A socket is a software object that allows programs to exchange data. The most popular socket API is the Berkeley sockets interface, usually implemented by operating systems in low-level languages such as C. I will be using Python for this experiment as its socket module follows very closely the original C implementation, without the memory-related complexities imposed by the C language.
The following provides some standard code pieces which can be used to make connections to Solo_Predictor using HTTP (Hypertext Transfer Protocol) requests or low-level sockets directly. These examples may not be appropriate for all applications (e.g. none of these examples are asynchronous calls. They all 'block' the program execution until Solo_Predictor returns a result.) In addition, additional error checking and input/output parsing is required in most cases.
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Matlab script demonstrating how a client program can communicate with Solo_Predictor (acting as the server) using the HTTP protocol. The script sends a message and retrieve the response. HTTP client code is much simpler than the sockets examples shown below.
Here is an example in Java demonstrating how a client program can communicate with Solo_Predictor (acting as the server) using the HTTP protocol. The program sends a message and retrieves the response using the java.net.HttpURLConnection class.
An example in Python demonstrating how a client program can communicate with Solo_Predictor (acting as the server) using the HTTP protocol. The program sends a message and retrieves the response using the Python "requests" library.
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