private void skipBlank() { idx = skipBlank(str, idx); }
private void skipBlank() { idx = skipBlank(str, idx); }
private void skipBlank() { idx = skipBlank(str, idx); }
private void skipBlank() { idx = skipBlank(str, idx); }
private void skipBlank() { idx = skipBlank(str, idx); }
public char readNextChar() { skipBlank(); return str.charAt(idx++); }
/** * Parse an AbstractType from current position of this parser. */ public AbstractType<?> parse() throws SyntaxException, ConfigurationException { skipBlank(); String name = readNextIdentifier(); skipBlank(); if (!isEOS() && str.charAt(idx) == '(') return getAbstractType(name, this); else return getAbstractType(name); }
/** * Parse an AbstractType from current position of this parser. */ public AbstractType<?> parse() throws SyntaxException, ConfigurationException { skipBlank(); String name = readNextIdentifier(); skipBlank(); if (!isEOS() && str.charAt(idx) == '(') return getAbstractType(name, this); else return getAbstractType(name); }
/** * Parse an AbstractType from current position of this parser. */ public AbstractType<?> parse() throws SyntaxException, ConfigurationException { skipBlank(); String name = readNextIdentifier(); skipBlank(); if (!isEOS() && str.charAt(idx) == '(') return getAbstractType(name, this); else return getAbstractType(name); }
/** * Parse an AbstractType from current position of this parser. */ public AbstractType<?> parse() throws SyntaxException, ConfigurationException { skipBlank(); String name = readNextIdentifier(); skipBlank(); if (!isEOS() && str.charAt(idx) == '(') return getAbstractType(name, this); else return getAbstractType(name); }
/** * Parse an AbstractType from current position of this parser. */ public AbstractType<?> parse() throws SyntaxException, ConfigurationException { skipBlank(); String name = readNextIdentifier(); skipBlank(); if (!isEOS() && str.charAt(idx) == '(') return getAbstractType(name, this); else return getAbstractType(name); }
/** * Parse a string containing an type definition. */ public static AbstractType<?> parse(String str) throws SyntaxException, ConfigurationException { if (str == null) return BytesType.instance; AbstractType<?> type = cache.get(str); if (type != null) return type; // This could be simplier (i.e. new TypeParser(str).parse()) but we avoid creating a TypeParser object if not really necessary. int i = 0; i = skipBlank(str, i); int j = i; while (!isEOS(str, i) && isIdentifierChar(str.charAt(i))) ++i; if (i == j) return BytesType.instance; String name = str.substring(j, i); i = skipBlank(str, i); if (!isEOS(str, i) && str.charAt(i) == '(') type = getAbstractType(name, new TypeParser(str, i)); else type = getAbstractType(name); // We don't really care about concurrency here. Worst case scenario, we do some parsing unnecessarily cache.put(str, type); return type; }
/** * Parse a string containing an type definition. */ public static AbstractType<?> parse(String str) throws SyntaxException, ConfigurationException { if (str == null) return BytesType.instance; AbstractType<?> type = cache.get(str); if (type != null) return type; // This could be simplier (i.e. new TypeParser(str).parse()) but we avoid creating a TypeParser object if not really necessary. int i = 0; i = skipBlank(str, i); int j = i; while (!isEOS(str, i) && isIdentifierChar(str.charAt(i))) ++i; if (i == j) return BytesType.instance; String name = str.substring(j, i); i = skipBlank(str, i); if (!isEOS(str, i) && str.charAt(i) == '(') type = getAbstractType(name, new TypeParser(str, i)); else type = getAbstractType(name); // We don't really care about concurrency here. Worst case scenario, we do some parsing unnecessarily cache.put(str, type); return type; }
/** * Parse a string containing an type definition. */ public static AbstractType<?> parse(String str) throws SyntaxException, ConfigurationException { if (str == null) return BytesType.instance; AbstractType<?> type = cache.get(str); if (type != null) return type; // This could be simplier (i.e. new TypeParser(str).parse()) but we avoid creating a TypeParser object if not really necessary. int i = 0; i = skipBlank(str, i); int j = i; while (!isEOS(str, i) && isIdentifierChar(str.charAt(i))) ++i; if (i == j) return BytesType.instance; String name = str.substring(j, i); i = skipBlank(str, i); if (!isEOS(str, i) && str.charAt(i) == '(') type = getAbstractType(name, new TypeParser(str, i)); else type = getAbstractType(name); // We don't really care about concurrency here. Worst case scenario, we do some parsing unnecessarily cache.put(str, type); return type; }
/** * Parse a string containing an type definition. */ public static AbstractType<?> parse(String str) throws SyntaxException, ConfigurationException { if (str == null) return BytesType.instance; AbstractType<?> type = cache.get(str); if (type != null) return type; // This could be simplier (i.e. new TypeParser(str).parse()) but we avoid creating a TypeParser object if not really necessary. int i = 0; i = skipBlank(str, i); int j = i; while (!isEOS(str, i) && isIdentifierChar(str.charAt(i))) ++i; if (i == j) return BytesType.instance; String name = str.substring(j, i); i = skipBlank(str, i); if (!isEOS(str, i) && str.charAt(i) == '(') type = getAbstractType(name, new TypeParser(str, i)); else type = getAbstractType(name); // We don't really care about concurrency here. Worst case scenario, we do some parsing unnecessarily cache.put(str, type); return type; }
/** * Parse a string containing an type definition. */ public static AbstractType<?> parse(String str) throws SyntaxException, ConfigurationException { if (str == null) return BytesType.instance; AbstractType<?> type = cache.get(str); if (type != null) return type; // This could be simplier (i.e. new TypeParser(str).parse()) but we avoid creating a TypeParser object if not really necessary. int i = 0; i = skipBlank(str, i); int j = i; while (!isEOS(str, i) && isIdentifierChar(str.charAt(i))) ++i; if (i == j) return BytesType.instance; String name = str.substring(j, i); i = skipBlank(str, i); if (!isEOS(str, i) && str.charAt(i) == '(') type = getAbstractType(name, new TypeParser(str, i)); else type = getAbstractType(name); // We don't really care about concurrency here. Worst case scenario, we do some parsing unnecessarily cache.put(str, type); return type; }