public void OpOverloads_Unary_DEC_Pre() {
OpOverloads opOvers = new OpOverloads();
const string data = "--opOver";
OpOverloadType expected = OpOverloadType.DEC;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Unary_INC_Post() {
OpOverloads opOvers = new OpOverloads();
const string data = "opOver++";
OpOverloadType expected = OpOverloadType.INC;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Unary_DEC_Pre()
{
OpOverloads opOvers = new OpOverloads();
const string data = "--opOver";
OpOverloadType expected = OpOverloadType.DEC;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Unary_INC_Post()
{
OpOverloads opOvers = new OpOverloads();
const string data = "opOver++";
OpOverloadType expected = OpOverloadType.INC;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Comparison_Gte()
{
OpOverloads opOvers = new OpOverloads();
const string data = "opOver >= opOver2";
OpOverloadType expected = OpOverloadType.GTE;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Binary_BIT_RSHIFT()
{
OpOverloads opOvers = new OpOverloads();
const string data = "opOver >> 3";
OpOverloadType expected = OpOverloadType.BIT_RSHIFT;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Binary_MOD()
{
OpOverloads opOvers = new OpOverloads();
const string data = "opOver % opOver2";
OpOverloadType expected = OpOverloadType.MOD;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Unary_False()
{
OpOverloads opOvers = new OpOverloads();
const string data = "(!opOver) ? true : false";
OpOverloadType expected = OpOverloadType.FALSE;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Unary_True() {
OpOverloads opOvers = new OpOverloads();
const string data = "(opOver) ? true : false";
OpOverloadType expected = OpOverloadType.TRUE;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Comparison_Gte() {
OpOverloads opOvers = new OpOverloads();
const string data = "opOver >= opOver2";
OpOverloadType expected = OpOverloadType.GTE;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Binary_BIT_RSHIFT() {
OpOverloads opOvers = new OpOverloads();
const string data = "opOver >> 3";
OpOverloadType expected = OpOverloadType.BIT_RSHIFT;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}
public void OpOverloads_Binary_MOD() {
OpOverloads opOvers = new OpOverloads();
const string data = "opOver % opOver2";
OpOverloadType expected = OpOverloadType.MOD;
object actual = CsEval.Eval(opOvers, data);
Assert.IsTrue(expected == opOvers.opOver.LastOp);
}