static void make_button(int button, int x, int y, XButtonEvent* xev)
{
xev->type = ButtonPress;
xev->display = dpy;
xev->root = root;
xev->subwindow = None;
xev->time = fake_timestamp();
xev->x = x;
xev->y = y;
xev->x_root = 1;
xev->y_root = 1;
xev->state = 0;
xev->button = button;
xev->same_screen = True;
}
void sendkey(char *keyname,int x,int y,Window w,Window s)
{
make_key(keyname ,x,y,(XKeyEvent*)&xev);
xev.xkey.window=w;
xev.xkey.subwindow=s;
if (s) sendfocus(s,FocusIn);
XSendEvent(dpy,w,True,KeyPressMask,&xev);
xev.type = KeyRelease;
usleep(2000);
xev.xkey.time = fake_timestamp();
if (s) sendfocus(s,FocusOut);
XSendEvent(dpy,w,True,KeyReleaseMask,&xev);
XSync(dpy,True);
return;
}
void make_key(char *keyname,int x, int y,XKeyEvent *xev)
{
char *part, *part2;
struct keymodlist_t *kmlptr;
#ifndef HAVE_STRSEP
char tmpkeyname[128];
strncpy(tmpkeyname,keyname,128);
#endif
part2=malloc(128);
xev->type = KeyPress;
xev->display=dpy;
xev->root=root;
xev->subwindow = None;
xev->time=fake_timestamp();
xev->x=x; xev->y=y;
xev->x_root=1; xev->y_root=1;
xev->same_screen = True;
xev->state=0;
#ifdef HAVE_STRSEP
while ((part=strsep(&keyname, key_delimiter)))
#else
while ((part=strtok(tmpkeyname, key_delimiter)))
#endif
{
part2=strncpy(part2,part,128);
// debugprintf("- %s \n",part);
kmlptr=keymodlist;
while (kmlptr->name)
{
// debugprintf("-- %s %s \n", kmlptr->name, part);
if (!strcasecmp(kmlptr->name, part))
xev->state|=kmlptr->mask;
kmlptr++;
}
// debugprintf("--- %s \n",part);
}
// debugprintf("*** %s \n",part);
// debugprintf("*** %s \n",part2);
xev->keycode=XKeysymToKeycode(dpy,XStringToKeysym(part2));
debugprintf("state 0x%x, keycode 0x%x\n",xev->state, xev->keycode);
free(part2);
return ;
}
static void sendbutton(int button, int x, int y, Window w, Window s)
{
make_button(button, x, y, (XButtonEvent*)&xev);
xev.xbutton.window = w;
xev.xbutton.subwindow = s;
sendpointer_enter_or_leave(w, EnterNotify);
sendpointer_enter_or_leave(s, EnterNotify);
XSendEvent(dpy, w, True, ButtonPressMask, &xev);
XSync(dpy, True);
xev.type = ButtonRelease;
xev.xkey.state |= 0x100;
usleep(1000);
xev.xkey.time = fake_timestamp();
XSendEvent(dpy, w, True, ButtonReleaseMask, &xev);
sendpointer_enter_or_leave(s, LeaveNotify);
sendpointer_enter_or_leave(w, LeaveNotify);
XSync(dpy, True);
}
static void sendpointer_enter_or_leave(Window w, int in_out)
{
XCrossingEvent crossev;
crossev.type = in_out;
crossev.display = dpy;
crossev.window = w;
crossev.root = root;
crossev.subwindow = None;
crossev.time = fake_timestamp();
crossev.x = 1;
crossev.y = 1;
crossev.x_root = 1;
crossev.y_root = 1;
crossev.mode = NotifyNormal;
crossev.detail = NotifyNonlinear;
crossev.same_screen = True;
crossev.focus = True;
crossev.state = 0;
XSendEvent(dpy, w, True, EnterWindowMask | LeaveWindowMask, (XEvent*)&crossev);
XSync(dpy, True);
}
static void make_key(char* keyname, int x, int y, XKeyEvent* xev)
{
char* part;
char* part2;
char* sep_part;
struct keymodlist_t* kmlptr;
KeySym ks;
KeyCode kc;
part2 = (char*) malloc(128);
xev->type = KeyPress;
xev->display = dpy;
xev->root = root;
xev->subwindow = None;
xev->time = fake_timestamp();
xev->x = x;
xev->y = y;
xev->x_root = 1;
xev->y_root = 1;
xev->same_screen = True;
xev->state = 0;
#ifdef HAVE_STRSEP
while ((part = strsep(&keyname, key_delimiter)))
#else
while ((part = strtok(keyname, key_delimiter)) && ((keyname = NULL) == NULL))
#endif
{
part2 = strncpy(part2, part, 128);
// log_debug("- %s\n",part);
kmlptr = keymodlist;
while (kmlptr->name) {
// log_debug("-- %s %s\n", kmlptr->name, part);
if (!strcasecmp(kmlptr->name, part))
xev->state |= kmlptr->mask;
kmlptr++;
}
// log_debug("--- %s\n",part);
}
// log_debug("*** %s\n",part);
// log_debug("*** %s\n",part2);
/*
* New code 14-June-2005 by Warren Melnick, C.A.C. Media
* Uses the KeySym: and KeyCode: prefixes on the Key lines to allow for
* numeric keysym and keycode numbers to be used in place of X keysyms.
* Example 1: config = Key KeyCode:127 CurrentWindow
* Example 2: config = Key KeySym:0xFFF0 CurrentWindow
*/
ks = 0;
kc = 0;
if (strncmp(part2, "KeySym:", 7) == 0) {
sep_part = part2 + 7;
ks = strtoul(sep_part, NULL, 0);
kc = XKeysymToKeycode(dpy, ks);
log_debug("KeySym String: %s, KeySym: %ld KeyCode: %d\n", part2, ks, kc);
} else if (strncmp(part2, "KeyCode:", 8) == 0) {
sep_part = part2 + 8;
kc = (KeyCode)strtoul(sep_part, NULL, 0);
log_debug("KeyCode String: %s, KeyCode: %d\n", part2, kc);
}
if ((ks == 0) && (kc == 0)) {
ks = XStringToKeysym(part2);
kc = XKeysymToKeycode(dpy, ks);
log_debug("Unmodified String: %s, KeySym: %d KeyCode: %d\n", part2, ks, kc);
}
xev->keycode = kc;
log_debug("state 0x%x, keycode 0x%x\n", xev->state, xev->keycode);
free(part2);
}
