Enhance the dashboard UI by introducing an optional input field for the image name in the cloud-init build form. Update the API to process the image name, ensuring it is sanitized and included in the build request. Modify the build script to utilize the provided image name, allowing for customized output filenames during the image creation process. This improves user experience by offering more flexibility in naming cloud-init images.
Update the API to support streaming and decompressing of golden images in .img.xz and .img.gz formats on the fly. Modify the cloud-init build process to compress images to .img.xz for size reduction. Revise the dashboard templates to set 'desktop' as the default variant for Raspberry Pi OS builds, improving user experience and clarity in options. Update related scripts to ensure compatibility with the new image handling features.
Implement a new API endpoint to update existing cloud-init templates, allowing users to modify template attributes such as name, user_data, meta_data, and network_config. Enhance the dashboard UI to include an update button for templates, along with associated JavaScript for handling update requests. This improves user experience by enabling direct template modifications from the interface.
Update the home and index templates to include the new EEPROM update action in the device management interface. Modify status handling to reflect the addition of the 'eeprom_update' phase, ensuring proper user feedback during operations. Introduce a clear status button and improve the layout for device actions, enhancing overall user experience and interaction with the dashboard.
Implement a new feature to allow users to update the EEPROM via the dashboard, including the generation of necessary update files. Enhance the device action handling to support the 'eeprom_update' action for USB-connected devices, ensuring proper validation of boot order presets. Update the dashboard UI to include an EEPROM update option alongside existing actions, improving user experience. Modify related scripts to handle EEPROM updates effectively, including file management and error handling during the update process.
Modify the first-boot script and documentation to set the EEPROM boot order to 0xf21, prioritizing eMMC boot followed by network boot. Adjust network boot settings for faster failure on DHCP timeouts and update related scripts and documentation to reflect these changes. Enhance the rescue script to directly modify EEPROM settings without requiring a chroot into eMMC, streamlining the recovery process for devices stuck in network-only boot. Update relevant documentation to ensure clarity on the new boot order and its implications.
