private void HandleSelfClosingPairs(AutoCompleteEventArgs e, ICodeModule module, Selection pSelection)
{
if (!pSelection.IsSingleCharacter)
{
return;
}
var currentCode = e.CurrentLine;
var currentSelection = e.CurrentSelection;
//var surroundingCode = GetSurroundingCode(module, currentSelection); // todo: find a way to parse the current instruction
var original = new CodeString(currentCode, new Selection(0, currentSelection.EndColumn - 1), new Selection(pSelection.StartLine, 1));
var prettifier = new CodeStringPrettifier(module);
foreach (var selfClosingPair in _selfClosingPairs)
{
CodeString result;
if (e.Character == '\b' && pSelection.StartColumn > 1)
{
result = _selfClosingPairCompletion.Execute(selfClosingPair, original, '\b');
}
else
{
result = _selfClosingPairCompletion.Execute(selfClosingPair, original, e.Character, prettifier);
}
if (result != default)
{
using (var pane = module.CodePane)
{
module.DeleteLines(result.SnippetPosition);
module.InsertLines(result.SnippetPosition.StartLine, result.Code);
pane.Selection = result.SnippetPosition.Offset(result.CaretPosition);
e.Handled = true;
return;
}
}
}
}
private bool Run(SelfClosingPair pair, CodeString original, Keys input, out TestCodeString testResult)
{
var sut = new SelfClosingPairCompletionService();
if (sut.Execute(pair, original, input, out var result))
{
testResult = new TestCodeString(result);
return(true);
}
testResult = null;
return(false);
}
private CodeString Run(SelfClosingPair pair, CodeString original, Keys input)
{
var sut = new SelfClosingPairCompletionService(null);
return(sut.Execute(pair, original, input));
}