public void Const57_Test()
{
//Ported from const57.cs
OutputHelper.WriteLine("Section 10.3");
OutputHelper.WriteLine("A constant declaration that declares multiple constants is equivalent to ");
OutputHelper.WriteLine("multiple declarations of single constants with the same attributes, ");
OutputHelper.WriteLine("modifiers, and type. ");
Assert.True(ConstTestClass57.test());
}
public static bool test()
{
bool retval = false;
ConstTestClass57 mmc = new ConstTestClass57();
if ((ConstTestClass57_sub_A.X == ConstTestClass57_sub_B.X) &&
(ConstTestClass57_sub_A.Y == ConstTestClass57_sub_B.Y) &&
(ConstTestClass57_sub_A.Z == ConstTestClass57_sub_B.Z))
{
retval = true;
}
return(retval);
}
public MFTestResults Const57_Test()
{
//Ported from const57.cs
Log.Comment("Section 10.3");
Log.Comment("A constant declaration that declares multiple constants is equivalent to ");
Log.Comment("multiple declarations of single constants with the same attributes, ");
Log.Comment("modifiers, and type. ");
if (ConstTestClass57.test())
{
return(MFTestResults.Pass);
}
return(MFTestResults.Fail);
}
public static bool test()
{
bool retval = false;
ConstTestClass57 mmc = new ConstTestClass57();
if ((ConstTestClass57_sub_A.X == ConstTestClass57_sub_B.X)
&& (ConstTestClass57_sub_A.Y == ConstTestClass57_sub_B.Y)
&& (ConstTestClass57_sub_A.Z == ConstTestClass57_sub_B.Z))
retval = true;
return retval;
}
