// [Fact]
// public void Foo()
// {
// var number = BigInteger.Parse("1");
// var program = CodifierHelpers.UncodifyProgram(number);
// throw new System.Exception(program);
// }
private void AssertEqualCodified(string inputProgram, string expectedResult)
{
Framework.TryAnalyze(
inputProgram,
out string _,
out ProgramNode program,
out IEnumerable <Message> _);
var number = Codifier.Codify(program);
var expected = BigInteger.Parse(expectedResult);
Assert.Equal(expected, number);
if (expected == 0)
{
// The uncodified instruction [E] Y = Y may not equal passed one
// but both are actually the same
return;
}
var uncodifiedProgram = Codifier.UncodifyProgram(number);
Assert.Equal(
inputProgram,
uncodifiedProgram.Replace("\n", " "));
}
private void AssertEqualCodifiedFormat(
InstructionNode instruction,
int expectedResult)
{
var number = Codifier.CodifyFormat(instruction);
Assert.Equal(expectedResult, number);
}
public void ConditionalInstructionFormat()
{
const string rawLabel = "A";
var instruction = new ConditionalInstructionNode("X", rawLabel, 0);
var label = new Label(rawLabel);
var codifiedLabel = Codifier.Codify(label);
AssertEqualCodifiedFormat(instruction, codifiedLabel + 2);
}
public void Label(string rawLabel, int expectedResult)
{
var label = new Label(rawLabel);
var number = Codifier.Codify(label);
Assert.Equal(expectedResult, number);
var uncodifiedLabel = Codifier.UncodifyLabel(number);
Assert.Equal(label, uncodifiedLabel);
}
private void AssertEqualCodified(
InstructionNode instruction,
int expectedResult)
{
var number = Codifier.Codify(instruction);
Assert.Equal(expectedResult, number);
var uncodifiedInstruction = Codifier.UncodifyInstruction(number);
Assert.Equal(instruction.ToString(), uncodifiedInstruction.ToString());
}
public void Variable(string rawVar, int expectedResult)
{
var var = new Var(rawVar);
var number = Codifier.Codify(var);
Assert.Equal(expectedResult, number);
var uncodifiedVar = Codifier.UncodifyVar(number);
Assert.Equal(var, uncodifiedVar);
}
