public InvariantTestFunc(AbstractType type, string name, params string[] invariants) : base(type, name)
{
const int cnt = 10;
foreach (var invariant in invariants)
{
var inv = invariant;
inv = inv.Replace("$T", type.NameThat);
// stats
var vectorsThis = 0;
// recognize vars
while (true)
{
var n = "$V" + vectorsThis;
if (inv.Contains(n))
{
inv = inv.Replace(n, "v" + vectorsThis);
++vectorsThis;
}
else
{
break;
}
}
// gen code
var comps = type is VectorType ? ((VectorType)type).Components : 1;
var code = new List <string>();
for (var _ = 0; _ < cnt; ++_)
{
code.Add("{");
for (var i = 0; i < vectorsThis; ++i)
{
var vals = type.BaseType.RandomSmallVals(comps);
code.Add($" var v{i} = {type.Construct(type, vals)};");
}
if (inv.Contains("=="))
{
var parts = inv.Split(new[] { "==" }, StringSplitOptions.None);
Debug.Assert(parts.Length == 2);
code.Add($" Assert.AreEqual({parts[0].Trim()}, {parts[1].Trim()});");
}
else if (inv.Contains(" < "))
{
var parts = inv.Split(new[] { " < " }, StringSplitOptions.None);
Debug.Assert(parts.Length == 2);
code.Add($" Assert.Less({parts[0].Trim()}, {parts[1].Trim()});");
}
else if (inv.Contains(" <= "))
{
var parts = inv.Split(new[] { " <= " }, StringSplitOptions.None);
Debug.Assert(parts.Length == 2);
code.Add($" Assert.LessOrEqual({parts[0].Trim()}, {parts[1].Trim()});");
}
else if (inv.Contains(" > "))
{
var parts = inv.Split(new[] { " > " }, StringSplitOptions.None);
Debug.Assert(parts.Length == 2);
code.Add($" Assert.Greater({parts[0].Trim()}, {parts[1].Trim()});");
}
else if (inv.Contains(" >= "))
{
var parts = inv.Split(new[] { " >= " }, StringSplitOptions.None);
Debug.Assert(parts.Length == 2);
code.Add($" Assert.GreaterOrEqual({parts[0].Trim()}, {parts[1].Trim()});");
}
else if (inv.Contains("~"))
{
var parts = inv.Split(new[] { "~" }, StringSplitOptions.None);
Debug.Assert(parts.Length == 2);
code.Add($" Assert.That(glm.ApproxEqual({parts[0].Trim()}, {parts[1].Trim()}));");
}
else
{
code.Add($" Assert.That({inv});");
}
code.Add("}");
}
Code = code;
}
}