Skip to content
a lightweight dependency/bloat-free alternative to serenity-rest-assured
Go
Branch: master
Clone or download
Fetching latest commit…
Cannot retrieve the latest commit at this time.
Permalink
Type Name Latest commit message Commit time
Failed to load latest commit information.
.circleci
.gitignore
.plan
LICENSE
README.md
action.go
collection.go
env.go
logo.jpg
request.go

README.md

GoDoc License: MIT Codacy Badge CircleCI

a lightweight dependency/bloat-free alternative to serenity-rest-assured and serenity-core, a bit more maintainable than a regular Postman collection.

The mission

  • Maintainable: be more maintainable than postman - with little clutter - but equally as fast to develop full-length check suites as postman
  • Featherweight: little dependencies (contrasting to serenity 170+ dependencies, or newmans 140+ dependencies)
  • Flexible: do not lock the user to a "BDD" approach where user is forced to use Gherkin in order to use tranquility

Requirements

Make sure you have go installed. Latest version we've tried on was go1.12.7 darwin/amd64

In case you area already using Go modules you can just include "github.com/tranquility-bdd/tranquility" in your import statement.

Otherwise you can use the command go get "github.com/tranquility-bdd/tranquility" to download the package and then import it as before.

How to use

Let's say you want to do an automated check for a POST http request.

This is what a curl of that request would look like:

curl --location \
    --header "Content-Type: application/json" \
    --header "Accept-Language: es-ES" \
    --request POST "https://postman-echo.com/post?status=active" \
    --data '{"title":"Finding Tranquility"}'

And you expect the http response status should be 200 OK the response body should, among other data, include the json data you sent:

{"args":{"status":"active"},"data":{"title":"Finding Tranquility."},"files":{},"form":{},"headers":{"x-forwarded-proto":"https","host":"postman-echo.com","content-length":"32","accept-encoding":"gzip","accept-language":"es-ES","content-type":"application/json","user-agent":"Go-http-client/1.1","x-forwarded-port":"443"},"json":{"title":"Finding Tranquility."},"url":"https://postman-echo.com/post?status=active"}

In a new folder, create a file example.go, and in this file write, first import tranquility:

package main

import (
    "fmt"
    "github.com/tranquility-bdd/tranquility"
)

Then to define the above single Request where you'll code:

  1. it's PreAction,
  2. it's Action,
  3. and it's Test phases,

A PreAction phase is where you define setup work (or the environment), which will influence the Action in runtime. A PreAction can be defined as a function anywhere on your code, as long as the function receives an action as argument, for example:

func examplesetup(action *tranquility.Action) {

    // You can initialize and do the setup for the environment (tranquility's "Env")
    tranquility.Env.Init(map[string]string{})
    //(...)

    // You can set http request headers:
    action.Headers = map[string]string{
        "Accept-Language": "{{.language}}",
        "Content-Type": "application/json"}

    // also http request parameters:
    action.Parameters = map[string]string{
        "status": "{{.status}}"}

    // and anywhere in the code, you can also later add of a new http parameter, or http header:
    //action.Parameters["status"] = "{{.status}}"
}

A Test phase, is basically a function where you can perform assertions (or any other work) on the Action's Response:

func exampletest(res *tranquility.Response) {
    if res.StatusCode != 200 {
        panic(1)
    } else {
        fmt.Println("http status ✅")
        fmt.Println(res.Body)
    }
}

An Actionphase is currently how you define how the http request will look like in runtime when executed:

var url = "https://{{.deployment}}-echo.com/post"
var body = "{\"title\":\"{{.title}}\"}"
var action = &tranquility.Action{Method: "POST", URL: url, Body: body}

There are other arguments that make up an action, like Parameters and Headers which you can define as well when defining the action, like what was done in the last line of the above snippet, or you can define them in the PreAction, it's optional.

A Request is where you wrap up the PreAction, Action and Test:


// defining the request:
request := &tranquility.Request{
    PreAction:examplesetup,
    Action:action,
    Test:exampletest}

To run the request call:

request.Run()

You can as well as setup your Env both inside the PreAction, or outside of it globally, which will influence the execution of the Request (when calling yourRequest.Run());

tranquility.Env.Set("deployment", "postman")
tranquility.Env.Set("title", "Finding Tranquility.")
tranquility.Env.Set("status", "active")
tranquility.Env.Set("language", "es-ES")

All of the previous Env set key values mean that tranquility will take care for you of replacing any of the placeholders like {{.deployment}}, {{.title}}, {{.language}}, or any other key you define, in runtime, impacting the http request you are trying to run.

You can join up multiple Request's using a Collection, and they'll run sequentially by calling yourCollection.Run(). For example:

yourCollection := tranquility.Collection{
    &tranquility.Request{PreAction: basicPreAction, Action: a, Test: simple200Test},
    (...)}

More examples

You can check out a full example of Tranquility soon and another one that uses Cucumber here.

Feature roadmap

  • (MVP) Users can code their actions and manipulate environment (which influences actions)
  • (MVP) Create example repository that uses MVP version of tranquility with gucumber
  • Users can use PreAction and Test template/abstractions as part of their tests, if they opt for a unit approach
  • Users can define "Lego piece" of the 3 main components - PreAction, Action and Test
  • Users can import Postman environment Json files to pre-fill Env with the config data
  • (Optional/Doubt/Nice-to-have) Be able to export Scenarios built with Lego pieces to JSONs that obey postman schema

About the authors

tranquility was built as a pet project by Jorge Martínez and Filipe Freire. Feel free to contribute with a Pull-request or a new issue, and reach out with questions and ideas.

You can’t perform that action at this time.