screen_share | Share your desktop screen to a web based client
kandi X-RAY | screen_share Summary
kandi X-RAY | screen_share Summary
It uses JavaCV to access to FFmpeg to capture the screen and libx264 for h264 encoding. Then in the browser it uses Broadway for javascript h264 decoding. With WebSocket for transport. Jetty is used for the embedded web server / WebSocket server. This is video only (no audio) and is not made for any high fps stuff like movies / games etc. Just for simple desktop sharing. High fps can be resource intensive for the browser (javascript / Broadway). When using remote sharing a password is used so the remote can authenticate screen_share. And the fingerprint of the remote TLS certificate needs to be entered in screen_share. So you know you are connecting to the remote you think you are connecting to, and no man-in-the-middle attack or anything.
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Top functions reviewed by kandi - BETA
- Loads the settings from the properties file
- Sets the bounding box
- Check that the properties are valid
- Start the http share button
- Print IP addresses to log
- Starts the background thread
- Initialize the frame
- Registers the event handlers
- Handles a remote connect button
- Check if a string is a valid hex numeric
- Wait for a frame
- Called when a connection is connected
- Called when the remote disconnects
- Handle mouse event
- Gets the built - for a list of built - for statements
- Stop recording
- Called when the remote is connected
- Save to disk
- Set the value of bits per second second
- Set the stage to handle events
- Starts the dynamic index
- Stop the server
- Registers the property changes on the screen
- Runs the number of bytes in background
- Main thread
- Handle a key event
screen_share Key Features
screen_share Examples and Code Snippets
Community Discussions
Trending Discussions on screen_share
QUESTION
im writing a migration to update the data, i used get_model() like the docs describe to get the model class like so:
...ANSWER
Answered 2021-Oct-29 at 07:11I have encountered similar problems during custom migrations. I think one of the reasons is the class returned by get_model
is sometimes not the full-fledged model class you would get from importing it properly. The get_model
call, however, is necessary to make sure the model is properly loaded for the time of the migration. That is because at migration time, the model is supposed to represent the model in its state after the previous migration. I fthe manager was defined at a later time, it will not be there yetOne workaround that works for us:
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
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