Toggling the enabled state is a remnant from an earlier version
of the code where we could determine if the the session is actually
clipped, and not just that the setting is enabled.
Right now we only change things based on the setting, so let's
completely hide the button when clipping is disabled.
It is not relevant for the connection stage so it should not have
been a constructor argument to begin with. Ship with a warning for
a release before we remove it.
* First attempt to make the fullscreen button work inside an iframe.
* Cleaner distinction between document element and document.
* Scoping corrections. Auto-detect correct iframe.
* Added comments to the relevant sections.
* IE issue fixed.
* Same source issue solved. fullscreenToggle now checks if it is permitted to inspect other iframes.
Previously scrollbars were disabled on all touch devices. This meant
that they were disabled on Windows when touch was detected. Windows does
in fact have useful scrollbars even in touch mode. Fixes Issue #1172
* Change copyright header
This updates the copyright header to say "The noVNC Authors". People
who previously had copyright listings are now under the AUTHORS file.
The enableDisableViewClip call in the fullscreen code didn't have any
effect and should have been removed when the special case for clipping
in IE and Safari fullscreen was removed in b18ef81.
The setViewDrag call claimed to disable view drag on UI state change.
The UI states are:
init, connecting, connected, reconnecting, disconnecting, disconnected
The only state where the called function didn't immediately return was
"connected" and that's the only state where enabling view drag is
possible. Thus it could never have been enabled when changing to the
"connected" state.
Always use the shorthand notation if the function is a method of an object or class `{ foo() { ... } }` or `class bar { foo() { ... } }`
unless it's a callback in which case you a fat arrow function should be used `{ cb: () => { ... } }`
Chinese has several writing systems so we need to be clear which one
our translation covers. The one we currently have is for Traditional
Chinese so make sure it uses the matching language tag.
This only reads from localstorage in order to initialize the settings
map. After initializaton, reads will return the value from the map.
When writing a value, the settings map and the local storage
are updated, unless the setting is a default value or derived from
the query string.
This has a few advantages:
1. Saved settings will not be overridden by settings specified in
the query string. This means a setting could be temporarily changed
using the query string, but once removed from the query string, the
setting would return back to what the user selected.
2. Default values will not be saved. If a user has always used
the default value for a setting, then they can move to a new version
with different defaults without clearing localstorage.
3. Changes made to localstorage in a session running in a different
window will not affect the settings in the current window (until
the page is refreshed).
Regarding eraseSetting:
It is possible that another tab could change the value, leading
to an unexpected value change in the tab that deletes. However,
this function is currently unused, so this will be evaluted if
and when it used.
We can be disconnected because of server reasons, not just because
someone clicked the disconnect button. Make sure we clean up the
reference and get a proper state in those cases as well.
Instead of waiting for updateVisualState() to be called in order for the
interface to update, we can call it directly in updateViewOnly(). This
is a better placement logically as well. Another upside of this is that
we can call updateVisualState() earlier on connect, that allows for the
"connecting"-throbber to be shown quicker.
The UI does after all have enough information to determine if the
disconnection event was received before or after we were connected. If
we were never connected at all, we should adapt the error message to
reflect this.
And only show the first error. This means that if UI.showStatus() is
called for a new error while one error is already showing, the new
error will not be shown. However, if a warning was showing and a new
error comes up, the warning will be overwritten.
The API allowed strings to be passed from the RFB module to the
application using the disconnect reason. This caused problems since
the application didn't have control over translations for these
strings.
Most of the information being passed using this string was very
technical and not helpful to the end user. One exception to this was
the security result information regarding for example authentication
failures. The protocol allows the VNC server to pass a string
directly to the user in the security result.
So the disconnect reason is replaced by a boolean saying if the
disconnection was clean or not. And for the security result information
from the server, a new event has been added.
Instead of exposing all the internal connection states, the RFB module
will now only send events on connect and on disconnect. This makes it
simpler for the application and gets rid of the double events that were
being sent on disconnect (previously updatestate and disconnect).
An RFB object represents a single connection so it doesn't make
sense to have one without it trying to connect right away. Matches
the behaviour of other APIs, e.g. WebSocket.
Use normal properties with JavaScript setters and getters instead of
our homegrown stuff.
This also changes the properties to follow normal naming conventions.
The previous method of retaining focus didn't work reliably when
the RFB object tried to move the focus to the canvas. Add a setting
to control "focus on click" behaviour instead of letting them try
to fight it out.
We broke handling of keydown/keyup when we moved the focus to the
canvas, as events from our input element would then no longer be
caught when they bubbled up to the document object (where we
previously caught events).
Restore the previous behaviour in a cleaner manner by creating a
second Keyboard object to handle this extra input variant.
Avoid the deprecated keypress event in favour of the keydown event.
It has the benefit of triggering for all keys, not just those that
produce symbols.
Give the canvas proper focus handling. This avoids messy logic that
needs to disable and enable event handling when we want to interact
with other UI elements.
It also makes sure we can properly inhibit the browser from triggering
local actions on key presses.
Pierre Ossman
Samuel Mannehed
Niko Lehto
Juanjo Diaz
nnn1590
Ján Jockusch
Dmitriy Shweew
Baw_Appie
Sebastian Safari
Petr
Solly Ross
Alexander E. Patrakov
CUI Wei
Andrew Webster
Ömer ÇAKMAK
Juanjo Diaz
Peter Dave Hello
Deni42
Mariusz Jamro
Giannis Kosmas