The logic for waitForXPath and waitForSelector is currently very tightly coupled. This commit tries to untangle that relationship. This is the first step towards introducing built-in query handlers that are not executed in the page context (#6307).
Debug message clarifying the problem like `Issue 1060080: Event Network.loadingFinished is not sent when a frame is loaded from another domain`: https://bugs.chromium.org/p/chromium/issues/detail?id=1060080).
It can help users to identify problem with OOPIF easier without digging into the CDP protocol implementation like in the bug `1060080` mentioned above.
To reproduce:
1. Run `DEBUG="puppeteer:frame" NODE_PATH=../ node examples/oopif.js`.
2. Verify the output contains the debug message:
`
puppeteer:frame The frame '...' moved to another session. Out-of-proccess
iframes (OOPIF) are not supported by Puppeteer yet.
https://github.com/puppeteer/puppeteer/issues/2548
`
* roll Chromium to version 86, r800071
* roll Chrome DevTools protocol version to 0.0.799653
* fix HTTPRequest.continue after
* CDP: accept post data in the binary form in Fetch.continueRequest.
https://chromium-review.googlesource.com/c/chromium/src/+/2315239
* update new-docs
prior command installs stable version of chrome (RUN command), but after that, the docs is referring to unstable version.
added correct commands for troubleshooting in linux environment.
By adding support for an environment variable `PUPPETEER_DOWNLOAD_PATH` it is possible to support downloading the browser binaries into a folder outside the `node_modules` folder. This makes it possible to preserve previously downloaded binaries in order to skip downloading them again.
This commit creates a test that runs in the browser and ensures that we
can instantiate a pptr Connection with a fake transport and send/receive
messages.
Longer term I'd like to have tests that actually connect to a browser
and send CDP messages but that needs some changes to web-test-runner
which I'm going to speak to them about - the DevTools URL needs to be
exposed some how for us to use and connect to.
This commit also removes our own custom type for defining the vision
deficiencies and uses the protocol's type. Now we generate docs for
those we get the docs generated for free for these. This is better than
us duplicating values for types in doc comments and having them become
outdated. If we use the protocol types directly then we ensure we're up
to date and in-sync.
Long term the docs will also link to the devtools-protocol viewer.
This corresponds to Chromium 85.0.4182.0.
This roll includes:
- Enable SameSiteByDefaultCookies and CookiesWithoutSameSiteMustBeSecure
https://crrev.com/c/2231445
- [FlexNG] Enable FlexNG by default
https://crrev.com/c/2216595Closes#6151.
The Node debug library uses the `DEBUG` environment variable to
configure what gets logged. Our browser version just logs everything;
this commit changes it to look for `window.__PUPPETEER_DEBUG` and matches the behaviour accordingly:
* If the value is not set, nothing is logged.
* If the value is set to `*` everything is logged.
* If the value is set to a string `foo`, messages with that prefix are
logged.
* If the value is set to a string ending in `*`, e.g. `foo*`, messages
with prefixes that start with `foo` are logged.
Also took the opportunity to pull out the PDF types into their own file
to clear up `Page.ts` slightly and give the PDF code a more natural
place to live.
* chore: vendor Mitt into src/common/third-party
As discussed in #6203 we need to vendor our common dependencies in so
that when we ship an ESM build all imports point to file paths and do
not rely on Node resolution (e.g. a browser does not understand `import
mitt from 'mitt'`).
* chore: enforce file extensions on imports
To make our output agnostic it should include file extensions in the
output, as per the ESM spec. It's a bit odd for Node packages but makes
it easier to publish a browser build.
