How does it Work?
Typescript source code works in forms of two independent ways including
Editor for errors:
Typescript is able to check and recode errors via language server that allows editors and coders alike with the possibilities of :
- detecting errors in the script
- the possibility of refactoring
- auto completion
- Language server is able to list any errors and analyze it statistically
IDE Editor is able to communicate with the language servers using the specific protocol “JSON-RPC” which is a remote procedure call protocol encoded in JSON.
The aforementioned protocol is carried out in two peculiar ways – this includes
- Users can run a build tool using a command line which allows compilers and coders to compile T-script using a watch mode. The watch mode is able to read input files and correspond with output files once any changes have been made.
- Users can also run T-Script using the Visual Studio code which should be previously installed and running in your system in order to enable building. Building allows coders to have a complete list of errors compiled meticulously by the Visual studio code.
- Lambda functions
- Spread operator
- Destructuring modules
- And various classes
Utilize advanced type system:
Since type support isn’t a part of the ECMA script standard based on its complexities, Typescript is able to provide you with a various set of additional features that includes :
- Hybrid types
- Access modifiers
- Intersection and Union types
- Generic types
Typescript is able to provide an incredibly powerful and rich library of otherwise unavailable and inaccessible type languages and systems.
Apart from its rich library of typefaces and language, Typescript is also able to provide additional support in terms of a background support for both IDE integrations and Incremental compilation. These features allows users to :
- effortlessly navigate
- Identify problems
- Inspect and find possibilities
- Refactor your codebase