Sophos Api For Java
Last month I published an article on, in which I developed a small web service. Today I'm putting my 'front-end' hat to show you how to write a Javascript client application that uses the Python service.
Source code for this tutorial The source code for this tutorial is available on my project on github. The incremental versions are tagged and linked in the appropriate sections of the article to save you from having to type or copy/paste the code yourself. Download the initial version: This version includes just the REST server. To execute it under Python's development web server you have to run the following command:. For Linux, OS X and Cygwin:./rest-server.py. For Windows: python rest-server.py The development server will be listening for requests on port 5000 of the local host, so you'll access it as The REST web service In the I developed a simple web service that maintains a to-do list.
The REST API endpoints for this service are: HTTP Method URI Action GET Retrieve list of tasks GET Retrieve a task POST Create a new task PUT Update an existing task DELETE Delete a task All the endpoints in this service are secured. The only resource exposed by this service is a 'task', which is composed of the following data fields:. uri: unique URI for the task. title: short task description. description: long task description.
done: task completion state. Boolean type. The REST server article shows how to place calls into this server using a command line utility called curl.
Please see that article for details on this if you are interested in learning about the server side. We will not discuss any more server related matters today. Are you ready to cross to the client-side? Choosing the stack We will develop a client application that will run on web browsers, so we need to decide what tools and/or frameworks we will use. For the base stack we don't really have much of a choice: The layout will be done in HTML, styling will be done in CSS and scripting in Javascript. No surprises here.
Various Virus scanners do have API's. One I have integrated with is Sophos. I am pretty sure Norton has an API also while McAfee doesn't (it used to). What virus software do you want to use? You may want to check out Metascan as it will allow integration with many different scanners, but there is an annual license cost.:-P. Sophos has 16 repositories available. Follow their code on GitHub. Java 20 Apache-2.0 Updated Aug 16, 2018. WebAssembly Research on WebAssembly. Perl api-client perl-module perl5 logicmonitor convenience-wrappers Perl 1 1.
While there are other choices, these guarantee that most modern browsers will run our application. But these technologies alone would make for a rough development experience. For example, while Javascript and CSS work in all browsers, implementations differ, many times in subtle or obscure ways. There are three areas in which we would benefit from higher level cross-browser frameworks:. Presentation and styling.
Sophos Api For Java Download
REST request management. Templates and event handling Let's review each and evaluate what options there are. Presentation and styling We don't really have the patience nor the interest to test several browsers to make sure our HTML, CSS and Javascript works. There are a few frameworks that provide already tested CSS styles and Javascript functions to build websites with a modern look and user interface. We will use, the most popular CSS/Javascript layout framework.
REST request management Our client application running inside the web browser will need to issue requests to the REST web server. The browser's Javascript interpreter provides an API for this called, but the actual implementation varies from browser to browser, so we would need to write browser specific code if we wanted to code against this API directly. Lucky for us there are several cross-browser Javascript frameworks that hide these little differences and provide a uniform API. Once again we will pick the leading framework in this category, which not only provides a uniform Ajax API but a large number of cross-browser helper functions.
Templates and event handling Finally, our client application will need to generate dynamic content that will be inserted into an existing HTML document, and also update this content as a response to the actions issued by the user. We could use jQuery for all this, but jQuery's support in this area is pretty basic. Many application frameworks adopt a pattern called to write maintainable applications that separate data from behavior. In MVC frameworks models store the data, views render the data and controllers update views and models according to user actions. The separation between data, presentation and behavior is very clear.
There are some variations of MVC, like MVP (Model View Presenter) or MVVM (Model View ViewModel) that are popular as well. All these patterns are usually referred together as MV. frameworks. MV. frameworks in the client side is a very hot topic these days, there are several projects that compete in this area without a clear winner. Here are the ones that I have evaluated:.
AngularJS and Ember.js are the ones with the most features, in particular both have two-way data binding, which allows you to associate Javascript variables to elements in the HTML page so that when one changes the other updates automatically. They both look pretty good, but the learning curve is steep, and their documentation is pretty bad. Backbone is the oldest framework of the four. It has no automatic data binding, instead you have to set up event handlers and write the code to perform the updates inside them. Knockout was a surprise. This is a framework that is smaller than the other three, its main feature is two-way data binding. The documentation is excellent, very detailed and complete.
There is a fun interactive tutorial followed by reference documentation and several examples, all integrated into an easy to navigate site. Based on the above analysis, I've decided to give a chance. Basic page layout Let's begin by creating the main page skeleton:
// application code here! This is a pretty standard HTML5 document. The meta name='viewport' comes from Bootstrap.
It makes the page scale according to the browser dimensions, be it a browser on a desktop PC or one in a smartphone. What follows is the Bootstrap CSS file, which we import from a CDN (content delivery network) so that we don't have to host it ourselves.
Next come the Javascript files for jQuery, Bootstrap and Knockout, also imported from CDNs. In the body of the page we first have a top bar with the application title, created using Bootstrap's CSS styles. Then we have the main content area, where we will insert the application data. And finally, we will have our application code at the bottom, keeping in mind that for larger projects the application code should likely go into one or more independent Javascript source files.
Download the project at this stage: To see how the page looks start the Python server and then navigate to in your browser. Content area layout Using Bootstrap styles we can create a mock up of the content area of our application. @Maxim: There isn't any significant difference in the way the API is coded if you use OAuth. You can run your own oauth provider or you can use a 3rd party one like Facebook, Twitter etc. The login part cannot be done in the REST API because logins with OAuth are interactive, you'll have to build a small server-side web application that perfoms the login.
Once the authentication process succeeded the server can pass a username (or email address) and an access token to the JS client app that identify this user. The token can be the OAuth access token if you want, but it does not really need to be since this token controls access to your own API, not the OAuth provider. In my opinion a randomly generated token (os.urandom based) is more secure. The token will have an expiration, and will be stored in the user database. Once the client app has the username/email and token it can send requests as explained above, sending the credentials with every request as the HTTP Basic Auth. I hope this helps. Hi Miguel, I like your tutorial.
It explained a lot about RESTful programming using Knockout + jQuery that I didn't know coming from a pure Java world. However, I seem to find myself at philosophical odds with the notion of MVVM instead of MVC. It just seems like a much cleaner division of function to use a model to hold the data, the view to represent the UI elements, and the controller to contain all the logic necessary to do the work. Maybe I'm prejudiced by my Java training, which I learned in 1996, and the Gang of Four Design Patterns book, but this Model-View-ViewModel seems like a hack.
Sophos Api For Javascript Sandbox
Why shouldn't we strive for a pure MVC architecture instead of the model that Knockout uses? Thanks, Kris. The New Flask Mega-Tutorial My project was a big success! Thank you to everyone who contributed to it! If you would you like to support my work on this tutorial and on this blog and as a reward have access to the complete tutorial nicely structured as an ebook and a set of videos, you can now order it from my site. About Miguel Welcome to my blog! I'm a software engineer, photographer and filmmaker, currently living in Drogheda, Ireland.
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Sophos - SAML 2.0 with J2EE Integration Sophos Single Sign-On (SSO) SSO Easy provides your company with secure access to Sophos, while enabling authentication via J2EE, or via countless other login sources, while leveraging SAML 2.0. Employees can access Sophos with just one click following their initial login to J2EE, or any other authentication source.
Administrators can control and easily manage who has access to Sophos. SSO Easy's Sophos Single Sign-On (SSO) solution with the desired authentication integration, while leveraging SAML 2.0, is easy-to-use and fast to deploy, with free setup and support. Users log in once, allowing them to launch Sophos and numerous other web apps with a single click of a link. Single sign-on helps employees save time, prevents lost or forgotten passwords, and reduces the risk of password phishing for your organization. Sophos delivers the best IT security and data protection for businesses. Free uyghur (uighur uygur oughour ougour software).
We produced our first encryption and antivirus products back in the 1980s. And today our products protect over 100,000 businesses and 100 million users, in more than 150 countries.
We offer complete security with our full range of endpoint, encryption, email, web, network security and UTM products, as well as several free tools for home users. Sophos is built on a foundation of world class talent, many of whom have developed long-standing careers with the company. Our employees are the companys best asset. Thats why we continue to seek first-class people to help contribute towards the continual growth, innovation and success of the Sophos global brand. We understand what it takes to keep businesses secure. And were recognized by analysts and customers alike as leaders in what we do.
About SAML 2.0 Security Assertion Markup Language 2.0 (SAML 2.0) is a version of the SAML standard for exchanging authentication and authorization data between security domains. SAML 2.0 is an XML-based protocol that uses security tokens containing assertions to pass information about a principal (usually an end user) between a SAML authority, named an Identity Provider, and a SAML consumer, named a Service Provider. SAML 2.0 enables web-based authentication and authorization scenarios including cross-domain single sign-on (SSO), which helps reduce the administrative overhead of distributing multiple authentication tokens to the user. By using SAML 2.0, organizations can be more competitive in their market, by moving faster than competitors. Organizations who leverage SAML 2.0 can be less prone to be hacked, to experience a security breach, or experience or a data breach, by leveraging SAML 2.0. About SSO Easy SSO Easy is the world leader in cloud based Identity and Access Management (IAM) solutions. SSO Easy's flagship product - EasyConnect - is deployed in production by thousands of clients, enables secure and seamless Single Sign On for millions of users, who access thousands of SaaS services and internal applications.
Among countless implementation options which exist for deploying EasyConnect, SSO Easy customers can enable Single Sign On with Active Directory integration, using SAML 2.0, quickly and easily, and the solution is extremely cost-effective. Free Trials are available - typically completed in less than 1 hour.
Java Platform, Enterprise Edition or Java EE is a widely used computing platform for development and deployment of enterprise software (network and web services). Java EE was formerly known as Java 2 Platform, Enterprise Edition or J2EE. The platform uses the object-oriented Java programming language.
It is part of the Java software-platform family. Java EE extends the Java Platform, Standard Edition (Java SE), providing an API for object-relational mapping, distributed and multitier architectures, and web services. The platform incorporates a design based largely on modular components running on an application server. The platform emphasizes convention over configuration and annotations for configuration.
Optionally XML can be used to override annotations or to deviate from the platform defaults. Java EE is developed under the Java Community Process.