@dbouckaert/zephyr-scale-reporter
v1.5.1
Published
ZH, or zephyr helpers is a Node JS framework that implements test suites with Zephyr scale for Jira. It uses a soft-assert function to absorb failing assertions and translate them to a true/false value.
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What is ZH?
ZH, or zephyr helpers is a Node JS framework that implements test suites with Zephyr scale for Jira.
It uses a soft-assert function to absorb failing assertions and translate them to a true/false value.
Installing
Install ZH for Mac, Linux, or Windows
npm install @dbouckaert/zh --save-dev
License
This project is licensed under the terms of the MIT license.
Getting started
Include the module into your test suite.
const zh = require('@dbouckaert/zh')
Initiation
The first thing you'll want to do is to call the function setVars()
It populates the framework with critical information.
One option is to do this inside of the before
block.
Secondly use the function getAllTestCases()
to create an array with all the existing test cases in your Zephyr project - and store the result in an array.
before(async function () {
// FIRST: setting variables for zephyrHelpers (without the project ID)
await zephyrHelpers.init({
zephyrURL: 'https://<url.to.your.jira.env>',
zephyrUser: credentials.zephyrUser,
zephyrPass: credentials.zephyrPassword,
jiraUser: '[email protected]',
zephyrProjectName: projectName,
zephyrFolderName: folderName,
environment: process.env.ENV,
defaultJiraId: 'JIRAUSER123',
});
// SECOND: filter all testcases, looking for a match based on our project ID
testcaseArray = await zephyrHelpers.getAllTestcases();
});
Note: don't store clear text passwords in your repository.
Example use case
Explenation:
There are 2 variables defined to store the result of the GET call: payloadResult
& responseCodeResult
.
A varable testName
is created that holds the exact name of the test case in Zephyr Scale.
Another variable testrunId
is being created, it's value is set by calling the function createNewTestrun
, 2 parameters are passed (as an object):
- testcaseArray: the test case array (from our before block)
- name: the test case name
Then the REST call is executed, and afterwards (.then) the value of payloadResult
& responseCodeResult
are being set.
Using the softAssert
method:
responseCodeResult
softAssert.equals()
is comparing if two parameters are an exact match and returnstrue
orfalse
.payloadResult
softAssert.includes()
is checking if the value of parameter 'B' is included in parameter 'A' and returnstrue
orfalse
.
Next up: calling the updateTestResult()
function. This sends the result over to Zephyr Scale, making it visible in the test case (tab executions).
Finally: calling the softAssert.assertAll()
function. This function checks if any error were absorbed during the soft-asserts. If there are, the errors are logged in the console, and the test runner will mark the test as failed.
Note: your CI system will also mark the job/run as failed
it('Call /users without authorisation header', async function () {
let payloadResult, responseCodeResult;
const testName = 'GET /users without authorisation header (Sad flow)';
const testrunId = await zephyrHelpers.createNewTestrun({
testcaseArray: testcaseArray,
name: testName,
});
await request(baseURL)
.get(
`/users?id=${getUser.id}&userIdentification=${getUser.userIdentification}&username=${getUser.username}`
)
.then((res) => {
responseCodeResult = zephyrHelpers.softAssert.equals(res.statusCode, 401);
payloadResult = zephyrHelpers.softAssert.includes(
res.body.error,
'Unauthorized'
);
});
zephyrHelpers.updateTestResult({
testRunId: testrunId,
testStatus: payloadResult && responseCodeResult,
});
await zephyrHelpers.softAssert.assertAll();
});