public void ImportInNestedNamespace(string atGlobal, string inNamespace, string inNestedNamespace, Type type)
{
var csharp = new CSharpHelper();
Assert.Equal(atGlobal, csharp.NameOf(type));
using (csharp.BeginNamespaceDeclaration("Fsi"))
{
csharp.Import("System");
Assert.Equal(inNamespace, csharp.NameOf(type));
using (csharp.BeginNamespaceDeclaration("TextTemplating"))
{
csharp.Import("System.Threading");
Assert.Equal(inNestedNamespace, csharp.NameOf(type));
}
}
Assert.Equal(atGlobal, csharp.NameOf(type));
using (csharp.BeginNamespaceDeclaration("Fsi"))
{
csharp.Import("System");
Assert.Equal(inNamespace, csharp.NameOf(type));
using (csharp.BeginNamespaceDeclaration("TextTemplating"))
{
csharp.Import("System.Threading");
Assert.Equal(inNestedNamespace, csharp.NameOf(type));
}
}
}
public void DeclareNested(string expected, Type type)
{
var csharp = new CSharpHelper();
using (csharp.BeginNamespaceDeclaration("Fsi"))
{
using (csharp.BeginNamespaceDeclaration("TextTemplating"))
{
Assert.Equal(expected, csharp.NameOf(type));
}
}
}
public void NamespaceDisposeTwice()
{
var csharp = new CSharpHelper();
using (var ns = csharp.BeginNamespaceDeclaration("Fsi"))
{
ns.Dispose();
}
Assert.Equal("int", csharp.NameOf(typeof(int)));
}
