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| source model = [[Open source]]
| source model = [[Open source]]
| released = {{Start date and age|2000|04|df=yes|br=|p=yes}}
| released = {{Start date and age|2000|04|df=yes|br=|p=yes}}
| latest release version = 3.10.11<ref name="stable">[http://www.fli4l.de/en/download/stable-version/ Latest stable release of fli4l], Retrieved September 6, 2017</ref>
| latest release version = 3.10.12<ref name="stable">[http://www.fli4l.de/en/download/stable-version/ Latest stable release of fli4l], Retrieved Januar 13, 2018</ref>
| latest release date = {{Start date and age|2017|09|03|df=yes|br=|p=yes}}
| latest release date = {{Start date and age|2018|01|07|df=yes|br=|p=yes}}
| latest preview version = Tarball version
| latest preview version = Tarball version
| latest preview date = Weekly<ref name="weekly">[http://www.fli4l.de/en/download/developer-version-40/ Latest weekly development version of fli4l], Retrieved September 6, 2017</ref>
| latest preview date = Weekly<ref name="weekly">[http://www.fli4l.de/en/download/developer-version-40/ Latest weekly development version of fli4l], Retrieved Januar 13, 2018</ref>
| marketing target =
| marketing target =
| programmed in =
| programmed in =
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==Characteristics and requirements==
==Characteristics and requirements==
fli4l is based on the [[Linux kernel]]. As the documentation is very extensive no knowledge of Linux is required, however a basic knowledge of [[computer network|network]] technology is needed.<ref name="Intro">[http://www.fli4l.de/fileadmin/doc/english/html/fli4l-3.10.11/node3.html fli4l documentation: Introduction]</ref>
fli4l is based on the [[Linux kernel]]. As the documentation is very extensive no knowledge of Linux is required, however a basic knowledge of [[computer network|network]] technology is needed.<ref name="Intro">[http://www.fli4l.de/fileadmin/doc/english/html/fli4l-3.10.12/node3.html fli4l documentation: Introduction]</ref>


The hardware requirements for fli4l are low, a [[Pentium|Intel Pentium]] with [[MMX_(instruction_set)|MMX]] support and 64 [[mebibyte|MiB]] [[Random-access memory|RAM]] and (depending upon the configuration) one or two [[network interface controller]]s is quite adequate. A [[hard disk drive]] is not required, but can be used by fli4l too.<ref name = "SetupFlavours">[http://www.fli4l.de/fileadmin/doc/english/html/fli4l-3.10.11/node7.html fli4l documentation: Setup Flavours]</ref>
The hardware requirements for fli4l are low, a [[Pentium|Intel Pentium]] with [[MMX_(instruction_set)|MMX]] support and 64 [[mebibyte|MiB]] [[Random-access memory|RAM]] and (depending upon the configuration) one or two [[network interface controller]]s is quite adequate. A [[hard disk drive]] is not required, but can be used by fli4l too.<ref name = "SetupFlavours">[http://www.fli4l.de/fileadmin/doc/english/html/fli4l-3.10.12/node7.html fli4l documentation: Setup Flavours]</ref>


Newer versions of fli4l provide also the possibility to create a working installation on a [[CompactFlash|CF]] card in a [[card reader]], which card then in turn can operate from a CF adapter in an [[Parallel ATA|IDE]] slot. Also the generation of an [[ISO image]] is supported to run from a [[CD-ROM]] as well as from [[M-Systems|DOC]]/[[Disk on module|DOM]] for [[Embedded system]]s.<ref name = SetupFlavours />
Newer versions of fli4l provide also the possibility to create a working installation on a [[CompactFlash|CF]] card in a [[card reader]], which card then in turn can operate from a CF adapter in an [[Parallel ATA|IDE]] slot. Also the generation of an [[ISO image]] is supported to run from a [[CD-ROM]] as well as from [[M-Systems|DOC]]/[[Disk on module|DOM]] for [[Embedded system]]s.<ref name = SetupFlavours />


fli4l can be configured on [[Linux]], [[Unix]] and [[Microsoft Windows|Windows]] systems using just text files.<ref name="Config">[http://www.fli4l.de/fileadmin/doc/english/html/fli4l-3.10.11/node6.html fli4l documentation: Configuration]</ref>
fli4l can be configured on [[Linux]], [[Unix]] and [[Microsoft Windows|Windows]] systems using just text files.<ref name="Config">[http://www.fli4l.de/fileadmin/doc/english/html/fli4l-3.10.12/node6.html fli4l documentation: Configuration]</ref>


In addition, fli4l has the possibility to encrypt connections over the Internet or via [[Wireless LAN]] using [[OpenVPN]] or [[point-to-Point Tunneling Protocol|PPTP]] (Poptop).<ref>[http://sourceforge.net/projects/poptop/ Poptop]</ref>
In addition, fli4l has the possibility to encrypt connections over the Internet or via [[Wireless LAN]] using [[OpenVPN]] or [[point-to-Point Tunneling Protocol|PPTP]] (Poptop).<ref>[http://sourceforge.net/projects/poptop/ Poptop]</ref>
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==Device control==
==Device control==
An fli4l router can be controlled and monitored with a browser-based interface. Besides, the program imonc ('''i'''sdn '''mon'''itor '''c'''lient) is available for Windows and Linux ([[GTK+|GTK]]). imonc allows extensive control as well as remote-controlled update of the router's software.<ref name="imonc">[http://www.fli4l.de/fileadmin/doc/english/html/fli4l-3.10.11/node59.html imonc]</ref>
An fli4l router can be controlled and monitored with a browser-based interface. Besides, the program imonc ('''i'''sdn '''mon'''itor '''c'''lient) is available for Windows and Linux ([[GTK+|GTK]]). imonc allows extensive control as well as remote-controlled update of the router's software.<ref name="imonc">[http://www.fli4l.de/fileadmin/doc/english/html/fli4l-3.10.12/node59.html imonc]</ref>


==References==
==References==

Revision as of 14:31, 13 January 2018

fli4l
File:Fli4l logo cube arcade.gif
Developerfli4l-Team
OS familyUnix-like
Working stateCurrent
Source modelOpen source
Initial releaseApril 2000 (24 years ago) (2000-04)
Latest release3.10.12[1] / 7 January 2018 (6 years ago) (2018-01-07)
Latest previewTarball version / Weekly[2]
Available inGerman, English, French
Platformsi386, x86-64
Kernel typemodular
LicenseGPL (Free software)
Official websitewww.fli4l.de/en/

fli4l (flexible internet router for linux, before floppy isdn for linux) is a Linux distribution, actively developed by German developers since 2000. The projects main task is to provide a small Linux system that turns almost every machine into a router. The distribution can run from a floppy disk and was created with the aim of simple configuration and support for older hardware.[3][4][5]

fli4l can route between Ethernet and ISDN, DSL or UMTS, or just between Ethernet networks.[4]

Characteristics and requirements

fli4l is based on the Linux kernel. As the documentation is very extensive no knowledge of Linux is required, however a basic knowledge of network technology is needed.[6]

The hardware requirements for fli4l are low, a Intel Pentium with MMX support and 64 MiB RAM and (depending upon the configuration) one or two network interface controllers is quite adequate. A hard disk drive is not required, but can be used by fli4l too.[7]

Newer versions of fli4l provide also the possibility to create a working installation on a CF card in a card reader, which card then in turn can operate from a CF adapter in an IDE slot. Also the generation of an ISO image is supported to run from a CD-ROM as well as from DOC/DOM for Embedded systems.[7]

fli4l can be configured on Linux, Unix and Windows systems using just text files.[8]

In addition, fli4l has the possibility to encrypt connections over the Internet or via Wireless LAN using OpenVPN or PPTP (Poptop).[9]

Versions

There are two development branches for fli4l, a stable and a development version.

The present stable release[1] is based on a Linux 3.16 kernel and supports virtualization by means of Xen and KVM. USB and Wireless LAN are supported to a great extent as well as current embedded hardware as APU, ALIX, Soekris, and EPIA series.

The 4.0 development version[2] also provides a Linux 4.1 kernel. Furthermore, it implements a new management and configuration layer for connections (so-called circuits) which has been designed from the ground up. It allows to use multiple WAN links (e.g. via DSL, ISDN, or UMTS) in parallel.

Optional packages

fli4l is a modular system using so-called OPT-packages. To create an individual configuration, only software packages for those options, that are needed, are downloaded and unzipped into the directory tree. To extend the basic functionality, a wide range of applications is available in the so-called OPT-database;[10] for example, optional packages can be used for monitoring traffic or an fli4l can function as a printserver. This process easily allows own developments, that can be made available to other users via the OPT-database.[10]

Device control

An fli4l router can be controlled and monitored with a browser-based interface. Besides, the program imonc (isdn monitor client) is available for Windows and Linux (GTK). imonc allows extensive control as well as remote-controlled update of the router's software.[11]

References

  1. ^ a b Latest stable release of fli4l, Retrieved Januar 13, 2018
  2. ^ a b Latest weekly development version of fli4l, Retrieved Januar 13, 2018
  3. ^ "fli4l 3.6.2". Softpedia. n.d. Retrieved September 28, 2012.
  4. ^ a b Haas, Juergen (April 27, 2003). "Fli4l (Floppy ISDN/DSL)". About.com. Retrieved March 31, 2012.
  5. ^ "fli4l". free(code). n.d. Retrieved September 23, 2012.
  6. ^ fli4l documentation: Introduction
  7. ^ a b fli4l documentation: Setup Flavours
  8. ^ fli4l documentation: Configuration
  9. ^ Poptop
  10. ^ a b The fli4l database for additional packages
  11. ^ imonc

Further reading

External links