On clicking a route in the router tree, the route details panel is displayed.
- The panel shows the details of the selected route, including the path, component, providers, guards etc.
- Clicking on a chip will navigate to the corresponding source file in the editor.
- Clicking on the path will navigate to the corresponding route in the router tree.
Demo Application Source: https://github.com/sumitarora/angular-routes-demo
Demo Application Deployed: https://sumitarora.github.io/angular-routes-demo/#/
PR Close#59999
Previously the `frameUrl` option in `chrome.devtools.inspectedWindow.eval` would throw errors when used in Firefox, preventing inspect source functionality for firefox users even if they don't need to target a particular frame on the page (they are on the top level frame with Angular DevTools).
Now this behaviour is as follows:
Firefox user that has the top level frame selected -> DevTools inspect functionality works as expected.
Firefox user that has a non-top level frame selected -> DevTools now renders a snackbar message informing the user of the limitation.
PR Close#60430
- Move all styles to ng-devtools/src/styles.
- Create a BrowserService that detects the browsers and adds it as a class to the body. Move global browser styles.
- Create theme mixins that incorporate the browser type into them.
- Refactor some of the affected code along with the introduced changes.
PR Close#59589
When a browser extension is updated it becomes invalidated on currently open pages. If that extension then tries to send a message to those pages through `chrome.runtime.sendMessage(..)` then an error is thrown in the console
For Angular DevTools, this results in spamming the console with "Uncaught Error: Extension context invalidated." errors.
This commit catches that error and removes the event listener that triggers the `chrome.runtime.sendMessage(...)` call.
PR Close#55697
This change is a proof of concept of how the new Chrome DevTools
Performance extension API (https://bit.ly/rpp-e11y) can be used to
surface Angular runtime data directly in the Chrome DevTools Performance
panel.
Specifically, it implements the following changes:
1. Use the profiling status notification API to toggle the Timing API:
The notification API is implemented under the
chrome.devtools.performance extension namespace and consits of two
events: ProfilingStarted and ProfilingStopped, dispatched when the
Performance panel has started and stopped recording, respectively. This
API is used to enable the Timings API when the recording has started in
the Performance panel and disable it when recording has stopped.
2. Use the User Timings `detail` field format specification of the
Performance extension API
(https://developer.mozilla.org/en-US/docs/Web/API/Performance_API/User_timing)
to inject data collected by the Angular Profiler into the
Performance panel timeline. Angular Profiler uses several hooks to
measure framework tasks like change detection. With this change, this
measurements are visible in the same context as the runtime data
collected by the browser in the Performance Panel timeline.
Note: to enable the user timings to be collected in the first place, one
needs to open the Angular DevTools panel so that the related artifacts
are loaded in the page. This shortcoming can be fixed in a follow up so
that the extra step isn't necessary.
PR Close#55805
This PR replaces all links available within the devtools to point
to the new docs.
The links to Input/Output (decorators) have been replaced with
their function (signal) counterparts: input, output.
PR Close#56138
This stamping is interfering with publishing to the Firefox addons store by brining in the entirety of the `.git` directory as part of the source code necessary for a reproducible build, which Firefox requires as part of it's approval process.
In it's place, we are now using the extension version pulled from the manifest.
PR Close#55694
This key comes from the release build of the Chrome extension. Setting it here configures the extension ID of a local build to match the extension ID of the public release. This makes Chrome recognize that local builds are the same extension leading to more intuitive behavior. It's also useful for allowlists of extension IDs to keep the local ID consistent.
PR Close#55639
Angular DevTools depends on many modern Angular features in order to function. As a result, at present the last officially supported version is v12. Angular DevTools may function for some Angular 9, 10 and 11 applications, but they are not officially supported.
This commit fixes an issue where DevTools would not inject a backend script into an Angular application if it detected it was below version 12. This backend script is important because it's used to inform the DevTools panel that the inspected application is in fact Angular, but that it is not on a supported version.
Angular 9, 10 and 11 applications that successfully have Angular DevTools initialize will now have a red highlight and tooltip on their version number, informing the user that they are using Angular DevTools on a version of Angular that is no longer supported.
Angular DevTools for applications that are below version 9 will continue to display the "Angular Devtools supports Angular versions 12 and above" message.
PR Close#55233
Previously, a race condition could cause DevTools to enter a state where it can't detect an application on reload. This was caused by a sequencing issue between the content script connection, the devtools panel connection and an event "backendReady" that lets DevTools know when a particular frame is ready to be inspected.
This commit replaces the previously stored backendReady boolean with a promise, so that the devtools panel can eventually run a callback to connect to a content script when that content script emits it's backendReady message.
PR Close#54805
