inter-process-communicat

I would like to pass binary information between Python and C#. I would assume that you can open a standard in/out channel and read and write to that like a file, but there are a lot of moving parts, and I don't know C# too well. I want to do this sort of thing, but without writing a file. # python code with open(DATA_PIPE_FILE_PATH, 'wb') as fid: fid.write(blob) subprocess.Popen(C_SHARP_EXECUTABLE_FILE_PATH) with open(DATA_PIPE_FILE_PATH, 'rb') as fid: 'Do stuff with the data' // C# code static int Main(string[] args){ byte[] binaryData = File.ReadAllBytes(DataPipeFilePath); byte[] outputData;

I want to make one demo application regarding the IPC communication .(Communication between Service). I am using AIDL for that . I found most of tutorial the RemoteService and Client are in same package . I actually do it separately ,While passing the object I am using Parcelable Method and facing Error ... It said like The RemoteService Signature unable to find your class.. I displayed my Logcat Below also : If you have any solution please guide me ...or any interdependent server client service tutorials or documents.. LOGCAT: 06-20 14:47:53.973: W/dalvikvm(4465): VFY: unable to find class

I need to subscribe inside one app for the event exposed by another app. I noticed that many people consider the using of WCF Named Pipes as the best practice. Am I right that if I choose WCF Named Pipes I'll have to use IIS? And by the way, what options do I have in general? jgauffin Named pipes are one of the fastest way to do IPC (inter-process communication) on the same machine. The have existed for a long while (was NT4 the first OS?) and not specific for WCF. I would however not use WCF/Named pipes through ASP.NET as IIS do not use named pipes for it's communication. that means that your

Problem Background I've created a "One-Click" publication process for my Flash (*.fla) project files with a C# program that performs the following operations: Updates a static "version" variable in two main project files (one for each FLA project) Alters an embedded JSFL template file (automates the opening/publishing of a specific FLA file) and writes it to disk to be used in the next step Calls Flash Professional via Process.Start, passing the path to flash.exe as well as the JSFL filename as an argument, so flash runs the JSFL file and publishes the project Publishes project files to my web