Following is the statistics provided by GitHub on the usage of TypeScript. Between the year 2016 to 2018, the number of users and developers willing to use Typescript have increased from 20.8% to 46.7%. This is because TypeScript is not prone to many errors or technical vulnerabilities that is commonly encountered while using other programming languages. Today, TypeScript has more than 51,460 successful star ratings and more than 7086 successful forking of TypeScript based projects on GitHub. In addition to that, TypeScript also holds more than 6,442,469 weekly downloads on NPM.
With every evolving technology, TypeScript has always been boosted with improvements. These improvements include performance, functions, features, etc. To drive new opportunities with futuristic applications, developers widely prefer TypeScript. Keep reading to know why you should prefer TypeScript in your app development.
Perks of Preferring Typescript Development for Your Project
Bird’s eye view of why you should prefer TypeScript Development based on its features
|Usage||Supports ECMAScript 3 or newer versions and it can run cross-platform browsers|
|Learning Curve||Easier to understand and provides the possibility to always develop new features|
|Data Binding||It heavily uses interfaces and types to define data allowing enhancement of UI|
|Compiling Code||Provides easy compiling of programs with higher computability across platforms|
|Annotation||TypeScript annotations provides powerful refactoring features with less error|
|Prototyping||TypeScript comes with in-built prototyping feature making it an added benefit|
Reasons Why to Choose TypeScript for App Development
Easier code understandability
TypeScript has proven from time to time that it increases the code quality. Also, it easily understandable by most developers. Hence, developers from Google, Facebook and Microsoft often favour TypeScript. No matter whether the level of a developer is junior or senior, everyone finds TypeScript a language of working together. This proves that any developer can build on an existing TypeScript application in the future for additional development too.
Static typing is optional
Strength in customizing code
TypeScript is often referred to as “interface oriented development” language. This means that the developer does not need to know the code by heart. Interface oriented development also means that Typescript provides a code scalability. TypeScript syntax follows a structure little similar to Java and C#. Be it bootstrapping a component function or building arguments for programming, TypeScript easily supports both. This makes easy customization of modules, function and programming variables to build a customized application.
Process of refactoring is convenient
TypeScript offers Automatic refactoring service which is one of the major benefit of this programming language. TypeScript is more than capable of automatically catching errors even while compiling the program. There are some in-built IDE commands like “Rename Symbol” or “Find All Occurrences”. They allow easy refactoring and changing of functions, class, etc in a program. This saves a lot of time to encounter bugs and errors later on the point at runtime of the program.
Reduced compatibility issues
Evolving and interactive community
Today, TypeScript has a very active community with various companies using it for production of various applications and executing operations. Some of those companies include Microsoft and Google. According to the statistics mentioned in the beginning of the article, TypeScript has 6,442,469 weekly downloads on NPM. This shows the expansion of TypeScript tooling and its community over the years. TypeScript community offers most of the resources for free supporting developers to develop better type based applications at a low cost.
Enhanced testability features
TypeScript has a feature known as type interface. The functionality of type interface is to automatically identify the different kinds of variables in any given application. Also, this Type supports advanced type system features such as generic types and algebraic data types. This enhances the capability of the compiling system to predict errors which in turn increase the testability system of TypeScript. Also, TypeScript uses dependency injections to create mock tests. Thus, one can build and develop applications develops with guaranteed quality and performance.
Supports REST parameters
REST parameter is a syntax used as a way to manage various functional parameters that supports handling of an input in any given function. TypeScript supports REST parameters.Why is that a benefit? In the case of developing large applications, developers can use this feature can identify the number of parameters that exist within a function of a program. This ensu