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Month: September 2019

DevOps Mistakes

Top DevOps Mistakes Everyone Makes While Implementing

Making mistakes is the sweetest spot in the lives of each one of us as during the whole process of making mistakes and subsequently correction, we become wiser and worldly smart. Similarly, making DevOps mistakes during implementation can teach us lots of good lessons. But, that doesn’t mean you continuously make the same mistakes again and again as this will only lead to severe consequences.

In this article, we have mentioned some of the top DevOps mistakes that everyone makes during the implementation process of DevOps.

Table of Content
1. Introduction
2. What Are The Most Committed Mistakes During DevOps Implementation?
2.1 Creating A Separate DevOps Department
2.2 Confusing DevOps Title
2.3 Kicking Off The Implementation Without Adequate Planning
2.4 Believing That You Can Buy DevOps
2.5 Giving Priority To Speed Over Quality
2.6 Not Ready To Make Internal Modifications
2.7 Giving Overemphasis To Agile Development
2.8 Failure To Stay Updated On The Knowledge Of Tools
2.9 Ignoring Automation Of Database
2.10 Insufficient Preparation For Cultural Change
3. Conclusion

Introduction

DevOps cannot be considered as a practice, philosophy, concept, or designation because it is a combination of all that mainly focuses on the collaboration of IT professionals and software developers. 

It is a culture in which DevOps behaves like a connector between the administrators and developers. However, there are several mistakes that a software developer, like you, can make while implementing DevOps.

Let’s see what these common mistakes are!

What Are The Most Committed DevOps Mistakes During Implementation?

Here is the list of some common DevOps mistakes that a developer makes during the implementation process of DevOps.

Creating A Separate DevOps Department

Most of the organizations create a separate DevOps department in order to manage the framework and DevOps strategy. That is the most common mistake as it is difficult for the Development and Operation team to deal with another team that needs to coordinate with everyone. 

The aim of DevOps is to improve collaboration between the development and operation teams to produce the software rapidly. But introducing a separate team leads to a complicated and lengthy process.

So, organizations must focus on the DevOps process rather than a separate department for operation execution.

Confusing DevOps Title

DevOps is a combination of development and operations. But, some organizations defined DevOps as refashioned agile development practices, others defined it as new supporting tools that automate the process of assembling, deploying, and operating apps.

However, some organizations run into a DevOps program by following the rat race blindly as all of their competitors or the big players are doing it. That leads to the hiring of the wrong DevOps engineers without truly understanding the job requirements. But, corporations have to be terribly clear on the essential necessities of DevOps before hiring. 

In this way, the organizations can choose the right professionals. These new hires should be able to adopt new technologies and have in-depth expertise in doing this. But, the best way to define DevOps is to examine precisely what is driving your need to adopt the concept, in terms of what it can contribute to receiving your organization’s overall business goals.

Kicking Off The Implementation Without Adequate Planning

Implementation of DevOps needs extensive planning and an unfailing strategy. Some organizations move to DevOps with the vision to compete against their competitors. 

However, the most common mistake they make is to hire DevOps professionals who are ready to work with a small team of less-skilled DevOps professionals without understanding the existing workloads of their DevOps Consulting Services teams and teammates, and their skills & ability to execute tasks. 

This leads to the delivery of poor quality of work with unmotivated teams, and programmers who are brushing up their resumes ready to jump to another company’s payroll.

Organizations should clearly quantify the workload of the team and the individual, devise key performance indicators and mechanisms to monitor them, and train and educate them on this new process.

Believing That You Can Buy DevOps

Companies are of the false impression that you can buy DevOps just like buying hardware stuff like computers and routers etc. and software stuff like operating systems, antiviral products, etc. 

Most organizations are not able to understand that DevOps is not a product that can be bought. DevOps – an idea of people working together that cannot be brought into practice in a single day or overnight. It needs the transformation of mindset, approaches, and many more. If you are planning to buy DevOps with a budget, then you are mistaken.

Giving Priority To Speed Over Quality

Many companies consider speedy delivery over the quality of the product that is the biggest mistake. Trying to complete as many projects as possible without worrying about quality leads to disastrous results. Such applications will not function as intended. So, one thing is clear that increasing speed at the expense of security and quality is a big mistake.

The key here is to have both. Speed and quality should go hand in hand. Speed should be achieved without compromising on quality.

To keep security and quality high, development groups ought to conduct testing as early within the development method as feasible. More significantly, prove that the release candidate is prepared for continuous delivery before deploying.

Not Ready To Make Internal Modifications

DevOps principles provide a common foundation. But every organization should be ready to make internal modifications as per their needs and goals. 

In order to customize DevOps for your business, your team should master the fundamentals of DevOps which is often referred to as CALMS. The term CALMS is the abbreviation for culture, automation, lean, measurement, and sharing. 

Failure to make internal modifications is one of the mistakes during implementation.

Giving Overemphasis To Agile Development

Many organizations believe that agile development is enough to implement DevOps successfully. However, it is a misconception. Agility is the ability to identify changes internally and externally to deliver value to the customers. 

When you overemphasize agility, your organization will gain unsustainable speed. This leads to the delivery of the product with less quality. Therefore, the focus of organizations should be on delivering the best user experience, building new features, and making improvements in the delivery and deployment engine. 

Failure To Stay Updated On The Knowledge Of Tools

Tools’ insufficient knowledge leads to the wrong tools’ selection. Without proper knowledge, making the right choice will seem tough as there are plenty of tools available in the market. 

Although, the proper integration of tools is a big challenge and plays an important part too. So, the development and the operations team can build, deploy and work together.

Ignoring Automation Of Database

Often companies ignore the automation of databases while implementing DevOps. Automation of databases is essential for the successful implementation of DevOps. If database development lags behind application development, it will affect continuous delivery. 

Application changes depend upon database structures. As DevOps gains momentum, there is a closer integration between applications and databases. Without database automation, DevOps implementation of DevOps will not be entirely successful. 

Insufficient Preparation For Cultural Change

Focusing on upgrading tools and programs without implementing cultural changes is one of the major mistakes. It is important to create a DevOps culture in the organization. It can be really painful and difficult to promote DevOps culture but it is very important. 

You should break down silos and promote collaboration and communication. Cultural change involves sharing responsibility, setting common goals, encouraging exploration, rewarding efforts and allowing room for failure etc. These should be done before implementing DevOps. 

Conclusion

After going through this blog, we understand that once you overcome all challenges you are ready to implement DevOps and enjoy its benefits. Avoid the common mistakes of DevOps implementation to ensure the growth of your business.

Top Angular Frameworks

AngularJS Frameworks for AngularJS Development

Hey! Are you wondering how AngularJS developers deal with broken links and unresponsive websites?

Then, you are in the right place.

Google introduced the most responsive framework-AngularJS which is no less than a magician’s toolbox. This framework helps to make the front end development process simple and manageable as AngularJS builds high-end, impressive websites with extra features using minimum codes, which saves a lot of time and effort.

Even, testing is much easier with AngularJS as the feature of module separation allows AngularJS developers to implement automated testing and loud required services without any effort.

The popularity of AngularJS lies in its feature of building several modules. AngularJS permits the AngularJS developers to create various modules employing a single app. The framework is suitable for any kind of project as it doesn’t require back-end modifications.

Today, most companies use AngularJS frameworks to develop their web apps. But the question is how do they know which AngularJS framework works best for them?

Let’s find the answer together!

Table of Content
1. What are the best AngularJS Frameworks?
1.1 Lum X
1.2 Ionic
1.3 SuperSonic
1.4 Angular UI Bootstrap
1.5 Radian
1.6 Angular UI Grid
1.7 Angular Foundation
1.8 Videogular
1.9 Protractor
1.10 Mobile Angular UI
2. Conclusion

What are the best AngularJS frameworks?

Sometimes application developers face difficulties in pacing up and offering better results within the specified time. Hence, they need streamlined frameworks, which are efficient and powerful in achieving complex tasks with less effort. 

When we talk about AngularJS development, the first thing that comes into mind is AngularJS frameworks as they are simple, capable, and more efficient. Some of the best AngularJS frameworks are as follows:

1. Lum X

Lum X

Firstly comes Lum X – the first fully flexible front-end framework based on Angular and Google Material Design specifications. Lum X is one of the best choices for web development as the features of Lum X allow AngularJS developers to build user interfaces under Google guidelines. 

Not only that, but Lum X relies on AngularJS to support the AngularJS development of web applications based on the MVC design pattern. If you’re searching for tailor-made apps, then LumX is unquestionably the correct selection since Sass, AngularJS, jQuery, Bourbon, and Neat create them.

2. Ionic

Ionic

Then, comes the Ionic – a robust front-end AngularJS framework. It does not just help to build web-based applications and mobile applications. But, Ionic is best to develop a responsive design, convenient interface, HTML5 and CSS3 based mobile applications & default mobile app UI components with Cordova and PhoneGap.

3. SuperSonic

SuperSonic

SuperSonic – the first front-end AngularJS framework. It is not only popular for developing hybrid applications. But SuperSonic works with AppGyver’s native wrapper and allows users to write HTML with CSS that maps your HTML to access native APIs and fully native interface. 

The amazing thing is that making use of REST API (Application Programming Interface) functions and components, help AngularJS developers deliver the finished projects within the given time frame.

4. Angular UI Bootstrap

Angular UI Bootstrap

Angular UI Bootstrap – known for its strong back-end elements like Bootstrap CSS, AngularJS, Angular-touch, and Angular-animate. The directive that includes the elements has external markup. These elements feature robust apps with a more straightforward implementation, HTML5 and CSS3 support, and mobile elements like sidebars, switches, scroll bars, date-picker, drop-down, and more.

5. Radian

Radian

Radian – a well-built AngularJS framework. It is suitable for developing high-level web applications fast and effectively as this framework follows the AMD structure. Radian could be the best choice if you are working on a big project that demands high performance. 

The framework supports different types of files like SAAS, JADE, CoffeeScript, and Vanilla JavaScript files. But still, the Radian framework was criticized for producing the lack of coordination among the AngularJS developers. 

6. Angular UI Grid

Angular UI Grid

Have a project with sophisticated features and modules? Then, the Angular UI Grid framework is what you need to select. This framework is suitable for operations like filtering, sorting, visualization, complex mathematical operations, and expanding the rows.

7. Angular Foundation

Angular Foundation

Angular Foundation – the most recent version of the Angular framework. This framework contains a considerable number of directives built upon CSS and foundation Markup. The framework eases in adding the dropdown, trigger, accordion, alert, method bar, etc., and follows a pretty simple procedure.

8. Videogular

Videogular

Videogular – an AngularJS framework that is perfect for creating HTML5 based web or mobile applications. The fascinating thing is that as this framework depends on the HTML5 context, you will get added advantages with features like plugins, themes, binding properties, etc, that are mostly absent in other frames. This framework allows easy binding with the API.

9. Protractor

Protractor

As you are familiar with so many frameworks, you are ready to know about the second last framework. Protractor – one of the dynamic end-to-end testing frameworks for Angular and Angular JS applications. 

Protractor tests like a user support strategy from the user side and automatically executes the next level as soon as the webpage finishes up with its pending tasks. Testing of modules can be done in the actual browser after the implementation.

10. Mobile Angular UI

Mobile Angular UI

Last but not least, Mobile Angular UI – one of the broadly used frameworks to build HTML5 mobile applications.

Mobile Angular UI is optimized for Bootstrap, AngularJS, and supports various libraries like overthrow.js and fastclick.js. Varied mobile components are available in this framework namely switches, scrollable areas, overlays, sidebars, and more. 

Mobile Angular UI is not less than a magical tool as using this framework, you can easily create flexible user interference, and that could transform the web-based applications into user-friendly mobile apps.

Conclusion

We hope you found this article helpful. After going through the above information we understand that web application developers have altered their techniques extremely because of these web frameworks that make things simpler, faster, and easier.

Convert android App into SMart Tv App

How To Convert Android App To SMART TV App?

The concept of SMART TV came into existence with the release of Android 5.0.

SMART TV – google’s another effort to penetrate the TV market.

It’s the very time when Google realized that the user interface and basically all applications for TV must have a user-centric design to allow users to consume the content easily from their couch.

In fact, this effort of Google was sky-rocketing as several TV vendors like Philips and Sony started to implement SMART TV. They used SMART TV via set-top boxes or consoles.

This blog will help you in understanding the conversion process of an Android app to a SMART TV app.

Table of Content
1. Introduction
2. What are the requirements for SMART TV app development?
2.1 Technical Prerequisites
2.2 Control
2.3 TV Form Factor Support
2.4 User Interface Design
2.5 Search and Content Discovery
3. What are the Tools to Convert Android Apps for SMART TV?
3.1 Browse Fragment
3.2 Details Fragment
3.3 Search Fragment
4. How to Make Your App Public on Google Play?
5. Conclusion

Introduction

The thing that amazed us most is that while developing your android app for SMART TV, the SMART TV app developer can utilize all Android SDK API that he/she knows and normally uses.

That means SMART TV app developers can recycle a lot of codes such as data models, communication with API, etc. There is also a possibility to further extend user interactions with live data like interactive ads, interactive content.

SMART TV proved to be a boon for developers as there are many mobile developers. But not many developers focus on TV platforms. That gives an opportunity to develop your android apps for SMART TV to stand apart from the competition and make your service unique.

Let’s see the requirements for SMART TV app development.

What are the requirements for SMART TV app development?

Though the Android app development process is practically similar to the SMART TV app development process, there are some guidelines and specifications that have to be followed and respected. 

Here are the key requirements for SMART TV app development.

Technical Prerequisites

There is no touchscreen, sensors, GPS, camera, accelerometer, and several other Hot Wheels features. On the other hand, there is no battery to deplete and in general fewer possibilities to interrupt the user, i.e., incoming calls, notifications, etc.

Control

SMART TV app developers have to arrange his/her app for the SMART TV remote controller. There is no problem if the developers are using the lean-back library or standard Android widgets.

However, make sure that you indicate focus when using custom views. So, the user can know which element is currently selected.

TV Form Factor Support

SMART TV app developers can identify the main TV activity with the CATEGORY_LEANBACK_LAUNCHER filter in the manifest. You should provide a home screen banner for each language supported by your app.

This launcher app banner should be 320px X 180px and the resource of this banner is located in the drawbacks/xhdpi directory. The banner image includes localized text to spot the app.

Although this factor does not declare a requirement for hardware that might be unsupported. The developer should ensure that permissions do not imply hardware requirements.

User Interface Design

The user interface provides appropriate layout resources for landscape mode. And ensure that text and controls are large enough to be visible from a distance.

The design provides high-resolution bitmaps and icons for HD TV screens and makes sure every UI element works with both D-pad and game controllers.

The user interface should change the background image as users browse through content and customize the background colour to match your branding in lean-back fragments.

It’s essential to ensure that your UI does not require a touch screen.

To guide the user through a series of decisions, it uses the lean back library’s guided step API.

Search and Content Discovery

The search and content discovery provides search results and TV-specific data fields from your app in the SMART TV global search box.

You should make sure your app presents discovered content in a details screen that lets the user start watching the content immediately.

What are the Tools to Convert Android App to Android TV ( Smart TV ) App?

As you are familiar with the requirements for SMART TV app development, you are ready to convert android app to Android TV ( SMART TV ) App. This conversion is based on the lean-back library.

Leanback library includes several UI fragments designed specifically for SMART TV. Such as:

Browse Fragment

Convert Android App to Android TV

Browse Fragment is usually used for directing the user to different categories of content shown in the left part of the screen with the specific titles in the right part.

Details Fragment

Convert Android Mobile App to Android TV App

Details Fragment is used for showing the detail of the title, episode, or another offering and allows users to interact with the item.

Search Fragment

Search Fragment is also quite obvious. But, despite the fact that there’s the selected button for looking on the SMART TV remote controller, it works as a system search by default thus Activity methodology onsearchRequested must be rewritten to keep a user within the app interface.

How to Make Your App Public on Google Play?

In order to make your app public on Google Play, there are certain things that you must keep in mind.

  • In SMART TVs Google Play is merely a feature list, so, it would not be possible for the users to find the app by clicking through categories. The only method of finding an app is through searching.
  • The SMART TV apps must be approved in order to get available for installation and searching on Google Play. Every SMART TV app must meet the guidelines issued for TV App Quality.

Conclusion

We hope that you found this article helpful. Now, you would be able to understand that despite some minor difficulties and specifications, SMART TV apps are just Android apps. Even if you are a beginner in Android app development, you can still show your content to the users with the help of this article. Please provide your valuable feedback in the comment section below.

Protractor for AngularJS Development

Protractor for Front-End Testing of Angular JS Development

How AngularJS developers are able to produce wonderful apps? Why do their apps get popular?

Questions like this hooked us up, even any AngularJS developer to know more.

End-to-End testing is an aged approach to enhance the user experience, whether AngularJS developers are developing a software, website, or application.

To offer an excellent user experience, the AngularJS developers perform end-to-end testing for their applications by using tools like Protractor.

Let’s see what a protractor is.

Table of Content
1. Introduction
2. What is Protractor?
3. Why Do We Need Protractor?
3.1 No need to add waits/sleeps
3.2 Simple syntax to write test cases
3.3 Angular Specific Locators
3.4 Supports behaviour-driven development
3.5 Run multiple browsers
3.6 Page Object
4. Which Framework to use?
5. Conclusion

Introduction

Protractor is developed on the top of WebDriverJS, which is responsible for using browser-specific drivers and native events in order to interact with the applications as a user would.

Protractor also supports locator strategies based on Angular, which offers you to test the  Angular-specific elements without initiating any setup.

This article will walk you through the front-end testing of AngularJS development.

What is Protractor?

Protractor is an automation testing tool for web applications frontend testing. Isn’t it amazing that this tool works with both Angular and Non-Angular JS development as a solution integrator combining powerful technologies like Selenium, Jasmine, web driver, and many more others? This tool is meant not only to test Angular JS development but also for writing automated regression tests for normal web applications as well.

Angular JS applications have some further hypertext markup language attributes like ng-repeater, ng-controller, ng-model, etc. which are not available in selenium locators. Selenium is unable to identify those web elements using Selenium code. So, the drafting instrument on the highest of Selenium will handle and control those attributes in web applications.

Protractor runs tests against AngularJS developer’s application running during a real browser, interacting with it as a user would.

Why Do We Need Protractor?

There are a lot of factors that lead us to the need for Protractor. Here are some of the key factors:

No need to add waits/sleeps

As the webpage finishes pending tasks, protractor executes the next steps of the testing process by automatically connecting with the AngularJS application. In other words, AngularJS developers don’t need to add waits to your script manually. Protractor will automatically wait for the web elements to load and only then executes the next step.

Simple syntax to write test cases

This tool has the ability to export a global function element, which takes a locator and will return an ElementFinder. This ElementFinder has a set of action methods, such as click(),getText(),sendKeys(),etc.

This is the core of how to interact with the element and get information from it. This global function helps to cut back the element locating syntax. Take a look at the following statement to locate the element in both Selenium web driver and Protractor:

Selenium web driver:

driver.FindElement(By.cssSelector(“css selector”));

Protractor:

element(by.css(“some-css”));

Angular Specific Locators

This tool offers some new locator strategies and functions to help locate the Angular elements.

Such as:

By.binding, By.repeater, By.textarea, By.model, WebElement.all, WebElement.evaluate, etc.

These locator strategies and functions automate the testing of AngularJS development. Protractor works in conjunction with Selenium to supply an automatic check infrastructure.

Supports behavior-driven development

Protractor is a wrapper around WebDriver JS and supports behavior-driven development frameworks like Jasmine, Mocha, Cucumber, etc.

Run multiple browsers

Protractor makes use of Selenium grid to run multiple browsers like firefox, chrome, safari, Internet Explorer at once. That means this tool has the ability to run the same scripts in mobile browsers also without the need to change the code.

Page Object

It is easy to set up page objects. Protractor doesn’t perform web driver commands till an action is needed, i.e., set up page objects so that tests can operate page elements without moving the HTML.

Which Framework To Use?

There are two Behavior-driven development (BDD) test frameworks supported by Protractor. These frameworks are as follows:

  • Jasmine: When the Protractor is installed, you get the Jasmine test framework by default.
  • Mocha: It is a JavaScript test framework that runs on Node.JS. While working with the Mocha test framework, you have to set it with the Protractor and use the Chai Assertions and Behavior Driven Development interface with Chai.

Conclusion

After going through this article, you would be able to make Protractor work like a charm and can use it to the fullest for AngularJS websites. It will ease you up in the front-end development process. Please provide your valuable feedback in the comment section below.

Hire Tizen Developers

What is New in Tizen Studio 3.3 Release?

Table of Content
1. Introduction
2. Major Bug Fixes
3. IDE and Tools
3.1 Fixed Bugs
3.1.1 Device Manager
3.1.2 IDEA
3.2 Known Issues
3.2.1 Tizen Studios
3.2.2 Common
3.2.3 Web and Native IDE
3.2.4 Web IDE
3.2.5 Certificate Manager
3.2.6 Native UI Builder
3.2.7 Native Component Designer
4. Conclusion

Introduction

A photo studio is a set of tools to click and produce a wonderful photograph. Similarly, Tizen Studio 3.3 is a set of tools to develop Samsung TV app, Tizen native, and web apps.

There, one can do all the development activities from building, debugging, to emulating Tizen native, web apps, and Samsung TV apps.

The development environment of the Tizen Studio allows one to develop SMART TV app more comfortably and is more focused on Tizen development.

The amazing thing is that Windows®, Ubuntu and macOS, all support this Linux-based software suite that combines the basic tools required to write and test software.

Tizen technical steering group announced the release of Tizen Studio version 3.3 on 23 July 2019.

Let’s see what it holds for us!

Major Bug Fixes

Tizen Studio 3.3

Hey, when we write code, at the testing phase, we often come across bugs that need to be fixed.

Let’s see what bug fixes are there!

  • If the emulator is not running, then, application launch does not occur. That means the option, i.e., Run works perfectly only for the first time.
  • When we run a project with a platform-level certificate, it asks for an Author and distributor password. The user doesn’t have to enter the Author and distributor password every time.
  • In Device manager, device logs are not visible due to a decomposition problem.
  • Add a launch-screen element to the platform for a web profile.

IDE and Tools

Tizen Studio

Fixed Bugs

Device Manager –

Device Manager resolves the logs’ issues that are not visible for the Raspberry Pi board.

IDEA –

International Data Encryption Algorithm (IDEA) resolves the log view’s issues for TV devices in the Tizen IDE. This algorithm not only resolves the incorrect app signing command’s issue that asks for the author and the distributor password. 

It runs the application on the emulator automatically in the case of the launched state of the author.

There, the launch-screen element to the platform schema for the web applications is also available.

Known Issues

Tizen Studios 

In Mac OS, if the user interface perspective is not displayed properly after updating Tizen Studio due to the uncleared cache from the previous installation, you can restart the IDE.

In case if you see any old perspective, you can create a new workspace and import the projects to the new workspace to resolve the issues.

Common

If you install Tizen Studio in a directory that requires administrator privileges for access, then the Tizen Installer and the baseline SDK Installer alerts you.

Web and Native IDE

After Tizen Studio 2.0, Device Manager took the place of the connection explorer that caused errors in the connection explorer view. But, there is a way out:

  1. First, you can reset the perspective in the Tizen Studio menu, run the eclipse, then launch the Tizen Studio.
  2. Secondly, you can create unit tests for Tizen 2.3.2 and higher version projects.

Web IDE

Sometimes the preview tab in the web page editor does not appear properly. Instead, you can use the preview feature Ctrl + 4 of the web SDK, HTML editor.

Certificate Manager

Overwriting a duplicate certificate profile in the migration wizard doesn’t work correctly on macOS.

Native UI Builder

If we set the expanded attribute in a multi-button entry to false, then, the Native UI Builder will display “+”.

Native Component Designer

Native Component Manager neither supports the vector type nor allows you to see the vector image and change the SVG file.

Windows® or macOS doesn’t support the playing sound. If you select the alias as the source group of an added item, then, the component designer will crash.

Conclusion

We hope you found our blog helpful. After going through the above mentioned information about the new version 3.3 of Tizen, you would be able to grab some knowledge about the latest upgrades, new IDE and Tools, major bug fixes, and more. Do give your feedback in the comment section below.

Build game On Tizen OS

Why Should We Build Games On Tizen Operating System?

What makes games like Grand Theft Auto V and PUBG so popular? What platform do gamers use to build games? 

Questions like this make us curious to know more about it.

Forever since playing games is a way to cut off the stress level. And now, It’s emerging as an addiction for game lovers.

The popularity of gaming is growing with a high velocity, which is the reason behind gaming becoming the billion dollars industry. There are endless emotions, entertainment, problem-solving skills, and creativity attached to the experience of playing games. In order to provide you with an impeccable gaming experience, a number of minds are working together in this technically-driven world. 

This blog walks you through the reasons for developing games on Tizen operating systems.

Table of Content
1. Introduction
2. Welcoming Platform
3. Say ‘No’ to More Skills
4. Easy to Build
5. The Biggest Player
6. Be Ready for the Upcoming Competition
7. Conclusion

Introduction

The Tizen operating system is a boon for gamers, which is used for the Samsung TV app development and possesses remarkable features from the faster start-up to 3D window effects and even a lot more.

In this advanced era where you don’t even need a controller to play games, and you can use a Smartwatch that acts as a controller while playing games. Today, there are enormous tools and platforms available for the development of games that provide flexibility, robustness, and openness in order to experience connected and real gaming.

There are a number of IoT devices and Smart TVs available in the market that run on the Tizen operating system because of its impeccable durability. This offers hassle-less gaming and viewing experience. So, developing games on Tizen OS is a must-win situation for several game developers.

So, let’s quickly jump to the key reasons for building games on the Tizen operating system.

Welcoming Platform

Tizen Games

Just like the name, i.e., welcoming platform, Tizen is available to use, deploy, and run across smart devices including SMART TVs, IoT devices, and smartphones. Tizen ensures a robust environment. Isn’t it amazing? Here, gamers can customize their game’s features as per their need. And that makes the game development process flexible.

Say ‘No’ to More Skills

How is Tizen OS
Skills Education Learning Personal development Competency Business concept

Hey, the amazing thing about the Tizen OS is that you don’t need to develop more skills. It is an added advantage for the new game developers.

As Tizen OS is compatible with all the programming languages like C, C++, HTML/CSS/JS, and Microsoft, the game developers don’t need to install any other tool.

Easy to Build

Tizen OS

The good news is that, with the Tizen OS, creating a game is a kid’s work. Tizen OS offers 3D window effects that support apps and games that need advanced 3D graphics as Tizen can be easily integrated with gaming engines like Unity 3D. 

There, the gamers can design the game in the normal way just by attaching Tizen Studio with unity. And, there are lots of ways to customize the controller to create a gaming controller.

The Biggest Player

Hire Tizen Developers

We are wondering how game lover’s addiction turns the game industry towards introducing SMART TV-based games. That makes SMART TVs the biggest player in the gaming industry. Therefore, Companies are increasingly investing in SMART TV-based games. 

Being the most dominant SMART TV manufacturer, most of the Samsung SMART TVs run Tizen OS, which is a low-cost operating system. In fact, Tizen has captured a major part of the market. Therefore, the game developers should develop their next game on Tizen to get the most downloads.

Be Ready for the Upcoming Competition

Tizen Developers

The amazing thing is that any device can deploy Tizen that means gamers can build futuristic IoT devices. Game developers can make the gaming experience more realistic via Global Positioning System(GPS), Artificial Intelligence (AI), and Virtual Reality(VR) on the Tizen Platform.

After knowing all that, what are you waiting for?

Just Develop your game with the Tizen operating system.

Conclusion

We hope you found our article helpful. With the help of the above information, we understand that the Tizen operating system is the future of gaming because of various impeccable features. If you are a beginner and want to develop your own game with Tizen OS, this is the perfect time for you. Please provide your valuable feedback in the comment section below.

Devops Stack

Ultimate Guide to DevOps Stack

How to release software effectively and efficiently? Which methodology should we use? It is a question which we have been facing ever since. 

In the traditional methodology,  the developers write code and send it to QA engineers for testing and they send it to system administration for deployment. But, somehow if at the deployment phase, the deployed application has failed for some reason, System Administrators check the logs and see what can be done to improve the situation. 

If the issue is found in the code of the application, the system administrators send it to the developers who find the issue and come up with a fix. Then, they send it to QA engineers for testing. After testing, it goes back to system administrators, who deploy it to the production server. 

As you can see, the issue has to go through as many as three stages before getting resolved. Due to using this methodology, the developers are able to release only one or two software per year. The delay in releasing software leads to conflict among the system administration, developers, and quality analyst engineers as well.

That’s the time when the Agile Methodology came. It is an iterative, incremental, and evolutionary process that is way faster than earlier methodology. There, the developers write code and send it to QA engineers for testing.

But, one crucial part was there as well.

The coded application works perfectly for developers on their desktops. But for QA engineers, this doesn’t work perfectly. The bugs were found which leads to conflict among developers and operators that leads to delay in releasing software.

Then the DevOps Stack methodology was born. This is aimed to unite the efforts of developers, QA engineers, and system administrators for maximum productivity and tighter integration. That makes the actual build cycles much faster, and relevant with the help of DevOps managed services and DevOps consulting services.

This article is a complete guide to DevOps Stack and will help you in understanding the concept and implementation process of DevOps Stack.

Table of Content
1. Introduction
2. What is DevOps?
3. What are the basic principles of DevOps?
4. How to implement DevOps?
4.1 Source Code Management
4.2 Continuous Integration
4.3 Continuous Delivery
4.4 Continuous Deployment
4.5 Continuous Monitoring
5. What are the services that DevOps offers?
5.1 DevOps Managed Services
5.2 DevOps Consulting Services
6. Conclusion

Introduction

There are several developers who can take part in deployment. And the system administrators can take part in the development process by writing various scripts. They can look into the code of applications and fix simple issues themselves. QA engineers know how to configure simple things. Another point that is crucial to the DevOps Stack methodology is that despite being simple in execution, routine tasks still take time.

By writing scripts, system administrators can focus on more challenging issues. System admins don’t need to wait for QA engineers to test the fixed piece of code as system admins can do it themselves by running automated tests. This enables all team members to come up with better solutions more quickly.

Developers, QA engineers, and system administrators work on solving problems together as opposed to blaming whoever they dislike the most and saying that the problem is “not on their side”. This results in a massive increase in productivity and speed of delivery.

So, after knowing all that, what are you waiting for?

Let’s see, what DevOps holds in the store for you? How can it help you to build software quickly?

But, before taking a deeper dive, you should know the starting and ending points of this guide.

This guide will take you from the origin of DevOps to its origin, principles, implementation, and services as well. 

Let’s take a short tour to know what DevOps Stack is.

What is DevOps Stack?

DevOps Stack Diagram

DevOps, the very term is the combination of the two terms, i.e., Development and Operation. DevOps Stack is all about the integration of the efforts of the developers and the operators. This integration helps to shorten the system development life-cycle and in responding to changing requirements more flexibly as well. 

Before delving much deeper, we should know the roots of the story.

How did DevOps come into existence? And why DevOps?

Earlier, when waterfall methods proved to be a failure, the agile methodology was born. At that time, developers were like let’s try it too. It solved a lot of problems, and the development phase became faster. But, still, half of the problem was solved, not the whole problem. That’s the time when DevOps came into existence.

With DevOps Stack, the concept of continuous integration and continuous deployment was born. 

The concept of continuous integration is all about adding new functionality with the prevailing code. Whereas, continuous deployment stands for the deployment of the code on all the servers.

That means everything happens continuously in the DevOps from the planning phase to the monitoring phase. This involves the use of lots of tools like Git, Selenium, JIRA, puppet, and others as well.

DevOps methodology follows the increment approach which helps to release software faster into the market and saves lots of time. This approach helps the team to offer a better quality of application development. This approach addresses the infrastructure issues and reduces the defects in the life cycle.

That is what makes DevOps a preferable approach.

Now, you are pretty familiar with DevOps. Let’s talk about its basic principles!

What are the basic principles of DevOps Stack?

  1. Involvement of customers: DevOps team must take action while keeping customer’s requirements in mind. For that, they must constantly invest in products and services.
  2. Responsibility: The DevOps team should perform its duty properly. This enhances the level of responsibility and the quality of the products engineered.
  3. Continuous Improvement: To improve the products or services offered, DevOps focuses on continuous improvement.
  4. Automate Everything: Automation is a vital principle of the DevOps process. This is not only for software development but also for the entire infrastructure landscape.
  5. Work as One Team: In the DevOps culture designer, developer, and tester should work integrated.
  6. Monitor and Test Everything: The DevOps team needs to have a robust monitoring testing procedure.

Hey! That’s pretty much of it!

How to implement DevOps?

As you are familiar with the basic principles, now, you are ready to learn the implementation part. The implementation part contains some stages.

Let’s see what they are!

1. Source Code Management –

The first phase of using DevOps is source code management. This phase includes the management of changing the documents, computer programs, large websites, and other collections of information.

Suppose developer X has made a commit and that commit is causing some error.

Now, how will we know the developer X has made that commit? At what time did he make that commitment? Where is the code in which editing has happened?

We can find the answers to all of these questions, once we use version control like Git Subversion.

There are two source code management tools:

Centralized version control tools

This tool uses the central server to store all the files and enables team collaboration. It works in a single repository to which the user can directly access a central server. Every developer has a working copy of the working directory.

So, the moment they want to make any change in the source code.

They can go ahead and make a commit in the shared repository and can even update their work.

But the problem is that this tool is not locally available. And we need to connect it to a network for performing any action.

As there, everything is centralized. Suppose the central server gets crashed or corrupted, it will result in losing the entire data of the project

Distributed Version Control System –

This tool doesn’t rely on a central server to store all the versions of the project files. Instead, every contributor has a local copy or clone of the main repository. 

That copy contains all the files and metadata present in the repository. They can commit and update the local repository without any interference.

And this tool doesn’t need an internet connection, instead, this tool uses a remote server. There, the developers access the data via a hard drive which eases lost data recovery as well.

2. Continuous Integration –

Continuous integration is all about building your application continuously. This phase includes everything from compiling your code, validating it, code review, unit testing, integration testing, and packaging your application.

The teams can easily detect the problems early as every commit which is made in the repository is built. Suppose any developer made a change in the source code, a continuous integration server can pull that code.

Here, the entire software development takes less time. That’s why the software can be completely developed and delivered at the earliest. In Continuous integration, the developers use SVN, Git, Mercurial, JIRA, CVS to create different forms of the code. They send it to the testing phase.

3. Continuous Delivery –

After the integration phase, comes the delivery phase. There, the developers add new functionality with the existing code. And then, the testing phase takes place to update the new code.

Tools like Jenkins triggers any change made in the code automatically or manually.

The application will be deployed on the test servers to check whether the requirements of the user are met or not and to check bugs as well. Tools like Selenium help in performing automation testing.

4. Continuous Deployment –

After delivery, the code will be deployed on all the servers for release. It is performed in such a manner that any changes made at any time in the code should not affect the functioning of a high-traffic website. We will be using Configuration management and containerization tools.

Where Configuration Management is the act of releasing deployments, scheduling updates on all servers. Configuration management tools help to execute tasks quickly. Some popular tools that are used here are Puppet, Chef, Saltstack, and Ansible.

On the other hand, Containerization tools help to maintain consistency. Docker and vagrant are the popular tools used for this purpose. It makes your application easy to run on different platforms.

Well Done! You have completed most of it

5. Continuous Monitoring –

Continuous Monitoring is the last stage of DevOps.

Once the application is live, the monitoring phase comes. In this phase, the operation team will take care of the inappropriate system behavior or bugs that are found in production and determine the quality of the entire DevOps lifecycle. 

These improve the efficiency and dependency of the system resulting in a lower support rate. It is done by using tools like Nagios, Splunk, which provide relevant feedback to the concerned team. 

These tools help us monitor the application’s performance and the servers. And these tools also enable us to check the health of the system proactively. They can also improve productivity and increase the reliability of the systems, which in turn reduces IT support costs.

What are the services that DevOps offers?

DevOps Managed Services

What is DMS all about?

DevOps Managed services is a method to access the data and constraint resolution for the companies that need real-time data. These services help companies to understand their situation. It helps to generate a path to continuously improve their process by resolving ongoing situations.

And the goal of the managed services buyers is to resolve and automate a repeatable process.

It helps to improve the operations with automated deployment and data and helps organizations identify vulnerable process areas to remedy and improve the functionality of the suspect code and provide feedback for continuous improvement. 

These services include:

  • AWS Managed Services  – is all about the set of services and tools that automates infrastructure tasks. The main purpose behind this is to migrate on-premises workloads to the public clouds and then manage those workloads after migration for the large enterprises. 
  • Azure Managed Services – is all about integrated cloud services that developers and IT professionals use to build, deploy, and manage applications through a global network of data centres.
  • Google Cloud Managed Services – is all about integrated with IAM and audit logging and managing resources by project, folder, and organization based on the hierarchy.

DevOps Consulting Services

What is DCS all about?

DevOps Consulting Services are the services that help technology-driven enterprises to improve the software delivery process. It also helps their DevOps transformation to increase the speed of delivery, improve the quality, cut the cost, and fewer operational failures by introducing the automating development.

The organizations that don’t know much about DevOps hire the DevOps consultants who are responsible for explaining the values, culture, principles, and practices, showcasing methods, and helping others learn about the DevOps tools.

DevOps consultants have to guide and provide a clear vision to the enterprise.

Conclusion

We hope that you found our blog helpful. After going through the above guide to DevOps, you would be able to utilize the DevOps Stack-based technical solutions for the betterment and impeccable growth of your business with our useful advice and guides.

Roku Channel Templates

Beyond the Roku Channel Templates Designs

How does the Roku channel tamplates come so organized? How do they keep up to look awesome?

Whenever we come across Roku Channels, these questions always ring in our heads, even, any Roku developer’s head.

As the look matters a lot in our daily life. And to maintain an eye-catching look, we need to carry ourselves in a certain way with proper hygiene where we need to keep everything in the proper order. If little things get either- thither, then things start to get messier than ever.

The same goes for Roku TV Development. With the help of the design, Roku channel templates become more organized and look great. 

Currently, most of the developers use templates for developing the channels. Using Roku channel templates is, no doubt, a great way to organize Roku channels in your SMART TV app development process.

This blog will help you to understand some facts beyond the Roku channels templates designs.

Table of Content
1. Introduction
2. What are the Advantages of Roku Templates for a SMART TV app Development?
3. What are the Disadvantages of Roku Templates for a SMART TV app development?
4. Why to Opt a Custom Roku Channel?
5. Conclusion

Introduction

Roku has been gaining huge popularity since its release just like the industry of streaming media players. With more than 20 million Roku units being sold out in the USA alone, Roku development is becoming the top priority for everyone.

But, every coin has two phases, the same is with the Roku templates.

Let’s just peek into it a bit!

What are the Advantages of Roku Templates for a SMART TV app Development?

Welcome! Here, we are gonna look at the advantages of the Roku templates in the process of Roku development.

  • Easy Workflow
    • Roku developers can create a new folder along with the correct structure as well.
    • You, as a Roku developer, can also add script files that are written in BrightScript, which is a hybrid between JavaScript and Visual Basic.
    • Roku development also includes zip up the working folder.
    • You can also upload the zip to the device via the web interface.
    • Roku developers can also connect a debugger with the help of the device’s IP and command.
  • Roku development also includes limited screen sizes to support.
  • Roku SDK offers a number of templates.
  • The SDK provided by Roku is well documented and helps you in using the templates by providing enormous details.
  • Allows prototyping at an astounding speed.

What are the Disadvantages of Roku Templates for a SMART TV app development?

Unfortunately, that’s the point where the evil phase of the Roku templates comes. Some of the disadvantages of Roku templates are as follows:

  • Roku templates are not that much customizable.
  • The proper documentation of building custom layouts is also not available.
  • Creating the custom layout is primitive
    • You have to place the UI manually as Roku SDK does not provide Relative or Linear layouts. 
    • Events are also captured manually.
    • Processing events require the state of the applications to determine the occurrence of an action.

With the growing Roku audiences, the priority for custom Roku development is also increasing within several content providers and broadcasters for creating channels, which can go beyond the capabilities of the Roku templates offered in the SDK.

Why to Opt a Custom Roku Channel?

As Roku templates are not good for the brands that seek to give a more competitive viewing experience due to which the idea of custom Roku channels came into existence for Roku development.

Several organizations that seek to deliver a more competitive viewing experience want to create a custom Roku channel for two primary reasons:

  • Branding: By the uprightness of the Roku templates’ limitations, they do not allow enough branding freedom. This does not mean that you cannot brand, it simply means that you get predetermined options for channel branding. Custom channels provide you customizations and styles for your in-app branding in order to make your channels consistent with other branded properties.
  • Features: Roku’s native experience is basic and its templates do not offer implementing abilities to many features. Building a custom channel simply means building features, which can offer a better and robust user experience. An example of a Roku channel is shown in the image below:
Templated Roku App

Conclusion

After going through the above blog, we understand that the Roku platform is a key to success when it comes to providing a robust user experience to your audiences as per their expectations. Because of its more organized look and great template design, Roku is getting huge popularity across the globe.

How to test roku application

How To Test the Roku Application for Roku development?

4 Way Technologies is a leading company in Roku Application Development. We have a highly skilled and experienced team of Roku developers who are proficient in delivering the robust and powerful Roku application for the better growth of your business or organization. Along with stunning product delivery we also offer future support in order to meet our goal of complete client satisfaction.

Are you wondering how to test the Roku application for Roku development?

Then, you are in the right place. In this article, we have mentioned the testing process of the Roku application for Roku development.

Table of Contents
1. Introduction
2. What are the requirements for testing the Roku application?
2.1. What is the Certification Criteria?
2.2. What are the requirements of Your Product?
2.3. Is There a Need for Automation?
2.4. Get Familiar With the Available Tools
3. How to run your tests?
4. Conclusion

Introduction

In order to deliver high-quality user-experiences on Roku, and to keep up their market share of household streaming devices in the U.S., the Roku developers continuously test their Roku applications.

But, how do they do the testing? That’s the question which rings in our heads more often.

Let’s just find the answer together!

Roku App testing

What are the requirements for testing the Roku application?

As part of the SMART TV App development,  we need to keep an eye on the following things:

What is the Certification Criteria? 

Roku certification criteria, that are available to the public, play a major role in testing the Roku application for Roku development.

To improve the overall quality of the Roku application, the Roku developers assign the task to their teammates for each criterion. Designers and technical managers check the design and performance criteria before being published.

What are the requirements of Your Product?

Roku produces a new version of all its devices every year. Its user is going to run the Roku developer’s app on multiple models, from the latest to the five-year-old ones, that users use at home and don’t think to replace soon.

So, the Roku developers make sure that all the platforms and models support all the channel service, for that they consider the following points:-

  • The list of the types of features they are going to use in the app.
  • The list of the models that support these features.

Is there a Need for Automation?

As there is no User Interface automation available on the Roku development platform. The Roku developers have to do all the feature testing and smoke testing manually that consumes lots of time. There, time management helps to cut the last regression time.

Get Familiar With the Available Tools

deep app testing roku

Before starting the testing part, the Roku developer should be well-aware of the available tools which are already out there.

Let’s just talk about them one-by-one!

Some of them are as follows:

  • Stream Tester Tool 

It is a tool that helps to check if a private Roku channel is supporting video streaming or not. To know more about this tool, please feel free to read: Three amazing tools for Roku development. 

  • Deep Linking Tester Tool

It is a tool that gives the ability to launch directly into a piece of content from a display ad or Roku search through ECP protocol.

  • Unit Test Framework Tool

The unit test framework tool is a tool for automating test suites for Roku channels. The test runner is the main object that collects all the test cases under the given directories.

  • When the Roku developer collects all the test cases, the test runner runs them one by one and collects the results.
  • After running all the test cases, the Test runner produces the statistical log with the selected level of critical information in the form of the output. 

How to run your tests?

  • The Roku developers create a TestRunner object (Runner = TestRunner()) and call its method Run (Runner.Run()).
  • They embrace this code with if statements and define all functions using the SetFunctions method.
  • They call the Test runner’s setter methods, before calling the Run method.
  • The Roku developers can add SetInclude and Exclude filter functions execution to add selective tests run option and can deploy their channel to the device.
  • They post the command to the device through ECP and view the test results by opening a telnet console on the device.

The Roku developers set the verbosity level call, i.e., how critical the information is. There are four verbosity levels in this framework:

  • “0” – basic level
  • “1” – normal level
  • “2” – detailed level (failed tests)
  • “3” – detailed level.

They can overwrite the print statistic, like

Runner.logger.printStatistic = custom print function

The framework tells the time spent on running the tests and also provides the total number of tests, passed tests, failed tests, and tests that caused a crash with the help of the basic level of the verbosity.

Hey, you have done it! Woo hoo!

Conclusion

After going through this article, you will be easily able to test the Roku applications for Roku development even if you are on a beginner level. You also contact 4 Way Technologies for any kind of Roku development services. Please provide your valuable feedback in the comment section below.

Three tools for roku development

Three Amazing Tools For Roku Development

What are the stories behind the excellent ideas of developing SMART TV apps? How they get so much popularity? These questions fascinate us, even, any developer, to know more about how things are done.

A Roku application development toolkit is no less than a magician’s bag for Roku developers as it has lots of tools to create the eye-catching, and functioning Roku channels.

Roku -a streaming platform that helps to increase the power of an ordinary TV by transforming it into SMART TV. Just like our earth receives the data from clouds in the form of rain droplets and gives output through a river in terms of the water.

In the same way, the Roku device receives data through a wired or Wi-Fi connection from an internet router and gives output through audio cable, video cable, or HDMI connector on some device models.

Table of Contents
0. Introduction
1. Stream Tester Tool
1.1. What is a Stream Tester Tool?
1.2. How to use a Stream Tester Tool?
2. Deep Linking Tester Tool
2.1. What is a Deep Linking Tester Tool?
2.2. How to Use a Deep Linking Tester Tool?
3. Roku Remote Tool
3.1. What is a Roku Remote Tool?
3.2. How to Use a Roku Remote Tool?
4. Conclusion

Introduction

In order to keep up its presence in the market and for enhancing the user-experience, Roku keeps updating and publishing its versions.

In the October 2018 version, Roku introduced several new tools such as publishing tool, redesign of Roku developer website, reworked software development kit’s documentation hosted on GitHub, built-in channel analytics, and, accessible crash logs from the Roku Developer dashboard to improve the experience of SMART TV app development.

Now, they come up with some amazing web tools just to speed-up Roku development, quality assurance testing, and certification testing.

As now,  you are familiar with their October version, let’s just take a deeper dive into it!

1. Stream Tester Tool

What is a Stream Tester Tool?

The Stream Tester Tool is responsible for checking whether the video stream is supporting the private Roku channel or not. It allows Digital Right Management encoding or insertion of video ads from your ad server.

Digital Right Management – used for access control technologies to limit the use of digital content.

How to use a Stream Tester Tool? 

Here are some steps that should be followed in order to use the Stream Tester Tool:

  • First, you as a Roku developer should install the associated private channel, using Vanity code.
  • Now, verify the Roku box in the web tool for the SMART TV app development.
  • You should also specify whether they are testing a video or an advertisement and should fill in the necessary details such as video format, encoding type, encoding key, etc.
  • Now, hit “go”.
  • If the stream is supported, it will launch within the Roku Stream Tester private channel you just installed on your Roku box.
  • After this, the video will be covered by the metadata that is linked with the stream such as the audio format or subtitle tracks.

2. Deep Linking Tester Tool

What is a Deep Linking Tester Tool?

Deep linking is used to launch a piece of content from a display ad or Roku search with the help of the Encryption Control protocol.

The Encryption Control Protocol is used for establishing encryption algorithms over the Point-to-Point Protocol which is designed for moving the diagrams across serial point-to-point links. ECP arranges and enables data encryption algorithms.

Deep linking enables the users to get to their content faster from the Roku user interface through the content discovery features of Roku and allows the Roku developers to grasp the content discovery features of Roku by launching their channel into playback directly from the Roku user interface to drive users to their channel and increase engagement.

For example, when a series is selected from the Roku search, playback starts immediately without any channel navigation.

How to Use a Deep Linking Tester Tool?

  • Firstly, you should enter the name and channel Id of any channel you will want to build a deep link command for.
  • You should enter the content Id of the particular piece of content you will be linking to, along with the media type.
  • You can also enter more arguments in the key-value fields.
  • As you enter each parameter, the tool creates a custom cURL command.
  • When you’re finished and hit “send”, that cURL command posts to the Roku box at the IP address you entered.
  • If properly configured, the specified content item will launch.
  • Once your test suites are working as you’d like, they can be exported as a JSON file for easy sharing with teammates.

3. Roku Remote Tool

What is a Roku Remote Tool?

It offers the same functionality as a regular Roku remote for the SMART TV app development. Besides, it comes equipped with a keyboard input feature for quickly filling out text screens. When used properly, this feature along with the ability to export and import keystrokes-can be used to speed up or even automate parts of your regular channel Quality Assurance testing.

You can navigate your channel, send a text to keyboard, screens, and much more with the Roku Remote Tool, you can write your scripts, run them on a device as well as export or import them later as per simple automation needs.

How to Use a Roku Remote Tool?

  • In the first step, sideload a channel to your Roku test device.
  • Install the tool. There are two available forms of the Roku Remote Tool app; Web Client, which is instantly available and works across various major browsers. The other one is Desktop Client, which is available for installation and download on Mac, Linux, and Windows.
  • Now, Click on +Add a Device in order to add your Roku development device.
  • Great! Now enter the information and credentials of the device.
  • After this, verify if the status of the device is Online.
  • Now, add a channel by defining an identifier and a name.
  • The last step includes the launching of your one of the added channels.

And Done!

Conclusion

We hope you find this article helpful. Now that you have grabbed a great piece of knowledge about the three robust and amazing Roku application development tools, you will be easily able to develop your own Roku application even if you are on a beginner level. Still if you face any issue, contact 4 Way Technologies, which is a leading Roku Application Development Company across the globe.

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