public void using_alias_are_a_bit_normalized_by_removing_white_spaces()
{
ICodeWorkspace workspace = CreateWorkspace();
INamespaceScope global = workspace.Global;
INamespaceScope nAXa = global.FindOrCreateNamespace("A.X.a");
INamespaceScope nAXb = global.FindOrCreateNamespace("A.X.b");
INamespaceScope nAX = global.FindOrCreateNamespace("A.X");
INamespaceScope nA = global.FindOrCreateNamespace("A");
global.EnsureUsingAlias("INT", "System.UInt8");
nAXa.EnsureUsingAlias("INT", "System . UInt8");
ExtractNamespaces(global).Should().OnlyContain(x => x == "INT");
ExtractNamespaces(nAXa).Should().BeEmpty();
var source = workspace.GetGlobalSource();
Normalize(source).Should().Be(Normalize(
@"namespace A
{
using INT = System.UInt8;
namespace X
{
namespace a { }
namespace b { }
}
}"
));
global.EnsureUsingAlias("CNode", "SNode<string,bool>");
nAXa.EnsureUsingAlias("CNode", "SNode<STRING, BOOL>");
nAXa.Append("// The 2 CNode definition differ.").NewLine();
ExtractNamespaces(global).Should().HaveCount(2).And.OnlyContain(x => x == "INT" || x == "CNode");
ExtractNamespaces(nAXa).Should().OnlyContain(x => x == "CNode");
global.FindOrCreateNamespace("ToShowTheTopLevelUsingsCopy");
source = workspace.GetGlobalSource();
Normalize(source).Should().Be(Normalize(
@"namespace A {
using INT = System.UInt8;
using CNode = SNode<string,bool>;
namespace X {
namespace a {
using CNode = SNode<STRING, BOOL>;
// The 2 CNode definition differ.
}
namespace b {
}
}
}
namespace ToShowTheTopLevelUsingsCopy
{
using INT = System.UInt8;
using CNode = SNode<string,bool>;
}"
));
}
public void BuildGenericMethods()
{
ICodeWorkspace workspace = CodeWorkspace.Create();
INamespaceScope global = workspace.Global;
INamespaceScope b = global.FindOrCreateNamespace("CK._g");
Type t = typeof(ContainsGenericMethods <>);
workspace.EnsureAssemblyReference(t);
b.EnsureUsing(t.Namespace);
var c = b.CreateType(header => header.Append("class Specialized<T> : ").AppendCSharpName(t, true, true, true).NewLine());
c.CreateOverride(t.GetMethod("Simple1"))
.Append("if (arg.Equals(default(T))) throw new System.ArgumentException();").NewLine()
.Append("return default(TResult);");
c.CreateOverride(t.GetMethod("Simple2"))
.Append("=> arg2 is T1;");
Assembly a = TestHelper.CreateAssembly(workspace.GetGlobalSource(), workspace.AssemblyReferences);
Type tC = a.GetTypes().Single(n => n.Name == "Specialized`1").MakeGenericType(typeof(int));
ContainsGenericMethods <int> gotIt = (ContainsGenericMethods <int>)Activator.CreateInstance(tC);
gotIt.Simple1 <bool>(25).Should().BeFalse();
gotIt.Simple2(new object(), "test").Should().BeTrue();
}
static void CombineWorkspace(HashSet <Assembly> assemblies, List <SyntaxTree> trees, ICodeWorkspace c, CSharpParseOptions?options)
{
foreach (var a in c.AssemblyReferences)
{
assemblies.Add(a);
}
var s = c.GetGlobalSource();
if (!String.IsNullOrWhiteSpace(s))
{
trees.Add(SyntaxFactory.ParseSyntaxTree(s, options));
}
}
public void BaseTest()
{
ICodeWorkspace workspace = CodeWorkspace.Create();
INamespaceScope global = workspace.Global;
INamespaceScope b = global.FindOrCreateNamespace("CK._g");
Type t = typeof(BaseToBeOverridden);
workspace.EnsureAssemblyReference(t);
b.EnsureUsing("System")
.EnsureUsing("System.Collections.Generic")
.EnsureUsing(t.Namespace);
var c = b.CreateType(h => h.Append("class Specialized : ").AppendCSharpName(t, true, true, true));
c.CreatePassThroughConstructors(t);
c.CreateOverride(t.GetMethod("Simple1"))
.Append("=> 3712;");
c.CreateOverride(t.GetMethod("VoidMethod"));
c.CreateOverride(t.GetMethod("Simple2", BindingFlags.Instance | BindingFlags.NonPublic))
.Append("=> x + '-' + g.ToString();");
c.CreateOverride(t.GetMethod("Simple3", BindingFlags.Instance | BindingFlags.NonPublic))
.Append("g = Guid.NewGuid();").NewLine()
.Append(@"x = ""Hello World!"" + Simple2( ""YES"", g );").NewLine()
.Append("return this;");
c.CreateOverride(t.GetMethod("VerbatimParameters", BindingFlags.Instance | BindingFlags.NonPublic)).Append(" => @this + @operator;");
Assembly a = TestHelper.CreateAssembly(workspace.GetGlobalSource(), workspace.AssemblyReferences);
Type tC = a.GetTypes().Single(n => n.Name == "Specialized");
BaseToBeOverridden gotIt = (BaseToBeOverridden)Activator.CreateInstance(tC, new object[] { 3712 * 3712 });
gotIt.ValFromCtor.Should().Be(3712 * 3712);
gotIt.Simple1().Should().Be(3712);
string s;
Guid g = Guid.Empty;
gotIt.Simple3(out s, ref g, 9).Should().BeSameAs(gotIt);
s.Should().Be("Hello World!YES-" + g.ToString());
g.Should().NotBeEmpty();
}
public void SqlTest()
{
ICodeWorkspace workspace = CodeWorkspace.Create();
INamespaceScope global = workspace.Global;
INamespaceScope b = global.FindOrCreateNamespace("CK._g");
workspace.EnsureAssemblyReference(typeof(SqlCommand), typeof(SimpleBase));
b.EnsureUsing("System")
.EnsureUsing("System.Collections.Generic")
.EnsureUsing("Microsoft.Data.SqlClient");
var type = b.CreateType(w => w.Append("public class GGGG : ").AppendCSharpName(typeof(SimpleBase), true, true, true));
type.CreateOverride(typeof(SimpleBase).GetMethod("Do"))
.Append(
@"if( i.HasValue )
{
i *= i;
}
var c = new SqlCommand(""p""+i.ToString());
var p = c.Parameters.AddWithValue(""@i"", (object)i ?? DBNull.Value);
return c;");
var source = workspace.GetGlobalSource();
var references = workspace.AssemblyReferences;
Assembly a = TestHelper.CreateAssembly(source, references);
Type t = a.GetTypes().Single(n => n.Name == "GGGG");
SimpleBase gotIt = (SimpleBase)Activator.CreateInstance(t);
int? k = 67;
SqlCommand cmd = gotIt.Do(ref k);
k.Should().Be(67 * 67);
cmd.CommandText.Should().Be("p" + k);
cmd.Parameters.Cast <SqlParameter>().Single().Value.Should().Be(k);
}