1 / 38

UCLPv2-HOPI Issues BoF

UCLPv2-HOPI Issues BoF. Joint Techs Workshop Vancouver, BC 2005. Project Networks. Transition phases Ramp up Core Competency Tasks Ramp Down. Project Network – APN concept. Project Networks. Ramp up Reserve light paths Config metro/campus network

aaliyah
Télécharger la présentation

UCLPv2-HOPI Issues BoF

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. UCLPv2-HOPIIssues BoF Joint Techs Workshop Vancouver, BC 2005

  2. Project Networks • Transition phases • Ramp up • Core Competency Tasks • Ramp Down

  3. Project Network – APN concept

  4. Project Networks • Ramp up • Reserve light paths • Config metro/campus network • Config project specific apps

  5. Project Networks - example

  6. Project Network – some issues • ONS to campus & cross campus fiber • Black Hole (unrouted) IPv4 – ARP Leakage – 10.XXX.XXX.XXX conflicts • VLAN – Configuration – Layer 2 sniffing • Mystery behavior – protocol & MTU specific drops

  7. Project Network – user APN control ?

  8. Project Networks • Core Competency Tasks • project specific apps • work flow (transfer/process) • visualization • distributed file systems

  9. APN-2 APN-1 CERN-1 CERN SURFnet CA*net4 BCNET TRIUMF Mockup TRIUMF to CERN APNs

  10. Project Network – some issues • APN representations • import/export/reserve ? • work flow (grid) model • explicit APN representation ? • Task_1(use APN CERN-1)

  11. Assume Logged on as TRIUMF - New APN Diagram Left click File – mouse over – select New – mouse over – select – APN Diagram – left click

  12. Create APN tree Key new APN name in highlight – hit enter – renames from – New APN – CERN-1 – creates blank CERN-1 APN diagram

  13. Add new TRIUMF Interface Right click in blank APN diagram CERN-1 – mouse over – select New – mouse over – select – Interface - left click – creates – New Interface – at location in diagram – and under CERN-1 – APN map tree

  14. Select Interface Properties – per Gary Finley mods Select New Interface in tree - right click - select – Properties – from popup menu

  15. Set Interface Location Property – modified: rename eliminated – location property added – Gary Finley Select Location Property Value select icon - left click – select Vancouver

  16. Set Interface Location Property autogenerates unrouted black hole IPv4 from pre-assigned range for logon TRIUMF updates config so used IPv4 from range not available –– Gary Finley Select Location Property Value select drop down icon - left click – select Vancouver – IPv4 algorithm cuts in and autogenerates 10.198.1.1 from /2X – also sets Name = IPv4(value)

  17. Find TRIUMF ONS MAN interface drag into APN Find a local gigapop TRIUMF MAN gigE (green) interface in the ONS tree – left click – hold – drag – release on CERN-1 APN diagram manual select

  18. Find SURFnet ONS MAN interface drag into APN Scroll down to NYC01 find SURFnet MAN gigE (green) interface in the ONS tree – left click – hold – drag – release on CERN-1 APN diagram manual select

  19. Add new CERN interface –Gary Finley – to eliminate manual select of intermediate ONS G1000 interfaces Right click in blank APN diagram CERN-1 – mouse over – select New – mouse over – select – Interface - left click – creates – New Interface – at location in diagram – and under CERN-1 – APN map tree – properties location select – CERN – autogenerates IPv4 - 10.168.1.2

  20. Add available ONS IF using wizard – mod Gary Finley – to eliminate manual select of intermediate ONS G1000 interfaces Select then right click – 10.198.1.2 IF in tree model – mouse down – select Tools – select ONS IF Wizard … - left click

  21. Add available ONS IF using wizard – mod Gary Finley – to eliminate manual select of intermediate ONS G1000 interfaces Select ons-nyc01-enet_2/4 left click available ONS IF – left click Add button – repeat - select – ons-nyc01-enet_2/4 – left click Add – left click Close button wizard select

  22. Add available ONS IF using wizard – mod Gary Finley – to eliminate manual select of intermediate ONS G1000 interfaces Select left click IF 10.198.1.1 – repeat – popup menu – ONS IF Wizard - select ons-van01-enet_2/4 left click available ONS IF – left click Add button – repeat - select – ons-nyc01-enet_2/4 – left click Add – left click Close button wizard select

  23. Close property sub window – expand palette Select left click property close tab – select left click palette open tab

  24. Expand Palette select drag VLAN and APN links clip to interfaces Left click on palette expand tab – click Link header to expand – click drag VLAN link – drop near 10.168.1.1 – click hold VLAN left end clip to right point of interface – end handle should turn green if ok – repeat drag drop connect for APN-1 link and APN-2 link – double click on APN-1 link to edit new APN-1 diagram…

  25. APN-1 install OXC Wizard Left click on Resource Palette to expand – left click – hold – drag – OXC Wizard to APN-1 diagram – connect OXC Wizard end points to both APN-1 terminus – instantiates with default instance name of OXC Wizard-1

  26. APN-1 invoke OXC Wizard Once connected to APN-1 terminus double click on OXC Wizard-1 to start process …

  27. Edit APN-2 While OXC Wizard-1 is working – left click APN-2 diagram

  28. Import existing APN Left click select APN-2 terminus – right click – mouse down – left click select Import …

  29. Select SURFnet-CERN APN Select - left click - SURFnet-CERN in Import dialogue – click ok button

  30. External SURFnet-CERN APN imported CERN-1 complete External APN is imported - APN-2 completed – CERN-1 is completed – left click Palette close tab – left click select CERN-1 diagram tab

  31. Select CERN-1 diagram Left click select CERN-1 diagram tab

  32. Save CERN-1 diagram Left click select File – mouse down – select SAVE –left click – CERN-1 diagram and all subtree components are saved

  33. Select OXC Wizard-1 and display status – Gary Finley mods Mouse down select OXC Wizard-1 in tree – right click – mouse over – select – double click

  34. OXC Wizard-1 Status Display – Gary Finley mods – lease system OXC Wizard-1 creates a status panel displaying out currently available shortest path links – select start lease – drop down and select start date – select end lease date – left click show available button

  35. OXC Wizard-1 Status Display – Gary Finley mods – reserve OXC path OXC Wizard-1 creates a new status panel displaying all available shortest path links – hold shift key down and successibvely click lightpath segments to reserve – segment shows green handles when selected - when complete - select left click reserve to hold OXC path segments for lease period

  36. OXC Wizard-1 Reservation Display – Gary Finley mods – reserved OXC path OXC Wizard-1 creates a new OXC Reservation-1 in tree – double left click OXC Reservation-1 icon in tree to display reservation panel - select left click Cancel button to remove reservation and return lightpath segments to the available pool

  37. Project Networks • Ramp Down • cancel light paths • release metro/campus network custom configs

  38. Questions?

More Related