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That Cypress can perform can effectively cover a lot of back end code. Second, we would like to capture the code coverage from the locally runningīack end server that is serving the front end web application and handles theĪPI requests from the web application under test. You can find aīahmutov/cypress-native-chrome-code-coverage-example

That can be collected by the Chrome browser's V8 engine. Step using the Istanbul.js library and instead capture the native code coverage First, we would like to avoid the 'manual' instrumentation

We are currently exploring two additional features for code coverage duringĮnd-to-end tests. You can also find full stack code coverage in ourĮven if you only want to measure the back end code coverage Cypress can help.īack end Code Coverage from Cypress API tests You can explore the above combined full stack coverage report at theĬoveralls.io/github/cypress-io/cypress-example-conduit-appĭashboard. It ( 'adds and completes todos', ( ) => įrom now on, the front end code coverage collected during end-to-end tests willīe merged with the code coverage from the instrumented back end code and saved To instrument the code as part of its transpilation. Instead of using the npx instrument command, we can use Increment the counters and flip some of the zero counters into positive numbers. Statements were each executed once and the last statement was never executed (it In green, we highlighted the 4 statements present in that file. For example the file src/index.js has the following information: If we drill into the coverage object we can see the statements executed in eachįile. We can see the counters if we serve the instrumented folder instead of Information is stored in a single object attached to the browser's window Notice the calls to cov_18hmhptych.s++ and cov_18hmhptych.s++ that s ++, createStore (reducer ) )Ĭov_18hmhptych.

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