public void ExecuteProgram_ReadsInCorrectly(int[] program, int positionValue, int inputValue)
{
mockWriter.Setup(mw => mw.ReadLine()).Returns("2");
programExecutor = new ProgramExecutor(mockWriter.Object);
var output = programExecutor.ExecuteProgram(program);
Assert.Equal(inputValue, output[positionValue]);
}
public void ExecuteProgram_OutputsCorrectDiagnosticsCode(int[] program, string readLineOutput,
string expectedOutput)
{
mockWriter.Setup(mw => mw.ReadLine()).Returns(readLineOutput);
programExecutor = new ProgramExecutor(mockWriter.Object);
var output = programExecutor.ExecuteProgram(program);
mockWriter.Verify(mw => mw.Write(It.Is <string>(s => s.Equals(expectedOutput))));
}
public void ExecuteProgram_EqualsOpCodeWorksAsExpected(int[] program, int[] expectedOutput)
{
programExecutor = new ProgramExecutor(mockWriter.Object);
Assert.Equal(expectedOutput, programExecutor.ExecuteProgram(program));
}
public void ExecuteProgram_OutputsCorrectDiagnostics(int[] program, string expectedOutput)
{
programExecutor = new ProgramExecutor(mockWriter.Object);
programExecutor.ExecuteProgram(program);
mockWriter.Verify(mw => mw.Write(It.Is <string>((t => t.Equals(expectedOutput)))));
}
public void ExecuteProgram_CorrectlyParsesProgram(int[] program, int[] expectedOutput)
{
programExecutor = new ProgramExecutor(mockWriter.Object);
Assert.Equal(expectedOutput, programExecutor.ExecuteProgram(program));
}
public void Test1(int[] program, int[] expectedOutput)
{
Assert.Equal(expectedOutput, programExecutor.ExecuteProgram(program));
}