Difference between revisions of "TM/Autodetect"

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Members: Symbian, Freescale, WR
 
Members: Symbian, Freescale, WR
  
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===Autodetect through service discovery===
 
We want to  
 
We want to  
 
* Autodetect boards on the local network or in a lab
 
* Autodetect boards on the local network or in a lab
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in order to simplify setup of remote system connections for a user.
 
in order to simplify setup of remote system connections for a user.
  
The actual detection of services could go
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To enable service discovery to RSE get the plugins from CVS ([http://dev.eclipse.org/viewcvs/index.cgi/org.eclipse.tm.core/discovery/?cvsroot=DSDP_Project /cvsroot/dsdp/org.eclipse.tm.core/discovery/]) or download the [http://www.eclipse.org/downloads/download.php?file=/dsdp/tm/downloads/drops/N20061010-0100/TM-discovery-N20061010-0100.zip working 2006/10/10 nightly build]
* via network (e.g. [http://www.eclipse.org/ecf ECF] Discovery using Zeroconf/Bonjour, http://www.dns-sd.org)
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* it could be through vendor-specific agents running on the remote system,
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* or it could be even without asking the live target, e.g. by looking at a local ELF image of the kernel on the target or investigating SPIRIT files.
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===Use cases for autodetect:===
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It contains the following plugins:
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* '''org.eclipse.tm.discovery.engine''': Engine for the service discovery process
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* '''org.eclipse.tm.discovery.protocol''': Contains the factory, interface and extension point ''org.eclipse.tm.discovery.engine.discoveryProtocol'' to define protocols
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* '''org.eclipse.tm.discovery.transport''': Contains the factory, interface and extension point ''org.eclipse.tm.discovery.engine.discoveryTransport'' to define transports
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* '''org.eclipse.tm.discovery.protocol.dnssd''': Implementation of the DNS - Service Discovery protocol
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* '''org.eclipse.tm.discovery.transport.udp''': Implementation of the UDP transport
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* '''org.eclipse.tm.discovery.view''': View to browse discovered services, independent of RSE and enabled to launch the wizard page to start a new service discovery process.
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* '''org.eclipse.tm.discovery.wizard''': Wizard pages for service discovery
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* '''org.eclipse.tm.discovery.model, org.eclipse.tm.discovery.mode.edit''': EMF model for Service Discovery (requires EMF 2.2.0)
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* '''org.eclipse.rse.discovery''': Link between RSE and the target management packages. Provides a customised wizard for the '''Discovery''' system type.
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===Service discovery usage on RSE===
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The default plugins contains the implementation of [http://www.dns-sd.org/ DNS-SD (Zeroconf/Bonjour)] over UDP, other implementations can be provided through extension points.
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The multicast address for DNS-SD is 224.0.0.251, but a specific IP can be used if just querying one device.
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The usage of service discovery can be seen on the [https://bugs.eclipse.org/bugs/attachment.cgi?id=46936 service discovery recording]
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To test and evaluate the service discovery functionality in RSE 2.0, follow the testing intructions in the [http://wiki.eclipse.org/index.php/TM_Manual_Test_Plan#Discovery manual test plan]
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===Use cases for autodetect===
 
* New Connection - instead of having to type an IP address, get a list of available systems. Grouped by system type, connection type (serial vs. TCP/IP), LAN/WAN range etc.
 
* New Connection - instead of having to type an IP address, get a list of available systems. Grouped by system type, connection type (serial vs. TCP/IP), LAN/WAN range etc.
 
* In the New Connection Wizard, when the remote system is already identified, get available services / subsystems pre-selected as detected on the remote system (or disabled if not available on the remote system).
 
* In the New Connection Wizard, when the remote system is already identified, get available services / subsystems pre-selected as detected on the remote system (or disabled if not available on the remote system).
 
* New Board Lab - instead of having to type an IP address, get a list of available board lab servers.
 
* New Board Lab - instead of having to type an IP address, get a list of available board lab servers.
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===Discussions===
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* Bugzilla [https://bugs.eclipse.org/bugs/show_bug.cgi?id=140320 bug 140320]

Latest revision as of 19:17, 21 December 2010

Lead: Javier Montalvo-Orús (Symbian)
Members: Symbian, Freescale, WR


Contents

[edit] Autodetect through service discovery

We want to

  • Autodetect boards on the local network or in a lab
  • Autodetect services on a remote system
  • Autodetect connection mechanisms to a board (connectors)
  • Autodetect remote board registries (related to Shared Board Labs)

in order to simplify setup of remote system connections for a user.

To enable service discovery to RSE get the plugins from CVS (/cvsroot/dsdp/org.eclipse.tm.core/discovery/) or download the working 2006/10/10 nightly build

It contains the following plugins:

  • org.eclipse.tm.discovery.engine: Engine for the service discovery process
  • org.eclipse.tm.discovery.protocol: Contains the factory, interface and extension point org.eclipse.tm.discovery.engine.discoveryProtocol to define protocols
  • org.eclipse.tm.discovery.transport: Contains the factory, interface and extension point org.eclipse.tm.discovery.engine.discoveryTransport to define transports
  • org.eclipse.tm.discovery.protocol.dnssd: Implementation of the DNS - Service Discovery protocol
  • org.eclipse.tm.discovery.transport.udp: Implementation of the UDP transport
  • org.eclipse.tm.discovery.view: View to browse discovered services, independent of RSE and enabled to launch the wizard page to start a new service discovery process.
  • org.eclipse.tm.discovery.wizard: Wizard pages for service discovery
  • org.eclipse.tm.discovery.model, org.eclipse.tm.discovery.mode.edit: EMF model for Service Discovery (requires EMF 2.2.0)
  • org.eclipse.rse.discovery: Link between RSE and the target management packages. Provides a customised wizard for the Discovery system type.

[edit] Service discovery usage on RSE

The default plugins contains the implementation of DNS-SD (Zeroconf/Bonjour) over UDP, other implementations can be provided through extension points. The multicast address for DNS-SD is 224.0.0.251, but a specific IP can be used if just querying one device.

The usage of service discovery can be seen on the service discovery recording

To test and evaluate the service discovery functionality in RSE 2.0, follow the testing intructions in the manual test plan

[edit] Use cases for autodetect

  • New Connection - instead of having to type an IP address, get a list of available systems. Grouped by system type, connection type (serial vs. TCP/IP), LAN/WAN range etc.
  • In the New Connection Wizard, when the remote system is already identified, get available services / subsystems pre-selected as detected on the remote system (or disabled if not available on the remote system).
  • New Board Lab - instead of having to type an IP address, get a list of available board lab servers.

[edit] Discussions