public void run() {
if (isRunning) {
int lasttime = currentTime;
currentTime += (int) (System.currentTimeMillis() - lastSystemTime);
lastSystemTime = System.currentTimeMillis();
if (currentTime < indexmax) {
for (; lasttime < currentTime; lasttime++) {
TimedMessage m = parsedFile.get(new Integer((int) currentTime));
if (m != null) m.readMessage();
}
outlet(1, currentTime);
} else {
Atom[] end = {Atom.newAtom("/loop"), Atom.newAtom("bang")};
pause();
outlet(2, end);
}
/*
currentTime ++;
TimedMessage m = parsedFile.get(new Integer ((int)currentTime));
if (m != null) m.readMessage();
System.out.println (currentTime);
outlet (1, currentTime);
*/
}
}
public void load() {
int lasttime = 0;
int currenttime = 0;
TimedMessage currentMessage = new TimedMessage();
String word = "";
char caract;
if (f == null) return;
try {
// bon, pas super bo, mais ressort avec le return de fin de fichier
while (true) {
// lit premier caractere de la ligne courante, si fin de fichier, return
if ((caract = (char) f.read()) == (char) (-1)) {
parsedFile.put(new Integer(lasttime), currentMessage);
indexmax = lasttime;
Atom[] max = {Atom.newAtom("/indexmax"), Atom.newAtom(indexmax)};
outlet(2, max);
return;
}
// recherche indice temps
word = "";
while (caract != ' ') {
word += caract;
caract = (char) f.read();
}
currenttime = Integer.parseInt(word);
// si temps courant > ligne precedente -> enregistre messages temps precedent
if (currenttime > lasttime) {
parsedFile.put(new Integer(lasttime), currentMessage);
lasttime = currenttime;
currentMessage = new TimedMessage();
}
// recupere phrase courante
word = "";
caract = (char) f.read();
while (caract != '\n') {
word += caract;
caract = (char) f.read();
}
currentMessage.addMessage(Atom.parse(word));
}
} catch (IOException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}