internal ProcessStreamReader(StreamReader streamReader, string processPath, bool isOutput, PipelineWriter writer, ProcessOutputReader processOutputReader) { this.streamReader = streamReader; this.processPath = processPath; this.isOutput = isOutput; this.writer = writer; this.processOutputReader = processOutputReader; }
private void InitStreams() { if (this.LocalRunspace.ExecutionContext != null) { this.oldExternalErrorOutput = this.LocalRunspace.ExecutionContext.ExternalErrorOutput; this.oldExternalSuccessOutput = this.LocalRunspace.ExecutionContext.ExternalSuccessOutput; this.LocalRunspace.ExecutionContext.ExternalErrorOutput = base.ErrorStream.ObjectWriter; this.LocalRunspace.ExecutionContext.ExternalSuccessOutput = base.OutputStream.ObjectWriter; } }
private void Dispose(bool disposing) { if (_disposed) return; if (disposing) { DisposeCommands(); _localPipeline = null; _externalSuccessOutput = null; _externalErrorOutput = null; _executionScope = null; _eventLogBuffer = null; #if !CORECLR // Impersonation Not Supported On CSS SecurityContext.Dispose(); SecurityContext = null; #endif } _disposed = true; }
/// <summary> /// Creates an instance of ProcessStreamReader /// </summary> /// <param name="streamReader"> /// Stream from which data is read /// </param> /// <param name="processPath"> /// Path to the process. This is used for setting the name of the thread. /// </param> /// <param name="isOutput"> /// if true stream is output stream of process /// else stream is error stream. /// </param> /// <param name="writer"> /// Processed data is written to it /// </param> /// <param name="processOutputReader"> /// ProcessOutputReader which owns this stream reader /// </param> internal ProcessStreamReader(StreamReader streamReader, string processPath, bool isOutput, PipelineWriter writer, ProcessOutputReader processOutputReader) { Dbg.Assert(streamReader != null, "Caller should validate the parameter"); Dbg.Assert(processPath != null, "Caller should validate the parameter"); Dbg.Assert(writer != null, "Caller should validate the parameter"); Dbg.Assert(processOutputReader != null, "Caller should validate the parameter"); _streamReader = streamReader; _processPath = processPath; _isOutput = isOutput; _writer = writer; _processOutputReader = processOutputReader; }
private void InitStreams() { if (this.LocalRunspace.ExecutionContext != null) { this.oldExternalErrorOutput = this.LocalRunspace.ExecutionContext.ExternalErrorOutput; this.oldExternalSuccessOutput = this.LocalRunspace.ExecutionContext.ExternalSuccessOutput; this.LocalRunspace.ExecutionContext.ExternalErrorOutput = base.ErrorStream.ObjectWriter; this.LocalRunspace.ExecutionContext.ExternalSuccessOutput = base.OutputStream.ObjectWriter; } }
private void Dispose(bool disposing) { if (!this.disposed) { if (disposing) { this.DisposeCommands(); this.localPipeline = null; this.externalSuccessOutput = null; this.externalErrorOutput = null; this.executionScope = null; this.SecurityContext.Dispose(); this.SecurityContext = null; this.logBuffer = null; } this.disposed = true; } }