this.out_src = (int) this.out_ch.add_watch (
IOCondition.OUT | IOCondition.IN | IOCondition.PRI | IOCondition.HUP | IOCondition.ERR ,
(channel, condition) => {
- return this.read(this.out_ch);
+ return this.read(channel);
+ //return this.out_ch != null ? this.read(this.out_ch) : true;
}
);
this.err_src = (int) this.err_ch.add_watch (
IOCondition.OUT | IOCondition.IN | IOCondition.PRI | IOCondition.HUP | IOCondition.ERR ,
(channel, condition) => {
- return this.read(this.err_ch);
+ return this.read(channel);
+ //return this.err_ch != null ? this.read(this.err_ch) : true;
}
);
this.ctx = new MainLoop ();
this.ctx.run(); // wait fore exit?
- print("main_loop done!");
+ //print("main_loop done!");
} else {
this.tidyup(); // tidyup get's called in main loop.
}
private void tidyup()
{
- this.unref();
+ //print("Tidyup\n");
if (this.pid > -1) {
Process.close_pid(this.pid); // hopefully kills it..
this.pid = -1;
if (this.out_ch != null) this.out_ch.shutdown(true);
if (this.err_ch != null) this.err_ch.shutdown(true);
} catch (Error e) {
- // error shutting donw.
+ // error shutting down
}
// blank out channels
this.in_ch = null;
//if (this.out_src > -1 ) GLib.source_remove(this.out_src);
this.err_src = -1;
this.out_src = -1;
-
+ this.unref();
}