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Under the terms of the Apache 2 license, Typescript was created and is still supported by Microsoft. It was created by Andres Hejlsberg, a programmer, and made available for usage in October 2012.
Microsoft released TypeScript 0.9, a new version of the language, in 2013.
Typescript code is contained in files that end in ".ts."
There are several factors that define what TypeScript is used for:
Let's compare both using several criteria:
|1.||Type||Interpreted high-level programming language.||A strong feature-rich object-oriented compilation language.|
|2.||Design & Development||Founded by Anders Hejlsberg, a programmer at Microsoft.||Founded by Brendan Eich of Netscape Communications Corporation, ECMA International.|
|3.||Lightweight/Heavyweight||A very lightweight interpreted programming language.||A little heavier than Typescript and created for building business applications.|
|4.||Server-side/Client-side||Solely on the client-side deployed.||Deployed on the server-side and client-side.|
|5.||File Extension||.ts and .tsx||.js|
|6.||Syntax||Includes modules, functions, statements, expressions, and variables.||Every sentence is enclosed with a script tag, which instructs the client to carry out all of the text in between the tags.|
|8.||Compilation Time||Compiling code requires time.||Compiling code is quicker.|
|9.||Interface||Through its interface, users can connect to applications.||No means of connecting to another application interface.|
If you've decided to utilize React for your new project but aren't quite comfortable with its API, you may use IntelliSense, a type of definition they provide, to guide you and help you find new interfaces.
Typescript makes sense when numerous developers are working together on a single project. When many APIs can communicate with each other utilizing Typescript's interfaces and access modifiers, it becomes quite useful.
To use TS's libraries, you must possess their type definitions. A new npm package results from an additional type of definition. By using additional packages, you demonstrate that you are aware of the dangers of using outdated or inaccurate packages.
You will lose out on many of Typescript's advantages if you choose not to import the type definitions. Typed projects do exist, nevertheless, to lessen these hazards. A popular library suggests a better likelihood of being preserved for longer stretches of time.
|Run-time error detection is achievable in interpreted languages.||Compilations allow for the discovery and correction of errors.|
|There is no static typing option, weak typing.||Supports strongly typed, dynamic, and static typing.|
|Libraries for JS operate by default.||Since JS is a superset, all libraries and code function without modification.|
|Supports none of the ES features being compiled.||All ES features are supported by TS.|
|Modules, generics, and interfaces are not supported.||Supports modules, generics, and the data definition interface.|
|There is no option for functions to have optional parameters.||Optional parameters are possible for functions.|
|Strings and numbers are categorized as objects.||Strings and numbers are regarded as interfaces.|
|Due to its organized and clear layout, it primarily fits simple web applications.||A robust and logical language.|
|Backed by widespread community support, extensive documentation, and assistance in locating solutions to problems.||The community surrounding this language is still growing and not very large.|
|It doesn't permit the creation of prototypes.||Support structures for prototypes.|
|There is no requirement for a primary scripting language, and learning is quick and easy.||Learning to code requires time and prerequisite knowledge of scripting.|
|There is no need for a build setup.||A suitable build environment must be used to define static types.|
All things considered, each language has its strengths, weaknesses, and limitations. For the creation of dynamic HTML web pages, JS is employed. Given that it is an interpreted language, it is delivered through a web browser.
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