Skellig is Automation/Performance Testing Framework with focus on writing tests with minimal coding. It has its own DSL which is designed to write various tests data and validation rules for execution result. The Skellig DSL provides essential built-in functions and data converters which help to work with test data, although providing enough flexibility to write your own plugins or specific logic on Kotlin/Java.
- Send HTTP requests and validate response
- Sync/Async operations with TCP / AMQP / IBMMQ channels (ex. send, read, consume, respond) with output validation
- RMDB/NOSQL database operations (ex. select, insert, delete) with data validation
- Remote Unix commands with response validation
- Performance testing with build-in or Prometheus metrics
A simple and quick test which demonstrates how to write a test using Skellig Framework. This test books a ticket by sending a POST request to a web service with relevant information and verifies the response. It also checks if the database has a valid record and before running the test, it adds an event to book by placing it into the RMQ channel.
File bookings.skellig
Feature: Booking events
Scenario: Book seats of the event
* Add event with available seats <available_seats>
|newEventCode |<eventCode> |
* Book seats <seats> of the event
* Seats <seats> have been booked successfully for the event
Examples:
|eventCode|available_seats |seats |
|e0001 |s1=10,s2=20 |s2 |
File bookings.sts
name("Add event with available seats (.+)") {
id = addEventTest
protocol = rmq
sendTo ["event.changed"]
properties { content_type = application/json }
values {
// if parameter 'newEventCode' not provided,
// then use the standard function inc(event,5) to increment 5 digits every run for key 'event'
// and attach it to 'evt1_'
eventCode = ${newEventCode,evt1_inc(event,5)}
}
message {
// convert data to json
json {
code = ${eventCode}
name = "event 1"
// use standard function toDateTime(...) which returns LocalDateTime object
date = toDateTime("01-01-2020 10:30:00")
location = somewhere
pricePerSeats [ ${1} ] // set data from captured first parameter taken from test name
takenSeats [${takenSeats,}]
}
}
}
name("Book seats (.+) of the event\s*(.*)") {
url = "/booking/request"
method = POST
headers { Content-type = "application/json"}
values {
// set second parameter captured from the test name to 'eventCode' var
// otherwise get 'eventCode' from test with id 'addEventTest'
eventCode = ${2,${get(addEventTest).values.eventCode}}
}
payload {
json {
eventCode = ${eventCode} // get 'eventCode' from the values
seats = listOf(${1}) // just another way of setting list, instead of [...]
}
}
validate {
statusCode = "200".toInt() // convert to int
// extract body from the response and convert to string, then validate some fields.
// Because it's json, we extract these fields by jsonPath'
body.toString() {
jsonPath(eventCode) = ${eventCode}
jsonPath(success) = true
}
}
}
name("Seats (.+) have been booked successfully for the event") {
servers [skellig-db]
table = event
command = select
where {
code = get(addEventTest).values.eventCode
}
validate {
// as the result is a list of rows, we take the first row and validate just one column from it
skellig-db.fromIndex(0).taken_seats = contains(${1})
}
}
SkelligDemoTestRunner class
@RunWith(SkelligRunner.class)
@SkelligOptions(
features = {"tests/"},
testSteps = {"tests", "org.skellig.demo"},
config = "skellig-demo-local.conf")
public class SkelligDemoTestRunner {
}
For more information please refer this guide
Or for complete source code of the demo project with the latest updates
IntelliJ plugin page