This library provides methods for interacting with SKY UX components during Karma unit tests.
This library has been deprecated in favor of @skyux-sdk/testing.
Install the library by running the following command from the directory where your SKY UX application resides:
npm install @blackbaud/skyux-lib-testing --save-dev --save-exact
- In your component's HTML, add a
data-sky-id
attribute to SKY UX components you want to examine in your tests. Example:
<sky-action-button
(actionClick)="filterActionClick()"
data-sky-id="filter-button"
>
<sky-action-button-icon [iconType]="iconType"></sky-action-button-icon>
<sky-action-button-header>
Build a new list
</sky-action-button-header>
<sky-action-button-details>
Start from scratch and fine-tune with filters
</sky-action-button-details>
</sky-action-button>
- In your component's
.spec.ts
file, add this code to the top of the file to import the component selector class:
import {
SkyTestComponentSelector
} from '@blackbaud/skyux-lib-testing';
- In your test, call the appropriate
select
method to a fixture representing the instance of your SKY UX component. Eachselect
method takes afixture
argument that represents the test fixture for the component you're testing and askyId
parameter that is the value of thedata-sky-id
attribute you added to the SKY UX component.
// Create the test fixture for your component that contains the SKY UX component.
const fixture = TestBed.createComponent(YourComponentType);
fixture.detectChanges();
// Get the SKY UX component.
const filterButton = SkyTestComponentSelector.selectActionButton(
fixture,
'filter-button'
);
- Now you can examine properties and invoke methods on the component:
// Validate content inside the SKY UX component
expect(filterButton.headerText).toBe('Build a new list');
// Validate that interacting with the SKY UX component makes the expected changes
// to your component.
filterButton.actionClick();
fixture.detectChanges();
expect(fixture.componentInstance.someProperty).toBe(
'value after clicking action button'
);
In your component's .spec.ts
file, add this code to the top of the file to import the extended Jasmine expect
function:
import {
expect
} from '@blackbaud/skyux-lib-testing';
In your test, wrap the expect
function around the element you wish to check for accessibility rules. It's important to wrap your test in Angular's async
method, since the accessibility checks are asynchronous.
it('should pass accessibility', async(() => {
expect(element).toBeAccessible();
}));
You may also use Jasmine's done
callback if the async
method is unavailable:
it('should pass accessibility', (done) => {
expect(element).toBeAccessible(done);
});
You may utilize the callback above to execute code after the checks have run.
it('should pass accessibility', async(() => {
expect(document).toBeAccessible(() => {
// Do something else...
});
}));
Each expectation can be provided with a custom configuration. (Be aware that custom config extends the default config, so is really only useful for disabling specific rules.)
it('should pass accessibility', async(() => {
expect(element).toBeAccessible(() => {}, {
rules: {
'color-contrast': { enabled: false }
}
});
}));
If you're running these tests in a SKY UX SPA, you can use the a11y
config from your skyuxconfig.json file:
skyuxconfig.json
{
"a11y": {
"rules": {
"color-contrast": {
"enabled": false
}
}
}
}
some.spec.ts
import {
SkyAppConfig
} from '@blackbaud/skyux-builder/runtime';
import {
SkyAppTestModule
} from '@blackbaud/skyux-builder/runtime/testing/browser';
import {
expect
} from '@blackbaud/skyux-lib-testing';
describe('...', () => {
beforeEach(() => {
TestBed.configureTestingModule({
imports: [
SkyAppTestModule
]
});
});
it('should pass accessibility', async(
inject([SkyAppConfig], (appConfig: SkyAppConfig) => {
expect(element).toBeAccessible(() => {}, config.skyux.a11y);
}))
);
});