTransform(); return; reportCharacterExpectedError( 'r', current ); skipTransform(); return; reportCharacterExpectedError( 'i', current ); skipTransform(); return; reportCharacterExpectedError( 'x', current ); skipTransform(); return; skipSpaces(); if (current != '(') { reportCharacterExpectedError( '(', current ); skipTransform(); return; skipSpaces(); float a = parseFloat();
reportCharacterExpectedError( 'e', current ); skipTransform(); return; reportCharacterExpectedError( 'w', current ); skipTransform(); return; break; default: reportCharacterExpectedError( 'X', current ); skipTransform(); return; skipSpaces(); if (current != '(') { reportCharacterExpectedError( '(', current ); skipTransform(); return; skipSpaces(); float sk = parseFloat(); skipSpaces(); if (current != ')') { reportCharacterExpectedError( ')', current ); skipTransform(); return;
reportCharacterExpectedError( 'a', current ); skipTransform(); return; reportCharacterExpectedError( 'l', current ); skipTransform(); return; reportCharacterExpectedError( 'e', current ); skipTransform(); return; skipSpaces(); if (current != '(') { reportCharacterExpectedError( '(', current ); skipTransform(); return; skipSpaces(); float sx = parseFloat(); skipSpaces(); case ',': current = reader.read(); skipSpaces(); float sy = parseFloat();
reportCharacterExpectedError( 'a', current ); skipTransform(); return; reportCharacterExpectedError( 'l', current ); skipTransform(); return; reportCharacterExpectedError( 'e', current ); skipTransform(); return; skipSpaces(); if (current != '(') { reportCharacterExpectedError( '(', current ); skipTransform(); return; skipSpaces(); float sx = parseFloat(); skipSpaces(); case ',': current = reader.read(); skipSpaces(); float sy = parseFloat();
reportCharacterExpectedError( 'o', current ); skipTransform(); return; reportCharacterExpectedError( 't', current ); skipTransform(); return; reportCharacterExpectedError( 'a', current ); skipTransform(); return; reportCharacterExpectedError( 't', current ); skipTransform(); return; reportCharacterExpectedError( 'e', current ); skipTransform(); return; skipSpaces(); reportCharacterExpectedError( '(', current ); skipTransform(); return; skipSpaces(); float theta = parseFloat();
reportCharacterExpectedError( 'e', current ); skipTransform(); return; reportCharacterExpectedError( 'w', current ); skipTransform(); return; break; default: reportCharacterExpectedError( 'X', current ); skipTransform(); return; skipSpaces(); if (current != '(') { reportCharacterExpectedError( '(', current ); skipTransform(); return; skipSpaces(); float sk = parseFloat(); skipSpaces(); if (current != ')') { reportCharacterExpectedError( ')', current ); skipTransform(); return;