/** * Advance the current parsing position while it is pointing at a * whitespace character, or until it moves past the end of the string. * Return the final value. */ public int skipWhite() { while ((index < length) && isWhite(chars[index])) index++; return (index); }
/** * Construct a string parser that is initialized to parse the specified * string. * * @param string The string to be parsed */ public StringParser(String string) { super(); setString(string); }
parser = new StringParser(); parser.setString(value); // ASSERT: parser is available to us int length = parser.getLength(); while (true) { int start = parser.getIndex(); if (start >= length) break; int end = parser.findChar(','); String entry = parser.extract(start, end).trim(); parser.advance(); // For the following entry
/** * Set the String we are currently parsing. The parser state is also reset * to begin at the start of this string. * * @param string The string to be parsed. */ public void setString(String string) { this.string = string; if (string != null) { this.length = string.length(); chars = this.string.toCharArray(); } else { this.length = 0; chars = new char[0]; } reset(); }
parser = new StringParser(); parser.setString(value); // ASSERT: parser is available to us int length = parser.getLength(); while (true) { int start = parser.getIndex(); if (start >= length) break; int end = parser.findChar(','); String entry = parser.extract(start, end).trim(); parser.advance(); // For the following entry
/** * Set the String we are currently parsing. The parser state is also reset * to begin at the start of this string. * * @param string The string to be parsed. */ public void setString(String string) { this.string = string; if (string != null) { this.length = string.length(); chars = this.string.toCharArray(); } else { this.length = 0; chars = new char[0]; } reset(); }
parser = new StringParser(); parser.setString(value); // ASSERT: parser is available to us int length = parser.getLength(); while (true) { int start = parser.getIndex(); if (start >= length) break; int end = parser.findChar(','); String entry = parser.extract(start, end).trim(); parser.advance(); // For the following entry
/** * Advance the current parsing position while it is pointing at a * non-whitespace character, or until it moves past the end of the string. * Return the final value. */ public int skipText() { while ((index < length) && !isWhite(chars[index])) index++; return (index); }
/** * Construct a string parser that is initialized to parse the specified * string. * * @param string The string to be parsed */ public StringParser(String string) { super(); setString(string); }
/** * Set the String we are currently parsing. The parser state is also reset * to begin at the start of this string. * * @param string The string to be parsed. */ public void setString(String string) { this.string = string; if (string != null) { this.length = string.length(); chars = this.string.toCharArray(); } else { this.length = 0; chars = new char[0]; } reset(); }
parser = new StringParser(); parser.setString(value); // ASSERT: parser is available to us int length = parser.getLength(); while (true) { int start = parser.getIndex(); if (start >= length) break; int end = parser.findChar(','); String entry = parser.extract(start, end).trim(); parser.advance(); // For the following entry
/** * Return the index of the next occurrence of a whitespace character, * or the index of the character after the last position of the string * if no more whitespace characters are found. The current parsing * position is updated to the returned value. */ public int findWhite() { while ((index < length) && !isWhite(chars[index])) index++; return (index); }
/** * Construct a string parser that is initialized to parse the specified * string. * * @param string The string to be parsed */ public StringParser(String string) { super(); setString(string); }
/** * Set the String we are currently parsing. The parser state is also reset * to begin at the start of this string. * * @param string The string to be parsed. */ public void setString(String string) { this.string = string; if (string != null) { this.length = string.length(); chars = this.string.toCharArray(); } else { this.length = 0; chars = new char[0]; } reset(); }
parser = new StringParser(); parser.setString(value); // ASSERT: parser is available to us int length = parser.getLength(); while (true) { int start = parser.getIndex(); if (start >= length) break; int end = parser.findChar(','); String entry = parser.extract(start, end).trim(); parser.advance(); // For the following entry
/** * Return the index of the next occurrence of a non-whitespace character, * or the index of the character after the last position of the string * if no more non-whitespace characters are found. The current * parsing position is updated to the returned value. */ public int findText() { while ((index < length) && isWhite(chars[index])) index++; return (index); }
/** * Construct a string parser that is initialized to parse the specified * string. * * @param string The string to be parsed */ public StringParser(String string) { super(); setString(string); }
/** * Set the String we are currently parsing. The parser state is also reset * to begin at the start of this string. * * @param string The string to be parsed. */ public void setString(String string) { this.string = string; if (string != null) { this.length = string.length(); chars = this.string.toCharArray(); } else { this.length = 0; chars = new char[0]; } reset(); }
parser = new StringParser(); parser.setString(value); // ASSERT: parser is available to us int length = parser.getLength(); while (true) { int start = parser.getIndex(); if (start >= length) break; int end = parser.findChar(','); String entry = parser.extract(start, end).trim(); parser.advance(); // For the following entry
/** * Return the index of the next occurrence of a whitespace character, * or the index of the character after the last position of the string * if no more whitespace characters are found. The current parsing * position is updated to the returned value. */ public int findWhite() { while ((index < length) && !isWhite(chars[index])) index++; return (index); }