public void Accepts_MidRank()
{
Likkert inst = new Likkert(s_Max, false);
inst.Rank = s_Mid;
Assert.AreEqual(
inst.Rank,
s_Mid,
$"Likkert.Rank rejected safe value.");
}
public void Constrains_High(int p_iSu, bool p_hasNA)
{
Likkert inst = new Likkert(s_Max, p_hasNA);
inst.Rank = s_Mid;
inst.Rank = p_iSu;
Assert.AreEqual(
inst.Rank,
inst.Max,
$"Rank not set to {inst.Max} for value {p_iSu}");
}
public void Accepts_ValidRanks(bool p_hasNA)
{
Likkert inst = new Likkert(s_Max, p_hasNA);
for (
int iSu = inst.Min;
iSu <= inst.Max;
++iSu)
{
inst.Rank = iSu;
Assert.AreEqual(
inst.Rank,
iSu,
$"Likkert.Rank rejected value {iSu}");
}
}
public void Inits_NA()
{
Likkert inst = new Likkert(s_Max, true);
Assert.AreEqual(
inst.Min, 0,
"N/A Min not 0.");
Assert.AreEqual(
inst.Min, s_Max,
$"N/A Max not s_Max.");
Assert.AreEqual(
inst.Init, 0,
"N/A Init not 0.");
Assert.AreEqual(
inst.Rank, inst.Init,
"N/A Rank not Init");
}
public void Inits_Standard()
{
Likkert inst = new Likkert(s_Max, false);
Assert.AreEqual(
inst.Min, 1,
"Standard Min not 1.");
Assert.AreEqual(
inst.Max, s_Max,
$"Standard Max not s_Max.");
Assert.AreEqual(
inst.Init, s_Max / 2,
"Standard Init not s_Max/2.");
Assert.AreEqual(
inst.Rank, inst.Init,
"Standard Rank not Init");
}
