public void AddConstants_Allocate_SumGetsImmutableValueSource()
{
DfirRoot function = DfirRoot.Create();
var add = new FunctionalNode(function.BlockDiagram, Signatures.DefinePureBinaryFunction("Add", NITypes.Int32, NITypes.Int32));
ConnectConstantToInputTerminal(add.InputTerminals[0], NITypes.Int32, false);
ConnectConstantToInputTerminal(add.InputTerminals[1], NITypes.Int32, false);
FunctionVariableStorage valueStorage = RunAllocator(function);
ValueSource sumSource = valueStorage.GetValueSourceForVariable(add.OutputTerminals[2].GetTrueVariable());
Assert.IsInstanceOfType(sumSource, typeof(ImmutableValueSource));
}
public void PanickingAndNonpanickingUnwrapOptionIntoAddAndOutput_Execute_NoOutputValue()
{
DfirRoot function = DfirRoot.Create();
FunctionalNode unwrapNone = CreatePanickingUnwrapOption(function.BlockDiagram);
var unwrapSome = new FunctionalNode(function.BlockDiagram, Signatures.UnwrapOptionType);
ConnectSomeOfIntegerToInputTerminal(unwrapSome.InputTerminals[0], 5);
var add = new FunctionalNode(function.BlockDiagram, Signatures.DefinePureBinaryFunction("Add", NITypes.Int32, NITypes.Int32));
Wire.Create(function.BlockDiagram, unwrapNone.OutputTerminals[0], add.InputTerminals[0]);
Wire.Create(function.BlockDiagram, unwrapSome.OutputTerminals[0], add.InputTerminals[1]);
ConnectOutputToOutputTerminal(add.OutputTerminals[2]);
TestExecutionInstance executionInstance = CompileAndExecuteFunction(function);
AssertNoOutput(executionInstance);
}
public void CreateParallelYieldPromisesAwaitAndSumResults_ExecutionFinishesAndSumReadFromInspect()
{
DfirRoot function = DfirRoot.Create();
var yieldNode0 = new FunctionalNode(function.BlockDiagram, Signatures.YieldType);
ConnectConstantToInputTerminal(yieldNode0.InputTerminals[0], NITypes.Int32, 5, false);
var yieldNode1 = new FunctionalNode(function.BlockDiagram, Signatures.YieldType);
ConnectConstantToInputTerminal(yieldNode1.InputTerminals[0], NITypes.Int32, 6, false);
var add = new FunctionalNode(function.BlockDiagram, Signatures.DefinePureBinaryFunction("Add", NITypes.Int32, NITypes.Int32));
Wire.Create(function.BlockDiagram, yieldNode0.OutputTerminals[0], add.InputTerminals[0]);
Wire.Create(function.BlockDiagram, yieldNode1.OutputTerminals[0], add.InputTerminals[1]);
FunctionalNode inspect = ConnectInspectToOutputTerminal(add.OutputTerminals[2]);
TestExecutionInstance executionInstance = CompileAndExecuteFunction(function);
byte[] inspectValue = executionInstance.GetLastValueFromInspectNode(inspect);
AssertByteArrayIsInt32(inspectValue, 11);
}
public void CreateNotifierPairDropNotifierWriterAndGetNotifierValue_Execute_ExecutionFinishesAndNoValueOutput()
{
DfirRoot function = DfirRoot.Create();
var createNotifierPair = new FunctionalNode(function.BlockDiagram, Signatures.CreateNotifierPairType);
var getNotifierValue = new FunctionalNode(function.BlockDiagram, Signatures.GetNotifierValueType);
Wire.Create(function.BlockDiagram, createNotifierPair.OutputTerminals[0], getNotifierValue.InputTerminals[0]);
FunctionalNode inspect = ConnectInspectToOutputTerminal(getNotifierValue.OutputTerminals[0]);
// Create a frame that adds to the unwrapped value to coerce it to Int32, even though the value should be None
Frame frame = Frame.Create(function.BlockDiagram);
UnwrapOptionTunnel unwrapOption = new UnwrapOptionTunnel(frame);
Wire.Create(function.BlockDiagram, inspect.OutputTerminals[0], unwrapOption.InputTerminals[0]);
var add = new FunctionalNode(frame.Diagram, Signatures.DefinePureBinaryFunction("Add", NITypes.Int32, NITypes.Int32));
Wire.Create(frame.Diagram, unwrapOption.OutputTerminals[0], add.InputTerminals[0]);
ConnectConstantToInputTerminal(add.InputTerminals[1], NITypes.Int32, 0, false);
TestExecutionInstance executionInstance = CompileAndExecuteFunction(function);
byte[] inspectValue = executionInstance.GetLastValueFromInspectNode(inspect);
AssertByteArrayIsNoneInteger(inspectValue);
}
public void ModulusOfTwoI32s_Execute_CorrectResultValue()
{
TestPureBinaryI32Operation(Signatures.DefinePureBinaryFunction("Modulus", PFTypes.Int32, PFTypes.Int32), 7, 5, 2);
}
public void DivideTwoI32s_Execute_CorrectResultValue()
{
TestPureBinaryI32Operation(Signatures.DefinePureBinaryFunction("Divide", PFTypes.Int32, PFTypes.Int32), 6, 5, 1);
}
public void MultiplyTwoI32s_Execute_CorrectResultValue()
{
TestPureBinaryI32Operation(Signatures.DefinePureBinaryFunction("Multiply", PFTypes.Int32, PFTypes.Int32), 6, 5, 30);
}
public void PanickingMethodCallWithTwoOutputsThatDoesNotPanicIntoAdd_Execute_CorrectValue()
{
using (FeatureToggleSupport.TemporarilyEnableFeature(RebarFeatureToggles.ParametersAndCalls))
{
string calleeName = "callee";
NIType calleeType = DefineFunctionTypeWithTwoIntOuts(calleeName);
CompilableDefinitionName calleeDefinitionName = CreateTestCompilableDefinitionName(calleeName);
DfirRoot calleeFunction = calleeType.CreateFunctionFromSignature(calleeDefinitionName);
DataAccessor outputDataAccessor0 = DataAccessor.Create(calleeFunction.BlockDiagram, calleeFunction.DataItems[0], Direction.Input);
DataAccessor outputDataAccessor1 = DataAccessor.Create(calleeFunction.BlockDiagram, calleeFunction.DataItems[1], Direction.Input);
FunctionalNode unwrap = new FunctionalNode(calleeFunction.BlockDiagram, Signatures.UnwrapOptionType);
ConnectSomeOfIntegerToInputTerminal(unwrap.InputTerminals[0], 1);
Wire.Create(calleeFunction.BlockDiagram, unwrap.OutputTerminals[0], outputDataAccessor0.Terminal, outputDataAccessor1.Terminal);
DfirRoot callerFunction = DfirRoot.Create();
var methodCall = new MethodCallNode(callerFunction.BlockDiagram, calleeDefinitionName, calleeType);
FunctionalNode add = new FunctionalNode(callerFunction.BlockDiagram, Signatures.DefinePureBinaryFunction("Add", NITypes.Int32, NITypes.Int32));
Wire.Create(callerFunction.BlockDiagram, methodCall.OutputTerminals[0], add.InputTerminals[0]);
Wire.Create(callerFunction.BlockDiagram, methodCall.OutputTerminals[1], add.InputTerminals[1]);
FunctionalNode inspect = ConnectInspectToOutputTerminal(add.OutputTerminals[2]);
TestExecutionInstance executionInstance = CompileAndExecuteFunction(callerFunction, calleeFunction);
byte[] inspectValue = executionInstance.GetLastValueFromInspectNode(inspect);
AssertByteArrayIsInt32(inspectValue, 2);
}
}
protected PureBinaryPrimitive(BinaryPrimitiveOps binaryOp)
: base(Signatures.DefinePureBinaryFunction(binaryOp.ToString(), binaryOp.GetExpectedInputType(), binaryOp.GetExpectedInputType()))
{
}
public void XorTwoBooleans_Execute_CorrectResultValue()
{
TestPureBinaryBooleanOperation(Signatures.DefinePureBinaryFunction("Xor", NITypes.Boolean, NITypes.Boolean), true, false, true);
}
public void SubtractTwoI32s_Execute_CorrectResultValue()
{
TestPureBinaryI32Operation(Signatures.DefinePureBinaryFunction("Subtract", NITypes.Int32, NITypes.Int32), 6, 5, 1);
}
public void AndTwoBooleans_Execute_CorrectResultValue()
{
TestPureBinaryBooleanOperation(Signatures.DefinePureBinaryFunction("And", PFTypes.Boolean, PFTypes.Boolean), true, false, false);
}
