new:
- new templates to render structured info contents in
- get_diskinfo() class method that calls disktype and returns the results
- /diskinfo endpoint in the Flask app that renders the results from get_diskinfo()
changed:
- /logs/show and /scsi/info endpoints in the Flask app render in templates
- Now using the "RaSCSI Reloaded Control Page" header to function as the link back to the homepage (instead of the github project) which is in line with how most webapps work
- Removed the center style for "Attached!" to allow the ? button to be placed on the same line
- Remove individual device info, and introduced show all device info in a template
* Generate list of image types to create programmatically based on rascsi capabilities, rather than a hard-coded list in the Web UI.
* Add explicit sorting of dicts for display in the Web UI, to avoid random order in certain environments.
* Remove redundant sorting line, and add code comments.
* Add helptext for the SCSI-1 image type
Add --token parameter to easyinstall.sh
Add --skip-token parameter to easyinstall.sh
Install required apt packages explicitly (--no-install-recommends)
Allow standalone RaSCSI and web UI installations to specify an auth token
Add development mode to web UI (web/start.sh --dev-mode)
Initial Docker-based development environment for Python and web UI
Bump protobuf version
Workaround for Flask development server and asyncio incompatibility
Build Python protobuf interface on container launch, if it doesn’t exist
Allow containers to be configured with environment variables, add support for token authentication
Move web UI live editing setup out of main Docker Compose config
Update dockerignore to exclude by default
Update README
Add OS_DISTRO, OS_VERSION and OS_ARCH build args
Allow extracted files to be moved to target when crossing a filesystem boundary
Reduce noise from watchmedo auto-restarts
Update Docker tag structure to rascsi:{build}-{platform}-{variant}
Prevent Docker Compose from attempting to pull images from Docker registry
Add workaround for issue #821
Allow container processes to be stopped with Ctrl+C
Update README, bind to ports 8080/8443 on the Docker host by default
Update README to clarify audience and no board connectivity
Add AIBOM and GAMERNIUM to --connect_type validation
Update cfilesystem.patch following rebase
* Fix data type of --rascsi-port argument
* Add support for --rascsi-host and --rascsi-port arguments
* Add short parameter names, increase specificity of web port parameter
* Fix a gettext marked string that has one too many parantheses around it, excluding it from translations. Also, clean up layout around it.
* Add Swedish translation for the above.
* More explicit localization steps in the README to avoid recurring mistakes.
* Move the oled script's PiCmds module to common, and rename it SysCmds.
* Use sys_cmds.get_ip_and_host() in web UI code.
* Move the auth_active() method to device_utils
* Rename device_utils to web_utils. Make auth_active() method take the group as argument.
* Migrate all pi_cmds methods to the SysCmds common class.
* Display hostname and ip in Web UI.
* Resolve or suppress pylint warnings.
* Resolve a pylint warning.
* Resolve or suppress pylint warnings.
* Import libraries at the top level for readability. In my testing on a Pi3B+, this leads to ~1.5k more memory being used by the python3 process.
* Change page title as requested by akuker.
* Reenable the import-outside-toplevel pylint rule.
* Resolve pylint warnings.
* Fix error following refactoring.
* Minor UI tweaks.
* Cleanup.
* Break out bridge config validation into a utility method.
* Move the dropzonejs method into the web_utils package
* Move get_logs method into SysCmds class.
* Improve get logs UI.
* Resolve pylint warning.
* Standardize class instance name.
* Add capabilities to RaCtlCmds.get_device_types() to return the image file support boolean, and list of supported block sizes.
* Inquire rascsi backend about the min block size rather than hard coding values in the web UI.
* Add class methods for getting lists of certain device types.
* Use the new class methods to get lists of device types in the web ui.
* Make use of the new class methods in the oled script.
* Remove now unused constants, and simplify logic in common_settings
* Improve device name mapping to extend the existing dictionary rather than creating a new data structure.
* Use jinja2 sort filters instead of sorting in python code. Removing redundant variables.
* Introduce the get_device_name() utility method which returns the translated name for a device acronym. Use the new method to display device name when attaching devices.
* Fix typo
* Rename Support Device to Periperal Device. General tweaks to UI strings.
* Tweak UI string.
* Fix error.
* Tentative Web UI for the Printer device.
* timeout must be a positive value
* Change the attach device class method to accept a dict with arbitrary key value pairs of parameters to be passed to the protobuf interface, rather than hard coded ones. Also renames the RaCtlCmds.attach_image() class method to attach_device().
* Make download_to_iso() use the new attach interface.
* Dynamically get the form items for support devices.
* Change the data structure returned by RaCtlCmds.get_device_types() to a dict, which contains the supported parameters and their default values. Leverage this data in the web ui to derive the form fields from the capabilities of rascsi.
* Tweak UI labels.
* Update FileCmds.read_config() to work with the new RaCtlCmds.attach_device() method.
* Check for numeric value.
* Streamline the UI for support devices.
* Handle support devices better by the oled screen.
* Clean up html.
* Dynamically adjust form field size based on data length.
* Use the comparison operator that Python3 likes.
* Add SUPPORT_DEVICE_TYPES category, and add Host Service to it.
* Add webapp UI for attaching a support device.
* Make the OLED screen aware of the support device type.
* Tweak test to make it clear that this is experimental functionality.
* Tweak device type names
* Improve the device type selection UI
* Extend the image_files data structure with human readable device name, instead of having complex for loops in the jinja2 template.
* Leverage device type constants in the OLED monitor script
* Fix typo
* Generate the list of valid network devices that can be attached programmatically
* Fix typo
