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| = Modify the ISO with dbspac and dbpacc = | = 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 |
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| == Two shell scripts == | 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 }}} |
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| '''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 ti 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 you system, not of dynebolic. | 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. |
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| These scripts are available under http://freaknet.org/martin/dynebolic Further help is available in the comments at the top of the scripts themselves. |
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| 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 (and may never be if we pass to using uclibc in the next release... watch this space!). 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. | 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. |
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| == Whence? == | |
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| These scripts are available under http://freaknet.org/martin/dynebolic | |
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| Further help is available in the comments at the top of the scripts themselves. | == Linux Kernel == the configuration of the dyne:bolic linux kernel you find on DynebolicKernel there are also comments about choices taken |
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
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
the configuration of the dyne:bolic linux kernel you find on DynebolicKernel
there are also comments about choices taken