The gSOAP tools are also popular to implement XML data binding in C and C++. This means that application-native data structures can be encoded in XML automatically. As per MATLAB it is not possible to reverse engineer it back to m file. A useful discussion may be. However, you can talk to the authors of the code and (gently) ask them to compile function versions of parts of their code to P-code, so you will be able to use them as functions in your program. You will still not know how they.

Express Helpline- Get answer of your question fast from real experts. Jun 20, 2010. If by 'open' you mean edit - then certainly not. 'p' in pcode is for 'protected' - its main design goal is deploying a functional component while protecting its source. If by 'open' you mean run - then certainly yes. Quoting the manual: You invoke the resulting P-code file in the same way you invoke the MATLAB.

Just in case you did not know, in Matlab '.p' files are aka protected files.So that means that you cannot open the file but these are instructions on how to use the '.p' file. In order to use the optical_fiber_detector.p, you have to call the function in a script. The example listed below gives an example of how to call the '.p' file. Show transcribed image text In this homework you will use the Matlab function optical_fiber_detector.p to simulate an optical communication system and gencrate the number of photons of a binary message being received. You will write a Matlab script to decode the message detected by the Matlab function optical_fiber_detector.

The p-code Matlab function optical_fiber_detector. P simulates an optical communication system. The Matlab function optical_fiber_detector.p generates the photon counts for bits transmitted through an optical communication system and counted in the photodetector side. This function has up to three input variables, idnumber, mode and nbits, and it returns one output vector, number-of-photons.

GSOAP 2.8.58 User Guide gSOAP 2.8.58 User Guide Robert van Engelen Genivia Inc Dec 17, 2017 Contents Copyright (C) 2000-2015 Robert A. Van Engelen, Genivia Inc, All Rights Reserved. The gSOAP tools provide an automated SOAP and XML data binding for C and C++ based on compiler technologies. The tools simplify the development of SOAP/XML Web services and XML application in C and C++ using autocode generation and advanced mapping methods. Most toolkits for Web services adopt a WSDL/SOAP-centric view and offer APIs that require the use of class libraries for XML-specific data structures.

This forces a user to adapt the application logic to these libraries because users have to write code to populate XML and extract data from XML using a vendor-specific API. This often leads to fragile solutions with little or no assurances for data consistency, type safety, and XML validation.

By contrast, gSOAP provides a type-safe and transparent solution through the use of compiler technology that hides irrelevant WSDL-, SOAP-, REST-, and XML-specific protocol details from the user, while automatically ensuring XML validity checking, memory management, and type-safe serialization. The gSOAP tools automatically map native and user-defined C and C++ data types to semantically equivalent XML data types and vice-versa. As a result, full SOAP/REST XML interoperability is achieved with a simple API relieving the user from the burden of WSDL/SOAP/XML details, thus enabling him or her to concentrate on the application-essential logic. The gSOAP tools minimize application adaptation efforts for building Web Services by using a XML data binding for C and C++ implemented by advanced XML schema analyzers and source-to-source code generation tools. Jesus And Mary Chain Darklands Rarlab. The gSOAP wsdl2h tool imports one or more WSDLs and XML schemas and generates a gSOAP header file with familiar C/C++ syntax to define the Web service operations and the C/C++ data types.

The gSOAP soapcpp2 compiler then takes this header file and generates XML serializers for the data types ( soapH.h and soapC.cpp), the client-side stubs ( soapClient.cpp), and server-side skeletons ( soapServer.cpp). You only need to follow a few steps to execute the tools from the command line or Makefile (see also MSVC++ project examples in the samples directory with tool integration in the MSVC++ IDE). For example, to generate code for the calculator Web service, we run the wsdl2h tool from the command line on the URL of the WSDL and use option -o to specify the output file: >wsdl2h -o calc.h This generates the calc.h service definition header file with service operation definitions and types for the operation's data. This header file is then to be processed with soapcpp2 to generate the stub and/or skeleton code and XML serialization routines. The calc.h file includes all documentation, so you can use Doxygen () to automatically generate the documentation pages for your development.