protected override IEnumerable <LinterInfo> GetLinterInformations(MemoryStream memstream)
{
var inputStream = new Antlr4.Runtime.AntlrInputStream(memstream);
var lexer = new RealVirtuality.SQF.ANTLR.Parser.sqfLexer(inputStream);
var commonTokenStream = new Antlr4.Runtime.CommonTokenStream(lexer);
var p = new RealVirtuality.SQF.ANTLR.Parser.sqfParser(commonTokenStream, ConfigHost.Instance.SqfDefinitions);
var listener = new RealVirtuality.SQF.ANTLR.SqfListener();
p.AddParseListener(listener);
memstream.Seek(0, SeekOrigin.Begin);
p.RemoveErrorListeners();
#if DEBUG
p.BuildParseTree = true;
p.Context = new Antlr4.Runtime.ParserRuleContext();
#endif
var se = new List <LinterInfo>();
p.AddErrorListener(new RealVirtuality.SQF.ANTLR.ErrorListener((recognizer, token, line, charPositionInLine, msg, ex) =>
{
switch (ex == null ? null : p.RuleNames[ex.Context.RuleIndex])
{
case "binaryexpression":
se.Add(new LinterInfo()
{
StartOffset = token.StartIndex,
Length = token.Text.Length,
Message = string.Concat("Invalid binary expression: ", msg),
Severity = ESeverity.Error,
Line = line,
LineOffset = charPositionInLine,
FilePath = this.FilePath
});
break;
case "unaryexpression":
se.Add(new LinterInfo()
{
StartOffset = token.StartIndex,
Length = token.Text.Length,
Message = string.Concat("Invalid unary expression: ", msg),
Severity = ESeverity.Error,
Line = line,
LineOffset = charPositionInLine,
FilePath = this.FilePath
});
break;
case "nularexpression":
se.Add(new LinterInfo()
{
StartOffset = token.StartIndex,
Length = token.Text.Length,
Message = string.Concat("Invalid nular expression: ", msg),
Severity = ESeverity.Error,
Line = line,
LineOffset = charPositionInLine,
FilePath = this.FilePath
});
break;
default:
se.Add(new LinterInfo()
{
StartOffset = token.StartIndex,
Length = token.Text.Length,
Message = msg,
Severity = ESeverity.Error,
Line = line,
LineOffset = charPositionInLine,
FilePath = this.FilePath
});
break;
}
}));
p.sqf();
return(se);
}
public IEnumerable <LintInfo> Lint(Stream stream, ProjectFile file)
{
var inputStream = new Antlr4.Runtime.AntlrInputStream(stream);
var lexer = new RealVirtuality.SQF.ANTLR.Parser.sqfLexer(inputStream);
var commonTokenStream = new Antlr4.Runtime.CommonTokenStream(lexer);
var p = new RealVirtuality.SQF.ANTLR.Parser.sqfParser(commonTokenStream, ConfigHost.Instance.SqfDefinitions);
var listener = new RealVirtuality.SQF.ANTLR.SqfListener();
p.AddParseListener(listener);
p.RemoveErrorListeners();
#if DEBUG
p.BuildParseTree = true;
p.Context = new Antlr4.Runtime.ParserRuleContext();
#endif
var se = new List <LintInfo>();
p.AddErrorListener(new RealVirtuality.SQF.ANTLR.ErrorListener((recognizer, token, line, charPositionInLine, msg, ex) =>
{
switch (ex == null ? null : p.RuleNames[ex.Context.RuleIndex])
{
case "binaryexpression":
se.Add(new LintInfo(file)
{
StartOffset = token.StartIndex,
Length = token.Text.Length,
Message = string.Concat("Invalid binary expression: ", msg),
Severity = ESeverity.Error,
Line = line,
LineOffset = charPositionInLine
});
break;
case "unaryexpression":
se.Add(new LintInfo(file)
{
StartOffset = token.StartIndex,
Length = token.Text.Length,
Message = string.Concat("Invalid unary expression: ", msg),
Severity = ESeverity.Error,
Line = line,
LineOffset = charPositionInLine
});
break;
case "nularexpression":
se.Add(new LintInfo(file)
{
StartOffset = token.StartIndex,
Length = token.Text.Length,
Message = string.Concat("Invalid nular expression: ", msg),
Severity = ESeverity.Error,
Line = line,
LineOffset = charPositionInLine
});
break;
default:
se.Add(new LintInfo(file)
{
StartOffset = token.StartIndex,
Length = token.Text.Length,
Message = msg,
Severity = ESeverity.Error,
Line = line,
LineOffset = charPositionInLine
});
break;
}
}));
try
{
p.sqf();
}
catch (Exception ex)
{
App.ShowOperationFailedMessageBox(ex);
while (ex.InnerException != null)
{
ex = ex.InnerException;
App.ShowOperationFailedMessageBox(ex);
}
System.Diagnostics.Debugger.Break();
}
return(se);
}
