public override void Update(string text)
{
if ((Compiler != null) && (Compiler is VHDLCompiler))
{
VHDLCompiler compiler = Compiler as VHDLCompiler;
ErrorList.Clear();
codeFile = compiler.GetFileByPath(extendedTextEditor.FilePath) as VHDL_CodeFile;
if (codeFile == null)
{
codeFile = compiler.AddCodeFile(extendedTextEditor.FilePath) as VHDL_CodeFile;
}
if (codeFile != null)
{
codeFile.Text = text;
compiler.ProcessCodeFile(codeFile);
file = codeFile.File;
tokenStream = codeFile.TokenStream;
tree = codeFile.Tree;
if (codeFile.ParseSyntaxException != null)
{
//foreach (RecognitionException err in codeFile.SyntaxErrors.Errors)
//{
int offset = codeFile.ParseSyntaxException.OffendingSymbol.StartIndex;
int length = codeFile.ParseSyntaxException.OffendingSymbol.StopIndex - offset + 1;
Exception_Information inf = new Exception_Information(offset, length, codeFile.ParseSyntaxException.Message);
ErrorList.Add(inf);
//}
}
if (codeFile.ParseSemanticException != null)
{
//foreach (ParseError err in codeFile.SemanticErrors.Errors)
//{
int offset = codeFile.ParseSemanticException.Context.Start.StartIndex;
int length = codeFile.ParseSemanticException.Context.Start.StopIndex - offset + 1;
Exception_Information inf = new Exception_Information(offset, length, codeFile.ParseSemanticException.Message);
ErrorList.Add(inf);
//}
}
}
}
}
public VHDL_CodeFile(string filePath, string libraryName, VHDLCompiler compiler)
: base(filePath, libraryName, ModelingLanguage.VHDL)
{
this.compiler = compiler;
libraryFileInfo = LibraryFileInfo.AnalyseText(text, filePath, LibraryName);
}
