void CompareTypeParameters(ComparisonNode parent, ICompGenericParameter reference, ICompGenericParameter target)
{
var r = reference.GetTypeParameters();
var t = target.GetTypeParameters();
if (r == null && t == null)
{
return;
}
if (r.Count != t.Count)
{
throw new NotImplementedException(string.Format("Should never happen with valid data ({0} != {1})", r.Count, t.Count));
}
for (int i = 0; i < r.Count; ++i)
{
var r_i = r [i];
var t_i = t [i];
if (r_i.GenericAttributes != t_i.GenericAttributes)
{
HandleError(parent, string.Format("reference type parameter {2} has {0} generic attributes, target type parameter {3} has {1} generic attributes",
CompGenericParameter.GetGenericAttributeDesc(r_i.GenericAttributes),
CompGenericParameter.GetGenericAttributeDesc(t_i.GenericAttributes),
r_i.Name,
t_i.Name));
}
CompareAttributes(parent, r_i, t_i);
// TODO: Compare contraints
}
}
void CompareTypeParameters(ComparisonNode parent, ICompGenericParameter reference, ICompGenericParameter target)
{
var r = reference.GetTypeParameters();
var t = target.GetTypeParameters();
if (r == null && t == null || (r == null && t != null) || (r != null && t == null))
{
return;
}
for (int i = 0; i < r.Count; ++i)
{
var r_i = r [i];
var t_i = t [i];
if (r_i.GenericAttributes != t_i.GenericAttributes)
{
parent.AddError(string.Format("Expected type parameter {2} with {0} generic attributes but found type parameter {3} with {1} generic attributes",
CompGenericParameter.GetGenericAttributeDesc(r_i.GenericAttributes),
CompGenericParameter.GetGenericAttributeDesc(t_i.GenericAttributes),
r_i.Name,
t_i.Name));
}
// TODO: Compare constraints properly
if (r_i.HasConstraints != t_i.HasConstraints)
{
parent.AddError(string.Format("Type parameter `{0}' constraints mismatch", r_i.Name));
}
CompareAttributes(parent, r_i, t_i);
}
}
void CompareTypeParameters (ComparisonNode parent, ICompGenericParameter reference, ICompGenericParameter target)
{
var r = reference.GetTypeParameters ();
var t = target.GetTypeParameters ();
if (r == null && t == null)
return;
if (r.Count != t.Count) {
throw new NotImplementedException (string.Format ("Should never happen with valid data ({0} != {1})", r.Count, t.Count));
}
for (int i = 0; i < r.Count; ++i) {
var r_i = r [i];
var t_i = t [i];
if (r_i.GenericAttributes != t_i.GenericAttributes) {
parent.AddError (string.Format ("reference type parameter {2} has {0} generic attributes, target type parameter {3} has {1} generic attributes",
CompGenericParameter.GetGenericAttributeDesc (r_i.GenericAttributes),
CompGenericParameter.GetGenericAttributeDesc (t_i.GenericAttributes),
r_i.Name,
t_i.Name));
}
// TODO: Compare constraints properly
if (r_i.HasConstraints != t_i.HasConstraints) {
parent.AddError (string.Format ("Type parameter `{0}' constraints mismatch", r_i.Name));
}
CompareAttributes (parent, r_i, t_i);
}
}
void CompareTypeParameters (ComparisonNode parent, ICompGenericParameter reference, ICompGenericParameter target)
{
var r = reference.GetTypeParameters ();
var t = target.GetTypeParameters ();
if (r == null && t == null || (r == null && t != null) || (r != null && t == null))
return;
for (int i = 0; i < r.Count; ++i) {
var r_i = r [i];
var t_i = t [i];
if (r_i.GenericAttributes != t_i.GenericAttributes) {
parent.AddError (string.Format ("Expected type parameter {2} with {0} generic attributes but found type parameter {3} with {1} generic attributes",
CompGenericParameter.GetGenericAttributeDesc (r_i.GenericAttributes),
CompGenericParameter.GetGenericAttributeDesc (t_i.GenericAttributes),
r_i.Name,
t_i.Name));
}
// TODO: Compare constraints properly
if (r_i.HasConstraints != t_i.HasConstraints) {
parent.AddError (string.Format ("Type parameter `{0}' constraints mismatch", r_i.Name));
}
CompareAttributes (parent, r_i, t_i);
}
}
