private FilterImpl parse_and() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } List<FilterImpl> operands = new ArrayList<FilterImpl>(10); while (filterChars[pos] == '(') { FilterImpl child = parse_filter(); operands.add(child); } return new FilterImpl(FilterImpl.AND, null, operands.toArray(new FilterImpl[operands.size()])); }
private FilterImpl parse_or() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } List<FilterImpl> operands = new ArrayList<FilterImpl>(10); while (filterChars[pos] == '(') { FilterImpl child = parse_filter(); operands.add(child); } return new FilterImpl(FilterImpl.OR, null, operands.toArray(new FilterImpl[operands.size()])); }
private FilterImpl parse_and() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } List<FilterImpl> operands = new ArrayList<FilterImpl>(10); while (filterChars[pos] == '(') { FilterImpl child = parse_filter(); operands.add(child); } return new FilterImpl(FilterImpl.AND, null, operands.toArray(new FilterImpl[operands.size()])); }
private FilterImpl parse_and() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } List<FilterImpl> operands = new ArrayList<FilterImpl>(10); while (filterChars[pos] == '(') { FilterImpl child = parse_filter(); operands.add(child); } return new FilterImpl(FilterImpl.AND, null, operands.toArray(new FilterImpl[operands.size()])); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }
private FilterImpl parse_filtercomp() throws InvalidSyntaxException { skipWhiteSpace(); char c = filterChars[pos]; switch (c) { case '&' : { pos++; return parse_and(); } case '|' : { pos++; return parse_or(); } case '!' : { pos++; return parse_not(); } } return parse_item(); }
private FilterImpl parse_not() throws InvalidSyntaxException { int lookahead = pos; skipWhiteSpace(); if (filterChars[pos] != '(') { pos = lookahead - 1; return parse_item(); } FilterImpl child = parse_filter(); return new FilterImpl(FilterImpl.NOT, null, child); }