In the case that the replayer triggers multiple FullSnapshot events, it
will call waitForStylesheetLoad multiple times. When the replayer
resumes, it could already have a timeoffset set from a previous
resume in a previous waitForStylesheetLoad call. In this case our new
timeoffset should be the value of our current time in the replay
(timer.timeOffset + getTimeOffset()). To solve this, I created a public
getCurrentTime function which correctly returns the time in the replay
and used that as our new timeoffset when resuming from a stylesheet
load.
This is the record side impl of custom event, according to the
issue, we may also add first-class support for the custom event
tag like display color labels in the replayer-ui.
'pointer-events: none' prevents the user from interacting with the DOM
inside of the iframe. This prevents accidental tampering by a user when
watching replays such as link clicks or DOM manipulation.
pointer-events supported by 97.15% usage: https://caniuse.com/#feat=pointer-events
This is an important patch contains some crtical bug fixes for
the DOM mutation observer.
Previously the observer did not handle complex DOM movement very
well. So in this patch we optimized this by distinguishing moved
node better and added a resolving queue to avoid the error caused
by ordering.
1. add a liveMode flag to config, when liveMode is set, the timer
will keep running even though all the actions casted
2. add a public method addEvent, which will cast newly added event
in sync
3. move mouse in sync mode with the latest position info
Increase the throttle value of collecting mouse move and add a
transition time to the replayer's mouse. This may decrease the
size of mouse move data and make the replay movement more smooth.
Another change is to move and hover when click event is replayed.
This is to improve the replay of some programmatic click, such as
E2E tests.
If an element was blocked, its child nodes should also be blocked.
The interactions and mutations on the element and its child nodes
also need to be blocked.
Skip inactive time is an important and useful feature. We consider
user interaction events as active, and check next user interaction
event after apply incremental snapshot.
If next user interaction event has a time gap larger than the
threshold, we will set a dynamic speed value which will skip the
inactive time interval in about 5 seconds.
