public virtual void Init(ManagedTreeItem i)
{
if (i.hasValue <string>("Name"))
{
this.Name = i.getValue <string>("Name");
}
if (i.hasValue <bool>("UseBacktrack"))
{
this.UseBacktrack = i.getValue <bool>("UseBacktrack");
}
}
public static DeviceRule Load(RuleSet r, ManagedTreeItem item)
{
DeviceRule result;
if (!item.hasValue <Type>("Type"))
{
result = null;
}
else
{
Type type = item.getValue <Type>("Type");
DeviceRule o = r.createRule(type);
if (o == null)
{
result = null;
}
else
{
o.LoadGUID(item);
r.AddRule(o);
o.Init(item);
result = o;
}
}
return(result);
}
private void LoadGUID(ManagedTreeItem i)
{
if (i.hasValue <string>("GUID"))
{
this.GUID = i.getValue <string>("GUID");
}
}
public static RuleSet Load(ManagedTreeItem mti)
{
RuleSet ret = new RuleSet(false);
Pair <string, object> nameAt = mti.Attributes.FirstOrDefault((Pair <string, object> i) => i.Left == "Name");
ret.Name = ((nameAt != null) ? ((string)nameAt.Right) : "");
Pair <string, object> inp = mti.Attributes.FirstOrDefault((Pair <string, object> i) => i.Left == "InputDeviceID");
ret.InputDeviceID = ((inp != null) ? ((string)inp.Right) : null);
Pair <string, object> outp = mti.Attributes.FirstOrDefault((Pair <string, object> i) => i.Left == "OutputDeviceID");
ret.OutputDeviceID = ((outp != null) ? ((string)outp.Right) : null);
if (mti.hasValue <string>("GUID"))
{
ret.GUID = mti.getValue <string>("GUID");
}
else
{
ret.GUID = Guid.NewGuid().ToString();
}
ret.genInputLayer();
foreach (ManagedTreeItem item in mti.GetChildren("Rule"))
{
if (DeviceRule.Load(ret, item) == null)
{
RuleSet.log.Warn("Failed to load DeviceRule in RuleSet {0}, Invalid Cast and/or constructor missing!", ret.Name);
}
}
foreach (DeviceRule item2 in ret.Rules)
{
item2.UpdateBacktrack();
}
return(ret);
}
public override void Init(ManagedTreeItem i)
{
base.Init(i);
if (i.hasValue <byte>("Treshold"))
{
this.Treshold = i.getValue <byte>("Treshold");
}
if (i.hasValue <bool>("IsToggle"))
{
this.IsToggle = i.getValue <bool>("IsToggle");
}
if (i.hasValue <int>("EnableMessage"))
{
this.EnableMessage = new MidiMessage
{
Data = i.getValue <int>("EnableMessage")
};
}
if (i.hasValue <int>("EnabledBacktrack"))
{
this.EnabledBacktrack = new MidiMessage
{
Data = i.getValue <int>("EnabledBacktrack")
};
}
if (i.hasValue <int>("DisableMessage"))
{
this.DisableMessage = new MidiMessage
{
Data = i.getValue <int>("DisableMessage")
};
}
if (i.hasValue <int>("DisabledBacktrack"))
{
this.DisabledBacktrack = new MidiMessage
{
Data = i.getValue <int>("DisabledBacktrack")
};
}
if (i.hasValue <bool>("State"))
{
this.State = i.getValue <bool>("State");
}
}
public override IDevice createSavedInstance(ManagedTreeItem item, LumosIOContext context, IDevice parent)
{
//If this is the right Factory
if (!item.Name.Equals(NanoleafDevice.NANOLEAF_DEVICE_TYPE_NAME))
{
throw new NotSupportedException("Unable to create a Device for Type: " + item.Name);
}
string id = item.getValue <string>("ID");
if (String.IsNullOrEmpty(id))
{
throw ItemLoadException.UnableToLoad("ID", "NanoleafDevice");
}
IDevice d = new NanoleafDevice(id);
//Delegate the loading of the Values to the Device Class.
d.loadFromManagedTree(item, context);
return(d);
}
public override void Init(ManagedTreeItem i)
{
base.Init(i);
if (i.hasValue <double>("Increment"))
{
this.Increment = i.getValue <double>("Increment");
}
if (i.hasValue <int>("CWMessage"))
{
this.CWMessage = new MidiMessage
{
Data = i.getValue <int>("CWMessage")
};
}
if (i.hasValue <int>("MinimumBacktrack"))
{
this.MinimumBacktrack = new MidiMessage
{
Data = i.getValue <int>("MinimumBacktrack")
};
}
if (i.hasValue <int>("CCWMessage"))
{
this.CCWMessage = new MidiMessage
{
Data = i.getValue <int>("CCWMessage")
};
}
if (i.hasValue <int>("MaximumBacktrack"))
{
this.MaximumBacktrack = new MidiMessage
{
Data = i.getValue <int>("MaximumBacktrack")
};
}
if (i.hasValue <double>("Value"))
{
this.Value = i.getValue <double>("Value");
}
}
