private void FillOptionsForConstructs()
{
IBaseConstruct construct = currentNode.GetFirstValidBaseConstruct();
if (construct == null && missingObjects != MissingObject.All)
{
throw new InvalidOperationException(
"The MapInfoType we are trying to match on is invalid - "
+ "it has at least one object mapped but none of them is a BaseConstruct. This is an invalid state.");
}
userOptions.Clear();
templateOptions.Clear();
prevgenOptions.Clear();
SetDefaultChoices();
//if((missingObjects & MissingObject.User) != 0)
{
userOptions.AddRange(currentNode.GetSiblingsOfSameType(Controller.Version.User));
}
//if ((missingObjects & MissingObject.NewGen) != 0)
{
templateOptions.AddRange(currentNode.GetSiblingsOfSameType(Controller.Version.NewGen));
}
//if ((missingObjects & MissingObject.PrevGen) != 0)
{
prevgenOptions.AddRange(currentNode.GetSiblingsOfSameType(Controller.Version.PrevGen));
}
}
public override Image GetImageForBaseConstruct(IBaseConstruct bc, Status status)
{
if (!(bc is ArchAngel.Providers.CodeProvider.DotNet.BaseConstruct))
{
throw new ArgumentException("Given BaseConstruct is not a CSharp construct");
}
CSharpConstructType consType = GetConsType(bc);
if (combinedImages.ContainsKey(consType) == false)
{
// Construct the new image
combinedImages[consType] = new Dictionary <Status, Image>();
Bitmap image = CreateImage(consType, status);
combinedImages[consType].Add(status, image);
return(image);
}
else
{
Dictionary <Status, Image> dict = combinedImages[consType];
if (dict.ContainsKey(status))
{
return(dict[status]);
}
Bitmap image = CreateImage(consType, status);
combinedImages[consType].Add(status, image);
return(image);
}
}
private static IBaseConstruct GetBaseConstructfromUID(string uniqueIdentifier, ICodeRoot codeRoot)
{
if (string.IsNullOrEmpty(uniqueIdentifier))
{
return(null);
}
string[] identifiers = BaseConstructConstants.SplitFullyQualifiedIdentifier(uniqueIdentifier);
IBaseConstruct baseConstruct = codeRoot.FindChild(identifiers[0]);
if (baseConstruct == null)
{
return(null);
}
for (int i = 1; i < identifiers.Length; i++)
{
baseConstruct = baseConstruct.FindChild(identifiers[i]);
if (baseConstruct == null)
{
return(null);
}
}
if (baseConstruct == null)
{
throw new ArgumentException("Could not find the object by unique id.");
}
return(baseConstruct);
}
/// <summary>
/// Adds a new child to this IBaseConstruct.
/// </summary>
/// <param name="childBC">The child object to add</param>
public void AddChild(IBaseConstruct childBC)
{
if (childBC == this)
{
throw new ArgumentException("Cannot add an object as a child of itself");
}
// Cannot add non C# BaseConstructs.
if (!(childBC is BaseConstruct))
{
throw new ArgumentException("Cannot add an non C# BaseConstruct as a child of a C# BaseConstruct");
}
BaseConstruct bc = (BaseConstruct)childBC;
bc.ParentObject = this;
bc.Controller = Controller;
// No longer treating attributes as children.
//if(childBC is Attribute)
//{
// Attributes.Add(childBC as Attribute);
//}
if (childBC is EmptyPlaceholder)
{
emptyPlaceholders.Add(childBC as EmptyPlaceholder);
}
else
{
AddChildInternal(bc);
}
}
/// <summary>
/// Returns every base construct in the tree of the type given.
/// </summary>
/// <param name="type">The type of base construct to look for.</param>
/// <param name="versionToGet">The Version that we are matching against. Only objects from that version will be added.</param>
/// <returns>A list of the base constructs in the tree with the given type.</returns>
public ReadOnlyCollection <IBaseConstruct> GetChildrenOfType(Type type, Version versionToGet)
{
List <IBaseConstruct> childrenRetVal = new List <IBaseConstruct>();
foreach (CodeRootMapNode child in AllNodes)
{
IBaseConstruct bc = child.GetFirstValidBaseConstruct();
if (bc == null || !type.IsInstanceOfType(bc))
{
continue;
}
if (versionToGet == Version.NewGen && child.NewGenObj != null)
{
childrenRetVal.Add(child.NewGenObj);
}
else if (versionToGet == Version.PrevGen && child.PrevGenObj != null)
{
childrenRetVal.Add(child.PrevGenObj);
}
else if (versionToGet == Version.User && child.UserObj != null)
{
childrenRetVal.Add(child.UserObj);
}
}
return(childrenRetVal.AsReadOnly());
}
public void Map_Contains_CodeRoot()
{
CodeRootMap map = new CodeRootMap();
ICodeRoot coderoot = mocks.StrictMock <ICodeRoot>();
IBaseConstruct bc1 = mocks.DynamicMock <IBaseConstruct>();
IBaseConstruct bc2 = mocks.DynamicMock <IBaseConstruct>();
Utility.SetupBaseConstructs(mocks, bc1, bc2, coderoot);
using (mocks.Playback())
{
map.AddCodeRoot(coderoot, Version.User);
}
Assert.That(map.ChildNodes, Has.Count(1));
Assert.That(map.AllNodes, Has.Count(2));
Assert.That(map.ChildNodes[0], Is.Not.Null);
Assert.That(map.ChildNodes[0].IsTreeRoot, Is.False);
Assert.That(map.ChildNodes[0].UserObj, Is.SameAs(bc1));
Assert.That(map.ChildNodes[0].Omit, Is.False);
Assert.That(map.ChildNodes[0].ParentNode, Is.SameAs(map));
Assert.That(map.ChildNodes[0].ParentTree, Is.SameAs(map));
CodeRootMapNode node = map.ChildNodes[0].ChildNodes[0];
Assert.That(node, Is.Not.Null);
Assert.That(node.IsTreeRoot, Is.False);
Assert.That(node.UserObj, Is.SameAs(bc2));
Assert.That(node.Omit, Is.False);
Assert.That(node.ParentNode, Is.SameAs(map.ChildNodes[0]));
Assert.That(node.ParentTree, Is.SameAs(map));
}
public bool IsTheSameAsAny(IBaseConstruct otherbc)
{
if (otherbc == null)
{
return(false);
}
IBaseConstruct thisbc = baseConstructs.NewGen;
if (thisbc != null && thisbc.IsTheSame(otherbc))
{
return(true);
}
thisbc = baseConstructs.PrevGen;
if (thisbc != null && thisbc.IsTheSame(otherbc))
{
return(true);
}
thisbc = baseConstructs.User;
if (thisbc != null && thisbc.IsTheSame(otherbc))
{
return(true);
}
return(false);
}
internal void AddBaseConstruct(IBaseConstruct bc, Version t)
{
baseConstructs.SetObject(bc, t);
foreach (IBaseConstruct bcChild in bc.WalkChildren())
{
bool found = false;
foreach (CodeRootMapNode crChild in children)
{
if (!crChild.IsTheSame(bcChild))
{
continue;
}
crChild.AddBaseConstruct(bcChild, t);
found = true;
break;
}
if (!found)
{
AddBaseConstructAsNewChild(bcChild, t);
}
}
}
public override Image GetImageForBaseConstruct(IBaseConstruct bc, Status status)
{
if (!(bc is ArchAngel.Providers.CodeProvider.DotNet.BaseConstruct))
throw new ArgumentException("Given BaseConstruct is not a CSharp construct");
CSharpConstructType consType = GetConsType(bc);
if(combinedImages.ContainsKey(consType) == false)
{
// Construct the new image
combinedImages[consType] = new Dictionary<Status, Image>();
Bitmap image = CreateImage(consType, status);
combinedImages[consType].Add(status, image);
return image;
}
else
{
Dictionary<Status, Image> dict = combinedImages[consType];
if(dict.ContainsKey(status))
{
return dict[status];
}
Bitmap image = CreateImage(consType, status);
combinedImages[consType].Add(status, image);
return image;
}
}
/// <summary>
///
/// </summary>
/// <param name="userUID"></param>
/// <param name="newgenUID"></param>
/// <param name="prevgenUID"></param>
/// <returns></returns>
public virtual bool MatchConstructs(string userUID, string newgenUID, string prevgenUID)
{
if (string.IsNullOrEmpty(userUID) && string.IsNullOrEmpty(newgenUID) && string.IsNullOrEmpty(prevgenUID))
{
throw new ArgumentException("Cannot match 3 null objects!");
}
// Get Base Constructs. Make sure we can find the ones we are given.
IBaseConstruct userBC = GetBaseConstructfromUID(userUID, UserCodeRoot);
IBaseConstruct newgenBC = GetBaseConstructfromUID(newgenUID, NewGenCodeRoot);
IBaseConstruct prevgenBC = GetBaseConstructfromUID(prevgenUID, PrevGenCodeRoot);
if (userBC == null && newgenBC == null && prevgenBC == null)
{
throw new ArgumentException("Could not find any of the elements specified");
}
CodeRootMapNode parent = GetExactNode(userBC ?? newgenBC ?? prevgenBC).ParentNode;
if ((newgenBC != null && parent != GetExactNode(newgenBC).ParentNode) ||
(prevgenBC != null && parent != GetExactNode(prevgenBC).ParentNode))
{
throw new ArgumentException("The 3 nodes specified do not belong to the same parent and thus cannot be matched.");
}
MatchConstructs(parent, userBC, newgenBC, prevgenBC);
return(true);
}
internal void RemoveBaseConstruct(IBaseConstruct bc, bool cleanUpTree)
{
if (bc == null)
{
return;
}
if (UserObj == bc)
{
UserObj = null;
}
else if (NewGenObj == bc)
{
NewGenObj = null;
}
else if (PrevGenObj == bc)
{
PrevGenObj = null;
}
else
{
return;
}
foreach (IBaseConstruct child in bc.WalkChildren())
{
GetChildNode(child).RemoveBaseConstruct(child, false);
}
if (cleanUpTree)
{
ParentTree.CleanUpTree();
}
}
public virtual void RemoveChildObject(IBaseConstruct child)
{
if (child is BaseConstruct == false)
{
throw new ArgumentException("Cannot remove child as it is not a C# construct.");
}
RemoveChildObjectInternal(child as BaseConstruct);
}
/// <summary>
/// Compares this IBaseConstruct against the one provided, and returns true if they are the same.
/// </summary>
/// <param name="comparisonObject">The object to compare against.</param>
/// <returns>True if the objects are the same, false if they are different.</returns>
public bool IsTheSame(IBaseConstruct comparisonObject)
{
if (comparisonObject is BaseConstruct)
{
return(IsTheSame(comparisonObject as BaseConstruct));
}
return(false);
}
private bool IsTheSame(IBaseConstruct otherbc)
{
IBaseConstruct thisbc = baseConstructs.GetFirstNonNullObject();
if (thisbc == null || otherbc == null)
{
return(false);
}
return(thisbc.IsTheSame(otherbc));
}
private static string GetObjectText(IBaseConstruct obj)
{
string text = obj.IsLeaf ? obj.GetFullText() : obj.GetOuterText();
text = Common.Utility.StandardizeLineBreaks(text, Common.Utility.LineBreaks.Unix);
if (text.IndexOf('\n') == 0)
{
text = text.Remove(0, 1);
}
return(text);
}
/// <summary>
/// Searches through all of the nodes in the tree and returns the node that contains the
/// given base construct. It uses reference equality to determine this, so if the base construct
/// is not in the tree it will return null.
/// </summary>
/// <param name="baseConstruct">The base construct to search for in the tree.</param>
/// <returns>The matched node.</returns>
public CodeRootMapNode GetExactNode(IBaseConstruct baseConstruct)
{
foreach (CodeRootMapNode node in allNodes)
{
if (node.IsTheSameReference(baseConstruct))
{
return(node);
}
}
return(null);
}
/// <summary>
/// </summary>
/// <param name="baseConstruct">The IBaseConstruct to find.</param>
/// <returns>
/// Finds the given IBaseConstruct in this node's children, and returns the node it belongs to. If
/// it does not exist in any of this nodes children, returns null.
/// </returns>
public virtual CodeRootMapNode GetChildNode(IBaseConstruct baseConstruct)
{
foreach (CodeRootMapNode child in children)
{
if (child.IsTheSameReference(baseConstruct))
{
return(child);
}
}
return(null);
}
public void AddBaseConstructAsChild(IBaseConstruct bc, Version t)
{
foreach (CodeRootMapNode child in children)
{
if (child.IsTheSame(bc))
{
child.AddBaseConstruct(bc, t);
return;
}
}
AddBaseConstructAsNewChild(bc, t);
}
public override ActionResult ApplyActionTo(StringBuilder sb)
{
if (AdditionPoint == AdditionPoint.EndOfParent)
{
IBaseConstruct lastSibling = ClassToAddTo.WalkChildren().OfType <Function>()
.OrderBy(bc => bc.TextRange.EndOffset).LastOrDefault();
ClassToAddTo.AddChild(FunctionToAdd);
return(InsertAtEndOfParent(sb, lastSibling));
}
return(new ActionResult());
}
public void A_UsingStatement_Is_Created()
{
const string code = "using System;";
CSharpParser parser = new CSharpParser();
IBaseConstruct bc = parser.ParseSingleConstruct(code, BaseConstructType.UsingDirective);
Assert.That(bc, Is.Not.Null);
Assert.That(bc, Is.InstanceOfType(typeof(UsingStatement)));
UsingStatement con = (UsingStatement)bc;
Assert.That(con.Value, Is.EqualTo("System"));
}
public void A_Structure_Is_Created()
{
const string code = "public struct Structure1 { }";
CSharpParser parser = new CSharpParser();
IBaseConstruct bc = parser.ParseSingleConstruct(code, BaseConstructType.StructureDeclaration);
Assert.That(bc, Is.Not.Null);
Assert.That(bc, Is.InstanceOfType(typeof(Struct)));
Struct con = (Struct)bc;
Assert.That(con.Name, Is.EqualTo("Structure1"));
}
public void A_Namespace_Is_Created()
{
const string code = "namespace Namespace1 { }";
CSharpParser parser = new CSharpParser();
IBaseConstruct bc = parser.ParseSingleConstruct(code, BaseConstructType.NamespaceDeclaration);
Assert.That(bc, Is.Not.Null);
Assert.That(bc, Is.InstanceOfType(typeof(Namespace)));
Namespace con = (Namespace)bc;
Assert.That(con.Name, Is.EqualTo("Namespace1"));
}
/// <summary>
/// Compares this IBaseConstruct against the one provided, and returns true if they are the same.
/// </summary>
/// <param name="depth">The depth of the comparison we do.</param>
/// <param name="comparisonObject">The object to compare against.</param>
/// <returns>True if the objects are the same, false if they are different.</returns>
public bool IsTheSame(IBaseConstruct comparisonObject, ComparisonDepth depth)
{
if (comparisonObject is BaseConstruct)
{
if (depth == ComparisonDepth.Complete && !Utility.BaseContructCollectionsAreTheSame(_Attributes.ToArray(), ((BaseConstruct)comparisonObject)._Attributes.ToArray()))
{
ComparisonDifference += GetType().Name + ".Attributes";
return(false);
}
return(IsTheSame(comparisonObject as BaseConstruct, depth));
}
return(false);
}
/// <summary>
/// Adds the give base construct as a child of this code root.
/// </summary>
/// <param name="child">The chidl object to add.</param>
public void AddChild(IBaseConstruct child)
{
if (child == null)
{
throw new ArgumentNullException("child");
}
if (child is Namespace)
{
Namespaces.Add(child as Namespace);
}
else if (child is Struct)
{
Structs.Add(child as Struct);
}
else if (child is Interface)
{
Interfaces.Add(child as Interface);
}
else if (child is Enumeration)
{
Enums.Add(child as Enumeration);
}
else if (child is Delegate)
{
Delegates.Add(child as Delegate);
}
else if (child is UsingStatement)
{
UsingStatements.Add(child as UsingStatement);
_usingStatementsAreSorted = false;
}
else if (child is AttributeSection)
{
Attributes.Add(child as AttributeSection);
}
else if (child is Class)
{
Classes.Add(child as Class);
}
else
{
throw new InvalidOperationException("Could not add child of type " + child.GetType());
}
if (child is BaseConstruct)
{
((BaseConstruct)child).Controller = controller;
}
}
protected ActionResult InsertAtEndOfParent(StringBuilder sb, IBaseConstruct insertAfter)
{
if (insertAfter == null)
{
return(InsertAtStartOfParent(sb));
}
int lastSiblingStartOffset = insertAfter.TextRange.StartOffset;
int lastSiblingEndOffset = insertAfter.TextRange.EndOffset;
int endIndex = ClassToAddTo.TextRange.EndOffset;
string text = sb.ToString();
if (lastSiblingEndOffset < 0 || string.IsNullOrWhiteSpace(text))
{
return(InsertAtStartOfParent(sb));
}
int firstNewLine;
if (endIndex > lastSiblingEndOffset)
{
firstNewLine = text.IndexOf('\n', lastSiblingEndOffset, (endIndex - lastSiblingEndOffset));
}
else
{
firstNewLine = text.IndexOf('\n', lastSiblingEndOffset);
}
int newStartIndex = firstNewLine + 1;
int numTabs = InsertionHelpers.GetIndentationInFrontOf(sb, lastSiblingStartOffset);
ConstructToAdd.Controller.IndentLevel = numTabs;
ConstructToAdd.PreceedingBlankLines = -1;
string newPropertyText = ConstructToAdd.ToString();
// The "+ numTabs" is account for the tabs that are at the start
// of the new text. If we don't trim those off the text range, then it will
// include the whitespace before the actual property, which the objects which have actually
// been parsed will not have. If this number is wrong, the next object to be placed after it
// will not be able to get the tabs correctly.
ConstructToAdd.TextRange.StartOffset = newStartIndex + numTabs;
ConstructToAdd.TextRange.EndOffset = newStartIndex + numTabs + newPropertyText.Trim().Length;
ConstructToAdd.Index = newStartIndex + numTabs;
BeforeInsert(newStartIndex, newPropertyText);
sb.Insert(newStartIndex, newPropertyText);
return(new ActionResult(ConstructToAdd.TextRange.StartOffset, newPropertyText.Length, new[] { ConstructToAdd }));
}
public void An_InterfaceEvent_Is_Created()
{
const string code = "event Delegate1 Event1;";
CSharpParser parser = new CSharpParser();
IBaseConstruct bc = parser.ParseSingleConstruct(code, BaseConstructType.InterfaceEventDeclaration);
Assert.That(bc, Is.Not.Null);
Assert.That(bc, Is.InstanceOfType(typeof(InterfaceEvent)));
InterfaceEvent con = (InterfaceEvent)bc;
Assert.That(con.Name, Is.EqualTo("Event1"));
Assert.That(con.DataType.Name, Is.EqualTo("Delegate1"));
}
public void An_InterfaceMethod_Is_Created()
{
const string code = "void Method1();";
CSharpParser parser = new CSharpParser();
IBaseConstruct bc = parser.ParseSingleConstruct(code, BaseConstructType.InterfaceMethodDeclaration);
Assert.That(bc, Is.Not.Null);
Assert.That(bc, Is.InstanceOfType(typeof(InterfaceMethod)));
InterfaceMethod con = (InterfaceMethod)bc;
Assert.That(con.Name, Is.EqualTo("Method1"));
Assert.That(con.ReturnType.Name, Is.EqualTo("void"));
}
/// <summary>
/// Matches the 3 given nodes for diff and merge purposes. Does not modify the CodeRoots, just rewires the
/// CodeRootMap. Only works if the base constructs being matched have the same parent. They may have the same
/// parent if their parent has been matched with somthing else.
/// </summary>
/// <param name="parentNode">The parent CodeRootMapNode of the 3 base constructs. If the BCs were functions, this would
/// be the CodeRootMapNode that holds their parent class.</param>
/// <param name="userObj">The user object to map.</param>
/// <param name="newGenObj">The template object to map.</param>
/// <param name="prevGenObj">The prevgen object to map.</param>
public void MatchConstructs(CodeRootMapNode parentNode, IBaseConstruct userObj, IBaseConstruct newGenObj, IBaseConstruct prevGenObj)
{
if (userObj != null)
{
CodeRootMapNode childNode = parentNode.GetChildNode(userObj);
if (childNode == null)
{
throw new Exception("UserObject not part of this tree");
}
childNode.RemoveBaseConstruct(userObj, false);
}
if (newGenObj != null)
{
CodeRootMapNode childNode = parentNode.GetChildNode(newGenObj);
if (childNode == null)
{
throw new Exception("NewGen not part of this tree");
}
childNode.RemoveBaseConstruct(newGenObj, false);
}
if (prevGenObj != null)
{
CodeRootMapNode childNode = parentNode.GetChildNode(prevGenObj);
if (childNode == null)
{
throw new Exception("PrevGen not part of this tree");
}
childNode.RemoveBaseConstruct(prevGenObj, false);
}
CleanUpTree();
CodeRootMapNode newNode = new CodeRootMapNode(parentNode.ParentTree, parentNode);
newNode.IsCustomMatch = true;
if (userObj != null)
{
newNode.AddBaseConstruct(userObj, Version.User);
}
if (newGenObj != null)
{
newNode.AddBaseConstruct(newGenObj, Version.NewGen);
}
if (prevGenObj != null)
{
newNode.AddBaseConstruct(prevGenObj, Version.PrevGen);
}
}
public void A_Destructor_Is_Created()
{
// This should not be the name of the class
const string code = "public ~MadeUpClassName() { }";
CSharpParser parser = new CSharpParser();
IBaseConstruct bc = parser.ParseSingleConstruct(code, BaseConstructType.DestructorDeclaration);
Assert.That(bc, Is.Not.Null);
Assert.That(bc, Is.InstanceOfType(typeof(Destructor)));
Destructor con = (Destructor)bc;
Assert.That(con.Name, Is.EqualTo("MadeUpClassName"));
Assert.That(con.BodyText, Is.EqualTo("{\n}\n".Replace("\n", Environment.NewLine)));
}
public void A_Class_Is_Created()
{
const string code = "public class Class1 { }";
CSharpParser parser = new CSharpParser();
IBaseConstruct bc = parser.ParseSingleConstruct(code, BaseConstructType.ClassDeclaration);
Assert.That(bc, Is.Not.Null);
Assert.That(bc, Is.InstanceOfType(typeof(Class)));
Class con = (Class)bc;
Assert.That(con.Name, Is.EqualTo("Class1"));
Assert.That(con.Modifiers.Count, Is.EqualTo(1));
Assert.That(con.Modifiers[0], Is.EqualTo("public"));
}
public void An_Interface_Is_Created()
{
const string code = "public interface Interface1 { }";
CSharpParser parser = new CSharpParser();
IBaseConstruct bc = parser.ParseSingleConstruct(code, BaseConstructType.InterfaceDeclaration);
Assert.That(bc, Is.Not.Null);
Assert.That(bc, Is.InstanceOfType(typeof(Interface)));
Interface con = (Interface)bc;
Assert.That(con.Name, Is.EqualTo("Interface1"));
Assert.That(con.Modifiers.Count, Is.EqualTo(1));
Assert.That(con.Modifiers[0], Is.EqualTo("public"));
}
protected ActionResult InsertAtEndOfParent(StringBuilder sb, IBaseConstruct insertAfter)
{
if (insertAfter == null)
return InsertAtStartOfParent(sb);
int lastSiblingStartOffset = insertAfter.TextRange.StartOffset;
int lastSiblingEndOffset = insertAfter.TextRange.EndOffset;
int endIndex = ClassToAddTo.TextRange.EndOffset;
string text = sb.ToString();
if (lastSiblingEndOffset < 0 || string.IsNullOrWhiteSpace(text))
return InsertAtStartOfParent(sb);
int firstNewLine;
if (endIndex > lastSiblingEndOffset)
firstNewLine = text.IndexOf('\n', lastSiblingEndOffset, (endIndex - lastSiblingEndOffset));
else
firstNewLine = text.IndexOf('\n', lastSiblingEndOffset);
int newStartIndex = firstNewLine + 1;
int numTabs = InsertionHelpers.GetIndentationInFrontOf(sb, lastSiblingStartOffset);
ConstructToAdd.Controller.IndentLevel = numTabs;
ConstructToAdd.PreceedingBlankLines = -1;
string newPropertyText = ConstructToAdd.ToString();
// The "+ numTabs" is account for the tabs that are at the start
// of the new text. If we don't trim those off the text range, then it will
// include the whitespace before the actual property, which the objects which have actually
// been parsed will not have. If this number is wrong, the next object to be placed after it
// will not be able to get the tabs correctly.
ConstructToAdd.TextRange.StartOffset = newStartIndex + numTabs;
ConstructToAdd.TextRange.EndOffset = newStartIndex + numTabs + newPropertyText.Trim().Length;
ConstructToAdd.Index = newStartIndex + numTabs;
BeforeInsert(newStartIndex, newPropertyText);
sb.Insert(newStartIndex, newPropertyText);
return new ActionResult(ConstructToAdd.TextRange.StartOffset, newPropertyText.Length, new[] { ConstructToAdd });
}
private static CSharpConstructType GetConsType(IBaseConstruct bc)
{
CSharpConstructType consType;
if (bc is ArchAngel.Providers.CodeProvider.DotNet.Namespace)
{
consType = CSharpConstructType.Namespace;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Class)
{
consType = CSharpConstructType.Class;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Field)
{
consType = CSharpConstructType.Field;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Delegate)
{
consType = CSharpConstructType.Delegate;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Event)
{
consType = CSharpConstructType.Event;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Enumeration)
{
consType = CSharpConstructType.Enum;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Function)
{
consType = CSharpConstructType.Method;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Constructor)
{
consType = CSharpConstructType.Method;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.InterfaceMethod)
{
consType = CSharpConstructType.Method;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Constant)
{
consType = CSharpConstructType.Constant;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Interface)
{
consType = CSharpConstructType.Interface;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.InterfaceProperty)
{
consType = CSharpConstructType.Property;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.PropertyAccessor)
{
consType = CSharpConstructType.Property;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Operator)
{
consType = CSharpConstructType.Operator;
}
else if (bc is ArchAngel.Providers.CodeProvider.DotNet.Struct)
{
consType = CSharpConstructType.Struct;
}
else
{
consType = CSharpConstructType.Field;
}
return consType;
}
public override IBaseConstruct CreateBaseConstruct(string code, IBaseConstruct originalConstruct)
{
throw new System.NotImplementedException();
}
protected CodeRoot CreateNamespaceAndInterface(IBaseConstruct inter)
{
Interface interface1 = new Interface(controller, "Interface1");
interface1.Modifiers.Add("public");
interface1.AddChild(inter);
AttributeSection attrs = new AttributeSection(controller);
Attribute attr = new Attribute(controller);
attr.PositionalArguments.Add("true");
attr.Name = "Serializable";
attrs.AddAttribute(attr);
interface1.AddAttributeSection(attrs);
Namespace ns = new Namespace(controller);
ns.Name = "ArchAngel.Tests";
ns.AddChild(interface1);
CodeRoot root = new CodeRoot(controller);
root.AddChild(ns);
return root;
}
protected CodeRoot ConstructRootWithClass(IBaseConstruct childOfClass)
{
Class cl = new Class(controller, "Class1");
cl.AddChild(childOfClass);
AttributeSection attrs = new AttributeSection(controller);
Attribute attr = new Attribute(controller);
attr.PositionalArguments.Add("true");
attr.Name = "Serializable";
attrs.AddAttribute(attr);
cl.AddAttributeSection(attrs);
Namespace ns = new Namespace(controller);
ns.Name = "ArchAngel.Tests";
ns.AddChild(cl);
CodeRoot root = new CodeRoot(controller);
root.AddChild(ns);
return root;
}
protected CodeRoot CreateClassAndNamespace(IBaseConstruct child)
{
return CreateClassAndNamespace(new[]{child});
}
public static void SetupBaseConstructs(MockRepository mocks, IBaseConstruct bc1, IBaseConstruct bc2, ICodeRoot coderoot)
{
using(mocks.Record())
{
Expect.Call(bc1.ShortName).Repeat.Any().Return("bc1");
Expect.Call(bc2.ShortName).Repeat.Any().Return("bc2");
Expect.Call(bc1.IsTheSame(bc1)).Repeat.Any().Return(true);
Expect.Call(bc2.IsTheSame(bc2)).Repeat.Any().Return(true);
Expect.Call(bc2.WalkChildren()).Repeat.AtLeastOnce().Return(new List<IBaseConstruct>().AsReadOnly());
List<IBaseConstruct> bc1Children = new List<IBaseConstruct>();
bc1Children.Add(bc2);
Expect.Call(bc1.WalkChildren()).Repeat.AtLeastOnce().Return(bc1Children.AsReadOnly());
List<IBaseConstruct> rootChildren = new List<IBaseConstruct>();
rootChildren.Add(bc1);
Expect.On(coderoot).Call(coderoot.WalkChildren()).Repeat.AtLeastOnce().Return(rootChildren.AsReadOnly());
}
}
private static string GetObjectText(IBaseConstruct obj)
{
string text = obj.IsLeaf ? obj.GetFullText() : obj.GetOuterText();
text = Common.Utility.StandardizeLineBreaks(text, Common.Utility.LineBreaks.Unix);
if (text.IndexOf('\n') == 0)
text = text.Remove(0, 1);
return text;
}
public abstract Image GetImageForBaseConstruct(IBaseConstruct bc, Status status);
