3/10/2023 0 Comments Xwave echo 6 manual pdfThis work is free software you can redistribute it and/or modify it under the Out of a CD-ROM, is Copyright (C) 2002-2003 Daniele Giacomini NanoLinux III, as an adaptation of a GNU/Linux distribution to work directly You might get, according to the version of nanoLinux III, either a graphical logo, or just some explanatory text. Notice also that the original diskette should contain the config.gz file, which includes the configuration of the available kernel: this file can be removed because is not required for booting. Notice that the diskette contains a common Dos-FAT file system and nothing else is required after replacing the file. Actually, you must necessaraly recompile the module cloop.o, because the CD-ROM one would be incompatible. If you want to produce a different kernel, suitable for your own requirements, you can still prepare a boot diskette in the way described above, then you should replace the files vmlinuz and cloop.o (without moving the other existing files and without changing the boot sector of the diskette), which obviously are the compiled kernel and the module required to access the compressed portion of the CD-ROM. In the above example we assume that the CD-ROM reader corresponds to the a unit D. If you have a Dos or MS-Windows system, you can use the MKFLOPPY.BAT script which then uses the program RAWRITE2.EXE, both located in the root directory of the CD-ROM: You can easily obtain a copy of this diskette from the image by using on a GNU/Linux system,a command such as the following: ![]() The files which contain the diskette image can be found in the root directory of the CD-ROM, with the name boot.img. Because of this kernel size, if you need a boot diskette, you should prepare a smaller kernel, but in this case, even if there are some modules in the /lib/modules/ of the CD-ROM, they are not usable, because they are associated with a different kernel compiled before. The standard kernel of nanoLinux III is pretty large in order to reduce as much as possible the need to load modules when it is used. If you want to use nanoLinux III also on a computer where it is not possible to boot from CD-ROM, it is still possible to reproduce a boot diskette, which contains a reduced kernel, in which some important functions might be missing. The irmware configuration should appear as follows in order to start the CD-ROM before the hard disk system. When you finally get a nanoLinux III CD-ROM, you should remember to check the firmware (the BIOS) configuration, where the first unit to be used for booting should be the CD-ROM reader. The reproduction of the nanoLinux III CD-ROM, as that of any other auto-start CD-ROM, requires a new CD of pretty good quality, because the CD reader to be used has to do a very heavy work moreover even if a low quality CD might be readable in normal conditions, often it cannot be used to obtain the auto-start of the system. You will get the file nLinux-III- edizione, ready for the CD. To restore the file to its original format, if you use a Unix operating system, you can do the following: The file should have a name similar to the following: nLinux-III- edizione.gz In the latter case, once the file has been obtained, if this is compressed it is necessary to restore it in its original format, then one can start its transfer to a CD. NanoLinux III could be distributed directly in CD-ROM format, or by using a file which contains the image of the CD-ROM to be reproduced. The site NanoLinux which can be accessed with the URL has nothing to do with these works. The name nanoLinux is associated with some more or less experimental works of Daniele Giacomini: nanoLinux I and nanoLinux II, produced respectively in 19, which are extremely reduced GNU/Linux systems, to be used from diskettes. ![]() nanoLinux III allows to use some graphical applications with a pre-defined set-up that uses a pointer device corresponding to a PS/2 mouse. The objective of nanoLinux III is mainly didactic, to spread Appunti di informatica libera and to teach the basics of a Unix system. To work correctly, nanoLinux III requires plenty of core memory (RAM) to be precise at least 128 Mbytes are required.ĭifferently from other auto-start CD-ROMs which contain a GNU/Linux system, nanoLinux III tries to use as little tricks as possible, in order to allow the user to change and reproduce similar CD-ROMs in a simple way. ![]() NanoLinux III (2) is a GNU/Linux Debian distribution, for the i386 architecture, installed in an auto-start CD-ROM, which can be reproduced within a partition of a hard disk, thus becoming again a normal Debian GNU/Linux distribution.
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