![]() ![]() I will not perform any support for issues raised by doing this edit, I will only tell you to revert the template bits. A special thanks to Steve Gates for reviewing this post and providing the code snippets.By following the below guidelines to remove the chat from the and Livestream template bits for iStream, you agree that you will not hold Andy Rixon, RIXWIL Software or its staff responsible for any damages caused.ĪdminCP -> Look & Feel -> please do this for all your skins you have installed. Stay tuned for more updates about both the C++ REST SDK and the Azure SDK for C++. Thanks for taking the time to read this post, we hope that everyone gets a chance to visit the project on CodePlex, we would love to hear your feedback. Including this simple yet powerful representation of JSON objects in the SDK, provides developers with a set of tools that are productive and compose well together. Once we have our JSON value we can use the cbegin and cend methods to return read-only iterators for the value collection. A JSON value can also be parsed from a stream using a constructor that takes a stream reference. In the example we build our JSON object using the value factory functions. ![]() In the C++ REST SDK all JSON values are represented by the web::json::value class. Wprintf(L “String:%s”, str.as_string()) This Mitel system has been professionally refurbished by iStream and is configured to support 120 rooms, 6 outside and 8 Mitel IP telephone. Perform actions here to process each string and value in the JSON object… the whole JSON value recursively which can be expensive if it is a nested object. Make sure to get the value as const reference otherwise you will end up copying Obj = json::value::string(U( “str” )) įor ( auto iter = obj.cbegin() iter != obj.cend() ++iter) Next we will demonstrate how to build a JSON value in memory and loop through its values. This example illustrates how straight-forward writing a responsive client application that connects to a service can be. Finally, we capture the http_response in a continuation and perform the necessary actions to inspect if the request was successfully processed by the server. We also include the name of the file and the file stream in our request. In this example we use the web::http::methods::PUT to specify the operation as an HTTP PUT request. Using this instance we can now send requests. Within the continuation we create an instance of http_client to represent the connection to the server. The constructor of the file stream returns a PPL task of a basic_istream. We use the concurrency::streams::file_stream class to asynchronously read a file from disk. If (response.status_code() = status_codes::OK) Perform actions here to inspect the HTTP response… Make HTTP request with the file stream as the body.Ĭlient.request(methods::PUT, L “myfile”, fileStream).then((http_response response) This first example is a simple application that uploads a file to an HTTP Server.įile_stream::open_istream(L “myfile.txt” ).then((basic_istream fileStream) Let’s look at some code to get a glimpse of the aforementioned features in action. Asynchronously reading/writing bytes to/from an underlying medium via Streams and Stream Buffers.Constructing, parsing and serializing JSON values.Support for construction and use of Uniform Resource Identifiers (URI).Ability to create a connection to a server via a HTTP Client, send requests and handle response.We currently support Windows 7, Windows 8 (Windows store and desktop applications), and Linux. We take advantage of the power and productivity offered in C++11 while providing a cross-platform solution. It includes tools to quickly write modern, asynchronous C++ code that connects with REST services. The first of the two SDKs being released is the C++ REST SDK. As a result, the “Casablanca” project on DevLabs has been separated into 2 different SDKs: the C++ REST SDK and the Azure SDK for C++. As we added new features and received feedback from customers, it was evident that two separate entities were beginning to form. Since then we have had several releases and have seen library quickly evolve. We first announced Casablanca as an incubation project on Microsoft’s DevLabs back in April of 2012. The C++ REST SDK (codename “Casablanca”) has officially been released as an open source project on CodePlex ( ).
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