The default allowScriptAccess value for polyfilled elements has been set
to samedomain. This means that it's true if the SWF file has the same
domain as the player website and false otherwise.
To do this, a new isPolyfillElement parameter is given to the
RufflePlayer::load method.
Previously, the Ruffle configuration options weren't working properly
for polyfilled elements.
A polyfilled element can have specific configuration options which
overwrite the more general Ruffle configuration settings.
But the code handling those specific configuration options has
previously set some of them to default values if they haven't been
provided, therefore overwriting the more general configuration settings.
This has been fixed. A getPolyfillOptions function has been created and
returns a URLLoadOptions object, containing only the options that have
been set for the respective element. Helper functions have been adapted
to not return any default values anymore.
getPolyfillOptions is now used in all places where polyfilled options
need to be retrieved (therefore reducing duplicated code).
Documentation has been added to clarify that these options must not
contain any default values, since those would overwrite other
configuration settings with a lower priority.
The extension and demo code has been changed to clarify that no default
values are contained in the element configuration options.
The RuffleEmbed::attributeChangedCallback method has previously loaded
an SWF file only with the parameters and base options. This has been
fixed as well since it now also uses getPolyfillOptions.
When using RuffleObject::connectedCallback to load an SWF file, setting
an element config option to "" hasn't worked for most config options
before either. This has been fixed as well by using the new
getPolyfillOptions function.
The default WindowMode value of the default Ruffle web config has been
set to Window (as it is in the desktop version and according to the
documentation). It has previously been set to Opaque (which causes the
same functionality).
Previously, the volume transformation to adapt the volume for
logarithmic hearing has been performed in the VolumeControls Rust struct
and TypeScript class each.
Since this calculation is the same on desktop and web and should be
implemented in the audio backend, it has been moved into the
AudioMixer::mix_audio method.
The VolumeControls struct and class now only calculate the linear volume
out of the checkbox and the slider.
Player::set_volume and Player::volume now don't take and return the
adapted volume, but use the linear volume (which gets saved internally).
The web version of Ruffle now has a volume controls window. It can be
accessed through the right-click menu (Right-click > Volume controls).
It contains a mute button and a slider from 0 to 100.
To achieve this, a new volume controls modal has been added to the
shadow template.
TypeScript is used to create texts, set the controls and add event
listeners to update the settings and controls when being changed.
The volume settings set in the GUI are saved in a new VolumeControls
class, which is also used to calculate the real volume (adapted for
logarithmic hearing) out of the entered volume and the mute checkbox.
As soon as the volume is changed in the GUI, the real volume will be set
in the Ruffle instance.
The existing ftl files have been adapted (and new ones have been
created) to include the new multilingual text in the right-click menu
and the volume controls window.
This closes#1771.
* web: Remove most occurences of innerHTML
* web: Use helper methods for shadow template element creation
* web: Refactor createErrorFooter function
* web: Shadow template code cleanup
* web: Add helper function to add CSS rules to shadow template
---------
Co-authored-by: nosamu <71368227+n0samu@users.noreply.github.com>
When using a 'Loader', properties on the 'contentLoaderInfo' become
set during specific events in the load sequence. In particular,
'LoaderInfo.bytesTotal' becomes available during the first 'progress'
event.
Also, 'LoaderInfo.parameters' is now properly set from the URL query
parameters. In Flash player, this work even with filesystem urls
(e.g. 'file:///some/path/to/file.txt?paramOne=valOne' will load
a file named 'file.txt', setting and expose the parameter 'paramOne'
with value 'valOne' in `LoaderInfo.parameters`). This required some
cleanup to the desktop and test NavigatorBackend impls to strip
out query parameters when loading a parameter from disk.
Previously, we would set `SwfMovie.parameters` manually from the url.
Now, the various `SwfMovie` constructors automatically extract
query parameters from the provided url. Outside of `SwfMovie`,
we only append *extra* parameters (e.g. those set from `flashvars`).
This makes CPMStar ads work, since the loaded SWF needs to access
`LoaderInfo.parameters`
renovate[bot]