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| instructions on how to use this script are available here: http://spot.river-styx.com/viewarticle.php?id=18 | Full instructions on how to customize dyne:bolic are available here: http://dev.dynebolic.org |
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| the help looks like this: {{{ [*] dyne:bolic SDK version 0.2 - software development kit . Copyleft 2003 by jaromil - http://dynebolic.org . $Id: dynesdk,v 0.0 2003/10/24 15:44:00 jaromil Exp $ [*] SYNOPSIS: dynesdk [-hv] [-p prefix] [-u user -h host] COMMAND . -h print this help . -v print out the version of this sdk tool . -p path to the sdk base directory (default ./) . -u username for online operations . -h server hosting the online sdk [*] macro COMMANDS: . checkout: download the sdk from an online server . commit: uploads the current sdk to the server (be careful!) . explode: opens an existing dyne:bolic iso into an SDK . implode: packs a dyne:bolic iso from the current SDK . chroot: dive inside the dyne:bolic SDK [*] micro COMMANDS: . mkinitrd: makes an initrd.gz of INITRD_SIZE (6000) . mkhome: packs the home into the cdrom directory . mkvar: packs the var into the cdrom directory . mksquash: packs the squashed filesystem in the cdrom . mkiso: packs the cdrom directory into a bootable iso }}} you will soon find the latest version on cvs.dyne.org (we are moving the CVS repository since the savannah crash), meanwhile you can also get this script via rsync on rsync://rsync.dyne.org::dynebolic-dev-anon/cdrom/devel/dynesdk --port 6969 = Modify the ISO with two simple shell scripts: dbspac and dbpacc = '''dbspac''' reads an ISO image from a file or from a raw CD device, and unpacks it into a directory tree on your hard disk. You can chroot into this tree and, to a certain extent it will run. It won't be exactly the same as a true running dynebolic because the hardware setup and initial environment will be that of your system, not of dynebolic. '''dbpacc''' is the opposite - it packs up a dynebolic tree and creates a dyne:bolic ISO image for burning to CDs. You need lots of disk space: dyne:bolic's 444MB CDROM unpacks to 1.8GB of data, and the packing process requires a further 444MB of temporary space as well as the 444MB for the new ISO image it is creating. These scripts are available under http://freaknet.org/martin/dynebolic Further help is available in the comments at the top of the scripts themselves. == System requirements == You will need a Pentium computer running Linux kernel 2.4.19 or later, with the squashfs kernel patches applied to the kernel and the squashfs tools installed (squashfs is available from http://squashfs.sourceforge.net). If you want to compile programs to include in dyne:bolic, your system must compile against GLIBC_2.2 or earlier - GLIBC_2.3 is not yet included in dyne:bolic. You can find out if you have a compatible GLIBC on your system by compiling a simple C program, copying the binary executable into a running dyne:bolic system and trying to run it. If you have GLIBC_2.3 it will say so. = Linux kernel configuration = There is a detailed commentary of the kernel configuration used in dyne:bolic on DynebolicKernel while you can get a copy of the raw configuration file itself [http://freaknet.org/martin/dynebolic/dynebolic-1.1.1.config here]. |
Some more instructions on how to use this script are available here: http://spot.river-styx.com/viewarticle.php?id=18 |
This is a page dedicated to people who want to get their hands inside dyne:bolic and modify it.
Modify the ISO with Jaromil's SDK: dynesdk
dynesdk is a shell command which takes arguments to execute different operations on the dyne:bolic ISO
Full instructions on how to customize dyne:bolic are available here: http://dev.dynebolic.org
Some more instructions on how to use this script are available here: http://spot.river-styx.com/viewarticle.php?id=18