button group instead of centered.
* On low resolution devices the padding towards the edges of the screen of
the left and right button groups are now removed.
* Since the status_bar was merged into the control-bar the actual status_bar
element became redundant and was therefor removed.
* Improved the style of the control-bar when there is an error or a warning.
* Implemented a fix so that vnc_auto.html works as intended with the improved
screen real estate patch.
Correctly identifies the use of http/https and forces the value of port to 80 and 443
respectively, as in this situation window.location.port is blank.
This is patch includes the same changes as made in vnc_auto.html
Related to issue/pulls:
https://github.com/kanaka/noVNC/issues/194https://github.com/kanaka/noVNC/pull/201https://github.com/kanaka/noVNC/pull/202
In IE9, the window.onload event can fire before dynamically loaded
scripts have finished loading. This can result in either WebSocket (in
the case of vnc_auto.html) or RFB (in the case of vnc.html) not being
defined at the point when window.onload is called.
- Move the load_scripts routine from vnc.js to util.js (so that
websockify can use it too). Also, refactor to work when load_scripts
is called by a script that itself uses load_scripts. When the whole
chain of dynamically loaded scripts is finished then call
window.onscriptsload. Use this mechanism in all the places that
depend on dynamic loading of scripts: vnc.html, vnc_auto.html,
websock.js, tests/vnc_playback.html, and tests/vnc_perf.html.
- Use the new window.onscriptsload handler instead of window.onload.
- Remove include/start.js and do the script loading and startup event
handling in include/ui.js instead.
The MPL 2.0 license is a "file-level" copyleft license vs the
"project-level" nature of the L/GPL. The intention of noVNC has
always been that it should be easy to incorporate into existing
projects and sites whether free/open or proprietary/commercial. The MPL
2.0 is designed for this sort of combination project but still
requires that any distributed modifications to noVNC source files must
also be published under the same license.
In addition, the MPL 2.0 allows the code to be used in L/GPL projects
(the secondary license clause). This means that any projects that are
already incorporating noVNC should not be impacted by this change and
in fact it should clarify the licensing situation (the exact
application of the L/GPL to web applications and interpreted code is
somewhat ambiguous).
The HTML, CSS, image and font files continue to be under more
permissive licenses (see LICENSE.txt). The included websockify python
code remains under a LGPLv3 license although the include/websock.js
file from the websockify component is now under MPL 2.0 as well.
Permission was received from other noVNC authors to make this change to their
code license on the following dates:
- Chris Gordon (UI): Jun 24, 2012
- Antoine Mercadal (DOM,*util.js): Oct 10, 2012
- William Lightning (UltraVNC repeater): Oct 10, 2012
- Mike Tinglof (tight encoding): Oct 15, 2012
Move all the inline Javascript event handlers from vnc.html to
include/ui.js except the load handler which is moved to
include/start.js). This is on the path towards a Chrome
extension/packaged app since inline Javascript is prohibited in that
situation.
Switch from using cookies to store setting to using localStorage (or
chrome.storage.sync if available in extension/app mode) for the
settings. Also refactor to make the initializing of the setting and
and loading of the UI to be more asynchronous.
Clarify in LICENSE.txt that the noVNC core library is the part that is
LGPLv3 licensed. The HTML, CSS, images and fonts are separate from the
core library and can be modified and distributed with the noVNC core
but under their own license conditions.
HTML and CSS: 2-Clause BSD
Fonts: SIL OFL 1.1
Images: CC BY SA 3.0
In other words, you can modify the layout and appearance of of noVNC
to integrate with an existing or new web site or application without
having to publish the source for those modifications under the LGPLv3.
However, use of and modification of the noVNC core library (i.e. the
core Javascript that makes up noVNC) must still be according to the
LGPLv3.
Chris Gordon was the other contributor to the HTML, CSS, and images
included with noVNC and gave permission for this license clarification
on June 23, 2012.
I.e. if the page is https:// then the WebSocket encrypt setting will
default to wss:// (TLS encryption).
Note that since noVNC settings are saved in cookies, this will only
affect first load. If you have already loaded the page, then the
encrypt setting will be whatever you last set it to.
Resolve issue: https://github.com/kanaka/noVNC/pull/101
Based on proposal from @mightpenguin:
Matthew Balman <emperor@mightypenguin.org>
If view_only option is set then do not send mouse and keyboard events.
This is not a secure/enforced way to make a client view only. To
enforce view only at the server, most VNC servers support setting
a view only password.
- Remove the images using the old font.
- Simplify the naming of the new control bar icon images.
- Change keyboard input type to 'email'. 'url' type doesn't have
a space bar.
- Some clarifications to main LICENSE.txt file.
- CSS highlighting of buttons when selected.
- Keyboard button tweaked to allow show/hide toggle of keyboard.
Signed-off-by: Chris Gordon <snorkeyg@gmail.com>
- Make sure that on iOS the clipping setting is always forced to be
enabled.
- Hide the showKeyboard button unless connected.
- Use the URL text entry method and disable autocorrect and
autocapitalize in the show keyboard input box.
Cleanup:
- remove unused changeViewportMeta function from include/ui.js
- remove some debug output and debug CSS.
- rename panel toggle functions and put them in same location in the
code.
- refactor some code from updateState to updateVisualState routine
(renamed from updateSettingsState).
API changes (forward compatible):
- Display: add 'viewport' conf option to turn on and off viewport
mode.
- RFB: add 'viewportDrag' option to enable/disable viewport dragging
mode.
Other:
- Add clip mode setting to default UI. For touch devices, clipping is
forced on.
- Use CSS media queries to adjust visual elements based on screen
size. Especially disconnected logo size/position and button text size.
- Catch page unload while connected and give a confirm dialog.
- Change mouse button selector to a single button that changes between
' ', 'L', 'M', 'R' when clicked (empty means mouse is just being
moved and doesn't send clicks).
- include/ui.js:setViewClip() routine sets the clipping of the
viewport to the current size of the viewport area (if clipping is
enabled).
- include/ui.js:setViewDrag() toggles/enables/disables viewport
dragging mode.
- Add several images for the UI and for Apple devices:
- images/clipboard.png: clipboard menu icon
- images/connect.png: connect menu icon
- images/disconnect.png: disconnect button icon
- images/keyboard.png: show keyboard button
- images/move.png: viewport drag/move toggle button
- images/settings.png: settings menu icon
- images/screen_320x460.png: iOS app/desktop link start image
- images/screen_57x57.png: iOS app icon
- images/screen_700x700.png: full size noVNC image
Another firefox issue is that height: 100% is calculated as 100% of
the containing element even when the containing element is the window.
This means that the size of any sibling element shifts the window size
down by that much and causes the vertical scroll bars to appear. This
doesn't happen in Chrome.
- So instead, put a pad element inside the noVNC_screen element that
is the size of the control bar. This is hidden by the control bar,
however, it causes things to be sized correctly.
- Also, rename noVNC_defaultScreen to noVNC_logo.
- Clean some style specification out of the HTML.
First crack at supporting touch screen for devices like Android and
iOS tablets. Part of https://github.com/kanaka/noVNC/issues/48.
This change detects touch screen support and uses the touchstart,
touchmove, touchend events in place of the normal mouse events.
In order to support middle and right mouse clicks, if the device is
a touch device, then three toggle buttons are added to the UI
representing the left, middle and right mouse buttons. These select
which mouse button will be sent when the screen is touched. All the
buttons can be toggled off, in which case then the touch events only
move the mouse cursor rather than sending a mouse down and mouse up
for touchstart and touchend events respectively. This allows fairly
full control with the mouse on touch screens.
API changes:
- include/canvas.js renamed to include/display.js
- Display.rescale() method removed from API. Use Display.set_scale() instead.
- Make logo configuration attribute of Display and display it when
clear() is called if it is set.
API deprecations:
- use RFB onUpdateState instead of updateState.
- use RFB onClipboard instead of clipboardReceive.
See https://github.com/kanaka/noVNC/wiki/ModuleAPI for detailed noVNC
modules and API description.
Expand and normalize the event/callback interfaces. Standize on
"onEventName" form for callbacks.
Callback Renames:
- RFB updateState -> onUpdateState
- RFB clipboardReceive -> onClipboard
- Keyboard keyPress -> onKeyPress
- Mouse mouseButton -> onMouseButton
- Mouse mouseMove -> onMouseMove
Callback Additions:
- RFB onPasswordRequired
- RFB onBell
- RFB onFBUReceive
- RFB onFBUComplete
Other:
- Add array type support to Util.conf_default()
- Removed a bunch of routines from the Display API that were just used
internally and not actually by noVNC: flush, setFillColor,
imageDataGet, imageDataCreate, rgbxImageData, rgbxImageFill,
cmapImageData, cmapImageFill.
- More keyboard/mouse logging when debug turned on.
- Some JSLinting
API change: changed include path variable from VNC_uri_prefix to
URI_INCLUDE since websock.js uses the variable and websock.js is no
longer just for noVNC (i.e. websockify is really the canonical
location for websock.js).
Changes to get web-socket-js to work. Right now it's a hack to get
around: https://github.com/gimite/web-socket-js/issues#issue/41. The
hack is to disable caching of the flash objects by appending
"?" + Math.random() to the end of the flash object path (but only when
using IE).
Rename the $() selector to $D() so that it doesn't collide with
the jQuery name.
The API change is that the 'target' option for Canvas and RFB objects
must now be a DOM Canvas element. A string is no longer accepted
because this requires that a DOM lookup is done and the Canvas and RFB
should have no UI code in them. Modularity.
samhed
Joel Martin
Samuel Mannehed
Peter Åstrand (astrand)
Will Rouesnel
William Lightning
Chris Gordon
Joel Martin