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Re: 8e9800 Fast Data Access MMU Miss





Like... how do you boot an ISO file?

here is the guts of a RARP ether frame followed by the response with the ip address and then the call for the file follows :


ETHER:  ----- Ether Header -----
ETHER:
ETHER:  Packet 1 arrived at 19:21:46.76395
ETHER:  Packet size = 64 bytes
ETHER:  Destination = ff:ff:ff:ff:ff:ff, (broadcast)
ETHER:  Source      = 0:3:ba:a:1b:2,
ETHER:  Ethertype = 8035 (RARP)
ETHER:
ARP:  ----- ARP/RARP Frame -----
ARP:
ARP:  Hardware type = 1 (Ethernet (10Mb))
ARP:  Protocol type = 0800 (IP)
ARP:  Length of hardware address = 6 bytes
ARP:  Length of protocol address = 4 bytes
ARP:  Opcode 3 (REVARP Request)
ARP:  Sender's hardware address = 0:3:ba:a:1b:2
ARP:  Sender's protocol address = 0.0.0.0, OLD-BROADCAST
ARP:  Target hardware address = 0:3:ba:a:1b:2
ARP:  Target protocol address = ?
ARP:


           0: ffff ffff ffff 0003 ba0a 1b02 8035 0001    .............5..
          16: 0800 0604 0003 0003 ba0a 1b02 0000 0000    ................
          32: 0003 ba0a 1b02 ffff ffff fefd fbf7 efdf    ................
          48: bf7f 55aa 0102 0408 1020 4080 dada dada    ..UM-*..... @.....

ETHER:  ----- Ether Header -----
ETHER:
ETHER:  Packet 2 arrived at 19:21:49.76808
ETHER:  Packet size = 42 bytes
ETHER:  Destination = 0:3:ba:a:1b:2,
ETHER:  Source      = 0:3:ba:5:cf:1b,
ETHER:  Ethertype = 8035 (RARP)
ETHER:
ARP:  ----- ARP/RARP Frame -----
ARP:
ARP:  Hardware type = 1 (Ethernet (10Mb))
ARP:  Protocol type = 0800 (IP)
ARP:  Length of hardware address = 6 bytes
ARP:  Length of protocol address = 4 bytes
ARP:  Opcode 4 (REVARP Reply)
ARP:  Sender's hardware address = 0:3:ba:5:cf:1b
ARP:  Sender's protocol address = 192.168.35.223, 192.168.35.223
ARP:  Target hardware address = 0:3:ba:a:1b:2
ARP:  Target protocol address = 192.168.35.249, 192.168.35.249
ARP:


           0: 0003 ba0a 1b02 0003 ba05 cf1b 8035 0001    .............5..
          16: 0800 0604 0004 0003 ba05 cf1b c0a8 23df    .............M-(#.
          32: 0003 ba0a 1b02 c0a8 23f9                   .......M-(#.

ETHER:  ----- Ether Header -----
ETHER:
ETHER:  Packet 3 arrived at 19:21:49.76847
ETHER:  Packet size = 64 bytes
ETHER:  Destination = 0:3:ba:5:cf:1b,
ETHER:  Source      = 0:3:ba:a:1b:2,
ETHER:  Ethertype = 0800 (IP)
ETHER:
IP:   ----- IP Header -----
IP:
IP:   Version = 4
IP:   Header length = 20 bytes
IP:   Type of service = 0x00
IP:         xxx. .... = 0 (precedence)
IP:         ...0 .... = normal delay
IP:         .... 0... = normal throughput
IP:         .... .0.. = normal reliability
IP:         .... ..0. = not ECN capable transport
IP:         .... ...0 = no ECN congestion experienced
IP:   Total length = 45 bytes
IP:   Identification = 0
IP:   Flags = 0x0
IP:         .0.. .... = may fragment
IP:         ..0. .... = last fragment
IP:   Fragment offset = 0 bytes
IP:   Time to live = 64 seconds/hops
IP:   Protocol = 17 (UDP)
IP:   Header checksum = b197
IP:   Source address = 192.168.35.249, 192.168.35.249
IP:   Destination address = 192.168.35.223, 192.168.35.223
IP:   No options
IP:
UDP:  ----- UDP Header -----
UDP:
UDP:  Source port = 6683
UDP:  Destination port = 69 (TFTP)
UDP:  Length = 25
UDP:  Checksum = 0000 (no checksum)
UDP:
TFTP:  ----- Trivial File Transfer Protocol -----
TFTP:
TFTP:  Opcode = 1 (read request)
TFTP:  File name = "C0A823F9"
TFTP:  Transfer mode = octet


           0: 0003 ba05 cf1b 0003 ba0a 1b02 0800 4500    ..............E.
16: 002d 0000 0000 4011 b197 c0a8 23f9 c0a8 .-....@....M-(#..M-(
          32: 23df 1a1b 0045 0019 0000 0001 4330 4138    #....E......C0A8
          48: 3233 4639 006f 6374 6574 0080 dada dada    23F9.octet......

ETHER:  ----- Ether Header -----
ETHER:
ETHER:  Packet 4 arrived at 19:21:52.87172
ETHER:  Packet size = 64 bytes
ETHER:  Destination = 0:3:ba:a:1b:2,
ETHER:  Source      = 0:3:ba:5:cf:1b,
ETHER:  Ethertype = 0800 (IP)
ETHER:
IP:   ----- IP Header -----
IP:
IP:   Version = 4
IP:   Header length = 20 bytes
IP:   Type of service = 0x00
IP:         xxx. .... = 0 (precedence)
IP:         ...0 .... = normal delay
IP:         .... 0... = normal throughput
IP:         .... .0.. = normal reliability
IP:         .... ..0. = not ECN capable transport
IP:         .... ...0 = no ECN congestion experienced
IP:   Total length = 50 bytes
IP:   Identification = 2412
IP:   Flags = 0x4
IP:         .1.. .... = do not fragment
IP:         ..0. .... = last fragment
IP:   Fragment offset = 0 bytes
IP:   Time to live = 60 seconds/hops
IP:   Protocol = 17 (UDP)
IP:   Header checksum = 6c26
IP:   Source address = 192.168.35.223, 192.168.35.223
IP:   Destination address = 192.168.35.249, 192.168.35.249
IP:   No options
IP:
UDP:  ----- UDP Header -----
UDP:
UDP:  Source port = 33363
UDP:  Destination port = 6683
UDP:  Length = 30
UDP:  Checksum = A7B8
UDP:
TFTP:  ----- Trivial File Transfer Protocol -----
TFTP:
TFTP:  Opcode = 5 (error)
TFTP:  Error = 2 (access violation)
TFTP:  Error string = "Access violation"


           0: 0003 ba0a 1b02 0003 ba05 cf1b 0800 4500    ..............E.
16: 0032 096c 4000 3c11 6c26 c0a8 23df c0a8 .2.l@.<.l&.M-(#..M-(
          32: 23f9 8253 1a1b 001e a7b8 0005 0002 4163    #..S..........Ac
          48: 6365 7373 2076 696f 6c61 7469 6f6e 0000    cess violation..


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