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  1. Use ‘?’ if stuck
  2. Set-up
  3. no ip domain-lookup
  4. service password-encryption
  5. enable secret class
  6. line con 0
  7. password cisco
  8. login
  9. logging synchronous
  10. line vty 0 15
  11. password cisco
  12. logging synchronous
  13. login
  14. exit
  15. EIGRP
  16. Router eigrp (AS Number)
  17. Show commands show ip eigrp ?  
  18. Adding connected networks
  19. Network network_address wildcard_mask
  20. Passive interface
  21. Router config
  22. Passive-interface (interface)
  23. Bandwidth-percent, hello-interval, hold-time
  24. Go into interface. Ip hold-time/hello-interval/bandwidth-percent eigrp (AS number) $   
  25. Auto Summary
  26. Auto summary useful if using subnets across routers
  27. In router config auto-summary/no auto-summary
  28. Encryption
  29. Go to conf t
  30. Key chain <keyname>
  31. Key <number>
  32. Key-string <key>
  33. Check with show key chain
  34. After go to interfaces involved
  35. Ip authentication key-chain eigrp <number> key <Key chain name>
  36. Ip authentication mode eigrp <number> MD5
  37. RIP
  38. Configure RIPv2
  39. Router rip
  40. Version 2
  41. Default route
  42. Ip route network_address subnet_mask
  43. Redistribute default route into RIP process
  44. Default-information originate
  45. OSPF
  46. Router ospf [process id]
  47. Network IP WILDCARD area [area number]
  48. Ip ospf cost
  49. Ip ospf retransmit-interval [seconds]
  50. Ip ospf transmit-delay [seconds]
  51. Ip ospf priority [number-value]
  52. Ip ospf hello-interval [seconds]
  53. Ip ospf dead-interval [seconds]
  54. Ip ospf authentication-key
  55. Ip ospf message-digest-key [key-id] md5 [key]
  56. Ip ospf authentication [message-digest]
  57. BGP
  58. Router bgp <as>
  59. Neighbours on other AS
  60. Neighbour <neighbour interface ip> remote-as <other router as>
  61. Loopbacks
  62. Network <network address> mask <subnet mask>
  63. Redistribution
  64. Into EIGRP
  65. Enter Router EIGRP
  66. Redistribute protocol [process-id] [metric metric-value]
  67. Metric value for redistributing into EIGRP is > bandwidth, delay, reliability, load, and maximum transmission unit (MTU).
  68. Redistribute ospf <area> metric 100000 10 255 1 1500
  69. Into OSPF
  70. Enter router OSPF
  71. Redistribute protocol [process-id] [metric metric-value] [metric-type type-value] [subnets]
  72. Subnets specifies subnets to be redistributed into the routing protocol, if not specified only classful routes will be used
  73. Metric type = 1 or 2, this is E1 vs E2.
  74. Into RIP
  75. Redistribute protocol [process-id] [match route-type] [metric metric-value] [route-map map-tag]
  76. Match and map tag are optional.
  77. Extended ping
  78. Type ping
  79. Yes when asking for extended commands
  80. Change source.
  81. DHCP
  82. Ip dhcp <command>
  83. use ? for further commands – very simple
  84. show ip dhcp binding
  85. lease format {days [hours] [minutes] | infinite}
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