1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
|
case 100: { // wxEvtHandler::Connect
wxEvtHandler *This = (wxEvtHandler *) getPtr(bp, memenv); bp += 4;
int * winid = (int *) bp; bp += 4;
int * lastId = (int *) bp; bp += 4;
int * skip = (int *) bp; bp += 4;
int * haveUserData = (int *) bp; bp += 4;
wxeErlTerm * userData = NULL;
int * fun_cb = (int *) bp; bp += 4;
int * eventTypeLen = (int *) bp; bp += 4;
int * class_nameLen = (int *) bp; bp += 4;
if(*haveUserData) {
userData = new wxeErlTerm(&Ecmd.bin[0]);
}
int eventType = wxeEventTypeFromAtom(bp); bp += *eventTypeLen;
char *class_name = bp; bp+= *class_nameLen;
if(eventType > 0 ) {
wxeEvtListener * Evt_cb = new wxeEvtListener(Ecmd.caller,getRef(This, memenv),
class_name,*fun_cb,
*skip, userData, Ecmd.port);
This->Connect((int) *winid,(int) *lastId,eventType,
(wxObjectEventFunction)(wxEventFunction) &wxeEvtListener::forward,
Evt_cb, Evt_cb);
rt.addAtom("ok");
rt.addRef(getRef((void *)Evt_cb,memenv), "wxeEvtListener");
rt.addTupleCount(2);
} else {
rt.addAtom("badarg");
rt.addAtom("event_type");
rt.addTupleCount(2);
}
break;
}
case 101: { // wxEvtHandler::Disconnect
wxeEvtListener *Listener = (wxeEvtListener *) getPtr(bp,memenv); bp += 4;
wxEvtHandler *This = (wxEvtHandler *) getPtr(bp, memenv); bp += 4;
int * winid = (int *) bp; bp += 4;
int * lastId = (int *) bp; bp += 4;
int * eventTypeLen = (int *) bp; bp += 4;
int eventType = wxeEventTypeFromAtom(bp); bp += *eventTypeLen;
if(eventType > 0) {
if(recurse_level > 1) {
delayed_delete->Append(Ecmd.Save(op));
} else {
bool Result = This->Disconnect((int) *winid,(int) *lastId,eventType,
(wxObjectEventFunction)(wxEventFunction)
&wxeEvtListener::forward,
NULL, Listener);
rt.addBool(Result);
}
} else {
rt.addAtom("badarg");
rt.addAtom("event_type");
rt.addTupleCount(2);
}
break;
}
|
