Network Configuration - Revision history

Bserrano at 20:23, 17 March 2014

2014-03-17T20:23:55Z

Bserrano at 21:16, 14 March 2014

2014-03-14T21:16:01Z

Bserrano at 21:29, 4 March 2014

2014-03-04T21:29:31Z

Bserrano at 21:28, 4 March 2014

2014-03-04T21:28:42Z

Bserrano at 21:28, 4 March 2014

2014-03-04T21:28:02Z

Mdean: Hid category tag.

2014-01-02T18:37:33Z

Hid category tag.

Mdean: Added missing period.

2013-12-31T17:09:01Z

Added missing period.

Mdean: Fixed.

2013-12-31T17:08:29Z

Fixed.

Mgloff at 01:32, 31 December 2013

2013-12-31T01:32:57Z

Mwelling: This page is done.

2013-12-20T17:06:11Z

This page is done.

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-{{todo|SEOKWREV (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+);(03.04.14-15:30->BS-);(03.14.14-16:15->BS-)|Klint Youngmeyer|project=oe 4,oe 5,ky,SEOKWREV,md,mw,bs}}
+{{todo|SEOKWREV (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+);(03.04.14-15:30->BS-);(03.14.14-16:15->BS-);(03.17.14-15:20->BS+)|Klint Youngmeyer|project=oe 4,oe 5,ky,SEOKWREV,md,mw,bs}}
 {{#seo:
@@ Line 5: / Line 5: @@
 |titlemode=append
 |keywords=Network Configuration,Network Interface Settings,Static Network Configuration,Disabling Telnet,Linux
-|description=Your meta description
+|description=Process of configuring a basic network connection with EMAC boards.
 }}
 Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.

← Older revision		Revision as of 21:16, 14 March 2014
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−	{{todo\|~~SEOKWTODO~~ (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+);(03.04.14-15:30->BS-)\|~~Brian Serrano~~\|project=oe 4,oe 5,ky,~~SEOKWTODO~~,md,mw,bs}}	+	{{todo\|SEOKWREV (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+);(03.04.14-15:30->BS-);(03.14.14-16:15->BS-)\|Klint Youngmeyer\|project=oe 4,oe 5,ky,SEOKWREV,md,mw,bs}}

		+	{{#seo:
		+	\|title=Network Configuration
		+	\|titlemode=append
		+	\|keywords=Network Configuration,Network Interface Settings,Static Network Configuration,Disabling Telnet,Linux
		+	\|description=Your meta description
		+	}}
	Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.		Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.

← Older revision		Revision as of 21:29, 4 March 2014
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−	{{todo\|SEOKWTODO (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+);(03.04.14-15:30->BS-)\|Brian Serrano\|project=oe 4,oe 5,ky,~~SEOKTODO~~,md,mw,bs}}	+	{{todo\|SEOKWTODO (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+);(03.04.14-15:30->BS-)\|Brian Serrano\|project=oe 4,oe 5,ky,SEOKWTODO,md,mw,bs}}

	Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.		Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.

← Older revision		Revision as of 21:28, 4 March 2014
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−	{{todo\|SEOKWTODO (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+);(03.04.14-15:30->BS-)\|Brian Serrano\|project=oe 4,oe 5,ky,~~Complete~~,md,mw,bs}}	+	{{todo\|SEOKWTODO (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+);(03.04.14-15:30->BS-)\|Brian Serrano\|project=oe 4,oe 5,ky,SEOKTODO,md,mw,bs}}

	Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.		Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.

← Older revision		Revision as of 21:28, 4 March 2014
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−	{{todo\|~~Complete~~ (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+)\|~~Klint Youngmeyer~~\|project=oe 4,oe 5,ky,Complete,md,mw}}	+	{{todo\|SEOKWTODO (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+);(03.04.14-15:30->BS-)\|Brian Serrano\|project=oe 4,oe 5,ky,Complete,md,mw,bs}}

	Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.		Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.

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 ==Next Steps==
 Now that your EMAC OE system is set up, it is time to begin [[EMAC_OE_Development_Process | software development.]]
+<!--
 [[Category:Linux]]
 [[Category:OpenEmbedded]]

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 Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.
-Network configuration is handled dynamically using a daemon called <code>ifplugd</code>, which manages automatic configuration of network connections based on the connection state. <code>ifplugd</code> automatically calls <code>ifup</code> to bring up the network interface when a link is detected and <code>ifdown</code> to deconfigure the interface when a network link is lost.. Network configuration options are read from the file <code>/etc/network/interfaces</code> by <code>ifup</code> and <code>ifdown</code> As with most Linux systems, the default network interface is named eth0 unless otherwise noted for a particular hardware combination.
+Network configuration is handled dynamically using a daemon called <code>ifplugd</code>, which manages automatic configuration of network connections based on the connection state. <code>ifplugd</code> automatically calls <code>ifup</code> to bring up the network interface when a link is detected and <code>ifdown</code> to deconfigure the interface when a network link is lost.. Network configuration options are read from the file <code>/etc/network/interfaces</code> by <code>ifup</code> and <code>ifdown</code>. As with most Linux systems, the default network interface is named eth0 unless otherwise noted for a particular hardware combination.
 __TOC__
 == Network Interface Settings ==

@@ Line 3: / Line 3: @@
 Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.
-Network configuration is handled dynamically using a daemon called <code>ifplugd</code>, which manages automatic configuration of network connections based on the connection state. <code>ifplugd</code> automatically calls <code>ifup</code> to bring up the network interface when a link is detected and <code>ifdown</code> to deconfigure the interface when a network link is lost. Network configuration options are read from the file <code>/etc/network/interfaces</code> by <code>ifup</code> and <code>ifdown</code>. As with most Linux systems, the default network interface is named eth0 unless otherwise noted for a particular hardware combination.
+Network configuration is handled dynamically using a daemon called <code>ifplugd</code>, which manages automatic configuration of network connections based on the connection state. <code>ifplugd</code> automatically calls <code>ifup</code> to bring up the network interface when a link is detected and <code>ifdown</code> to deconfigure the interface when a network link is lost. As with most Linux systems, the default network interface is named eth0 unless otherwise noted for a particular hardware combination.
 __TOC__
 == Network Interface Settings ==
 The <code>/etc/network/interfaces</code> file holds the configuration settings for all interfaces on the system. Modify this file to change the way the system connects to the network. For information on how to edit a file directly on an EMAC OE system, please see [[Editing_a_File | this page.]] Each physical interface may be configured for static addressing or DHCP. On most systems, the default <code>/etc/network/interfaces</code> file looks like this:
   # /etc/network/interfaces -- configuration file for ifup(8), ifdown(8)
@@ Line 19: / Line 20: @@
 === Static Network Configuration ===
 Depending on the network the system will connect to, it may be necessary to configure the board to use a static IP address rather than to acquire one using DHCP. This can be done by editing the eth0 configuration entry in <code>/etc/network/interfaces</code>. The following settings may be used for this configuration:
 #<code>address</code>: The static IP address.
@@ Line 47: / Line 49: @@
 Telnet comes enabled by default for easy initial access but should be disabled when practical, as it is extremely insecure. EMAC recommends using SSH for all network sessions, particularly if the system is open to the Internet.
-To disable the Telnet server, comment out the directive in the <code>inetd</code> configuration file: <code>/etc/inetd.conf</code> as in the example below. Note that this setting will not take effect until the system is rebooted or the <code>inetd</code> server is manually restarted.
+To disable the Telnet server, comment out the directive in the <code>/etc/inetd.conf</code> configuration file as in the example below. Note that this setting will not take effect until the system is rebooted or the <code>inetd</code> server is manually restarted.
   #:STANDARD: These are standard services.
   ftp             stream  tcp     nowait  root    /usr/sbin/tcpd  /usr/sbin/ftpd

← Older revision		Revision as of 17:06, 20 December 2013
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−	{{todo\|~~Final Draft~~ (11.25.13-16:00->KY+);(11.26.13-19:30->MD+)\|Klint Youngmeyer\|project=oe 4,oe 5,ky,~~FinalDraft~~,md,mw}}	+	{{todo\|Complete (11.25.13-16:00->KY+);(11.26.13-19:30->MD+);(12.20.13-11:05->MW+)\|Klint Youngmeyer\|project=oe 4,oe 5,ky,Complete,md,mw}}

	Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.		Linux is built with extensive networking capability, making it an ideal choice for a server. EMAC OE Linux includes a large range of networking options. Reliable network connections can be made easily, and many configuration options are available to suit the user's needs.