1) Factors InkWell out of Material so that components can use an ink well
without needing the shadow/level machinery.
2) Makes the ink effect move at a different velocity once the tap has actually
occurred, converging with the spec. We don't have the right speeds yet, but
at least we're approaching the right shape.
3) To support (2), added a primaryPointer attribute to GestureEvents to let
authors coorelate gesturetapdown events with later gesturetap events.
4) To support (2), modernized SplashAnimation to used AnimatedValue and friends.
5) Added more constants to view-configuration.dart that match Android.
I've also removed the cancelling of the ink effect on scroll. The proper way to
do that is to notice that someone in the event chain is listening for
scrollstart and delay the beginning of the ink effect for some period of time.
R=eseidel@chromium.org
Review URL: https://codereview.chromium.org/1019023003
This CL uses the aura fling curve to ease flings. Also, I've made Event#timeStamp
use consistent units and timebase with the requestAnimationFrame timestamp. Now
both are doubles of milliseconds since the epoch.
R=esprehn@chromium.org
Review URL: https://codereview.chromium.org/880473003
This CL moves KeyboardEvents from the old event model to NewEventHandler. This
CL keeps the basic structure of keydown, keypress, keyup events even though
that's a bit wacky. As with pointer and gesture events, this CL removes
PlatformKeyboardEvent in favor of just using WebKeyboardEvent. I've also made
WebKeyboardEvent align more closely with Mojo's keyboard event.
The CL does change one important aspect of key event handling: on the web the
"keyCode" property of KeyboardEvent changes its meaning depending on whether
the event is a keydown or a keypress event. For the former events, keyCode is
the "virtual" (i.e., windows) key code where for the latter events, keyCode is
the character code. To be more precise, I've renamed keyCode to virtualKeyCode
and I've given it a zero (unknown key code) value during keypress events.
R=ojan@chromium.org, eseidel@chromium.org
Review URL: https://codereview.chromium.org/872233002
This CL switches Sky to a pointer events model that unifies mouse and touch
with a common event model. This implementation is just enough to make the
example widgets work. The rest of the design is in the specs, which we hope to
converge with over time.
R=ojan@chromium.org
Review URL: https://codereview.chromium.org/866213004
blink::EventHandler is really hairy and deals with a lot of complex cases that
don't matter for Sky. This CL starts a NewEventHandler and adds support for
PointerEvents there. The NewEventHandler will eventually replace EventHandler
once we've actually migrated over from Mouse+Touch events to PointerEvents.
R=esprehn@chromium.org, ojan@chromium.org, eseidel@chromium.org
Review URL: https://codereview.chromium.org/823873004
Moving WebInputEvent into public/platform lets us refer to it directly in core, which will let us remove the PlatformFooEvent classes.
The final pipeline will be:
1) mojo::InputEvent (IPC type, device pixels)
2) blink::WebInputEvent (platform abstraction, logical pixels)
3) blink::Event (DOM type, logical pixels)
If mojo::InputEvent used logical pixels, it would probably be easier to just
use mojo::InputEvent as the platform abstraction, but instead we use the
mojo-to-blink conversion to translate between device and logical pixels, like
we do everywhere else in Sky.
R=eseidel@google.com, eseidel@chromium.org
Review URL: https://codereview.chromium.org/860593003
