def OnFileReadyToParse(self, request_data): if (not self._omnisharp_port and self.user_options['auto_start_csharp_server']): self._StartServer(request_data) return filename = request_data['filepath'] contents = request_data['file_data'][filename]['contents'] if contents.count('\n') < MIN_LINES_IN_FILE_TO_PARSE: raise ValueError(FILE_TOO_SHORT_MESSAGE) if not filename: raise ValueError(INVALID_FILE_MESSAGE) errors = self._GetResponse('/codecheck', self._DefaultParameters(request_data)) diagnostics = [ self._QuickFixToDiagnostic(x) for x in errors["QuickFixes"] ] self._diagnostic_store = DiagnosticsToDiagStructure(diagnostics) return [ responses.BuildDiagnosticData(x) for x in diagnostics[:self._max_diagnostics_to_display] ]
def OnFileReadyToParse(self, request_data): solutioncompleter = self._GetSolutionCompleter(request_data) # Only start the server associated to this solution if the option to # automatically start one is set and no server process is already running. if (self.user_options['auto_start_csharp_server'] and not solutioncompleter._ServerIsRunning()): solutioncompleter._StartServer() return # Bail out if the server is unresponsive. We don't start or restart the # server in this case because current one may still be warming up. if not solutioncompleter.ServerIsHealthy(): return errors = solutioncompleter.CodeCheck(request_data) diagnostics = [ self._QuickFixToDiagnostic(request_data, x) for x in errors["QuickFixes"] ] self._diagnostic_store = DiagnosticsToDiagStructure(diagnostics) return [ responses.BuildDiagnosticData(x) for x in diagnostics[:self._max_diagnostics_to_display] ]
def OnFileReadyToParse(self, request_data): self._Reload(request_data) diagnostics = self.GetDiagnosticsForCurrentFile(request_data) filepath = request_data['filepath'] with self._latest_diagnostics_for_file_lock: self._latest_diagnostics_for_file[filepath] = diagnostics return [responses.BuildDiagnosticData(x) for x in diagnostics]
def OnFileReadyToParse( self, request_data ): flags, filename = self._FlagsForRequest( request_data ) if not flags: raise ValueError( NO_COMPILE_FLAGS_MESSAGE ) with self._files_being_compiled.GetExclusive( filename ): diagnostics = self._completer.UpdateTranslationUnit( ToCppStringCompatible( filename ), self.GetUnsavedFilesVector( request_data ), flags ) diagnostics = _FilterDiagnostics( diagnostics ) self._diagnostic_store = DiagnosticsToDiagStructure( diagnostics ) return [ responses.BuildDiagnosticData( x ) for x in diagnostics[ : self._max_diagnostics_to_display ] ]
def OnFileReadyToParse( self, request_data ): solutioncompleter = self._GetSolutionCompleter( request_data ) if ( not solutioncompleter.ServerIsRunning() and self.user_options[ 'auto_start_csharp_server' ] ): solutioncompleter._StartServer() return errors = solutioncompleter.CodeCheck( request_data ) diagnostics = [ self._QuickFixToDiagnostic( x ) for x in errors[ "QuickFixes" ] ] self._diagnostic_store = DiagnosticsToDiagStructure( diagnostics ) return [ responses.BuildDiagnosticData( x ) for x in diagnostics[ : self._max_diagnostics_to_display ] ]
def OnFileReadyToParse(self, request_data): filename = request_data['filepath'] contents = request_data['file_data'][filename]['contents'] if contents.count('\n') < MIN_LINES_IN_FILE_TO_PARSE: raise ValueError(FILE_TOO_SHORT_MESSAGE) if not filename: raise ValueError(INVALID_FILE_MESSAGE) flags = self._FlagsForRequest(request_data) if not flags: raise ValueError(NO_COMPILE_FLAGS_MESSAGE) diagnostics = self._completer.UpdateTranslationUnit( ToUtf8IfNeeded(filename), self.GetUnsavedFilesVector(request_data), flags) diagnostics = _FilterDiagnostics(diagnostics) self._diagnostic_store = DiagnosticsToDiagStructure(diagnostics) return [ responses.BuildDiagnosticData(x) for x in diagnostics[:self._max_diagnostics_to_display] ]
def OnFileReadyToParse(self, request_data): self._Reload(request_data) diagnostics = self.GetDiagnosticsForCurrentFile(request_data) return [responses.BuildDiagnosticData(x) for x in diagnostics]