Friday, January 31, 2014

Reasons to Adopt AngularJS to master Web Application Development


New to AngularJS,, having doubts on its implementation and usage…??  Wondering why to switch from traditional MVC/SPA approach using pure JavaScript and KnockoutJS to the power pack combination of TypeScript and Angular ? Well then here’s everything you need to understand and get started with AngularJS .

What is AngularJS ?
AngularJs is an open source Javascript framework to organise and assist web applications and single page applications. In 2012 we witnessed rise of Javascript MVC frameworks and  libraries including Backbone.js , Ember.js and Angular.js.
AngularJS is created by Google to build single page applications which could be more architectured and maintainable. AngularJS is completely client-side and entirely JavaScript, so wherever Javascript runs AngularJS also runs. It is even less than 29kb making it highly minified and compressed. Angular is the next generation framework , in which  every tool  is designed such that it works with every other tool in an interconnected way.

Amazing Features of AngularJS
Angular has some compelling features for not just the developers but for designers as well.
1. Two Way Data Binding
It is the most crucial and useful feature of Angular. This feature is what all modern web apps are all about i.e Real Time.  Two way binding permanently binds the view to the model and reduces refresh cycles, it also saves a considerable amount of code as previously 80% of code was dedicated to manipulating, traversing and listening to DOM . With data binding this code disappears and hence more concentration can be laid to application. Normally with change in model the DOM elements and attributes need to be manually manipulated to reflect the changes, it proves to be a complex process mainly when application grows in complexity and in size. But with two way data binding the synchronization between the DOM and the model is well taken care of.
2.  HTML Template
AngularJS doesn’t rely on any rendering engine but uses browser parseable .html files for its partials. The HTML templates are parsed by the browser in the DOM. The DOM is now the input to the AngularJS compiler . Angular then traverses the DOM template for rendering called the Directives. The input here is bowser DOM and not the HTML string , this is the noticeable change between angular and all fellow frameworks.  
3. Directives
Directives are stand alone reusable elements separated from the app . All DOM manipulations are performed by Directives. Directives are used to create custom HTML tags to serve as new custom widgets .With Directive you can create a new HTML tag or attribute and make it do anything you want . Directives are very unique, useful, powerful and reusable feature available only in angular. With  Directives you can  invent new HTML syntax that are specific to your application.
4. Dependency Injection
Dependency Injection is an angular feature that enables  developers to easily  build, develop, test and manage applications . With this feature you merely ask for for the dependencies instead of making manually , it will provide you an instance for any service asked provided you add the service as a parameter to get access to this service.
5.  Testing
AngularJS is designed by keeping testability in mind such that angular applications can be tested easily as any Javascript code comes with a strong set of tests . Angular comes with a end to end test runner setup .


Reasons Web Developers should Use AngularJS
AngularJS is a new Javascript framework  by Google and is designed to make front end development easier . The popularity of single page applications and angular is flaming. Angular provides numerous concepts to to organize and manipulate  the web applications .

1.  Enabling a Parallel Workflow

It enables a parallel workflow between designers and developers. For a project both designing and hard coded developing can go side by side. For a project that is estimated to be completed in 4 months then by following the traditional sequential approach there would be dedicated 4 months of design followed by 4 months of coding making it 8 months altogether. But  XAML allows to work in parallel by agreeing upon an interface for a screen. Developers can work on grabbing the data and writing all properties and tests around them while designers can animate and manipulate until they reach their final desired design . Those not familiar with XAML it is a declarative XML based language to instantiate object graphs and set values. The reason XML became so popular is because they translate well to angular.

2. Handling Dependencies
AngularJS easily handles dependency injections , angular lets you divide your app into modules that are initialized separately and having dependencies on each other. This enables you to test only the modules you want at once while also unfolding the ability to create end to end tests as well.
Dynamic loading is used by single page applications to deliver native app feel, but it involves a lot of dependencies on various modules and services, angular organises these and even manages the lifetime of an object for you.

3. Declarative UI
Having a declarative UI has many advantages associated with it. A structured UI is always easier to understand and manipulate. Without ,then by mere looking at the markup it can’t be figured what UI will actually do. So its not apparent whether any translations and validations are taking place by looking at some form tags.
But by declaring UI and by directly placing markup in HTML one can understand the extended markup angular provides. It makes it clear where and to what data is being bound to. With added tools like filters and directives the intent of UI is much clearer.

4 .  Development <-> Design Workflow
This works very well with angular, markup can be added without breaking an application as it depends on a particular structure or id to locate element and do task. Even rearrangement of code is much easier as the corresponding code that binds with it also moves along.

5.  Control to Developers

AngularJS with directives enables to create new HTML elements and attributes. Directives can work as parallel, are testable, provides dependency injection giving developers controls and more importantly control over controls.


6.  Single Page Application Support

Single page applications are driving more attention towards themselves as they are far more responsive and feels like a native app in the web. Now more functionality is being moved to web and by rendering on client load to server is reduced and also minimizes network traffic as instead of sending a full markup page, a payload of data can be sent and then can be turned into markup at client side.

AngularJS provides routing i.e to map a URL dynamically to loaded pages and also allows users to use in built browser controls to stand a SPA application.

7. Flexibility with Filters

Filters are standalone functions and filter the data before reaching the view, it can involve formatting decimal places or reversing an array or simply implementing pagination. Filters are separate from app just like directives and are so resourceful that creation of a sorted HTML table is possible with filters without writing any Javascript.

8. Lesser Code

With AngularJS you have to write less code as there ain’t any need to write your own MVC pipeline. The view defined by HTML is also much concise , with data binding manually putting data into view is not required. Directives are separate from app and enables to be written by separate team in parallel with minimum integration issues. With filters you can manipulate data without changing controls on view level.


These fundamental features and principles will let you create a performance driven, maintainable , extensible and efficient front end codebase . AngularJS provides a rich experience to the end user, it is a robust and well maintained Javascript framework suitable for any professional web development .

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Thursday, January 23, 2014

Cloud Computing continues to thrive : SAAS being its most Popular Type



Cloud computing has already made its mark in this ever changing IT industry and has proved the reason for its sustenance and has made a name for itself and  will continue to provide opportunities to reduce cost and enhance services.
Cloud Computing is computing based on the Internet where large number of computers are connected in real time.The expression generally refers to network-based services which are provided by real server hardware,served up by virtual hardware, with software running on one or more real machines. Before Cloud computing came into play, masses were fully dependable on physical computer storage and servers for their programs to run.

However, with the introduction of cloud computing, not only people but business enterprises as well can now access their programs through the cloud.
Cloud computing is rapidly growing in popularity and meeting demands of fairly small business enterprises.
80% companies worldwide are leveraging its  benefits in 2013 and rest of 20% will add up in 2014 despite owning single piece of hardware. By the end of 2014 the value of cloud services will boost from $16.5 billion in 2009 to $55.5 billion. Thus the annual growth rate  of cloud computing is nearly 5 times to that of IT Services. Thats pretty huge…. Right !!

Foundation of Cloud Computing is not only shared services and shared resources but also On-Demand Self Services. Cloud Computing on a better note allows mid-size companies to lessen their infrastructure cost and and allows to pay more focus on their projects to get their applications running faster with enhanced features and less maintenance to meet fluctuating business demands.
Cloud enables on-demand access to a pool of resources i.e servers, networks, applications, storage and services.

                       



Let’s highlight some of its features to understand what Cloud Computing offers as so many businesses are making the transition to it -

1. On-Demand Self Service
2. Extensive Network Access
3. Shared Resources
4. Swift Flexibility
5. Consistent and Measured Service


Cloud Computing has already made its mark and is all rage these days and comes into focus just when one thinks about what IT Sector needs without investing in any new infrastructure or training any new personnel or licensing any new software.
Cloud Computing will definitely prevail in years to come and will continues to dominate, thrive and emerge even in 2014 as well.

Cloud Computing offers different kind of services including Platform As a Service (PAAS), Software as a Service (SAAS), Hardware As a Service (HAAS), Infrastructure As a Service (IAAS). Cloud Computing also offers other services like Security, Testing as a Service , Storage , Management , Database, Process, Integration etc.

There are different types of Cloud computing services offered that includes :



SaaS serves as the most popular platform consisting of software packages hosted by a public or private network. PaaS comprises of web servers, databases and development tools in a package providing access to the software. IaaS takes into account the remote storage, extended networks and virtual servers. It limits the expenses made over hardware upgradation and maintenance
The longer list will include Storage as a service (STaaS), Security as a service (SECaaS), Data as a service (DaaS), Test environment as a service (TEaaS), Desktop as a service (DaaS) and  API as a service (APIaaS).

Despite newer cloud services like database as services and testing as a service, SAAS continues to be no.1 in 2013  with 55% majority respondents when it comes to Cloud Services.
Second popular choice being IaaS with 34% while only 12% of respondents use Datacentre as a service and only 11%  use Collaboration as a service.

Cloud computing provides huge benefits for your Business mainly:-

Limited Expenses  : It helps companies save money as lesser or negligible expenditure is made on   storage , hardware, servers and other infrastructure. It cuts down the necessity to hire for maintenance . It also allows Measured Service i.e to pay only for duration used and plan opted .

Heed to priorities : Cloud Computing allows to pay more attention to the core business rather on to the physical maintenance part. Now priorities can be decided on what demands more urgency without being worried over the technical issues since now applications will be run over the internet. 

Enhanced Performance :  The most important benefit that Cloud provides is the automatic updation of the softwares and applications. It is distributed in operation and allows to work from off-site locations which increases performance and support. 

Security Support : Cloud Computing enforces strong and reliable security options. It prevents unauthorized access and modifications in the data. Cloud assures safe data despite any physical infrastructure failure.


Cloud Computing is a game changer in this mutable IT Industry and has revised the ways of Industry and brought a notable shift in Business Computing ways.

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Tuesday, January 21, 2014

Mobile Development India | Software Development | Grails Development | Video Streaming Services| BigData Services


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Oodles Technologies is a Service Providing Company in India famous for its affordable Website Development.Our developers are pioneer in Grails,AngularJS,SaaS, Android,MongoDB and video streaming technologies. 

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Friday, January 17, 2014

Major Reasons to Deliberate Groovy and Grails For Software Architecture

Groovy is an object-oriented programming language for the Java platform. It is a high-productivity framework that follows the "coding by convention" paradigm to provide a stand-alone development environment while hiding much of the configuration detail from the developer. And Grails is an open source web application framework that uses the Groovy programming language. Grails provide a web framework for java platform.
Lot of companies are adopting Groovy and Grails now, and are not using old stuff like Spring and Hibernate. Grails is just not a good replacement for vanilla Spring/Hibernate, but it's even more better as it is built on top of these frameworks and use "Convention over Configuration" paradigm improving the development productivity by many folds.
What makes Groovy and Grails a better choice lets discuss here the top 5 reasons.
1) Offers a dynamic Framework
A good framework is nothing without good documentation, serious support and a large community of contributors. On a good note Grails have all that. First of all, they are part of the portfolio of SpringSource, the very company that brought you the Spring Framework and that is now a division of VMWare. The documentation is really good, like most Spring documentations. In terms of ecosystem Grails has a very dynamic ecosystem ,it has a plugin mechanism that makes it really easy to extend the framework in a lot of different ways.
In Groovy lot lesser stuff is checked at compilation time than with Java, but since the code is much more expressive, there is a lot less opportunity for errors too, and unit tests are a lot easier especially thanks to DSL's.
2) Groovy does not just limits to scripting
Groovy is indeed great for system scripting, just like Ruby and Python are. Since scripts does not require a class so scripts can be written in a less time span.Groovy is a scripting type language that is very close to Java, but adds features that Java doesn't have like closures and mix-ins . But a lot of people are not aware of Groovy's dynamic features and use Groovy just for scripting purposes, and not really use it for big prime-time applications. But it still unknown to many that most of Sky's software (the British broadcast network) are built with Groovy and Grails.
3) In-built testing tools available
The code written in Groovy is quite lesser than Java, so there is no need to explicitly import java.util classes as Groovy automatically import them and it also does not require any semicolons. It makes Java coding easier.
In Grails 2.0, a collection of unit testing mixins is provided by Grails that lets you enhance the behavior of a typical JUnit 3, JUnit 4 or Spock test. You need not have to import any of the testing classes because Grails does that for you.
Groovy simplifies JUnit testing in several ways, including:
  • JUnit is built into the groovy runtime, so you can script JUnit tests for your Groovy and Java classes using Groovy syntax.
  • Groovy provides many additional JUnit assertion statements
  • Groovy unit tests are easily scriptable
4) Ease of deployment
Developing an application and getting it into production with Grails is faster than anything as Coding (or configuration) by convention allows you to concentrate more on what application is supposed to do rather than on how to get it configured properly, which makes development easier and more productive.
Grails doesn't require any special deployment considerations,it generates a WAR (Web ARchive) that will run on any standard servlet container making it easier to deploy in environments for deploying applications onto servers like WebSphere,Tomcat or Weblogic.
5) Groovy runs on JVM just like java
Groovy is a superset of Java. It is so Java-rooted that it actually compiles to run on a Java runtime. Groovy code compiles into JVM bytecode, which means it makes Groovy and Grails applications run on any of your favourite application server like Tomcat, JBoss or even Weblogic and you can reuse all the available libraries in the Java ecosystem in an instant. It's designed for the JEE platform and standard Grails download includes all the Java libraries and a Tomcat or Jetty servlet engine to get started. You can even mix java code in your Grails application and can use any Java classes in your Groovy application.