RestApiEngine 0.1.0

RestApiEngine

Wrapper of HttpClient to make calls easier. I was looking for an easy wrapper and superior implementation of HttpClient and came up with this. I'm using it daily in other projects so I will be updating it day by day.

You set up the engine pointing to a base URL and you can make calls to different endpoints, different accept and adding different URI and Query parameters.

Install

To install this package via Nuget:

Install-Package RestApiEngine -Version 0.0.1

Easy Engine Set Up and First Get Call

//Creates engine with base url and accept content type
var engine = new RestEngine("reqres.in/api/", "application/json")
    .AddHeader("User-Agent", "RestEngine .NET");
var processGetResult = engine.ProcessGetSync("users");
var result = processGetResult.Content.ReadAsStringAsync().Result;

First Get Call with Query parameters

engine.ClearUriParams() //Clears URI Params
    .ClearHeaders() // Clears Headers
    .AddAccept("application/json") //Sets Accept
    .AddHeader("User-Agent", ".NET Foundation Repository Reporter")
    .AddUriParam("users") // adss /users to URI
    .AddQueryParam("page", "3"); // adds ?page=3 to URL

// executes get call to reqres.in/api/users?page=3
var processGetResult2 = engine.ProcessGetSync();
var result2 = processGetResult2.Content.ReadAsStringAsync().Result;

Post Call

engine.ClearQueryParams();
var body="{\"name\": \"morpheus\",\"job\": \"leader\"}";
engine.AddBodyString(body, Encoding.UTF8, "application/json");
var processPostResult=engine.ProcessGetSync();
var postResult=processPostResult.Content.ReadAsStringAsync().Result;

Important Methods

Engine Initialization

Blank Engine

var engine=new RestEngine();

Passing Only Base URL

var url="http://example.com";
var engine=new RestEngine(url);

Passing baseUrl and Accept Content-Type

var url="http://example.com";
var acceptContentType="application/json";
var engine=new RestEngine(url, acceptContentType);

Headers, Uri Params and Query Params

Add Accept Content-Type

When we've intialized a blank engine, we'll need to add a Content-Type:

engine.AddAccept("application/json")

Add Header

We can also add a header in a Key/value way:

engine.AddHeader("Engine", "My Awesome Engine");

Add URI Parameter

Adds URI Param, e.g. "/users" to our base URL:

engine.AddUriParam("users");

Add Query Parameter

Adds Query Param, e.g. "?page=5" to our base URL in a key/value way:

engine.AddQueryParam("page", "5");

We can add as much query params as we want, th engine processes the ? and & automatically.

// this is http://example.com/users?page=5&resultsPerPage=15
engine.AddQueryParam("page", "5").AddQueryParam("resultsPerPage", "15");

Add Authentication

Adds Bearer Token Authentication

Adds Bearer token for most .NET JWT based backend applications.

engine.AddBearerAuthentication("myAwesomeTokenYoullNeverKnow");

Adds Custom Token Authentication

Adds custom token auth for the any backend applications.

engine.AddBearerAuthentication("myScheme", "myNotSoAwesomeToken");

Adds Body String to make POST and PUT calls (or any call you want)

We pass the body string, the encoding type and the content-type.

engine.AddBodyString("My Body String", Encoding.UTF8, "Accept Content Type");

GET Calls

GET by Path

We can make calls directly to a path if we don't want to set up all the engine, we can set up an engine with a base URL and then make calls to a /path.

Async GET By Path

var engine=new RestEngine("http://example.com");
var taskResult = await engine.ProcessGetAsync("/api/users");

Sync GET By Path

var engine=new RestEngine("http://example.com");
var result = engine.ProcessGetSync("/api/users");

Process Get With everything setted up

This makes the call to the environment or context built with headers, baseUrl, Accept, uri and query params.

Async GET by context

var taskResult = await engine.ProcessGetAsync();

Sync GET by context

var result = engine.ProcessGetSync();

POST Calls

POST by Path

We can make calls directly to a path if we don't want to set up all the engine, we can set up an engine with a base URL and then make calls to a /path.

Async POST By Path

var engine=new RestEngine("http://example.com");
var taskResult = await engine.ProcessPostAsync("/api/users");

Sync POST By Path

var engine=new RestEngine("http://example.com");
var result = engine.ProcessPostSync("/api/users");

Process POST With everything setted up

This makes the post call to the environment or context built with headers, baseUrl, Accept, body string, uri and query params.

Async POST by context

var taskResult = await engine.ProcessPostAsync();

Sync POST by context

var result = engine.ProcessPostSync();

PUT Calls (Min Version 0.1)

PUT by Path

We can make calls directly to a path if we don't want to set up all the engine, we can set up an engine with a base URL and then make calls to a /path.

Async PUT By Path

var engine=new RestEngine("http://example.com");
var taskResult = await engine.ProcessPutAsync("/api/users");

Sync PUT By Path

var engine=new RestEngine("http://example.com");
var result = engine.ProcessPutSync("/api/users");

Process PUT With everything setted up

This makes the Put call to the environment or context built with headers, baseUrl, Accept, body string, uri and query params.

Async PUT by context

var taskResult = await engine.ProcessPutAsync();

Sync PUT by context

var result = engine.ProcessPutSync();

DELETE Calls (Min Version 0.1)

DELETE by Path

We can make calls directly to a path if we don't want to set up all the engine, we can set up an engine with a base URL and then make calls to a /path.

Async DELETE By Path

var engine=new RestEngine("http://example.com");
var taskResult = await engine.ProcessDeleteAsync("/api/users");

Sync DELETE By Path

var engine=new RestEngine("http://example.com");
var result = engine.ProcessDeleteSync("/api/users");

Process PUT With everything setted up

This makes the Put call to the environment or context built with headers, baseUrl, Accept, body string, uri and query params.

Async DELETE by context

var taskResult = await engine.ProcessDeleteAsync();

Sync DELETE by context

var result = engine.ProcessDeleteSync();

Contribute

This is the first package/library made by carjimfa. Doubts, support and more, ask me anything on twitter: @carjimfa 😃