public bool Equals(Packaging.PackageReference x, Packaging.PackageReference y)
{
if (ReferenceEquals(x, y))
{
return(true);
}
return(_packageIdentityComparer.Equals(x.PackageIdentity, y.PackageIdentity));
}
public bool Equals(PackageReference x, PackageReference y)
{
return(_packageIdentityComparer.Equals(x.PackageIdentity, y.PackageIdentity));
}
public void PackageIdentityComparer_Equals()
{
// Test equals is Reflexive
Assert.True(comp.Equals(A100, A100));
// Test equals is symmetric
Assert.True(comp.Equals(A100, A100DUP));
Assert.True(comp.Equals(A100DUP, A100));
//Test equals is transitive
Assert.False(comp.Equals(A100, null));
Assert.False(comp.Equals(A100DUP, null));
Assert.True(comp.Equals(A100, A100DUP));
Assert.True(comp.Equals(A100DUP2, A100DUP));
Assert.True(comp.Equals(A100DUP2, A100));
// Test equals for null references
Assert.False(comp.Equals(A100, null));
Assert.False(comp.Equals(B100, null));
// Run all tests again to check for consistency
// Test equals is Reflexive
Assert.True(comp.Equals(A100, A100));
// Test equals is symmetric
Assert.True(comp.Equals(A100, A100DUP));
Assert.True(comp.Equals(A100DUP, A100));
//Test equals is transitive
Assert.False(comp.Equals(A100, null));
Assert.False(comp.Equals(A100DUP, null));
Assert.True(comp.Equals(A100, A100DUP));
Assert.True(comp.Equals(A100DUP2, A100DUP));
Assert.True(comp.Equals(A100DUP2, A100));
// Test equals for null references
Assert.False(comp.Equals(A100, null));
Assert.False(comp.Equals(B100, null));
}
