public void TestNotAdded()
{
var am = new ActionMap <int, int>();
int value = 0;
am.OnAdd(1, x => value = x);
am.Add(2, 2);
Assert.Equal(0, value);
}
public override ActionMap GetActionMenu()
{
var map = new ActionMap();
if (Abilities.Count > 0)
map.Add(Keys.Q, () => Abilities[0].Execute());
if (Abilities.Count > 1)
map.Add(Keys.W, () => Abilities[1].Execute());
if (Abilities.Count > 2)
map.Add(Keys.E, () => Abilities[2].Execute());
if (Abilities.Count > 3)
map.Add(Keys.R, () => Abilities[3].Execute());
return map;
}
public void TestMultipleActions()
{
var am = new ActionMap <int, int>();
int value1 = 0, value2 = 0;
am.OnAdd(1, x => value1 = x);
am.OnAdd(1, x => value2 = x);
am.Add(1, 2);
Assert.Equal(2, value1);
Assert.Equal(2, value2);
}
public void Subscribe <T, TInput>(Action <TInput> action)
{
// TODO make some attributes to filter action bus types such as MaxSubsubscribers
Type type = typeof(T);
if (m_actionMap.ContainsKey(type))
{
m_actionMap[type].Add(action);
}
ActionList actionList = new ActionList();
actionList.Add(action);
m_actionMap.Add(type, actionList);
}
/// <summary>
/// Read all from an Action XElement
/// </summary>
/// <param name="action">The action XElement</param>
/// <returns>True if successfull</returns>
private bool ReadAction(XElement action)
{
/* A variety exists here...
* <action name="v_eject_cinematic" onPress="0" onHold="1" onRelease="1" keyboard="ralt+l" xboxpad="shoulderl+shoulderr+y" joystick=" " />
* <action name="v_exit" onPress="1" onHold="0" onRelease="1" multiTap="1" multiTapBlock="1" pressTriggerThreshold="1.0" releaseTriggerThreshold="-1" releaseTriggerDelay="0" keyboard="f" xboxpad="y" UILabel="@ui_CIExit" UIDescription="@ui_CIExitDesc" >
* <joystick ActivationMode="press" input=" " />
* </action>
* <action name="v_throttle_100" onPress="1" xboxpad=" " joystick=" " UILabel="@ui_CIThrottleMax" UIDescription="@ui_CIThrottleMaxDesc" >
* <xboxpad multiTap="2" input="thumbl_up" />
* <keyboard multiTap="2" input=" " />
* </action>
*
* <action name="v_target_deselect_component" ActivationMode="delayed_press" pressTriggerThreshold="0.75" joystick="" >
* <keyboard >
* <inputdata input="lbracket" />
* <inputdata input="rbracket" />
* </keyboard>
* </action>
*
*/
log.Debug("DProfileReader.ReadAction - Entry");
// a complete actionmap arrives here
bool retVal = true;
string name = (string)action.Attribute("name");
string uiLabel = (string)action.Attribute("UILabel");
if (string.IsNullOrEmpty(uiLabel))
{
uiLabel = name; // subst if not found in Action node
}
SCUiText.Instance.Add(name, uiLabel); // Register item for translation
// prep all kinds
var jAC = new ProfileAction( )
{
Name = name, UILabel = uiLabel, DevID = Act.DevTag(JoystickCls.DeviceClass)
};
var kAC = new ProfileAction( )
{
Name = name, UILabel = uiLabel, DevID = Act.DevTag(KeyboardCls.DeviceClass)
};
var mAC = new ProfileAction( )
{
Name = name, UILabel = uiLabel, DevID = Act.DevTag(MouseCls.DeviceClass)
};
var xAC = new ProfileAction( )
{
Name = name, UILabel = uiLabel, DevID = Act.DevTag(GamepadCls.DeviceClass)
};
// process element items
JInput(ref jAC, action, (string)action.Attribute(JoystickCls.DeviceClass));
KInput(ref kAC, action, (string)action.Attribute(KeyboardCls.DeviceClass));
MInput(ref mAC, action, (string)action.Attribute(MouseCls.DeviceClass));
XInput(ref xAC, action, (string)action.Attribute(GamepadCls.DeviceClass));
// then nested ones - they may or may not exist from the initial scan
foreach (XElement l1action in action.Elements( ))
{
// comes with the name of the device class
switch (l1action.Name.LocalName)
{
case JoystickCls.DeviceClass: {
JInput(ref jAC, l1action, (string)l1action.Attribute("input")); // may have attributed ones
foreach (XElement l2action in l1action.Elements( ))
{
if (l2action.Name.LocalName == "inputdata")
{
JInput(ref jAC, l2action, (string)l2action.Attribute("input")); // or in the inputdata nesting
}
}
}
break;
case KeyboardCls.DeviceClass: {
KInput(ref kAC, l1action, (string)l1action.Attribute("input")); // may have attributed ones
foreach (XElement l2action in l1action.Elements( ))
{
if (l2action.Name.LocalName == "inputdata")
{
KInput(ref kAC, l2action, (string)l2action.Attribute("input")); // or in the inputdata nesting
}
}
}
break;
case MouseCls.DeviceClass: {
MInput(ref mAC, l1action, (string)l1action.Attribute("input")); // may have attributed ones
foreach (XElement l2action in l1action.Elements( ))
{
if (l2action.Name.LocalName == "inputdata")
{
MInput(ref mAC, l2action, (string)l2action.Attribute("input")); // or in the inputdata nesting
}
}
}
break;
case GamepadCls.DeviceClass: {
XInput(ref xAC, l1action, (string)l1action.Attribute("input")); // may have attributed ones
foreach (XElement l2action in l1action.Elements( ))
{
if (l2action.Name.LocalName == "inputdata")
{
XInput(ref xAC, l2action, (string)l2action.Attribute("input")); // or in the inputdata nesting
}
}
}
break;
default: break;
}
}
if (!string.IsNullOrEmpty(jAC.DefBinding))
{
m_currentMap.Add(jAC); // finally add it to the current map if it was bound
}
if (!string.IsNullOrEmpty(kAC.DefBinding))
{
m_currentMap.Add(kAC); // finally add it to the current map if it was bound
}
if (!string.IsNullOrEmpty(mAC.DefBinding))
{
m_currentMap.Add(mAC); // finally add it to the current map if it was bound
}
if (!string.IsNullOrEmpty(xAC.DefBinding))
{
m_currentMap.Add(xAC); // finally add it to the current map if it was bound
}
return(retVal);
}
/// <summary>
/// Assumes to be in an action element
/// retrieves the attributes and collects the various control=binding pairs
/// </summary>
/// <param name="xr">An XML reader @ StartElement</param>
private void CollectActions(Dictionary <string, string> attr)
{
//first find an ActivationMode if there is - applies to all actions
string actModeName = ActivationMode.Default.Name;
string multiTap = "0";
// this can be an Activation Mode OR a multitap
// if there is an activationMode the multiTap remains 0
// if no ActivationMode is given, multitap is 1 or may be 2...
if (attr.ContainsKey("ActivationMode"))
{
actModeName = attr["ActivationMode"];
multiTap = ActivationModes.Instance.MultiTapFor(actModeName).ToString( ); // given by the already collected items
}
else
{
// name remains default - we handle multiTaps only here
multiTap = "1"; // default if not changed in the action to may be 2 or so..
if (attr.ContainsKey("multiTap"))
{
multiTap = attr["multiTap"];
}
}
ActivationMode actMode = new ActivationMode(actModeName, int.Parse(multiTap)); // should be a valid ActivationMode for this action
// we collect actions for each input ie for K,J,X and M
if (attr.ContainsKey("joystick"))
{
ProfileAction ac = new ProfileAction( );
ac.name = attr["name"];
ac.devID = "J";
ac.defBinding = attr["joystick"];
ac.defActivationMode = actMode;
if (ac.defBinding == " ")
{
ac.defBinding = Joystick.JoystickCls.BlendedInput;
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
else if (!String.IsNullOrEmpty(ac.defBinding))
{
ac.defBinding = "js1_" + ac.defBinding;
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
}
if (attr.ContainsKey("keyboard"))
{
ProfileAction ac = new ProfileAction( );
ac.name = attr["name"];
ac.devID = "K";
ac.defBinding = attr["keyboard"];
ac.defActivationMode = actMode;
if (ac.defBinding == " ")
{
ac.defBinding = Keyboard.KeyboardCls.BlendedInput;
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
else if (!String.IsNullOrEmpty(ac.defBinding))
{
ac.defBinding = "kb1_" + ac.defBinding;
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
}
if (attr.ContainsKey("mouse")) // 20151220BM: add mouse device (from AC 2.0 defaultProfile usage)
{
ProfileAction ac = new ProfileAction( );
ac.name = attr["name"];
ac.devID = "M";
ac.defBinding = attr["mouse"];
ac.defActivationMode = actMode;
if (ac.defBinding == " ")
{
ac.defBinding = Mouse.MouseCls.BlendedInput;
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
else if (!String.IsNullOrEmpty(ac.defBinding))
{
ac.defBinding = "mo1_" + ac.defBinding;
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
}
if (attr.ContainsKey("xboxpad"))
{
ProfileAction ac = new ProfileAction( );
ac.name = attr["name"];
ac.devID = "X";
ac.defBinding = attr["xboxpad"];
ac.defActivationMode = actMode;
if (ac.defBinding == " ")
{
ac.defBinding = Gamepad.GamepadCls.BlendedInput;
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
else if (!String.IsNullOrEmpty(ac.defBinding))
{
ac.defBinding = "xi1_" + ac.defBinding;
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
}
if (attr.ContainsKey("ps3pad"))
{
// ignore
}
}
//METHODS
#region Methods
public static ActionMap ReadFile(string filepath)
{
StreamReader sr = new StreamReader(filepath);
String line;
String[] tokens;
ActionKey actionKey;
ActionMap map = new ActionMap();
Type actionType;
String actionKeyString;
int linecounter = 0;
while (!sr.EndOfStream)
{
line = sr.ReadLine();
linecounter++;
tokens = line.Split('/');
//tokens[0] = entry-type
//tokens[1] = parameters
actionKeyString = EncodeEntryType(tokens[0],linecounter);
tokens = tokens[1].Split(':');
//verify action format is valid
switch (actionKeyString[0].ToString())
{
case ActionKey.EntryType.ASSOCIATION:
actionKeyString += EncodeParametersAssociation(tokens, linecounter);
break;
case ActionKey.EntryType.ASSOCIATIONCLASS:
actionKeyString += EncodeParametersAssociationClass(tokens, linecounter);
break;
case ActionKey.EntryType.GENERALIZATION:
actionKeyString += EncodeParametersGeneralization(tokens, linecounter);
break;
case ActionKey.EntryType.REALIZATION:
actionKeyString += EncodeParametersRealization(tokens, linecounter);
break;
}
if (Regex.IsMatch(tokens[tokens.Length - 1], @"^[A-Za-z0-9]*$"))
{
actionKey = new ActionKey(actionKeyString);
//add the value-pair if no equal action-key exists
if (map.GetAction(actionKey) == null)
{
//create/validate action object
actionType = Type.GetType(ActionKey.ACTIONNAMESPACE + tokens[tokens.Length - 1]);
//add the map entry
map.Add(actionKey, (AbstractAction)Activator.CreateInstance(actionType));
}
else
{
throw new InvalidOperationException("An equivalent ActionKey already exists in the ActionMap at line: " + linecounter);
}
}
else
{
throw new ArgumentException("The action-name contains some invalid characters at line: " + linecounter);
}
}
return map;
}
/// <summary>
/// Assumes to be in an action element
/// retrieves the attributes and collects the various control=binding pairs
/// </summary>
/// <param name="xr">An XML reader @ StartElement</param>
private void CollectActions(XmlReader xr, Dictionary <string, string> attr)
{
// we collect actions for each input ie for K,J,X and P
if (attr.ContainsKey("joystick"))
{
Action ac = new Action( );
ac.name = attr["name"];
ac.input = "J";
ac.defBinding = attr["joystick"];
if (ac.defBinding == " ")
{
ac.defBinding = JoystickCls.BlendedInput;
}
if (!String.IsNullOrEmpty(ac.defBinding))
{
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
}
if (attr.ContainsKey("keyboard"))
{
Action ac = new Action( );
ac.name = attr["name"];
ac.input = "K";
ac.defBinding = attr["keyboard"];
if (ac.defBinding == " ")
{
ac.defBinding = KeyboardCls.BlendedInput;
}
if (!String.IsNullOrEmpty(ac.defBinding))
{
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
}
if (attr.ContainsKey("xboxpad"))
{
Action ac = new Action( );
ac.name = attr["name"];
ac.input = "X";
ac.defBinding = attr["xboxpad"];
if (ac.defBinding == " ")
{
ac.defBinding = GamepadCls.BlendedInput;
}
if (!String.IsNullOrEmpty(ac.defBinding))
{
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
}
if (attr.ContainsKey("ps3pad"))
{
Action ac = new Action( );
ac.name = attr["name"];
ac.input = "P";
ac.defBinding = attr["ps3pad"];
if (ac.defBinding == " ")
{
ac.defBinding = GamepadCls.BlendedInput;
}
if (!String.IsNullOrEmpty(ac.defBinding))
{
m_currentMap.Add(ac); // finally add it to the current map if it was bound
}
}
}
