flashrd creates OpenBSD images tailored for embedded hardware devices and for executing from a virtualized environment. It installs a complete OpenBSD system with "one-touch" upgrade capability. It boots from a ramdisk to make in-place upgrades easy and complete. flashrd partitions for read-only operation by default, to minimize flash wear.
|Implementation||OpenBSD ksh Flash Media|
Release Notes: All vestiges of the C/H/S user interface were removed.-l <blocks> is now used instead. LBA mode is forced for MBR on disk images. disklabel is now fed with the disktab file instead of formatted output. disktab is used for vnconfig to allow non-512 byte sector size for images. Alternate sector sizes are now accommodated in disklabel by scaling fsize. More assumptions of 512 byte sector size were removed.
Release Notes: This release moves from mfs to tmpfs, creates a random seed on flash during image creation, and adds image copy and boot times for OpenBSD 5.5. It uses a 64-sector offset everywhere and updates the installboot arguments for OpenBSD 5.5. Partition sizes are now measured in megabytes instead of sectors.
Release Notes: Script cleanup and bugfixes, keyboard encoding support, flashrdbuilder (which introduces a set of scripts to ease deployment and upgrade across multiple machines), and support for OpenBSD 5.4 and 5.4-current.
Release Notes: This release adds easier "in-place" upgrades to new images, using onetime.tgz. Now you can just add one line to your rc.conf.local, rc.local, and/or rc.shutdown files which get unpacked from onetime.tgz. There's no hand-merging of any flashrd bootstrap or shutdown code during upgrade. This release adds consolidation of vardirs/tardirs variables and better explanation (built into rc.flashrd.sub) of what goes where.
Release Notes: Many practical usability fixes, including better ability to find out what happened after a major failure. A lot of script cleanup, and better command line argument handling and TMPDIR support. Shrinks the ramdisk kernel significantly, using crunchgen, and by removing ancient ISA devices, (this is a workaround for reliability issues on certain i386 systems that exhibit failures with large kernels). Reliably detects errors when saving /var. Saving vnddirs (such as /var) is consistently successful (version 1.1).