WGet voor DOS DHCP Problemen.

[Tozz]

Ik wil een MS-DOS client via WGET een bestand laten downloaden. (WGET is een UNIX/Linux tooltje om files van HTTP/FTP bestanden te downloaden).

Mijn probleem is dat de DHCP aanvraag die WGET doet (dmv WattTCP)) die geNACK'ed wordt.. en ik zie niet in waarom. De debug optie weet mij het volgende te vertellen:

Waterloo TCP/IP setup
Configuring through DHCP...Sending DHCP discover (0)
Server: 10.40.60.68
IP lease: 1 hrs
Gateway: 10.40.100.1
DNS: 10.40.60.68
Domain: `ruyt.intern`
got end-option
Got DHCP offer
Sending DHCP request
my_ip_addr = 10.40.101.97
Got DHCP nack
Sending DHCP discover (1)
Sending DHCP discover (2)
failed.

Einde oefening. Iemand enig idee? In de logs van de DHCP server (Linux) zie ik ook gewoon dat de aanvraag ge NACK'ed wordt.

Mijn wattcp.cfg luid als volgt:

#
# Waterloo TCP/IP sample configuration file.
#
# Use this file as a template to make your own.
# This file should be located in "current directory" or in a directory
# pointed to by the environment variable "WATTCP.CFG".
#
# This file is searched in the following directories until found:
# 1. via the environment variable "WATTCP.CFG".
# 2. in the directory of the executing program (if DOS 3+ used).
# 3. in the current directory.
#
# E.g. Put a copy of this file in "c:\net\watt\bin" and insert this
# line in your AUTOEXEC.BAT (or %SystemRoot%\SYSTEM32\AUTOEXEC.NT):
#
# SET WATTCP.CFG=C:\NET\WATT\BIN
#
# Note 1: No trailing `\' at end of line, and no spaces around the `='.
#
# Note 2: The order of keywords/value pairs are significant.
# For instance, if you have "134.121.10.8 my_dns" in your
# "c:\net\watt\bin\hosts" file, then "hosts = c:\net\watt\bin\hosts"
# MUST be listed before the line specifying your nameserver;
# "nameserver = my_dns". The same rule applies to "gateway" and "cookie"
#
# Note 3: the value (right of `=') is the default if you comment the
# line out. Comments starts with `#' or `;'. To use `#' or `;' inside
# string values, the string MUST be put in quotes.
# E.g. these keywords have different values:
# keyword1 = "hello world #;"
# keyword2 = "hello world "#;
#
# Note 4: The right-side value may contain an environment variable that
# will be expanded when read. The effect is like in a Makefile.
# E.g. if environment variable "ETC" is "c:\net\watt\bin",
# "$(ETC)\hosts" becomes "c:\net\watt\bin\hosts" after
# expansion. See "README.TOO" for details.
#
# Note 5: Remember that all this text takes time to parse (especially on
# a 386 or older CPU). Cut down the contents of your "WATTCP.CFG" (not
# this file, a copy) to a minimum to improve speed.
#
#
# Text printed to screen (stdout).
#
print = "Waterloo TCP/IP setup" ; optional key/value

#
# What packet-driver vector to use. A value in range 0x60 - 0x80.
# Default behaviour (value 0) is to search for first packet-driver vector
# in range 0x60 - 0x80.
#
pkt.vector = 0 ; optional

#
# Number of retries if PKTDRVR transmit fails.
# (total attempts are pkt.txretries+1).
#
pkt.txretries = 2 ; optional

#
# Set the packet-driver receive mode. Normally not needed, but experience
# has shown that some drivers may have problem receving traffic needed for
# e.g IPv6. Can also be handy for sniffing (rxmode = 6).
# Only effective if Watt-32 was compiled with USE_MULTICAST or USE_IPV6.
# These modes are supported:
#
# 1 = Turn receiver off (take care!)
# 2 = Direct, receive only traffic to this PC
# 3 = mode 2 + broadcast (default for IPv4)
# 4 = mode 3 + limited multicast
# 5 = mode 3 + all multicast (default for IPv6)
# 6 = promiscous mode, receive all traffic
#
pkt.rxmode = 3 ; optional

#
# If using a fixed IP-address, insert the dotted decimal address below.
# If your LAN has a DHCP server, use "my_ip = dhcp".
# Likewise, if you want to get your IP-address via BOOTP or RARP servers.
#
my_ip = dhcp ; mandatory

#
# The name of this host excluding the domain-name.
# Note: may be overridden by DHCP/BOOTP server.
# Max 50 characters.
#
hostname = "COM00579" ; optional

#
# A better method would be to define it via the environment.
# If djgpp is installed and you have the `uname' program, then use
# $(COMPUTERNAME) if running under Windows for a consistent name here.
#
#hostname = $(COMPUTERNAME)

#
# The netmask specifying the sub-net you are on.
# Note: may be overridden by DHCP/BOOTP server.
#
# netmask = 255.255.255.0 ; mandatory if not using DHCP

#
# IP-address (or name) of DNS host(s). The DNS host's job is to
# translate hostnames to IP-addresses if the hostname isn't listed
# in "$(ETC)\hosts".
#
# Notes: DHCP/BOOTP servers may add additional nameservers to the one(s)
# you specify here.
# There are no default server. There can be a total of 10
# nameservers. All nameserver are queried in sequence until an
# IP-address is returned. Enter the "fastest" (closest) nameserver
# first for best result.
#
# nameserver = 0.0.0.0 ; primary DNS, mandatory if not using DHCP
# nameserver = 0.0.0.0 ; secondary DNS, optional

#
# The IP-address (or name) of your gateway.
# If you are running DOS-PPP with EtherNet emulation this should be
# replaced with $(REMIP). For SLIP or normal PPP, gateway is not used.
#
# The syntax is "ip-addr [,subnet [,mask]]"
#
# Notes: Will most likely be overridden by DHCP/BOOTP server.
# The ARP-routing table is limited to 8 gateways.
#
# gateway = 0.0.0.0 ; mandatory if not using BOOTP/DHCP

#
# The Internet Domain Name of your network (of which your subnet is
# part of). The "Fully Qualified Domain Name" (FQDN) of your host is
# hostname + domain_list. E.g. "random-pc.your.domain.com".
#
# Note: "domain_list" (or previously named "domainslist") is used by DNS
# to resolve "dot-less names" (i.e. no `.' in host-name) recursively.
# E.g. resolving "random-pc2" will query all DNS-servers for these
# names until an IP-address is found:
# "random-pc2.your.domain.com"
# "random-pc2.domain.com"
# "random-pc2.com"
# "random-pc2"
#
# This behaviour can be turned off with "domain_recurse = 0"
# See below.
#
# Note: domain_list may be overridden by DHCP server.
# Max 50 characters.
#
# domain_list = your.domain.com ; mandatory if not using DHCP

#
# The old name for "domain_list". It has the same effect as
# "domain_list". Don't use both versions.
#
# domainslist = your.domain.com ; mandatory if not using DHCP

#
# The total time waiting for response (and including retransmissions)
# from each DNS-host. The total host lookup time is <domain_to> *
# <number of nameservers>. A value <4*sockdelay> is used if not defined
# (or if domain_to = 0).
#
domain_to = 0 ; optional

#
# Recursively resolve dot-less names. See above. If set to "0", only
# requests for "name" is sent to DNS-servers.
#
domain_recurse = 1 ; optional

#
# If using a PPP-driver your hostname will normally be different each
# time you're online. To query your true hostname set value below to 1.
# The penalty for using this option is a small delay since your assigned
# IP-address (MY_IP) must be reverse resolved into a Fully Qualified
# Domain Name (FQDN).
#
# Note: The use of this option will cause any HOSTNAME or DOMAIN_LIST to
# be over-written. Any hostname or domainname coming from BOOTP or
# DHPC will also be over-written.
#
dynamic_host = 1 ; optional

#
# Used by the BSD-socket API and connect() function (and for DNS-lookups).
# Default value is 30 sec.
#
sockdelay = 30 ; optional

#
# Inactivity timeout for TCP-sockets. A timer is started at reception
# of a TCP-packet and checked at each tcp_tick().
# Default value is 0 meaning no timeout.
#
inactive = 0 ; optional

#
# Data timeout for TCP-sockets. A timer is started when data is sent
# and checked at each tcp_tick(). The socket is closed if timed out.
# Default value is 120 (2min).
#
datatimeout = 120 ; optional

#
# Enable UDP/TCP-debug mode. Set to 1 (or 2 for more details) to print
# information regarding the TCP state-machine or UDP errors etc.
# Default value is 0.
#
debug = 0 ; optional

#
# Maximum Segment Size. The maximum size of each TCP-segment you are
# willing to receive is specified here. The upper limit of MSS is 40
# bytes less than the MRU (Maximum Receive Unit) of the link-layer.
# 40 = size of IP+TCP headers.
# E.g. 1460 for EtherNet or the MRU-40 for a PPP-driver.
#
# MSS is only used for TCP-sockets. The size of received
# UDP-datagrams cannot be controlled, but is limited to 1472 (1500-28).
#
# Default value of MSS is 1460.
#
mss = 1460 ; optional

#
# Maximum Transmission Units. The maximum size of any packet sent
# to the link-layer. Note: This value may be overridden by value
# returned by PKTDRVR (if driver is an extended driver).
#
# Default (and upper-bound) value is 1500.
#
mtu = 1500 ; optional

#
# Path MTU discovery on opening TCP connections (ref. RFC1323)
# Not implemented yet, hence no effect.
#
tcp.mtu_discovery = 0 ; optional

#
# Enable "Path MTU Black-hole detection" (ref. RFC1323)
# Not implemented yet, hence no effect.
#
tcp.blackhole_detect = 0 ; optional

#
# Sending an "ICMP Mask Request" message after startup may help isolate
# problems caused by setting wrong netmask (see above).
# The ICMP message is sent as link-layer broadcast and destination IP
# 255.255.255.255.
# There must be a host on the subnet that can answer this ICMP request.
# A warning ("Conflicting net-mask from ICMP Addr Mask Reply") is printed
# if the 2 netmasks differ. Refer RFC-950 for details.
#
icmp_mask_req = 0 ; optional

#
# IP-address (or name) of cookie server(s) used by the COOKIE program.
# Most WinNT servers have cookie jars (allthough dull quotes).
# No default.
#
# cookie = 0.0.0.0 ; optional

#
# "ETC" is an environment variable that should point to your Waterloo
# bin-directory.
#
# File specifying the language translations for all strings internal
# to Waterloo. Only German (de), Norwegian (no) and Swedish (se)
# translations are included at the moment. The WATLANG.TXT file is
# very incomplete at this moment, so the effective language is English (en).
#
language = en,$(ETC)\watlang.txt

#
# File specifying the list of <host-names> to <IPv4-address> mappings.
# This file is queried before any DNS-host is queried.
# Note: Windows users may use the `hosts' file of the system.
# On Win95/98* Tozz use `hosts = $(WINDIR)\system\hosts'
# On WinNT/2K/XP use `hosts = $(WINDIR)\system32\drivers\etc\hosts'
#
# Same note applies to the `services', `protocol' and `networks' files.
#
# There can be several hosts files; simply insert several "hosts = file"
# lines below this line.
#
#hosts = $(ETC)\hosts ; optional

#
# File specifying the list of <service-name> to <protocol> mappings.
# This file is used by the <netdb.h> functions (getservbyname() etc).
#
#services = $(ETC)\services ; optional

#
# File specifying the list of <IP-protocol-name> to <IP-protocol-numbers>
# mappings. This file is used by the <netdb.h> functions (getprotobyname()
# etc).
#
# Note: this file should NOT be named `protocols' to avoid problems under
# Win95/98 and targets supporting long file-names (e.g. djgpp)
#
protocols = c:\net\protocol ; optional

#
# File specifying the list of <network-numers> to <domain-names>
# mappings. This file is used by the <netdb.h> functions (getnetbyname() etc).
#
networks = c:\net\networks ; optional

#
# File specifying the list of <ether-address> to <host-names> mappings.
# Similar function as "ethip" keyword below (static ARP cache) except that
# ethers-file uses hostnames or IP addresses. If using hostnames there
# should be a <ip-address> mapping defined in the "$(ETC)\hosts" file.
#
# Note: The "$(ETC)\ethers" file is only effective if library was compiled
# with `USE_ETHERS' (default off, ref. .\src\config.h). File is read
# and parsed after all other configurable options have been read.
#
ethers = c:\net\ethers ; optional

#
# Measure execution speed for certain Watt-32 functions. Only effective
# for 32-bit djgpp, Watcom, DMC and HighC programs running on Pentium
# (the RDTSC instruction is used). Results are written to file WATTCP.PRO
# in current directory.
#
profile = 0 ; optional

#
# Watt-32 DHCP configuration
#
# DHCP server address (broadcast)
#
dhcp.host = 255.255.254.0

#
# Enable DHCP trace messages
#
dhcp.trace = 1

#
# broadcast flag for older DHCP daemons (or WinNT)
#
dhcp.bcast = 1

#
# timeout while waiting for DHCP offer
#
dhcp.timeout = 10

#
# Number of DHCP discover retries
#
dhcp.retries = 3

#
# Do an ARP Request on own IP (gratuitous ARP) after DHCP
# finishes.
#
dhcp.arpcheck = 1

#
# The file for storing transient configuration.
# Use NUL to disable storing configuration.
#
dhcp.config = C:\W32DHCP.TMP

#
#
#
dhcp.req_list = 3,6,8,9,12,15,19,20,23,26,35,36,37,38

#
#
#
# dhcp.userclass = value1,value2 ; see RFC-3004

#
#
#
# dhcp.vendclass = "Watt-32" ; RFC-2132, option 60
# dhcp.vendclass = "microsoft" ; RFC-2132, option 60

#
# IPv6 configuration
#
# The address of this machine. No `multihomes' are supported here (as
# in the IPv4 "my_ip" address). Default address is ::FFFF:my_ip.
#
# ip6.my_ip = ::FFFF:$(MY_IP) ; mandatory

#
# File specifying the list of <host-names> to <IPv6-address> mappings.
# This file is queried before any DNS-host is queried.
#
# There can be several hosts files; simply insert several "ip6.hosts = file"
# lines below this line. The "hosts" file is *not* used for IPv6 addresses.
#
# ip6.hosts6 = $(ETC)\hosts6

#
# Use the RDTSC instructions for high-resolution timer calculations.
# If 0, use the 8254 timer chip. Default is 1 if a Pentium type processor
# is detected.
#
# Note: Under a multitasking OS (Window), it's virtually impossiple to
# detect if the RDTSC instruction has been disabled (bit2=1 in CR4
# register). So if timers doesn't seem to work on a CPU with RDTSC,
# set this value to "0".
#
# This setting is NOT EFFECTIVE YET. Use an environment variable
# "USE_RDTSC=0" to disable use of RDTSC instruction.
#
use_rdtsc = 1 ; optional


#########################################################################
######### #########
######### EVERYTHING BELOW THIS LINE IS FOR ADVANCED USE ONLY #########
######### #########
#########################################################################

#
# multihomes = 0 ; uses MY_IP - MY_IP+n
# ethip = <ether-addr1>, <ip-addr1> ; static ARP-table
# ethip = <ether-addr2>, <ip-addr2> ;
# ethip = <ether-addr3>, <ip-addr3> ;
# eaddr = <ether-addr> ; sets my ether-address
# bootp = 255.255.255.255 ; BOOTP host address
# bootp_to = 30 ; BOOTP timeout

# redirects = tcp,udp,icmp,igmp ; honour ICMP redirects (0 disables)
# netdb_alive = 900 ; cache-timeout for resolve (def 15 min)

# arp.timeout = 2 ; ARP resolver timeout (def 2 sec)
# arp.alive = 300 ; ARP life for cached entries (def 5 min)
# arp.num_cache = 64 ; max # of entries in ARP cache (not yet)

# ip.def_ttl = 254 ; default "Time To Live" for IP
# ip.def_tos = 0 ; default "Type Of Service" for IP
# ip.id_incr = 1 ; default increment of IP identifiers
# ip.frag_reasm = 15 ; default fragment reassembly time (sec)

# tcp.nagle = 1 ; TCP Nagle algorithm
# tcp.opt.ts = 0 ; use TCP TimeStamp option
# tcp.opt.sack = 0 ; use TCP Selective ACK options
# tcp.opt.wscale = 0 ; use TCP Window scale option

# tcp.timer.open_to = 1000 ; TCP open timer value
# tcp.timer.close_to = 1000 ; TCP close timer value
# tcp.timer.rto_add = 100 ; added value in RTO calculation
# tcp.timer.rto_base = 10 ; base RTO value
# tcp.timer.rto_scale = 64 ; scaling factor for delayed ACKs
# tcp.timer.reset_to = 100 ; time for sending RST
# tcp.timer.retran_to = 50 ; time for doing retransmits

# include = ?$(ETC)\pppd.cfg ; PPP configuration
# include = ?$(ETC)\pppoe.cfg ; PPPoE configuration
# include = ?$(ETC)\slip.cfg ; SLIP configuration
# include = ?$(ETC)\rpc.cfg ; RPC configuration
# include = ?$(ETC)\smb.cfg ; SMB/RFC-NetBios configuration

#
# Protocol debugging stuff (not related to "debug" above).
#
# Activated by calling dbug_init() before calling sock_init()
# from application. Only effective if library was built with USE_DEBUG.
# See "README.TOO" for details.
#
# Name of debug file ("con", "stdout" or "stderr" for console, "nul" for
# NULL-device). Put on RAM-disk for best performance.
#
debug.file = wattcp.dbg ; optional

#
# Don't show packets not destined for us or not generated by us.
# A combination of these values can be specified:
#
# ETH -> discard link-layer packets (for EtherNet/TokenRing only)
# ARP -> discard ARP packets (for EtherNet/TokenRing only)
# RARP -> discard RARP packets (for EtherNet/TokenRing only)
# IP -> discard IP packets (for EtherNet/TokenRing/PPP/SLIP)
# BCAST -> discard link-layer broadcast or IP-broadcast
# MCAST -> discard link-layer multicast
# ALL -> discard everything not to/from us.
# NONE -> show all packets received.
#
# Note: ETH is also used for Token-Ring meaning MAC header
#
debug.filter = all

#
# Which protocols (headers and data) to debug. A combination of
# these values can be specified:
# ETH, LLC, ARP, RARP, IP, UDP, TCP, ICMP, IGMP or ALL.
#
# Note: ETH is also used for Token-Ring meaning MAC header.
#
debug.proto = arp/rarp/ip/udp/tcp/icmp/igmp

#
# What part of a packet to dump;
# HEADER -> dump only protocol headers. E.g. UDP-head without data part.
# ALL -> both header and ascii/binary data-dump.
#
debug.mode = all

#
# Dump values of statistics counters at program exit.
# I.e. packets received/transmitted to debug.file.
#
debug.stat = 1 ; optional

#
# Dump details of DNS request/response packets on UDP port 53.
# Only effective if pcdbug.c was compiled with DEBUG_DNS=1.
#
debug.dns = 1 ; default is 1

#
# Dump details of RTP/RTCP udp packets. NOT USED YET.
# Only effective if pcdbug.c was compiled with DEBUG_RTP=1.
#
debug.rtp = 1 ; default is 1

##
## Socket-layer debugging stuff. Only used by BSD-socket API.
## Activated by calling dbug_init() before calling sock_init()
## from application.
##
#
# where to print socket-debug;
# <file>, "con", "stdout", "stderr" or "nul". No default.
#
# As with "debug.file", put on RAM-disk for best performance.
#
sk_debug.device = wattcp.sk

#
# C-style open mode for the "sk_debug.device".
# "w+" write (and create if not exists)
# "a" append to file
# "t" "sk_debug.device" is a text-file.
#
sk_debug.openmode = w+ ; default

#
# Service-order for DNS name lookups. Use `hosts' first. If name not
# in `hosts' file send a DNS request to nameserver(s).
# NOT YET IMPLEMENTED; order is always "hosts,bind".
# For IPv6, order is always "hosts6, bind6, hosts, bind".
#
# host.conf = order hosts, bind

#
# Configuration of bind resolver. These settings are active only if
# library was compiled with USE_BIND (ref. .\src\config.h) and using
# any of the resolver functions in <resolv.h>.
#
# HOSTALIASES points to a file which lists host aliases, e.g:
# alfie.somewhere.net www.somewhere.net
# blondie.foo.net mail.mci.net
#
# Default value is taken from environment variable "HOSTALIASES".
#
bind.hostaliases = $(HOSTALIASES) ; optional

#
# Options used for initialising the resolver. The value(s) are:
# ndots:n -> n specifies # of dots '.' in a domain (default 1).
# debug -> enable resolver debug mode.
#
# E.g. "bind.res_options = ndots:4 debug".
# See also manpage for "bind".
#
# Default value is taken from environment variable "RES_OPTIONS".
#
bind.res_options = $(RES_OPTIONS) ; optional

#
# Allow the following hosts to connect to our TCP listening sockets.
# Use comma-separated list for single hosts or regexp for multiple hosts.
# Ranges can be specified using "network/mask" notation. E.g.
# "tcpd.hosts.allow = 133.212/16" will allow the hosts in range
# 133.212.0.0 - 133.212.255.255.
# NOT YET IMPLEMENTED; all hosts are allowed.
#
# tcpd.hosts.allow = *

#
# Deny the following hosts to connect to our TCP listening sockets.
# Use comma-separated list for single hosts or regexp for multiple hosts.
# Ranges can be specified using "network/mask" notation. See above.
# NOT YET IMPLEMENTED; only the broadcast and null-addresses are denied.
#
# tcpd.hosts.deny = 255.255.255.255, 0.0.0.0

#
# Simple syslog client configuration. Sends log messages to file and/or
# a logging host. Protocol used is UDP (unicast or broadcast).
#
# Messages are appended to file. Default filename is extracted from
# path and name of running application.
#
syslog.file = ; optional

#
# Which host to send logging messages to. If not specified here, it may
# be received via BOOTP or DHCP (if specified by "my_ip = dhcp", or
# "wattcp.cfg file is not found). The host MUST be a name listed in
# "$(ETC)\hosts" or a dotted IP-address. You can also specify a broadcast
# IP-address and hope the messages are picked up by a logging daemon.
#
syslog.host = ; optional

#
# Which UDP destination port to send to. Default is 514.
# The port is first searched in "$(ETC)\services". The line should be
# "syslog 514/udp". If not found there, the following port is used.
# i.e. the following line is overruled by "syslog port/udp" in
# "$(ETC)\services".
#
syslog.port = 514 ; optional

#
# What syslog messages shall be written to file and/or sent to logging host.
#
# A combination of the following may be specified (<sys/syslog.h> flags):
# emerg => system is unusable (LOG_EMERG)
# alert => action must be taken immediately (LOG_ALERT)
# crit => critical conditions (LOG_CRIT)
# error => error conditions (LOG_ERR)
# warning => warning conditions (LOG_WARNING)
# notice => normal but significant condition (LOG_NOTICE)
# info => informational (LOG_INFO)
# debug => debug-level messages (LOG_DEBUG)
# all => all combinations above.
#
# Default level is "emerg/alert/error"
#
syslog.level = emerg/alert/error ; optional

#
# TFTP client configuration.
#
# To actually enable loading of `tftp.boot_file' via TFTP protocol,
# the application must supply a "writer" hook through function pointer
# `tftp_writer'. See <tcp.h> or .\src\tftp.c.
#
# The TFTP client uses UDP on port 69 (unless specified differently in
# $(ETC)\services).
#
# Note: When using DHCP (TFTP options and BOOTP not supported), the
# "tftp.boot_file" and "tftp.server" specified below *may* be
# overridden by the DHCP-server. This is because a properly
# configured DHCP-server should know what's best for you...
#
# Specify what file to load. This file may be present in an option
# coming from DHCP-server, but can be specified here.
#
# Note: remote file-name is server's file-name (relative to it's virtual
# root) and may contain a path. It's the responsibility of the
# application to map server's boot filename into your local file
# system or create any missing directories.
#
# The format of "tftp.boot_file" is "remote name" optionally followed by a
# local name. E.g. "tftp.boot_file = /tftpd/bootp.file $(TEMP)\bootp.fil"
#
# Note: The remote/local filenames cannot contain any spaces or tabs.
#
tftp.boot_file = ; optional

#
# Specify what server (dotted ip-address or host from `hosts' file) to
# get TFTP.BOOT_FILE from. If not specified here, TFTP-server name MUST
# be given by DHCP server.
#
tftp.server = ; optional

#
# Specify timeout (in seconds) waiting for each packet from TFTP-server.
#
tftp.timeout = 8 ; optional

#
# Specify retry count waiting for packets from TFTP-server.
#
tftp.retry = 5 ; optional

#
# C-style open mode for the local file "tftp.boot_file".
# Specify "wt" to transfer a text file from a Unix-based TFTP server.
#
tftp.openmode = "wb" ; default

#
# Specify transfer mode for retrieval. Either use "octet" (default) for
# 8-bit raw data, "netascii" or "mail". Ref. RFC-1350.
#
# Note: Some tftp servers (e.g. PumpKIN) ignores this mode.
#
tftp.mode = "octet" ; optional

#
# Specify local port to use. Default behaviour (0) is to select a random
# local port in range 1024 - 65535. If e.g. a firewall makes this
# difficult, use a fixed port above 1024.
#
tftp.port = 0 ; optional

#
# ECHO/DISCARD daemons
#
echo.daemon = 0 ; active echo service
echo.host = 255.255.255.255 ; accept from anybody
echo.port = 7 ; listen on port 7

discard.daemon = 0 ; active discard service
discard.host = 255.255.255.255 ; accept from anybody
discard.port = 9 ; listen on port 9


#######################################################################
######## ########
######## CONFIGURATION FOR VARIOUS WatTCP/Watt-32 PROGRAMS ########
######## ########
#######################################################################
#
# For details regarding these settings refer the documentation
# of respective programs.
#
# HTget by Ken Yap ([e-mail])
#
http.proxy = <your.http.proxy>:<port> ; no default

#
# Michael Ringe's TALK client/server
#
talk.localuser = <your signature/handle>
talk.screenmode = autocr,split
talk.colors = 1E,1A,71,71,71
talk.alias = joe:[e-mail]
talk.logfile = $(WATTCP.CFG)\talk\talk.log
talk.message = "%s is busy. Try again later.\n"

#
# SNUZ nntp client by
# Doug McDonald ([e-mail])
#
snuz.tmpdir = $(TEMP)
snuz.rc = $(ETC)\news\snuz.rc ; list of subscribed groups, etc
snuz.active = $(ETC)\news\active ; list of all groups
snuz.host = news.server.com ; news server ipaddr
snuz.from = [e-mail] ; the user's email-address
snuz.editor = edit.exe ; editor for writing posts
snuz.smtp = "popmail send %H %D %f" ; external sendmail program

#
# SMB Printer daemon 0.94 by
# Ken Yap ([e-mail])
#
smbpd.workgroup = "my-work-group"
smbpd.printer1name = "my-printer-at-lpt1"
smbpd.printer2name = "my-printer-at-lpt2"
smbpd.printer3name = "my-printer-at-lpt3"

#
# Erick Engelke's SMTP-server
#
smtp.subdir = $(ETC)\smtpd\mail\ ; sub-dir for mail/temp files, must exist
smtp.sessions = 8 ; # of SMTP sessions

#
# UCD-SNMP library
#
snmp.mibfile = $(snmp)\mib.txt
snmp.mib2file = $(snmp)\mib-v2.txt

[The Jester]

Zo te zien doet 'ie een DHCP-request bij de DNS-server.
Als die ook DHCP-services draait is dat goed, anders is dat je probleem.
Je moet natuurlijk wel het MAC-adres van je client valideren in je DHCP-server, anders weigert 'ie om een adres toe te kennen.