/// <summary>Add the appropriate exit context command(s) to the specified location.</summary>
/// <param name="location">The location to add exit context command(s) to.</param>
private void AddExitContextCommands(Thing location)
{
var mainExitCommand = this.GetExitCommandFrom(location);
var secondExitAlias = this.GetSecondaryExitAlias(mainExitCommand);
if (!string.IsNullOrEmpty(mainExitCommand))
{
var contextCommand = new ContextCommand(this.commands, mainExitCommand, ContextAvailability.ToChildren, SecurityRole.all);
location.Commands.Add(mainExitCommand, contextCommand);
if (!string.IsNullOrEmpty(secondExitAlias))
{
location.Commands.Add(secondExitAlias, contextCommand);
}
}
}
/// <summary>Add the appropriate exit context command(s) to the specified location.</summary>
/// <param name="location">The location to add exit context command(s) to.</param>
private void AddExitContextCommands(Thing location)
{
var mainExitCommand = GetExitCommandFrom(location);
var secondExitAlias = GetSecondaryExitAlias(mainExitCommand);
if (!string.IsNullOrEmpty(mainExitCommand))
{
var contextCommand = new ContextCommand(commands, mainExitCommand, ContextAvailability.ToChildren, SecurityRole.all);
// TODO: OLC should take care to avoid duplicate exits in a room, but we might need more advanced protections to prevent needing
// multiple context commands of the same alias from having to be attached to one Thing. (Try to keep fast command-finding.)
Debug.Assert(!location.Commands.ContainsKey(mainExitCommand), "The Thing this ExitBehavior attached to already had command: " + mainExitCommand);
location.Commands.Add(mainExitCommand, contextCommand);
if (!string.IsNullOrEmpty(secondExitAlias))
{
Debug.Assert(!location.Commands.ContainsKey(secondExitAlias), "The Thing this ExitBehavior attached to already had command: " + secondExitAlias);
location.Commands.Add(secondExitAlias, contextCommand);
}
}
}
/// <summary>Called when a parent has just been assigned to this behavior. (Refer to this.Parent.)</summary>
public override void OnAddBehavior()
{
// When adding this behavior to a Thing, register relevant movement events so we can cancel
// the movement of anything through our parent Thing while our parent Thing is "closed".
var parent = this.Parent;
if (parent != null)
{
parent.Eventing.MovementRequest += this.MovementRequestHandler;
// Register the "open" and "close" context commands to be available to siblings of our parent,
// and to the openable/closable thing's children (IE in case it can be entered itself).
var contextAvailability = ContextAvailability.ToSiblings | ContextAvailability.ToChildren;
var openContextCommand = new ContextCommand(this.commands, OpenString, contextAvailability, SecurityRole.all);
var closeContextCommand = new ContextCommand(this.commands, CloseString, contextAvailability, SecurityRole.all);
parent.Commands.Add(OpenString, openContextCommand);
parent.Commands.Add(CloseString, closeContextCommand);
}
base.OnAddBehavior();
}
/// <summary>Called when a parent has just been assigned to this behavior. (Refer to Parent.)</summary>
protected override void OnAddBehavior()
{
// When adding this behavior to a Thing, register relevant movement events so we can cancel
// the movement of anything through our parent Thing while our parent Thing is "closed".
var parent = Parent;
if (parent != null)
{
parent.Eventing.MovementRequest += MovementRequestHandler;
// Register the "open" and "close" context commands to be available to siblings of our parent,
// and to the openable/closable thing's children (IE in case it can be entered itself).
var contextAvailability = ContextAvailability.ToSiblings | ContextAvailability.ToChildren;
var openContextCommand = new ContextCommand(commands, OpenString, contextAvailability, SecurityRole.all);
var closeContextCommand = new ContextCommand(commands, CloseString, contextAvailability, SecurityRole.all);
Debug.Assert(!parent.Commands.ContainsKey(OpenString), "The Thing this OpensClosesBehavior attached to already had an Open command.");
Debug.Assert(!parent.Commands.ContainsKey(CloseString), "The Thing this OpensClosesBehavior attached to already had a Close command.");
parent.Commands.Add(OpenString, openContextCommand);
parent.Commands.Add(CloseString, closeContextCommand);
}
base.OnAddBehavior();
}
/// <summary>
/// Called when a parent has just been assigned to this behavior. (Refer to this.Parent)
/// </summary>
public override void OnAddBehavior()
{
// When adding this behavior to a Thing, register relevant movement events so we can cancel
// the movement of anything through our parent Thing while our parent Thing is "closed".
var parent = this.Parent;
if (parent != null)
{
parent.Eventing.MovementRequest += this.MovementRequestHandler;
// Register the "open" and "close" context commands to be available to siblings of our parent,
// and to the openable/closable thing's children (IE in case it can be entered itself).
var contextAvailability = ContextAvailability.ToSiblings | ContextAvailability.ToChildren;
var openContextCommand = new ContextCommand(this.commands, OpenString, contextAvailability, SecurityRole.all);
var closeContextCommand = new ContextCommand(this.commands, CloseString, contextAvailability, SecurityRole.all);
parent.Commands.Add(OpenString, openContextCommand);
parent.Commands.Add(CloseString, closeContextCommand);
}
base.OnAddBehavior();
}
/// <summary>
/// Called when a parent has just been assigned to this behavior. (Refer to this.Parent)
/// </summary>
public override void OnAddBehavior()
{
var parent = this.Parent;
if (parent != null)
{
// When adding this behavior to a Thing, register relevant events so we can cancel
// the opening of our parent Thing while our parent Thing is "locked".
parent.Eventing.MiscellaneousRequest += this.RequestHandler;
// Register the "lock" and "unlock" context commands to be available to siblings of our parent,
// and to the lockable/unlockable thing's children (IE in case it can be entered itself).
var contextAvailability = ContextAvailability.ToSiblings | ContextAvailability.ToChildren;
var lockContextCommand = new ContextCommand(this.commands, LockString, contextAvailability, SecurityRole.all);
var unlockContextCommand = new ContextCommand(this.commands, UnlockString, contextAvailability, SecurityRole.all);
parent.Commands.Add(LockString, lockContextCommand);
parent.Commands.Add(UnlockString, unlockContextCommand);
}
base.OnAddBehavior();
}
/// <summary>
/// Add the appropriate exit context command(s) to the specified location.
/// </summary>
/// <param name="location">The location to add exit context command(s) to.</param>
private void AddExitContextCommands(Thing location)
{
var mainExitCommand = this.GetExitCommandFrom(location);
var secondExitAlias = this.GetSecondaryExitAlias(mainExitCommand);
if (!string.IsNullOrEmpty(mainExitCommand))
{
var contextCommand = new ContextCommand(this.commands, mainExitCommand, ContextAvailability.ToChildren, SecurityRole.all);
location.Commands.Add(mainExitCommand, contextCommand);
if (!string.IsNullOrEmpty(secondExitAlias))
{
location.Commands.Add(secondExitAlias, contextCommand);
}
}
}
