Create a package name to use for this project, and then click Finish. In the Eclipse Package Explorer. Enter a name for the class and click Finish. In this example, we named the class Wns for Wireless Network Services.
Create a login method with the code to log in and store the session token. This tutorial uses System. As a security measure, your application should log out of the ThingSpace Platform when finished making requests. Logging out will invalidate the current session token, ensuring that it can't be used for any further requests. The LogOut request must contain the session token in the header as well as in the body element.
The ThingSpace Platform verifies the token, invalidates the session, and then returns the same token in the response. Once activated, a device can send and receive data on the network. Activating a device is an asynchronous operation that uses CarrierService callbacks to notify you when the activation is complete.
Activation usually only takes a few minutes, but can take up to 24 hours to complete. There is a separate tutorial that covers creating a listening service for M2M callback messages and registering to receive those messages. You must provide a valid service plan code when activating a device. This tutorial includes code for getting a list of service plans in the account, and then uses the code for the first service plan in the activation request.
You will probably want something a little more sophisticated in your production application. Service plans belong to accounts, and device activation is part of the carrier service, so you need to add import statements for the AccountService and CarrierService JARs.
This tutorial uses the two identifiers for a 4G device. The request has an ActivateDeviceRequest object as a property. It also has properties for suspending, deactivating, and restoring devices. The ActivateDeviceRequest object contains properties for the service plan code and the MDN Zip code, which is the Zip code where you expect the device to be used the most. Add the following code under the code you just added. REST in Axis2 also supports both interfaces. This pattern allows for HTTP 1.
The above code snippet shows the simplest configuration of a transport sender for common use. Thus, even if "chunked" is specified as a parameter, if the HTTP version is 1.
If you use HTTP1. Some absolute properties are provided at runtime instead. Please note that by default HTTPS works only when the server does not expect to authenticate the clients 1-way SSL only and where the server has the clients' public keys in its trust store.
You can overwrite the "https" protocol, or use a different protocol for your SSL client authentication communications if you don't want to mess with regular https. Two timeout instances exist in the transport level, Socket timeout and Connection timeout. These can be configured either at deployment or run time. If configuring at deployment time, the user has to add the following lines in axis2.
The default HTTP version is 1. Run the Ant build by executing "ant create. You can find the generated axis2. Read Installing Axis2 in a Servlet Container to find out how to deploy the Axis2 Web application in a servlet container. Then invoke this script. The server can be started in debug mode by adding the -xdebug option to the command line.
A remote debugger can then be attached by connecting to port Whichever the distribution, installing Axis2 in a J2EE compliant servlet container is as follows:.
Note: For any Application server specific installation information please refer to the Application Server Specific Configuration Guide. The Axis2 Web application also provides an interface to upload services. Once a service archive file is created according to the service specification as described in the Advanced User's Guide , that.
The uploaded. Once a service is uploaded, it will be installed instantly. Since Axis2 supports hot deployment , you can drop the service archive directly through the file system to the above mentioned services directory.
It will also cause the service to be automatically installed without the container being restarted. Use the 'Services' link on the Web Application home page to check the successful installation of a service. The services and the operations of successfully installed services will be displayed on the available services page. If the service has deployment time errors it will list those services as faulty services. If you click on the link, you will see the deployment fault error messages.
Axis2 Administration is all about configuring Axis2 at the run time and the configuration will be transient. More descriptions are available in the Axis2 Web Administration Guide.
Required jar files do not come with the distribution and they will also have to be built by running the maven command. Before we go any further, it is necessary to install Maven2 and set up its environment, as explained below.
The Axis2 build is based on Maven2. Hence the only prerequisite to build Axis2 from the source distribution is to have Maven installed. Extensive instruction guides are available at the Maven site. This guide however contains the easiest path for quick environment setting. Advanced users who wish to know more about Maven can visit this site. The tar ball or the zip archive is the best option.
More instructions for installing Maven in Unix based operating systems.
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