public GeneratedClassSearchRequest(IDeclaredElement declaredElement)
{
if (declaredElement == null)
{
throw new ArgumentNullException("declaredElement");
}
Logger.Assert(declaredElement.IsValid(), "declaredElement should be valid");
mySolution = declaredElement.GetPsiServices().Solution;
var ruleDeclaration = declaredElement as RuleDeclaration;
if (ruleDeclaration == null)
{
throw new ArgumentNullException("ruleDeclaration");
}
if (ruleDeclaration.DerivedClasses.Count() > 0)
{
myTarget = new DeclaredElementEnvoy <IDeclaredElement>(ruleDeclaration.DerivedClasses.First());
}
else
{
myTarget = new DeclaredElementEnvoy <IDeclaredElement>(declaredElement);
}
}
public UnityEventFunctionQuickDocPresenter(UnityEventFunction eventFunction, string parameterName,
IClrDeclaredElement element,
QuickDocTypeMemberProvider quickDocTypeMemberProvider,
ITheming theming, HelpSystem helpSystem)
{
myEventFunction = eventFunction;
myParameterName = parameterName;
myQuickDocTypeMemberProvider = quickDocTypeMemberProvider;
myTheming = theming;
myHelpSystem = helpSystem;
myEnvoy = new DeclaredElementEnvoy <IClrDeclaredElement>(element);
}
public UnityEventFunctionQuickDocPresenter(UnityEventFunction eventFunction, string parameterName,
IClrDeclaredElement element,
QuickDocTypeMemberProvider quickDocTypeMemberProvider,
ITheming theming, HelpSystem helpSystem)
{
myEventFunction = eventFunction;
myParameterName = parameterName;
myQuickDocTypeMemberProvider = quickDocTypeMemberProvider;
myTheming = theming;
myHelpSystem = helpSystem;
myEnvoy = new DeclaredElementEnvoy<IClrDeclaredElement>(element);
}
public TypeInterfaceDescriptor(ITypeElement typeElement, bool instanceOnly) : base(typeElement.GetSolution())
{
AutoExpandSingleChild = true;
myInstanceOnly = instanceOnly;
// We use standard presenter, but emphasize root element using adorements
myPresenter = new TypeInterfacePresenter
{
DrawElementExtensions = true,
ShowOccurenceCount = false,
PostfixTypeQualification = true
};
myPresenter.PresentAdorements += PresentAdorements;
// Wrap typeElement with an envoy, so it can survive code changes
myTypeElementEnvoy = new DeclaredElementEnvoy<ITypeElement>(typeElement);
MakeModel();
}
public TypeInterfaceDescriptor(ITypeElement typeElement, bool instanceOnly) : base(typeElement.GetSolution())
{
AutoExpandSingleChild = true;
myInstanceOnly = instanceOnly;
// We use standard presenter, but emphasize root element using adorements
myPresenter = new TypeInterfacePresenter
{
DrawElementExtensions = true,
ShowOccurenceCount = false,
PostfixTypeQualification = true
};
myPresenter.PresentAdorements += PresentAdorements;
// Wrap typeElement with an envoy, so it can survive code changes
myTypeElementEnvoy = new DeclaredElementEnvoy <ITypeElement>(typeElement);
MakeModel();
}
public CSharpToPsiSearchRequest(IDeclaredElement declaredElement)
{
if (declaredElement == null)
{
throw new ArgumentNullException("declaredElement");
}
Logger.Assert(declaredElement.IsValid(), "declaredElement should be valid");
mySolution = declaredElement.GetPsiServices().Solution;
var @class = declaredElement as IClass;
if (@class != null)
{
myTarget = new DeclaredElementEnvoy <IDeclaredElement>(DerivedDeclaredElementUtil.GetPrimaryDeclaredElementForClass(@class));
}
var @method = declaredElement as IMethod;
if (@method != null)
{
myTarget = new DeclaredElementEnvoy <IDeclaredElement>(DerivedDeclaredElementUtil.GetPrimaryDeclaredElementForMethod(@method));
}
var @interface = declaredElement as IInterface;
if (@interface != null)
{
myTarget = new DeclaredElementEnvoy <IDeclaredElement>(DerivedDeclaredElementUtil.GetPrimaryDeclaredElementForInterface(@interface));
}
var @constructor = declaredElement as IConstructor;
if (@constructor != null)
{
@class = @constructor.GetContainingType() as IClass;
if (@class != null)
{
myTarget = new DeclaredElementEnvoy <IDeclaredElement>(DerivedDeclaredElementUtil.GetPrimaryDeclaredElementForClass(@class));
}
}
}
public TypeInterfaceDescriptor(ITypeElement typeElement, bool instanceOnly, ISolution solution, IUIApplication uiApplication, ITooltipManager tooltipManager, IWindowsHookManager windowsHookManager, IActionManager actionManager)
: base(solution, uiApplication, tooltipManager, windowsHookManager, actionManager)
{
AutoExpandSingleChild = true;
myInstanceOnly = instanceOnly;
// We use standard presenter, but emphasize root element using adorements
myPresenter = new TypeInterfacePresenter
{
DrawElementExtensions = true,
ShowOccurenceCount = false,
PostfixTypeQualification = true
};
myPresenter.PresentAdorements += PresentAdorements;
// Wrap typeElement with an envoy, so it can survive code changes
myTypeElementEnvoy = new DeclaredElementEnvoy <ITypeElement>(typeElement);
MakeModel();
}
public GeneratedClassSearchRequest(IDeclaredElement declaredElement)
{
if (declaredElement == null)
throw new ArgumentNullException("declaredElement");
Logger.Assert(declaredElement.IsValid(), "declaredElement should be valid");
mySolution = declaredElement.GetPsiServices().Solution;
var ruleDeclaration = declaredElement as RuleDeclaration;
if( ruleDeclaration == null)
throw new ArgumentNullException("ruleDeclaration");
if (ruleDeclaration.DerivedClasses.Count() > 0)
{
myTarget = new DeclaredElementEnvoy<IDeclaredElement>(ruleDeclaration.DerivedClasses.First());
}
else
{
myTarget = new DeclaredElementEnvoy<IDeclaredElement>(declaredElement);
}
}
public CSharpToPsiSearchRequest(IDeclaredElement declaredElement)
{
if (declaredElement == null)
throw new ArgumentNullException("declaredElement");
Logger.Assert(declaredElement.IsValid(), "declaredElement should be valid");
mySolution = declaredElement.GetPsiServices().Solution;
var @class = declaredElement as IClass;
if (@class != null)
{
myTarget = new DeclaredElementEnvoy<IDeclaredElement>(DerivedDeclaredElementUtil.GetPrimaryDeclaredElementForClass(@class));
}
var @method = declaredElement as IMethod;
if (@method != null)
{
myTarget = new DeclaredElementEnvoy<IDeclaredElement>(DerivedDeclaredElementUtil.GetPrimaryDeclaredElementForMethod(@method));
}
var @interface = declaredElement as IInterface;
if (@interface != null)
{
myTarget = new DeclaredElementEnvoy<IDeclaredElement>(DerivedDeclaredElementUtil.GetPrimaryDeclaredElementForInterface(@interface));
}
var @constructor = declaredElement as IConstructor;
if(@constructor != null)
{
@class = @constructor.GetContainingType() as IClass;
if(@class != null)
{
myTarget = new DeclaredElementEnvoy<IDeclaredElement>(DerivedDeclaredElementUtil.GetPrimaryDeclaredElementForClass(@class));
}
}
}
public TypeInterfaceModel(DeclaredElementEnvoy<ITypeElement> typeElementEnvoy, bool instanceOnly)
{
myTypeElementEnvoy = typeElementEnvoy;
myInstanceOnly = instanceOnly;
}
public TypeInterfaceModel(DeclaredElementEnvoy <ITypeElement> typeElementEnvoy, bool instanceOnly)
{
myTypeElementEnvoy = typeElementEnvoy;
myInstanceOnly = instanceOnly;
}
