public static void CompareNodes(EditorTree editorTree, IAstNode node1, IAstNode node2)
{
#if ___DEBUG
Debug.Assert(node1 is RootNode || editorTree.ParseTree.ContainsElement(node1.Key));
if (!node1.ChildrenInvalidated)
{
Debug.Assert(node1.Children.Count == node2.Children.Count);
}
Debug.Assert(TextRange.AreEqual(node1.NameRange, node2.NameRange));
Debug.Assert(node1.Attributes.Count == node2.Attributes.Count);
Debug.Assert(TextRange.AreEqual(node1.OuterRange, node2.OuterRange));
Debug.Assert(TextRange.AreEqual(node1.InnerRange, node2.InnerRange));
Debug.Assert(node1.Start == node2.Start);
Debug.Assert(node1.End == node2.End);
if (!node1.ChildrenInvalidated)
{
if (node1.Children.Count == node2.Children.Count)
{
for (int i = 0; i < node1.Children.Count; i++)
{
CompareNodes(editorTree, node1.Children[i], node2.Children[i]);
}
}
}
#endif
}
public TextChangeContext(EditorTree editorTree, TextChangeEventArgs change, TextChange pendingChanges)
{
EditorTree = editorTree;
NewStart = change.Start;
OldStart = change.OldStart;
OldLength = change.OldLength;
NewLength = change.NewLength;
OldTextProvider = change.OldText != null ? change.OldText : editorTree.AstRoot.TextProvider;
NewTextProvider = change.NewText != null ? change.NewText : new TextProvider(editorTree.TextBuffer.CurrentSnapshot, partial: true);
PendingChanges = pendingChanges;
TextChange textChange = new TextChange();
textChange.OldRange = this.OldRange;
textChange.OldTextProvider = this.OldTextProvider;
textChange.NewRange = this.NewRange;
textChange.NewTextProvider = this.NewTextProvider;
textChange.Version = this.NewTextProvider.Version;
PendingChanges.Combine(textChange);
}
public TreeUpdateTask(EditorTree editorTree) {
_editorTree = editorTree;
if (EditorShell.HasShell) {
// Can be null in test cases
EditorShell.Current.Idle += OnIdle;
}
}
public TextChangeContext(EditorTree editorTree, TextChangeEventArgs change, TextChange pendingChanges)
{
EditorTree = editorTree;
NewStart = change.Start;
OldStart = change.OldStart;
OldLength = change.OldLength;
NewLength = change.NewLength;
OldTextProvider = change.OldText != null ? change.OldText : editorTree.AstRoot.TextProvider;
NewTextProvider = change.NewText != null ? change.NewText : new TextProvider(editorTree.TextBuffer.CurrentSnapshot, partial: true);
PendingChanges = pendingChanges;
TextChange textChange = new TextChange();
textChange.OldRange = this.OldRange;
textChange.OldTextProvider = this.OldTextProvider;
textChange.NewRange = this.NewRange;
textChange.NewTextProvider = this.NewTextProvider;
textChange.Version = this.NewTextProvider.Version;
PendingChanges.Combine(textChange);
}
public static EditorTree ApplyTextChange(string expression, int start, int oldLength, int newLength, string newText)
{
TextBufferMock textBuffer = new TextBufferMock(expression, RContentTypeDefinition.ContentType);
EditorTree tree = new EditorTree(textBuffer);
tree.Build();
TextChange tc = new TextChange();
tc.OldRange = new TextRange(start, oldLength);
tc.NewRange = new TextRange(start, newLength);
tc.OldTextProvider = new TextProvider(textBuffer.CurrentSnapshot);
if (oldLength == 0 && newText.Length > 0)
{
textBuffer.Insert(start, newText);
}
else if (oldLength > 0 && newText.Length > 0)
{
textBuffer.Replace(new Span(start, oldLength), newText);
}
else
{
textBuffer.Delete(new Span(start, oldLength));
}
return tree;
}
public static void CompareNodes(EditorTree editorTree, IAstNode node1, IAstNode node2)
{
#if ___DEBUG
Debug.Assert(node1 is RootNode || editorTree.ParseTree.ContainsElement(node1.Key));
if (!node1.ChildrenInvalidated)
Debug.Assert(node1.Children.Count == node2.Children.Count);
Debug.Assert(TextRange.AreEqual(node1.NameRange, node2.NameRange));
Debug.Assert(node1.Attributes.Count == node2.Attributes.Count);
Debug.Assert(TextRange.AreEqual(node1.OuterRange, node2.OuterRange));
Debug.Assert(TextRange.AreEqual(node1.InnerRange, node2.InnerRange));
Debug.Assert(node1.Start == node2.Start);
Debug.Assert(node1.End == node2.End);
if (!node1.ChildrenInvalidated)
{
if (node1.Children.Count == node2.Children.Count)
{
for (int i = 0; i < node1.Children.Count; i++)
{
CompareNodes(editorTree, node1.Children[i], node2.Children[i]);
}
}
}
#endif
}
public TreeUpdateTask(EditorTree editorTree, ICoreShell shell) {
_editorTree = editorTree;
_shell = shell;
if (_shell != null) {
_shell.Idle += OnIdle;
}
}
public static EditorTree MakeTree(ICoreShell coreShell, string expression) {
TextBufferMock textBuffer = new TextBufferMock(expression, RContentTypeDefinition.ContentType);
var tree = new EditorTree(textBuffer, coreShell);
tree.Build();
return tree;
}
public static EditorTree MakeTree(string expression)
{
TextBufferMock textBuffer = new TextBufferMock(expression, RContentTypeDefinition.ContentType);
EditorTree tree = new EditorTree(textBuffer);
tree.Build();
return tree;
}
public TreeUpdateTask(EditorTree editorTree, ICoreShell shell)
{
_editorTree = editorTree;
_shell = shell;
if (_shell != null)
{
_shell.Idle += OnIdle;
}
}
public TreeUpdateTask(EditorTree editorTree)
{
_editorTree = editorTree;
if (EditorShell.HasShell)
{
// Can be null in test cases
EditorShell.Current.Idle += OnIdle;
}
}
public TreeUpdateTask(EditorTree editorTree, IServiceContainer services)
{
_editorTree = editorTree;
_services = services;
_idleTime = services.GetService <IIdleTimeService>();
if (_idleTime != null)
{
_idleTime.Idle += OnIdle;
}
}
public static void VerifyTree(EditorTree editorTree)
{
#if ___DEBUG
if (editorTree.TextBuffer != null)
{
var fullParseTree = new HtmlTree(new TextProvider(editorTree.TextSnapshot));
fullParseTree.Build(rebuildCollection);
CompareTrees(editorTree, fullParseTree);
}
#endif
}
public static void VerifyTree(EditorTree editorTree)
{
#if ___DEBUG
if (editorTree.TextBuffer != null)
{
var fullParseTree = new HtmlTree(new TextProvider(editorTree.TextSnapshot));
fullParseTree.Build(rebuildCollection);
CompareTrees(editorTree, fullParseTree);
}
#endif
}
public static OutlineRegionCollection BuildOutlineRegions(IEditorShell editorShell, string content) {
TextBufferMock textBuffer = new TextBufferMock(content, RContentTypeDefinition.ContentType);
using (var tree = new EditorTree(textBuffer, editorShell)) {
tree.Build();
using (var editorDocument = new EditorDocumentMock(tree)) {
using (var ob = new ROutlineRegionBuilder(editorDocument, editorShell)) {
OutlineRegionCollection rc = new OutlineRegionCollection(0);
ob.BuildRegions(rc);
return rc;
}
}
}
}
public static OutlineRegionCollection BuildOutlineRegions(string content)
{
TextBufferMock textBuffer = new TextBufferMock(content, RContentTypeDefinition.ContentType);
using (EditorTree tree = new EditorTree(textBuffer)) {
tree.Build();
EditorDocumentMock editorDocument = new EditorDocumentMock(tree);
ROutlineRegionBuilder ob = new ROutlineRegionBuilder(editorDocument);
OutlineRegionCollection rc = new OutlineRegionCollection(0);
ob.BuildRegions(rc);
return rc;
}
}
public static void CompareTrees(EditorTree editorTree, AstRoot tree2)
{
#if ___DEBUG
var cc1 = editorTree.ParseTree.CommentCollection;
var cc2 = tree2.CommentCollection;
Debug.Assert(cc1.Count == cc2.Count);
for (int i = 0; i < cc1.Count; i++)
{
Debug.Assert(cc1[i].Start == cc2[i].Start);
Debug.Assert(cc1[i].Length == cc2[i].Length);
}
CompareNodes(editorTree, editorTree.ParseTree.RootNode, tree2.RootNode);
#endif
}
public static void CompareTrees(EditorTree editorTree, AstRoot tree2)
{
#if ___DEBUG
var cc1 = editorTree.ParseTree.CommentCollection;
var cc2 = tree2.CommentCollection;
Debug.Assert(cc1.Count == cc2.Count);
for (int i = 0; i < cc1.Count; i++)
{
Debug.Assert(cc1[i].Start == cc2[i].Start);
Debug.Assert(cc1[i].Length == cc2[i].Length);
}
CompareNodes(editorTree, editorTree.ParseTree.RootNode, tree2.RootNode);
#endif
}
public REditorDocument(ITextBuffer textBuffer) {
EditorShell.Current.CompositionService.SatisfyImportsOnce(this);
this.TextBuffer = textBuffer;
IsClosed = false;
TextDocumentFactoryService.TextDocumentDisposed += OnTextDocumentDisposed;
ServiceManager.AddService<REditorDocument>(this, TextBuffer);
_editorTree = new EditorTree(textBuffer);
if (REditorSettings.SyntaxCheckInRepl) {
_validator = new TreeValidator(this.EditorTree);
}
_editorTree.Build();
RCompletionEngine.Initialize();
}
public async Task ParameterTest_ComputeCurrentParameter01() {
ITextBuffer textBuffer = new TextBufferMock("aov(", RContentTypeDefinition.ContentType);
SignatureHelpSource source = new SignatureHelpSource(textBuffer, EditorShell);
SignatureHelpSessionMock session = new SignatureHelpSessionMock(textBuffer, 0);
TextViewMock textView = session.TextView as TextViewMock;
List<ISignature> signatures = new List<ISignature>();
using (var tree = new EditorTree(textBuffer, EditorShell)) {
tree.Build();
using (var document = new EditorDocumentMock(tree)) {
session.TrackingPoint = new TrackingPointMock(textBuffer, 4, PointTrackingMode.Positive, TrackingFidelityMode.Forward);
await PackageIndexUtility.GetFunctionInfoAsync(FunctionIndex, "aov");
tree.TakeThreadOwnerShip();
await source.AugmentSignatureHelpSessionAsync(session, signatures, tree.AstRoot);
signatures.Should().ContainSingle();
int index = GetCurrentParameterIndex(signatures[0] as SignatureHelp, signatures[0].CurrentParameter);
index.Should().Be(0);
textView.Caret = new TextCaretMock(textView, 5);
TextBufferUtility.ApplyTextChange(textBuffer, 4, 0, 1, "a");
index = GetCurrentParameterIndex(signatures[0] as SignatureHelp, signatures[0].CurrentParameter);
index.Should().Be(0);
textView.Caret = new TextCaretMock(textView, 6);
TextBufferUtility.ApplyTextChange(textBuffer, 5, 0, 1, ",");
tree.EnsureTreeReady();
index = GetCurrentParameterIndex(signatures[0] as SignatureHelp, signatures[0].CurrentParameter);
index.Should().Be(1);
textView.Caret = new TextCaretMock(textView, 7);
TextBufferUtility.ApplyTextChange(textBuffer, 6, 0, 1, ",");
tree.EnsureTreeReady();
index = GetCurrentParameterIndex(signatures[0] as SignatureHelp, signatures[0].CurrentParameter);
index.Should().Be(2);
}
}
}
public void RRegionBuilder_ConstructionTest() {
TextBufferMock textBuffer = new TextBufferMock(string.Empty, RContentTypeDefinition.ContentType);
EditorTree tree = new EditorTree(textBuffer);
EditorDocumentMock editorDocument = new EditorDocumentMock(tree);
ROutlineRegionBuilder ob = new ROutlineRegionBuilder(editorDocument);
ob.EditorDocument.Should().NotBeNull();
ob.EditorTree.Should().NotBeNull();
editorDocument.DocumentClosing.GetInvocationList().Should().ContainSingle();
FieldInfo treeUpdateField = tree.GetType().GetField("UpdateCompleted", BindingFlags.Instance | BindingFlags.NonPublic);
var d = (MulticastDelegate)treeUpdateField.GetValue(tree);
d.GetInvocationList().Should().ContainSingle();
ob.Dispose();
editorDocument.DocumentClosing.Should().BeNull();
treeUpdateField.GetValue(tree).Should().BeNull();
}
public async Task ParameterTest_ComputeCurrentParameter04() {
await FunctionIndexUtility.GetFunctionInfoAsync("legend");
REditorSettings.PartialArgumentNameMatch = true;
ITextBuffer textBuffer = new TextBufferMock("legend(an=1)", RContentTypeDefinition.ContentType);
SignatureHelpSource source = new SignatureHelpSource(textBuffer);
SignatureHelpSessionMock session = new SignatureHelpSessionMock(textBuffer, 0);
TextViewMock textView = session.TextView as TextViewMock;
List<ISignature> signatures = new List<ISignature>();
EditorTree tree = new EditorTree(textBuffer);
tree.Build();
var document = new EditorDocumentMock(tree);
session.TrackingPoint = new TrackingPointMock(textBuffer, 7, PointTrackingMode.Positive, TrackingFidelityMode.Forward);
tree.TakeThreadOwnerShip();
await source.AugmentSignatureHelpSessionAsync(session, signatures, tree.AstRoot);
signatures.Should().ContainSingle();
textView.Caret = new TextCaretMock(textView, 8);
SignatureHelp sh = signatures[0] as SignatureHelp;
int index = sh.ComputeCurrentParameter(tree.TextSnapshot, tree.AstRoot, 8);
index.Should().Be(9);
}
public TextChangeProcessor(EditorTree editorTree, AstRoot astRoot, Func<bool> cancelCallback = null) {
_editorTree = editorTree;
_astRoot = astRoot;
_cancelCallback = cancelCallback;
}
public void Sections() {
string content =
@"# NAME1 -----
x <- 1
# NAME2 -----
";
TextBufferMock textBuffer = null;
int calls = 0;
OutlineRegionsChangedEventArgs args = null;
textBuffer = new TextBufferMock(content, RContentTypeDefinition.ContentType);
using (var tree = new EditorTree(textBuffer, _editorShell)) {
tree.Build();
using (var editorDocument = new EditorDocumentMock(tree)) {
using (var ob = new ROutlineRegionBuilder(editorDocument, _editorShell)) {
var rc1 = new OutlineRegionCollection(0);
ob.BuildRegions(rc1);
rc1.Should().HaveCount(2);
rc1[0].DisplayText.Should().Be("# NAME1");
rc1[1].DisplayText.Should().Be("# NAME2");
rc1[0].Length.Should().Be(21);
rc1[1].Length.Should().Be(13);
ob.RegionsChanged += (s, e) => {
calls++;
args = e;
};
textBuffer.Insert(2, "A");
editorDocument.EditorTree.EnsureTreeReady();
// Wait for background/idle tasks to complete
var start = DateTime.Now;
while (calls == 0 && (DateTime.Now - start).TotalMilliseconds < 2000) {
_editorShell.DoIdle();
}
calls.Should().Be(1);
args.Should().NotBeNull();
args.ChangedRange.Start.Should().Be(0);
args.ChangedRange.End.Should().Be(textBuffer.CurrentSnapshot.Length);
args.Regions.Should().HaveCount(2);
args.Regions[0].DisplayText.Should().Be("# ANAME1");
args.Regions[1].DisplayText.Should().Be("# NAME2");
args.Regions[0].Length.Should().Be(22);
args.Regions[1].Length.Should().Be(13);
}
}
}
}
public REditorDocument(ITextBuffer textBuffer, ICoreShell shell) {
_shell = shell;
_textDocumentFactoryService = _shell.ExportProvider.GetExportedValue<ITextDocumentFactoryService>();
_textDocumentFactoryService.TextDocumentDisposed += OnTextDocumentDisposed;
TextBuffer = textBuffer;
IsClosed = false;
ServiceManager.AddService(this, TextBuffer, shell);
var clh = ServiceManager.GetService<IContainedLanguageHost>(textBuffer);
_editorTree = new EditorTree(textBuffer, shell, new ExpressionTermFilter(clh));
if (REditorSettings.SyntaxCheckInRepl) {
_validator = new TreeValidator(EditorTree, shell);
}
_editorTree.Build();
}
/// <summary>
/// Closes the document
/// </summary>
public virtual void Close() {
if (IsClosed) {
return;
}
IsClosed = true;
_textDocumentFactoryService.TextDocumentDisposed -= OnTextDocumentDisposed;
DocumentClosing?.Invoke(this, null);
if (EditorTree != null) {
_editorTree.Dispose(); // this will also remove event handlers
_editorTree = null;
}
if (DocumentClosing != null) {
foreach (EventHandler<EventArgs> eh in DocumentClosing.GetInvocationList()) {
Debug.Fail(String.Format(CultureInfo.CurrentCulture, "There are still listeners in the EditorDocument.OnDocumentClosing event list: {0}", eh.Target));
DocumentClosing -= eh;
}
}
ServiceManager.RemoveService<REditorDocument>(TextBuffer);
TextBuffer = null;
}
public TextChangeProcessor(EditorTree editorTree, AstRoot astRoot, Func <bool> cancelCallback = null)
{
_editorTree = editorTree;
_astRoot = astRoot;
_cancelCallback = cancelCallback;
}
