Difference between revisions of "Features/Obsolete/Ad hoc Networking"

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<noinclude>
 
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[[Category:Feature Accepted 0.86]]
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[[Category:FeatureObsoleted|Ad hoc Networking]]
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[[Category:Networking]]
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{{Obsolete | See [[Features/Ad hoc Networking]].}}
 
== Summary ==
 
== Summary ==
As an alternative to the mesh.  
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Allows users to connect with each other over wireless in an ad hoc manner without infrastructure like an Access Point.
  
 
== Owner ==
 
== Owner ==
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== Current status ==
 
== Current status ==
 
* Targeted release: 0.86
 
* Targeted release: 0.86
* Last updated: 12.06.09
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* Last updated: 19.09.09
* Percentage of completion: 80%
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* Percentage of completion: 100%
  
 
== Detailed Description ==
 
== Detailed Description ==
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== Scope ==
 
== Scope ==
 
NetworkManager provides all the functionality needed to create Ad Hoc networks. In the sugar shell only the NetworkManager client needed to be changed to allow creating Ad Hoc networks and an option has been added to the frame network device.
 
NetworkManager provides all the functionality needed to create Ad Hoc networks. In the sugar shell only the NetworkManager client needed to be changed to allow creating Ad Hoc networks and an option has been added to the frame network device.
 
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==Testing==
== How To Test ==
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[[{{PAGENAME}}/Testing]]
===Under a tree===
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{{:{{PAGENAME}}/Testing}}
* you need two computers with wireless capabilities
 
* on machine A reveal the palette of the network device (in the frame at the bottom) and click 'Create Network'
 
* a network item called "<your name>'s Network" is added in the neighborhood view
 
* on machine B connect to this network
 
* verify that both machines are connected to the same network; the network device is in connected state and both machines are in the same IP range (listed in the device item's palette)
 
 
 
===Internet Connection sharing===
 
* you need two computers with wireless capabilities; one needs to either have a second wireless interface or a wired network interface; furthermore you need a wireless or wired connection to the internet
 
* connect the machine with two interfaces to your internet connection
 
* create on that machine an ad hoc network as well
 
* connect on the other machine (B) to that ad hoc network
 
* machine B should be able to use the internet connection of machine A; use for example the Browse activity to verify this
 
 
 
 
== User Experience ==
 
== User Experience ==
 
It allows users to connect with each other over wireless in an ad hoc manner without infrastructure like an Access Point. This is the so called under a tree scenario. OLPC provided that functionality using hardware mesh. This feature allows to provide that functionality with nearly all the wireless hardware. Furthermore it allows you to do internet connection sharing.
 
It allows users to connect with each other over wireless in an ad hoc manner without infrastructure like an Access Point. This is the so called under a tree scenario. OLPC provided that functionality using hardware mesh. This feature allows to provide that functionality with nearly all the wireless hardware. Furthermore it allows you to do internet connection sharing.
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== Documentation ==
 
== Documentation ==
<!--Is there upstream documentation on this feature, or notes you have written yourself?  Link to that material here so other interested developers can get involved.-->
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Tomeu Vizoso has written a [http://blog.tomeuvizoso.net/2009/05/ad-hoc-wireless-networks-in-sugar.html blog post] about this feature.
  
 
== Release Notes ==
 
== Release Notes ==
<!-- The Sugar Release Notes inform end-users about what is new in the release. An Example is [[0.84/Notes]]. The release notes also help users know how to deal with platform changes such as ABIs/APIs, configuration or data file formats, or upgrade concerns. If there are any such changes involved in this feature, indicate them here.  You can also link to upstream documentation if it satisfies this need.  This information forms the basis of the release notes edited by the release team and shipped with the release. -->
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The new ad hoc networking facilities allows users to connect with each other over wireless in an ad hoc manner without infrastructure like an Access Point. This is the so called under a tree scenario. OLPC provided that functionality using hardware mesh. This feature allows to provide that functionality with nearly all the wireless hardware. Furthermore it allows you to do share an internet connection using the same mechanism.
  
 
== Comments and Discussion ==
 
== Comments and Discussion ==
 
* See [[{{TALKPAGENAME}}|discussion tab for this feature]] <!-- This adds a link to the "discussion" tab associated with your page.  This provides the ability to have ongoing comments or conversation without bogging down the main feature page -->
 
* See [[{{TALKPAGENAME}}|discussion tab for this feature]] <!-- This adds a link to the "discussion" tab associated with your page.  This provides the ability to have ongoing comments or conversation without bogging down the main feature page -->
 
[[Category:Feature Page Incomplete]]
 
[[Category:Feature Ready for Release Manager]]
 
[[Category:Feature]]
 

Latest revision as of 15:47, 5 November 2013

Stop hand.png NOTE:
The content of this page is considered
DEPRECATED and OBSOLETE
It is preserved for historical research, along with its talk page.

See Features/Ad hoc Networking.

Summary

Allows users to connect with each other over wireless in an ad hoc manner without infrastructure like an Access Point.

Owner

  • Email: simon AT sugarlabs.org

Current status

  • Targeted release: 0.86
  • Last updated: 19.09.09
  • Percentage of completion: 100%

Detailed Description

It allows users to connect with each other over wireless in an ad hoc manner without infrastructure like an Access Point. This is the so called under a tree scenario. OLPC provided that functionality using hardware mesh. This feature allows to provide that functionality with nearly all the wireless hardware. Furthermore it allows you to do internet connection sharing.

Benefit to Sugar

It allows the Sugar users to create ad hoc networks with any given wireless hardware.

Scope

NetworkManager provides all the functionality needed to create Ad Hoc networks. In the sugar shell only the NetworkManager client needed to be changed to allow creating Ad Hoc networks and an option has been added to the frame network device.

Testing

Features/Obsolete/Ad hoc Networking/Testing

Under a tree

  • you need two computers with wireless capabilities
  • on machine A reveal the palette of the network device (in the frame at the bottom) and click 'Create Network'
  • a network item called "<your name>'s Network" is added in the neighborhood view
  • on machine B connect to this network
  • verify that both machines are connected to the same network; the network device is in connected state and both machines are in the same IP range (listed in the device item's palette)

Internet Connection sharing

  • you need two computers with wireless capabilities; one needs to either have a second wireless interface or a wired network interface; furthermore you need a wireless or wired connection to the internet
  • connect the machine with two interfaces to your internet connection
  • create on that machine an ad hoc network as well
  • connect on the other machine (B) to that ad hoc network
  • machine B should be able to use the internet connection of machine A; use for example the Browse activity to verify this.

User Experience

It allows users to connect with each other over wireless in an ad hoc manner without infrastructure like an Access Point. This is the so called under a tree scenario. OLPC provided that functionality using hardware mesh. This feature allows to provide that functionality with nearly all the wireless hardware. Furthermore it allows you to do internet connection sharing.

Dependencies

No further dependencies, only changes in the sugar shell.

Contingency Plan

Defer to 0.88

Documentation

Tomeu Vizoso has written a blog post about this feature.

Release Notes

The new ad hoc networking facilities allows users to connect with each other over wireless in an ad hoc manner without infrastructure like an Access Point. This is the so called under a tree scenario. OLPC provided that functionality using hardware mesh. This feature allows to provide that functionality with nearly all the wireless hardware. Furthermore it allows you to do share an internet connection using the same mechanism.

Comments and Discussion