public bool ShouldWireBeSnipped(VennWireComponent component, int indexOfCutWire, bool log)
{
VennSnippableWire wire = null;
foreach (VennSnippableWire vennSnippableWire in component.ActiveWires)
{
if (indexOfCutWire == vennSnippableWire.WireIndex)
{
wire = vennSnippableWire;
break;
}
}
CutInstruction cutInstructionForWire = this.GetCutInstructionForWire(component, wire, log);
return(this.ShouldCut(component, cutInstructionForWire));
}
public void Cut()
{
AbstractMachineState state = SetupMachine();
Choicepoint old = new Choicepoint();
state.E = new EnvironmentFrame(null, null, old, 0);
CutInstruction i = new CutInstruction();
i.Process(null);
i.Execute(state);
Assert.AreEqual("cut", i.Name());
Assert.AreEqual(0, i.NumberOfArguments());
Assert.AreSame(state.B, old);
}
public AMInstructionSet()
{
_instructions["allocate"] = new AllocateInstruction();
_instructions["bcall"] = new BCallInstruction();
_instructions["call"] = new CallInstruction();
_instructions["cut"] = new CutInstruction();
_instructions["deallocate"] = new DeallocateInstruction();
_instructions["execute"] = new ExecuteInstruction();
_instructions["fcall"] = new FCallInstruction();
_instructions["fail"] = new FailInstruction();
_instructions["get_constant"] = new GetConstantInstruction();
_instructions["get_list"] = new GetListInstruction();
_instructions["get_structure"] = new GetStructureInstruction();
_instructions["get_value"] = new GetValueInstruction();
_instructions["get_variable"] = new GetVariableInstruction();
_instructions["halt"] = new HaltInstruction();
_instructions["nop"] = new NopInstruction();
_instructions["proceed"] = new ProceedInstruction();
_instructions["put_constant"] = new PutConstantInstruction();
_instructions["put_list"] = new PutListInstruction();
_instructions["put_structure"] = new PutStructureInstruction();
_instructions["put_unsafe_value"] = new PutUnsafeValueInstruction();
_instructions["put_variable"] = new PutVariableInstruction();
_instructions["put_value"] = new PutValueInstruction();
_instructions["retry_me_else"] = new RetryMeElseInstruction();
_instructions["set_constant"] = new SetConstantInstruction();
_instructions["set_local_value"] = new SetLocalValueInstruction();
_instructions["set_value"] = new SetValueInstruction();
_instructions["set_variable"] = new SetVariableInstruction();
_instructions["set_void"] = new SetVoidInstruction();
_instructions["trust_me"] = new TrustMeInstruction();
_instructions["try_me_else"] = new TryMeElseInstruction();
_instructions["unify_constant"] = new UnifyConstantInstruction();
_instructions["unify_local_value"] = new UnifyLocalValueInstruction();
_instructions["unify_variable"] = new UnifyVariableInstruction();
_instructions["unify_value"] = new UnifyValueInstruction();
_instructions["unify_void"] = new UnifyVoidInstruction();
_instructions["procedure"] = new ProcedureInstruction();
}
protected bool ShouldCut(VennWireComponent component, CutInstruction instruction)
{
switch (instruction)
{
case CutInstruction.Cut:
return(true);
case CutInstruction.DoNotCut:
return(false);
case CutInstruction.CutIfSerialEven:
return(SerialNumber.SerialNumberLastDigitEven());
case CutInstruction.CutIfParallelPortPresent:
return(PortPlate.IsPortPresent(PortTypes.Parallel));
case CutInstruction.CutIfTwoOrMoreBatteriesPresent:
return(Batteries.TotalBatteries >= 2);
default:
return(false);
}
}
