Dynamips: Dynagen拓朴设计(.net)之以不变应万变 v1.5

Wandering 发表于 2008-03-27 15:02:54

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这是我目前正在使用的 .net 文件，它应该可以满足相当一部分实验的需要了。(2008/04/07 最后更新)



#
#
#
#  =======================[[[[ Super Topology v1.5 ]]]]=======================
#
#
#
#            e2/0--------e2/1        e2/0--------e2/1
#     ( R1 )-s0/0--------s0/1-( R2 )-s0/0--------s0/1-( R3 )-s1/2--------s1/3-( R7 )
#      |  |                                            |  |                    |  |
#   s0/1  e2/1                                      s0/0  e2/0              s1/2  a4/0
#      |  |                                            |  |                    |  |
#      |  |                                            |  |                    |  |
#      |  |                                            |  |                    |  |
#      |  |                                            |  |                    |  |
#   s0/0  e2/0                                      s0/1  e2/1              s1/3  a4/0
#      |  |                                            |  |                    |  |
#     ( R6 )-s0/1--------s0/0-( R5 )-s0/1--------s0/0-( R4 )-s1/3--------s1/2-( R8 )
#            e2/1--------e2/0        e2/1--------e2/0
#
#
#     ( Rx )-s1/0--------x-( FR1 )
#     ( Rx )-s1/1--------x-( FR2 )
#     ( Rx )-e3/0--------f0/x-[ SW1 ]
#     ( Rx )-e3/1--------f0/x-[ SW2 ]
#     ( Rx )-e3/2--------x-[ ETH1 ]
#     ( Rx )-e3/3--------x-[ ETH2 ]
#
#
#             |-f0/13-----f0/13-|
#     [ SW1 ]-|-f0/14-----f0/14-|-[ SW2 ]
#             |-f0/15-----f0/15-|
#
#
#     3640: R1, R2, R3, R4, R5, R6, SW1, SW2
#     7200: R7, R8
#
#
#----------------------------------------------------------------------------
#
#  Q. How to solve duplex mismatch problem which cause by router's ethernet
#     interface (half duplex) with switch's fastethernet interface ?
#  A. Execute commands below on switch:
#       switch(config-if)# no shutdown
#       switch(config-if)# speed auto
#       switch(config-if)# duplex auto
#       switch(config-if)# speed 10
#       switch(config-if)# duplex auto
#     Pay attention to the 1st pair of "speed auto" and "duplex auto", it
#     ensures that the interface has cleanly duplex configuration.
#
#  Tips: Never save switch's config, in other words keep the config cleanly.
#
#
#


autostart = false
ghostios = true
sparsemem = true
mmap = true


[localhost:7200]

    workingdir = /data/Dynamips/wdy.super.topology/working

    [[7200]]
        image = /data/Dynamips/images/c7200-adventerprisek9-mz.124-11.T.img
        ram = 128       
        idlepc = 0x60790ee4
        slot1 = PA-8T
        slot2 = PA-4E
        slot3 = PA-4E
        slot4 = PA-A1
   
    [[3640]]
        image = /data/Dynamips/images/c3640-jk9o3s-mz.124-10a.img
        ram = 128       
        idlepc = 0x603dbe34
   
    [[ROUTER R1]]
        model = 3640
        console = 3001
        slot0 = NM-4T
        slot1 = NM-4T
        slot2 = NM-4E
        slot3 = NM-4E
        s0/0 = R2 s0/1
        s1/0 = FR1 1
        s1/1 = FR2 1
        e2/0 = R2 e2/1
        e3/2 = ETH1 1
        e3/3 = ETH2 1
        cnfg = /data/Dynamips/wdy.super.topology/cfg/R1.cfg
   
    [[ROUTER R2]]
        model = 3640
        console = 3002
        slot0 = NM-4T
        slot1 = NM-4T
        slot2 = NM-4E
        slot3 = NM-4E
        s0/0 = R3 s0/1
        s1/0 = FR1 2
        s1/1 = FR2 2
        e2/0 = R3 e2/1
        e3/2 = ETH1 2
        e3/3 = ETH2 2
        cnfg = /data/Dynamips/wdy.super.topology/cfg/R2.cfg
   
    [[Router R3]]
        model = 3640
        console = 3003
        slot0 = NM-4T
        slot1 = NM-4T
        slot2 = NM-4E
        slot3 = NM-4E
        s0/0 = R4 s0/1
        s1/0 = FR1 3
        s1/1 = FR2 3
        e2/0 = R4 e2/1
        e3/2 = ETH1 3
        e3/3 = ETH2 3
        cnfg = /data/Dynamips/wdy.super.topology/cfg/R3.cfg
   
    [[Router R4]]
        model = 3640
        console = 3004
        slot0 = NM-4T
        slot1 = NM-4T
        slot2 = NM-4E
        slot3 = NM-4E
        s0/0 = R5 s0/1
        s1/0 = FR1 4
        s1/1 = FR2 4
        e2/0 = R5 e2/1
        e3/2 = ETH1 4
        e3/3 = ETH2 4
        cnfg = /data/Dynamips/wdy.super.topology/cfg/R4.cfg
   
    [[Router R5]]
        model = 3640
        console = 3005
        slot0 = NM-4T
        slot1 = NM-4T
        slot2 = NM-4E
        slot3 = NM-4E
        s0/0 = R6 s0/1
        s1/0 = FR1 5
        s1/1 = FR2 5
        e2/0 = R6 e2/1
        e3/2 = ETH1 5
        e3/3 = ETH2 5
        cnfg = /data/Dynamips/wdy.super.topology/cfg/R5.cfg
   
    [[Router R6]]
        model = 3640
        console = 3006
        slot0 = NM-4T
        slot1 = NM-4T
        slot2 = NM-4E
        slot3 = NM-4E
        s0/0 = R1 s0/1
        s1/0 = FR1 6
        s1/1 = FR2 6
        e2/0 = R1 e2/1
        e3/2 = ETH1 6
        e3/3 = ETH2 6
        cnfg = /data/Dynamips/wdy.super.topology/cfg/R6.cfg
   
    [[Router R7]]
        model = 7200
        console = 3007
        s1/0 = FR1 7
        s1/1 = FR2 7
        s1/2 = R8 s1/3
        s1/3 = R3 s1/2
        e3/2 = ETH1 7
        e3/3 = ETH2 7
        a4/0 = R8 a4/0
        cnfg = /data/Dynamips/wdy.super.topology/cfg/R7.cfg
   
    [[Router R8]]
        model = 7200
        console = 3008
        s1/0 = FR1 8
        s1/1 = FR2 8
        s1/2 = R4 s1/3
        e3/2 = ETH1 8
        e3/3 = ETH2 8
        cnfg = /data/Dynamips/wdy.super.topology/cfg/R8.cfg
   
    [[Router SW1]]
        model = 3640
        console = 3011
        slot0 = NM-16ESW
        f0/1  = R1 e3/0
        f0/2  = R2 e3/0
        f0/3  = R3 e3/0
        f0/4  = R4 e3/0
        f0/5  = R5 e3/0
        f0/6  = R6 e3/0
        f0/7  = R7 e3/0
        f0/8  = R8 e3/0
        f0/13 = SW2 f0/13
        f0/14 = SW2 f0/14
        f0/15 = SW2 f0/15
        cnfg = /data/Dynamips/wdy.super.topology/cfg/SW1.cfg
#        f0/0  = NIO_gen_eth:/Device/NPF_{1E598198-F081-4D89-8613-6435D68C55C9}
       
    [[Router SW2]]
        model = 3640
        console = 3012
        slot0 = NM-16ESW
        f0/1  = R1 e3/1
        f0/2  = R2 e3/1
        f0/3  = R3 e3/1
        f0/4  = R4 e3/1
        f0/5  = R5 e3/1
        f0/6  = R6 e3/1
        f0/7  = R7 e3/1
        f0/8  = R8 e3/1
        cnfg = /data/Dynamips/wdy.super.topology/cfg/SW2.cfg
       
    [[ETHSW ETH1]]         # layer 2 switch
        1 = access 10
        2 = access 10
        3 = access 10
        4 = access 10
        5 = access 10
        6 = access 10
        7 = access 10
        8 = access 10
       
    [[ETHSW ETH2]]         # layer 2 switch
        1 = access 20
        2 = access 20
        3 = access 20
        4 = access 20
        5 = access 20
        6 = access 20
        7 = access 20
        8 = access 20
       
    [[FRSW FR1]]
        # R1
        1:102 = 2:201      # From port 1, DLCI 102 to port 2, DLCI 201.
        1:103 = 3:301
        1:104 = 4:401
        1:105 = 5:501
        1:106 = 6:601
        1:107 = 7:701
        1:108 = 8:801
        # R2
        2:203 = 3:302
        2:204 = 4:402
        2:205 = 5:502
        2:206 = 6:602
        2:207 = 7:702
        2:208 = 8:802
        # R3
        3:304 = 4:403
        3:305 = 5:503
        3:306 = 6:603
        3:307 = 7:703
        3:308 = 8:803
        # R4
        4:405 = 5:504
        4:406 = 6:604
        4:407 = 7:704
        4:408 = 8:804
        # R5
        5:506 = 6:605
        5:507 = 7:705
        5:508 = 8:805
        # R6
        6:607 = 7:706
        6:608 = 8:806
        # R7
        7:708 = 8:807
       
    [[FRSW FR2]]
        # R1
        1:112 = 2:211      # From port 1, DLCI 112 to port 2, DLCI 211.
        1:113 = 3:311
        1:114 = 4:411
        1:115 = 5:511
        1:116 = 6:611
        1:117 = 7:711
        1:118 = 8:811
        # R2
        2:213 = 3:312
        2:214 = 4:412
        2:215 = 5:512
        2:216 = 6:612
        2:217 = 7:712
        2:218 = 8:812
        # R3
        3:314 = 4:413
        3:315 = 5:513
        3:316 = 6:613
        3:317 = 7:713
        3:318 = 8:813
        # R4
        4:415 = 5:514
        4:416 = 6:614
        4:417 = 7:714
        4:418 = 8:814
        # R5
        5:516 = 6:615
        5:517 = 7:715
        5:518 = 8:815
        # R6
        6:617 = 7:716
        6:618 = 8:816
        # R7
        7:718 = 8:817
       
#    [[ATMSW ATM1]]
#    1:10 = 2:20           # Port 1, vpi 10 to port 2, vpi 20
#    1:10:200 = 2:20:100   # Port 1, vpi 10, vci 200 to port 2, vpi 20, vci 100



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关键词(Tag): 说明 使用 cisco net topology howto router dynamips dynagen 拓朴

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