public void Initialize(string name, ushort input, ushort output)
{
cName = name;
Input = input;
Output = output;
Component component = new Component();
component.Name = cName;
crossName = string.Format("input_{0}_output_{1}_mute", input, output);
List <ControlName> names = new List <ControlName>()
{
new ControlName {
Name = crossName
}
};
component.Controls = names;
if (QsysProcessor.RegisterComponent(component))
{
QsysProcessor.Components[component].OnNewEvent += new EventHandler <QsysInternalEventsArgs>(QsysMatrixMixerSimpl_OnNewEvent);
registered = true;
}
mixer = new QsysMatrixMixer(cName);
}
/// <summary>
/// Default constructor for a QsysFader
/// </summary>
/// <param name="Name">The component name of the gain.</param>
public QsysFader(string Name)
{
cName = Name;
Component component = new Component();
component.Name = Name;
List <ControlName> names = new List <ControlName>();
names.Add(new ControlName());
names.Add(new ControlName());
names[0].Name = "gain";
names[1].Name = "mute";
component.Controls = names;
if (QsysProcessor.RegisterComponent(component))
{
QsysProcessor.Components[component].OnNewEvent += new EventHandler <QsysInternalEventsArgs>(Component_OnNewEvent);
registered = true;
isComponent = true;
}
}
public QsysRoomCombiner(string name, int rooms, int walls)
{
this.name = name;
wallState = new bool[walls];
roomCombined = new bool[rooms];
Component component = new Component()
{
Name = name, Controls = new List <ControlName>()
};
for (int i = 1; i <= walls; i++)
{
component.Controls.Add(new ControlName {
Name = string.Format("wall_{0}_open", i)
});
}
for (int i = 1; i <= rooms; i++)
{
component.Controls.Add(new ControlName {
Name = string.Format("output_{0}_combined", i)
});
}
if (QsysProcessor.RegisterComponent(component))
{
QsysProcessor.Components[component].OnNewEvent += new EventHandler <QsysInternalEventsArgs>(QsysRoomCombiner_OnNewEvent);
registered = true;
}
}
public QsysPotsController(string Name)
{
cName = Name;
recentCalls = new List <ListBoxChoice>();
Component component = new Component();
component.Name = Name;
List <ControlName> names = new List <ControlName>();
for (int i = 0; i <= 5; i++)
{
names.Add(new ControlName());
}
names[0].Name = "call_offhook";
names[1].Name = "call_ringing";
names[2].Name = "call_autoanswer";
names[3].Name = "call_dnd";
names[4].Name = "call_status";
names[5].Name = "recent_calls";
component.Controls = names;
if (QsysProcessor.RegisterComponent(component))
{
QsysProcessor.Components[component].OnNewEvent += new EventHandler <QsysInternalEventsArgs>(QsysPotsController_OnNewEvent);
registered = true;
}
}
public QsysRouter(string Name, int output)
{
cName = Name;
myOutput = output;
Component component = new Component();
component.Name = Name;
List <ControlName> names = new List <ControlName>();
names.Add(new ControlName());
names[0].Name = string.Format("select_{0}", output);
component.Controls = names;
if (QsysProcessor.RegisterComponent(component))
{
QsysProcessor.Components[component].OnNewEvent += new EventHandler <QsysInternalEventsArgs>(QsysRouter_OnNewEvent);
registered = true;
}
}
public QsysNv32hDecoder(string Name)
{
cName = Name;
Component component = new Component();
component.Name = Name;
List <ControlName> names = new List <ControlName>();
names.Add(new ControlName());
names[0].Name = "hdmi_out_0_select_index";
component.Controls = names;
if (QsysProcessor.RegisterComponent(component))
{
QsysProcessor.Components[component].OnNewEvent += new EventHandler <QsysInternalEventsArgs>(Component_OnNewEvent);
registered = true;
isComponent = true;
}
}
public QsysMeter(string name, int index)
{
cName = name;
meterIndex = index;
Component component = new Component()
{
Name = cName, Controls = new List <ControlName>()
{
new ControlName()
{
Name = string.Format("meter_{0}", meterIndex)
}
}
};
if (QsysProcessor.RegisterComponent(component))
{
QsysProcessor.Components[component].OnNewEvent += new EventHandler <QsysInternalEventsArgs>(Component_OnNewEvent);
isRegistered = true;
isComponent = true;
}
}