A module to help with Node.js OpenShift integration tests.
Add rhoaster
to your project.
npm install --save-dev rhoaster
In your test files, deploy and undeploy your application to whatever OpenShift instance you are logged into. This works with a local code-ready-containers installation as well.
Here is an example usage with tape
and supertest
.
const test = require('tape');
const request = require('supertest');
const rhoaster = require('rhoaster');
const testEnvironment = rhoaster({
deploymentName: 'my-nodejs-service'
});
testEnvironment.deploy()
.then(runTests)
.then(_ => test.onFinish(testEnvironment.undeploy))
.catch(console.error);
function runTests (route) {
test('/api/health/readiness', t => {
t.plan(1);
request(route)
.get('/api/health/readiness')
.expect(200)
.expect('Content-Type', /text\/html/)
.then(response => {
t.equal(response.text, 'OK');
})
.then(_ => t.end())
.catch(t.fail);
});
}
A few options are accepted by the rhoaster()
function.
options.projectLocation
is the directory of the project being tested. Default:process.cwd()
.options.deploymentName
is the name to be used in OpenShift for the application under test. Default:path.basename(process.cwd())
.options.strictSSL
determines whether a self-signed certificate presented by the OpenShift API server is OK. Default:false
.options.forceDeploy
tellsrhoaster
to re-deploy the application even if a deployment configuration already exists in OpenShift by the samedeploymentName
.