public void CheckEnvironment()
{
Collider2D[] colliders = Physics2D.OverlapPointAll(transform.position + colliderOffset);
bool envEntered = false;
foreach (Collider2D collider in colliders)
{
Environment newEnvironment = collider.GetComponent <Environment>();
if (newEnvironment != null)
{
if (current.GetType() != newEnvironment.GetType())
{
newEnvironment.Enter(this.gameObject);
current.Exit(this.gameObject);
current = newEnvironment;
}
else
{
newEnvironment.Stay(this.gameObject);
}
envEntered = true;
break;
}
else
{
continue;
}
}
if (!envEntered)
{
current.Exit(this.gameObject);
current = new NullEnvironment();
}
}
public async void TestNullEnvironment()
{
NullEnvironment testNullEnvironment = NullEnvironment.Instance;
Assert.NotNull(testNullEnvironment);
var token = new CancellationToken();
ModuleSet testModuleSet = await testNullEnvironment.GetModulesAsync(token);
Assert.NotNull(testModuleSet);
Assert.Equal(testModuleSet, ModuleSet.Empty);
IRuntimeInfo runtimeInfo = await testNullEnvironment.GetRuntimeInfoAsync();
Assert.NotNull(runtimeInfo);
Assert.True(ReferenceEquals(runtimeInfo, UnknownRuntimeInfo.Instance));
}
public static bool ObjectSetType(out object answer, object arg0, object arg1)
{
TC newType = (TC) (int) arg0;
// kludge!!!!
if ((int) arg0 == 0 && (int) arg1 == 1)
answer = new NullEnvironment ();
else
switch (newType)
{
case TC.COMBINATION_2:
answer = Combination2.Make ((Hunk3) arg1);
break;
case TC.CONDITIONAL:
answer = Conditional.Make ((Hunk3) arg1);
break;
case TC.CONSTANT:
answer = Constant.Decode ((uint) (int) arg1);
break;
case TC.HUNK3_A:
// Probably someone trying to mark a history object.
answer = arg1;
break;
case TC.HUNK3_B:
answer = arg1;
break;
case TC.ENVIRONMENT:
object [] args = (object[]) arg1;
StandardClosure closure = (StandardClosure) args [0];
object [] actualArgs = new object [args.Length - 1];
for (int i = 0; i < actualArgs.Length; i++)
actualArgs [i] = args [i + 1];
answer = new StandardEnvironment<StandardLambda,StandardClosure> (closure, actualArgs);
break;
// throw new NotImplementedException ();
// // answer = (new InterpreterEnvironment ((object []) arg1));
case TC.EXTENDED_LAMBDA:
answer = ExtendedLambda.Make ((Hunk3) arg1);
break;
case TC.PCOMB0:
answer = PrimitiveCombination0.Make ((Primitive0) arg1);
break;
case TC.PCOMB2:
answer = PrimitiveCombination2.Make ((Hunk3) arg1);
break;
case TC.PRIMITIVE:
if (!(arg1 is PrimitiveCombination0))
throw new NotImplementedException ("Object-set-type on primitive");
answer = ((PrimitiveCombination0) arg1).Operator;
break;
case TC.RECORD:
answer = new Record ((object []) arg1);
return false;
case TC.SEQUENCE_3:
answer = new Sequence3 ((Hunk3) arg1);
break;
case TC.THE_ENVIRONMENT:
answer = TheEnvironment.Make();
break;
case TC.VARIABLE:
answer = Variable.Make ((Hunk3) arg1);
break;
case TC.VECTOR:
// Someone wants to see what endian we are!
char [] source = (char []) arg1;
object [] result = new object [source.Length / 4];
result [1] = ((((((byte) source [3]) * 256)
+ ((byte) source [2])) * 256)
+ ((byte) source [1])) * 256
+ ((byte) source [0]);
result [0] = ((((((byte) source [7]) * 256)
+ ((byte) source [6])) * 256)
+ ((byte) source [5])) * 256
+ ((byte) source [4]);
answer = result;
break;
case TC.WEAK_CONS:
answer = new WeakCons (((Cons) arg1).Car, ((Cons) arg1).Cdr);
break;
default:
throw new NotImplementedException ();
}
return false;
}
void Awake()
{
current = new NullEnvironment();
colliderOffset = Vector3.zero;
}
public static bool ObjectSetType(out object answer, object arg0, object arg1)
{
TC newType = (TC)(int)arg0;
// kludge!!!!
if ((int)arg0 == 0 && (int)arg1 == 1)
{
answer = new NullEnvironment();
}
else
{
switch (newType)
{
case TC.COMBINATION_2:
answer = Combination2.Make((Hunk3)arg1);
break;
case TC.CONDITIONAL:
answer = Conditional.Make((Hunk3)arg1);
break;
case TC.CONSTANT:
answer = Constant.Decode((uint)(int)arg1);
break;
case TC.HUNK3_A:
// Probably someone trying to mark a history object.
answer = arg1;
break;
case TC.HUNK3_B:
answer = arg1;
break;
case TC.ENVIRONMENT:
object [] args = (object[])arg1;
StandardClosure closure = (StandardClosure)args [0];
object [] actualArgs = new object [args.Length - 1];
for (int i = 0; i < actualArgs.Length; i++)
{
actualArgs [i] = args [i + 1];
}
answer = new StandardEnvironment <StandardLambda, StandardClosure> (closure, actualArgs);
break;
// throw new NotImplementedException ();
// // answer = (new InterpreterEnvironment ((object []) arg1));
case TC.EXTENDED_LAMBDA:
answer = ExtendedLambda.Make((Hunk3)arg1);
break;
case TC.PCOMB0:
answer = PrimitiveCombination0.Make((Primitive0)arg1);
break;
case TC.PCOMB2:
answer = PrimitiveCombination2.Make((Hunk3)arg1);
break;
case TC.PRIMITIVE:
if (!(arg1 is PrimitiveCombination0))
{
throw new NotImplementedException("Object-set-type on primitive");
}
answer = ((PrimitiveCombination0)arg1).Operator;
break;
case TC.RECORD:
answer = new Record((object [])arg1);
return(false);
case TC.SEQUENCE_3:
answer = new Sequence3((Hunk3)arg1);
break;
case TC.THE_ENVIRONMENT:
answer = TheEnvironment.Make();
break;
case TC.VARIABLE:
answer = Variable.Make((Hunk3)arg1);
break;
case TC.VECTOR:
// Someone wants to see what endian we are!
char [] source = (char [])arg1;
object [] result = new object [source.Length / 4];
result [1] = ((((((byte)source [3]) * 256)
+ ((byte)source [2])) * 256)
+ ((byte)source [1])) * 256
+ ((byte)source [0]);
result [0] = ((((((byte)source [7]) * 256)
+ ((byte)source [6])) * 256)
+ ((byte)source [5])) * 256
+ ((byte)source [4]);
answer = result;
break;
case TC.WEAK_CONS:
answer = new WeakCons(((Cons)arg1).Car, ((Cons)arg1).Cdr);
break;
default:
throw new NotImplementedException();
}
}
return(false);
}