/**
*
* Copyright (c) 2009-2013 Freedomotic team http://freedomotic.com
*
* This file is part of Freedomotic
*
* This Program is free software; you can redistribute it and/or modify it under
* the terms of the GNU General Public License as published by the Free Software
* Foundation; either version 2, or (at your option) any later version.
*
* This Program is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
* FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
* details.
*
* You should have received a copy of the GNU General Public License along with
* Freedomotic; see the file COPYING. If not, see
* <http://www.gnu.org/licenses/>.
*/
package it.freedomotic.objects.impl;
import it.freedomotic.model.ds.Config;
import it.freedomotic.model.object.Behavior;
import it.freedomotic.model.object.ListBehavior;
import it.freedomotic.model.object.RangedIntBehavior;
import it.freedomotic.objects.BehaviorLogic;
import it.freedomotic.objects.RangedIntBehaviorLogic;
import it.freedomotic.objects.ListBehaviorLogic;
import it.freedomotic.objects.impl.Light;
import it.freedomotic.objects.impl.Light;
import it.freedomotic.reactions.Command;
import it.freedomotic.reactions.CommandPersistence;
import java.util.ArrayList;
import java.util.List;
/**
*
* @author Mauro Cicolella
*/
public class HueLight
extends Light {
private RangedIntBehaviorLogic hue;
private RangedIntBehaviorLogic saturation;
private ListBehaviorLogic effect;
protected final static String BEHAVIOR_HUE = "hue";
protected final static String BEHAVIOR_SATURATION = "saturation";
protected final static String BEHAVIOR_EFFECT = "effect";
@Override
public void init() {
//linking this property with the behavior defined in the XML
hue = new RangedIntBehaviorLogic((RangedIntBehavior) getPojo().getBehavior(BEHAVIOR_HUE));
hue.addListener(new RangedIntBehaviorLogic.Listener() {
@Override
public void onLowerBoundValue(Config params, boolean fireCommand) {
executePowerOff(params);
}
@Override
public void onUpperBoundValue(Config params, boolean fireCommand) {
executePowerOn(params);
}
@Override
public void onRangeValue(int rangeValue, Config params, boolean fireCommand) {
setHue(rangeValue, params);
}
});
//register this behavior to the superclass to make it visible to it
registerBehavior(hue);
saturation = new RangedIntBehaviorLogic((RangedIntBehavior) getPojo().getBehavior(BEHAVIOR_SATURATION));
saturation.addListener(new RangedIntBehaviorLogic.Listener() {
@Override
public void onLowerBoundValue(Config params, boolean fireCommand) {
executePowerOff(params);
}
@Override
public void onUpperBoundValue(Config params, boolean fireCommand) {
executePowerOn(params);
}
@Override
public void onRangeValue(int rangeValue, Config params, boolean fireCommand) {
setSaturation(rangeValue, params);
}
});
//register this behavior to the superclass to make it visible to it
registerBehavior(saturation);
//linking this powered property with the screenMode behavior defined in the XML
effect = new ListBehaviorLogic((ListBehavior) getPojo().getBehavior(BEHAVIOR_EFFECT));
effect.addListener(new ListBehaviorLogic.Listener() {
//TODO: in the kuro the screen modes available depends of the source.
@Override
public void selectedChanged(Config params, boolean fireCommand) {
if (fireCommand) {
executeSetEffect(params);
} else {
setEffect(params.getProperty("value"));
}
}
});
registerBehavior(effect);
super.init();
}
@Override
public void executePowerOff(Config params) {
/*
* Not called the setBrightness because this method executeCommand a
* command here we want only to mantain the system coerent. If we call
* setBrightness(0, params) the light recalls the onLowerBoundValue.
* Only ONE command execution per situation
*/
hue.setValue(0);
saturation.setValue(0);
/*
* executeCommand the body of the super implementation The super call
* must be the last call as it executes setChanged(true)
*/
super.executePowerOff(params);
}
@Override
public void executePowerOn(Config params) {
/*
* Not called the setBrightness because this method executeCommand a
* command here we want only to mantain the system coerent. If we call
* setBrightness(100, params) the light recalls the onUpperBoundValue.
* Only ONE command execution per situation
*/
//hue.setValue(100);
//executeCommand the body of the super implementation
super.executePowerOn(params);
}
public void setHue(int rangeValue, Config params) {
boolean executed = executeCommand("set hue", params); //executes the developer level command associated with 'set brightness' action
if (executed) {
powered.setValue(true);
hue.setValue(rangeValue);
//set the light graphical representation
//getPojo().setCurrentRepresentation(1); //points to the second element in the XML views array (light on image)
setChanged(true);
}
}
public void setSaturation(int rangeValue, Config params) {
boolean executed = executeCommand("set saturation", params); //executes the developer level command associated with 'set brightness' action
if (executed) {
powered.setValue(true);
saturation.setValue(rangeValue);
//set the light graphical representation
//getPojo().setCurrentRepresentation(1); //points to the second element in the XML views array (light on image)
setChanged(true);
}
}
public void executeSetEffect(Config params) {
boolean executed = executeCommand("set effect", params);
if (executed) {
setEffect(params.getProperty("value"));
setChanged(true);
}
}
public void setEffect(String value) {
if (!effect.getSelected().equals(value)) {
effect.setSelected(value);
setChanged(true);
}
}
@Override
protected void createCommands() {
super.createCommands();
Command a = new Command();
a.setName("Set " + getPojo().getName() + " hue to 50%");
a.setDescription("the light " + getPojo().getName() + " changes its hue");
a.setReceiver("app.events.sensors.behavior.request.objects");
a.setProperty("object",
getPojo().getName());
a.setProperty("behavior", BEHAVIOR_HUE);
a.setProperty("value", "50");
Command b = new Command();
b.setName("Increase " + getPojo().getName() + " hue");
b.setDescription("increases " + getPojo().getName() + " hue of one step");
b.setReceiver("app.events.sensors.behavior.request.objects");
b.setProperty("object",
getPojo().getName());
b.setProperty("behavior", BEHAVIOR_HUE);
b.setProperty("value", Behavior.VALUE_NEXT);
Command c = new Command();
c.setName("Decrease " + getPojo().getName() + " hue");
c.setDescription("decreases " + getPojo().getName() + " hue of one step");
c.setReceiver("app.events.sensors.behavior.request.objects");
c.setProperty("object",
getPojo().getName());
c.setProperty("behavior", BEHAVIOR_HUE);
c.setProperty("value", Behavior.VALUE_PREVIOUS);
Command d = new Command();
d.setName("Set its hue to 50%");
d.setDescription("set its hue to 50%");
d.setReceiver("app.events.sensors.behavior.request.objects");
d.setProperty("object", "@event.object.name");
d.setProperty("behavior", BEHAVIOR_HUE);
d.setProperty("value", "50");
Command e = new Command();
e.setName("Increase its hue");
e.setDescription("increases its hue of one step");
e.setReceiver("app.events.sensors.behavior.request.objects");
e.setProperty("object", "@event.object.name");
e.setProperty("behavior", BEHAVIOR_HUE);
e.setProperty("value", Behavior.VALUE_NEXT);
Command f = new Command();
f.setName("Decrease its hue");
f.setDescription("decreases its hue of one step");
f.setReceiver("app.events.sensors.behavior.request.objects");
f.setProperty("object", "@event.object.name");
f.setProperty("behavior", BEHAVIOR_HUE);
f.setProperty("value", Behavior.VALUE_PREVIOUS);
Command g = new Command();
g.setName("Set its hue to the value in the event");
g.setDescription("set its hue to the value in the event");
g.setReceiver("app.events.sensors.behavior.request.objects");
g.setProperty("object", "@event.object.name");
g.setProperty("behavior", BEHAVIOR_HUE);
g.setProperty("value", "@event.value");
Command h = new Command();
h.setName("Set " + getPojo().getName() + " saturation to 50%");
h.setDescription("the light " + getPojo().getName() + " changes its saturation");
h.setReceiver("app.events.sensors.behavior.request.objects");
h.setProperty("object",
getPojo().getName());
h.setProperty("behavior", BEHAVIOR_SATURATION);
h.setProperty("value", "50");
Command i = new Command();
i.setName("Increase " + getPojo().getName() + " saturation");
i.setDescription("increases " + getPojo().getName() + " saturation of one step");
i.setReceiver("app.events.sensors.behavior.request.objects");
i.setProperty("object",
getPojo().getName());
i.setProperty("behavior", BEHAVIOR_SATURATION);
i.setProperty("value", Behavior.VALUE_NEXT);
Command l = new Command();
l.setName("Decrease " + getPojo().getName() + " saturation");
l.setDescription("decreases " + getPojo().getName() + " saturation of one step");
l.setReceiver("app.events.sensors.behavior.request.objects");
l.setProperty("object",
getPojo().getName());
l.setProperty("behavior", BEHAVIOR_SATURATION);
l.setProperty("value", Behavior.VALUE_PREVIOUS);
Command m = new Command();
m.setName("Set its saturation to 50%");
m.setDescription("set its saturation to 50%");
m.setReceiver("app.events.sensors.behavior.request.objects");
m.setProperty("object", "@event.object.name");
m.setProperty("behavior", BEHAVIOR_SATURATION);
m.setProperty("value", "50");
Command n = new Command();
n.setName("Increase its saturation");
n.setDescription("increases its saturation of one step");
n.setReceiver("app.events.sensors.behavior.request.objects");
n.setProperty("object", "@event.object.name");
n.setProperty("behavior", BEHAVIOR_SATURATION);
n.setProperty("value", Behavior.VALUE_NEXT);
Command o = new Command();
o.setName("Decrease its saturation");
o.setDescription("decreases its saturation of one step");
o.setReceiver("app.events.sensors.behavior.request.objects");
o.setProperty("object", "@event.object.name");
o.setProperty("behavior", BEHAVIOR_SATURATION);
o.setProperty("value", Behavior.VALUE_PREVIOUS);
Command p = new Command();
p.setName("Set its saturation to the value in the event");
p.setDescription("set its saturation to the value in the event");
p.setReceiver("app.events.sensors.behavior.request.objects");
p.setProperty("object", "@event.object.name");
p.setProperty("behavior", BEHAVIOR_SATURATION);
p.setProperty("value", "@event.value");
//effect related commands
Command q = new Command();
q.setName(getPojo().getName() + " next Effect");
q.setDescription("select the " + getPojo().getName() + " next Effect");
q.setReceiver("app.events.sensors.behavior.request.objects");
q.setProperty("object", getPojo().getName());
q.setProperty("behavior", BEHAVIOR_EFFECT);
q.setProperty("value", "next");
Command r = new Command();
r.setName(getPojo().getName() + " previous Effect");
r.setDescription("select the " + getPojo().getName() + " previous Effect");
r.setReceiver("app.events.sensors.behavior.request.objects");
r.setProperty("object", getPojo().getName());
r.setProperty("behavior", BEHAVIOR_EFFECT);
r.setProperty("value", "previous");
CommandPersistence.add(a);
CommandPersistence.add(b);
CommandPersistence.add(c);
CommandPersistence.add(d);
CommandPersistence.add(e);
CommandPersistence.add(f);
CommandPersistence.add(g);
CommandPersistence.add(h);
CommandPersistence.add(i);
CommandPersistence.add(l);
CommandPersistence.add(m);
CommandPersistence.add(n);
CommandPersistence.add(o);
CommandPersistence.add(p);
CommandPersistence.add(q);
CommandPersistence.add(r);
}
@Override
protected void createTriggers() {
super.createTriggers();
}
}