Moves the `waitForEvent` implementation into an `ExtendedEventEmitter` class.
This is step one if we want to add `waitForEvent` to `Worker`, `Browser`, and `BrowserServer` objects. All of these only have a 'close' event, but I still feel we should be consistent with our event emitters.
I don't have a macos 10.13 build to test on, and we aren't set up to compile it for WebKit. However there is a good chance this will work for Chromium and Firefox.
I also improved the error message received when on an unsupported platform.
#1535
This encapsulates selectors logic in one place, in a preparation for more complex scenarios like main-world selectors or piercing frames.
Note: we had `Page.fill should wait for visible visibilty` test, but we do not actually wait for visible in page.fill(). It happened to pass due to lucky evaluation order.
References #1316.
Show just a warning instead of preventing the launch on Firefox and WebKit to minimize the error rate / entry barrier.
Not fully sure if `console.warn` is okay for that.
Closes#1440
This patch removes the `PLAYWRIGHT_GLOBAL_INSTALL=1` variable
and instead introduces a new var - `PLAYWRIGHT_BROWSERS_PATH`.
You can specify `PLAYWRIGHT_BROWSERS_PATH` to affect where playwright
installs browsers and where it looks for browsers.
Fixes#1102
This generates typescript definitions based on the api.md, instead of autogenerating them from the typescript source code.
Now types
- only include the public api
- work with older versions of typescript
- include descriptions
- are more consistent
- are more complete
#6
This patch:
- removes `browserType.downloadBrowserIfNeeded()` method. The method
turned out to be ill-behaving and cannot not be used as we'd like to (see #1085)
- adds a `browserType.setExecutablePath` method to set a browser
exectuable.
With this patch, we take the following approach towards managing browser downloads:
- `playwright-core` doesn't download any browsers. In `playwright-core`, `playwright.chromium.executablePath()` returns `null` (same for firefox and webkit).
- clients of `playwright-core` (e.g. `playwright` and others) download browsers one way or another.
They can then configure `playwright` with executable paths and re-export the `playwright` object to their clients.
- `playwright`, `playwright-firefox`, `playwright-chromium` and `playwright-webkit` download
browsers. Once browsers are downloaded, their executable paths are saved to a `.downloaded-browsers.json` file. This file is read in `playwright/index.js` to configure browser executable paths and re-export the API.
- special case is `install-from-github.js` that also cleans up old browsers.
