/** * Parses a clock value or offset and returns it as a float. */ protected float parseClockValue(String s, boolean parseOffset) throws ParseException { ClockParser p = new ClockParser(parseOffset); class Handler implements ClockHandler { protected float v = 0; public void clockValue(float newClockValue) { v = newClockValue; } } Handler h = new Handler(); p.setClockHandler(h); p.parse(s); return h.v; }
/** * Parses a clock value. */ protected void doParse() throws ParseException, IOException { current = reader.read(); float clockValue = parseOffset ? parseOffset() : parseClockValue(); if (current != -1) { reportError("end.of.stream.expected", new Object[] { new Integer(current) }); } if (clockHandler != null) { clockHandler.clockValue(clockValue); } } }
/** * Parses a clock value. */ protected void doParse() throws ParseException, IOException { current = reader.read(); float clockValue = parseOffset ? parseOffset() : parseClockValue(); if (current != -1) { reportError("end.of.stream.expected", new Object[] {current}); } if (clockHandler != null) { clockHandler.clockValue(clockValue); } } }
public void handleOption(String optionValue, final SVGConverter c) { try { ClockParser p = new ClockParser(false); p.setClockHandler(new ClockHandler() { public void clockValue(float v) { handleOption(v, c); } }); p.parse(optionValue); } catch (ParseException e) { throw new IllegalArgumentException(); } }
/** * Parses a clock value. */ protected void doParse() throws ParseException, IOException { current = reader.read(); float clockValue = parseOffset ? parseOffset() : parseClockValue(); if (current != -1) { reportError("end.of.stream.expected", new Object[] {current}); } if (clockHandler != null) { clockHandler.clockValue(clockValue); } } }
/** * Parses a clock value or offset and returns it as a float. */ protected float parseClockValue(String s, boolean parseOffset) throws ParseException { ClockParser p = new ClockParser(parseOffset); class Handler implements ClockHandler { protected float v = 0; public void clockValue(float newClockValue) { v = newClockValue; } } Handler h = new Handler(); p.setClockHandler(h); p.parse(s); return h.v; }
public void handleOption(String optionValue, final SVGConverter c) { try { ClockParser p = new ClockParser(false); p.setClockHandler(new ClockHandler() { public void clockValue(float v) { handleOption(v, c); } }); p.parse(optionValue); } catch (ParseException e) { throw new IllegalArgumentException(); } }
/** * Parses a clock value or offset and returns it as a float. */ protected float parseClockValue(String s, boolean parseOffset) throws ParseException { ClockParser p = new ClockParser(parseOffset); class Handler implements ClockHandler { protected float v = 0; public void clockValue(float newClockValue) { v = newClockValue; } } Handler h = new Handler(); p.setClockHandler(h); p.parse(s); return h.v; }
public void handleOption(String optionValue, final SVGConverter c) { try { ClockParser p = new ClockParser(false); p.setClockHandler(new ClockHandler() { public void clockValue(float v) { handleOption(v, c); } }); p.parse(optionValue); } catch (ParseException e) { throw new IllegalArgumentException(); } }
ClockParser p = new ClockParser(false); Handler h = new Handler(); p.setClockHandler(h); try { p.parse(t); } catch (ParseException pEx ) { throw new BridgeException
ClockParser p = new ClockParser(false); Handler h = new Handler(); p.setClockHandler(h); try { p.parse(t); } catch (ParseException pEx ) { throw new BridgeException
ClockParser p = new ClockParser(false); Handler h = new Handler(); p.setClockHandler(h); try { p.parse(t); } catch (ParseException pEx ) { throw new BridgeException