@ahryman40k/ts-fhir-types
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Typescript / Javascript object model for FHIR standard Model follows FHIR R4 specifications.
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# typescript-fhir-types
Typescript / Javascript object model for FHIR standard
Model follows FHIR R4 specifications.
[](https://badge.fury.io/js/%40ahryman40k%2Fts-fhir-types)
[](https://travis-ci.com/Ahryman40k/typescript-fhir-types)
[](https://codecov.io/gh/Ahryman40k/typescript-fhir-types)
[](https://snyk.io/test/github/Ahryman40k/typescript-fhir-types)
[]()
[](https://www.gnu.org/licenses/gpl-3.0)
Definitions are io-ts based interfaces. See [io-ts github project](https://github.com/gcanti/io-ts) for further details. This means you can check your types at runtime.
## Installation
```
npm i -S @ahryman40k/ts-fhir-types
```
or
```
yarn install @ahryman40k/ts-fhir-types
```
## articles
[A medium article: Handle FHIR objects with Typescript](https://medium.com/@ahryman40k.gb/handle-fhir-objects-in-typescript-and-javascript-7110f5a0686f)
## Examples
let's imagine your server or your application is receiving a FHIR Resource like an observation from a server or any external system
```typescript
import { R4 } from '@ahryman40k/ts-fhir-types'
import { either as E } from 'fp-ts'
const json = {
"resourceType":"Patient"
};
const validationResult = R4.RTTI_Patient.decode(json)
if ( E.isLeft( validationResult) ) {
console.log(validationResult.left);
}
if ( E.isRight( validationResult) ) {
console.log(validationResult.right);
}
```
There is 2 points:
* You would like to have strongly typed types (__typescript__)
* You would validate data returned from server and test their validity against FHIR standard
FHIR resources are also provided as interface, so you can inherit and implement your own object implementation.
Please don't hesitate to give me advice and feedback !