public void mapdata(Message msg) {
long now = System.currentTimeMillis();
int pktid = msg.int32();
int off = msg.uint16();
int len = msg.uint16();
Defrag fragbuf;
synchronized (fragbufs) {
if ((fragbuf = fragbufs.get(pktid)) == null) {
fragbuf = new Defrag(len);
fragbufs.put(pktid, fragbuf);
}
fragbuf.add(msg.blob, 8, msg.blob.length - 8, off);
fragbuf.last = now;
if (fragbuf.done()) {
mapdata2(fragbuf.msg());
fragbufs.remove(pktid);
}
/* Clean up old buffers */
for (Iterator<Map.Entry<Integer, Defrag>> i = fragbufs.entrySet().iterator(); i.hasNext(); ) {
Map.Entry<Integer, Defrag> e = i.next();
Defrag old = e.getValue();
if (now - old.last > 10000) i.remove();
}
}
}
public void tilemap(Message msg) {
while (!msg.eom()) {
int id = msg.uint8();
String resnm = msg.string();
int resver = msg.uint16();
nsets[id] = new Resource.Spec(resnm, resver);
}
}
public Res cons(Resource res, Message buf) {
int id = buf.uint16();
Res ret = new Res(res, id);
while (!buf.eom()) {
String nm = buf.string();
Object[] args = buf.list();
if (nm.equals("linear")) {
/* XXX: These should very much be removed and
* specified directly in the texture layer
* instead. */
ret.linear = true;
} else if (nm.equals("mipmap")) {
ret.mipmap = true;
} else {
ResCons2 cons = rnames.get(nm);
if (cons == null)
throw (new Resource.LoadException("Unknown material part name: " + nm, res));
ret.left.add(cons.cons(res, args));
}
}
return (ret);
}
public Res cons(final Resource res, Message buf) {
int id = buf.uint16();
Res ret = new Res(res, id);
GLState light = Light.deflight;
while (!buf.eom()) {
String thing = buf.string().intern();
if (thing == "col") {
Color amb = col(buf);
Color dif = col(buf);
Color spc = col(buf);
double shine = buf.cpfloat();
Color emi = col(buf);
ret.states.add(new Colors(amb, dif, spc, emi, (float) shine));
} else if (thing == "linear") {
ret.linear = true;
} else if (thing == "mipmap") {
ret.mipmap = true;
} else if (thing == "nofacecull") {
ret.states.add(nofacecull);
} else if (thing == "tex") {
final int tid = buf.uint16();
ret.left.add(
new Res.Resolver() {
public void resolve(Collection<GLState> buf) {
for (Resource.Image img : res.layers(Resource.imgc)) {
if (img.id == tid) {
buf.add(img.tex().draw());
buf.add(img.tex().clip());
return;
}
}
throw (new RuntimeException(
String.format("Specified texture %d not found in %s", tid, res)));
}
});
} else if (thing == "texlink") {
final String nm = buf.string();
final int ver = buf.uint16();
final int tid = buf.uint16();
ret.left.add(
new Res.Resolver() {
public void resolve(Collection<GLState> buf) {
Indir<Resource> tres = res.pool.load(nm, ver);
for (Resource.Image img : tres.get().layers(Resource.imgc)) {
if (img.id == tid) {
buf.add(img.tex().draw());
buf.add(img.tex().clip());
return;
}
}
throw (new RuntimeException(
String.format(
"Specified texture %d for %s not found in %s", tid, res, tres)));
}
});
} else if (thing == "light") {
String l = buf.string();
if (l.equals("pv")) {
light = Light.vlights;
} else if (l.equals("pp")) {
light = Light.plights;
} else if (l.equals("n")) {
light = null;
} else {
throw (new Resource.LoadException("Unknown lighting type: " + thing, res));
}
} else {
throw (new Resource.LoadException("Unknown material part: " + thing, res));
}
}
if (light != null) ret.states.add(light);
return (ret);
}
private ByRes(Resource res, Message buf, Map<Integer, Factory> refs) {
String resnm = buf.string();
int resver = buf.uint16();
this.res = res.pool.load(resnm, resver);
}