public void GenericConstructors()
{
string xml = @"<api>
<package name='XXX'>
<class abstract='true' deprecated='not deprecated' final='false' name='GenericConstructors' static='false' visibility='public' jni-signature='Landroid/app/GenericConstructors' extends='java.lang.Object' extends-generic-aware='java.lang.Object'>
<constructor deprecated='not deprecated' final='false' name='GenericConstructors' static='false' visibility='public' jni-signature='(LTTE;)V'>
<typeParameters>
<typeParameter name='E' interfaceBounds='' jni-interfaceBounds='' />
</typeParameters>
<parameter name = 'e' type='E' jni-type='TE;'>
</parameter>
</constructor>
</class>
</package>
</api>" ;
var xapi = JavaApiTestHelper.GetLoadedApi();
JavaXmlApiImporter.ParseString(xml, xapi);
var results = xapi.ResolveCollection();
var t = xapi.Packages ["XXX"].Types.First(_ => _.Name == "GenericConstructors") as JavaClassModel;
var m = t.Constructors.FirstOrDefault();
Assert.IsNotNull(m.TypeParameters, "constructor not found");
}
public void AncestralOverrides()
{
string xml = @"<api>
<package name='XXX'>
<class abstract='true' deprecated='not deprecated' extends='android.app.ExpandableListActivity' extends-generic-aware='android.app.ExpandableListActivity' final='false' name='SherlockExpandableListActivity' static='false' visibility='public' jni-signature='Landroid/app/ExpandableListActivity;'>
<method abstract='false' deprecated='not deprecated' final='false' name='addContentView' native='false' return='void' static='false' synchronized='false' visibility='public' jni-signature='(Landroid/view/View;Landroid/view/ViewGroup$LayoutParams;)V'>
<parameter name = 'view' type='android.view.View' jni-type='Landroid/view/View;'>
</parameter>
<parameter name = 'params' type='android.view.ViewGroup.LayoutParams' jni-type='Landroid/view/ViewGroup$LayoutParams;'>
</parameter>
</method>
</class>
</package>
</api>";
var xapi = JavaApiTestHelper.GetLoadedApi();
JavaXmlApiImporter.ParseString(xml, xapi);
xapi.ResolveCollection();
var t = xapi.Packages ["XXX"].Types.First(_ => _.Name == "SherlockExpandableListActivity");
var m = t.Methods.First(_ => _.Name == "addContentView");
Assert.IsNotNull(m.BaseMethod, "base method not found");
}
public void InheritedGenericTypeParameters()
{
// Ensure we can resolve generic type parameters from parent types:
// public class MyClass<T>
// {
// public class MyNestedClass<U>
// {
// public void DoT (T value) { }
// public void DoU (U value) { }
// }
// }
var xml = @"
<api api-source='class-parse'>
<package name='example' jni-name='example'>
<class abstract='false' deprecated='not deprecated' jni-extends='Ljava/lang/Object;' extends='java.lang.Object' extends-generic-aware='java.lang.Object' final='false' name='MyClass' jni-signature='Lexample/MyClass;' source-file-name='MyClass.java' static='false' visibility='public'>
<typeParameters>
<typeParameter name='T' jni-classBound='Ljava/lang/Object;' classBound='java.lang.Object' interfaceBounds='' jni-interfaceBounds='' />
</typeParameters>
<constructor deprecated='not deprecated' final='false' name='MyClass' static='false' visibility='public' bridge='false' synthetic='false' jni-signature='()V' />
</class>
<class abstract='false' deprecated='not deprecated' jni-extends='Ljava/lang/Object;' extends='java.lang.Object' extends-generic-aware='java.lang.Object' final='false' name='MyClass.MyNestedClass' jni-signature='Lexample/MyClass$MyNestedClass;' source-file-name='MyClass.java' static='false' visibility='public'>
<typeParameters>
<typeParameter name='U' jni-classBound='Ljava/lang/Object;' classBound='java.lang.Object' interfaceBounds='' jni-interfaceBounds='' />
</typeParameters>
<constructor deprecated='not deprecated' final='false' name='MyClass.MyNestedClass' static='false' visibility='public' bridge='false' synthetic='false' jni-signature='(Lexample/MyClass;)V' />
<method abstract='false' deprecated='not deprecated' final='false' name='DoT' native='false' return='void' jni-return='V' static='false' synchronized='false' visibility='public' bridge='false' synthetic='false' jni-signature='(Ljava/lang/Object;)V'>
<parameter name='p0' type='T' jni-type='TT;' />
</method>
<method abstract='false' deprecated='not deprecated' final='false' name='DoU' native='false' return='void' jni-return='V' static='false' synchronized='false' visibility='public' bridge='false' synthetic='false' jni-signature='(Ljava/lang/Object;)V'>
<parameter name='p0' type='U' jni-type='TU;' />
</method>
</class>
</package>
</api>";
var xapi = JavaApiTestHelper.GetLoadedApi();
JavaXmlApiImporter.ParseString(xml, xapi);
var results = xapi.ResolveCollection();
var t = xapi.Packages ["example"].Types.First(_ => _.Name == "MyClass").NestedTypes.First(_ => _.Name == "MyNestedClass") as JavaClassModel;
Assert.AreEqual(2, t.Methods.Count);
Assert.IsNotNull(t.Methods.SingleOrDefault(m => m.Name == "DoT"), "Method with generic T not found");
Assert.IsNotNull(t.Methods.SingleOrDefault(m => m.Name == "DoU"), "Method with generic U not found");
}
// This fixup ensures all referenced Java types can be resolved, and
// removes types and members that rely on unresolvable Java types.
public static void Fixup(string xmlFile, string outputXmlFile, DirectoryAssemblyResolver resolver, string [] references)
{
// Parse api.xml
var type_collection = JavaXmlApiImporter.Parse(xmlFile);
// Add in reference types from assemblies
foreach (var reference in references.Distinct())
{
Report.Verbose(0, "Resolving assembly for Java type resolution: '{0}'.", reference);
var assembly = resolver.Load(reference);
ManagedApiImporter.Parse(assembly, type_collection);
}
// Run the type resolution pass
var results = type_collection.ResolveCollection();
OutputResults(results, xmlFile, outputXmlFile);
// Output the adjusted xml
JavaXmlApiExporter.Save(type_collection, outputXmlFile);
}
public static JavaTypeCollection GetLoadedApi()
{
return(JavaXmlApiImporter.Parse(ApiPath));
}