Bastille config question
When bastille is running I can't even wget because it is blocked so this might be simple but I tried everything so maybe one of you has the solution. This is a cpanel server btw.
Here is the bastille config file ->
#
# /etc/bastille-firewall.cfg
#
# Configuration file for both 2.2/ipchains and 2.4/netfilter scripts
#
# $Source: /cvsroot/bastille-linux/dev/working_tree/Bastille/bastille-firewall.cfg,v $
# Modified by: $Author: peterw $
# $Date: 2002/01/04 13:34:18 $
# $Revision: 1.7 $
#
# Copyright (C) 1999-2001 Peter Watkins
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#
# Thanks to David Ranch, Brad A, Don G, and others for their suggestions
# the configuration values should be whitespace-delimited lists of
# appropriate values, e.g.
# TCP_PUBLIC_SERVICES="80 smtp ssh"
# lists Web (port 80), SMTP mail, and Secure Shell ports
#
# This script is suitable for workstations or simple NAT firewalls;
# you may want to add more "output" restrictions for serious servers
# 0) DNS servers (Linux 2.2/ipchains only)
# You must list your DNS servers here so that
# the firewall will allow them to service your lookup requests
#
# List of DNS servers/networks to allow "domain" responses from
# This _could_ be nameservers as a list of <ip-address>/32 entries
#DNS_SERVERS="a.b.c.d/32 e.f.g.h/32"
# If you are running a caching nameserver, you'll need to allow from
# "0.0.0.0/0" so named can query any arbitrary nameserver
# (To enable a caching nameserver, you will also probably need to
# add "domain" to the TCP and UDP public service lists.)
#DNS_SERVERS="0.0.0.0/0"
#
# To have the DNS servers parsed from /etc/resolv.conf at runtime,
# as normal workstations will want, make this variable empty
#DNS_SERVERS=""
#
# Please make sure variable assignments are on single lines; do NOT
# use the "\" continuation character (so Bastille can change the
# values if it is run more than once)
DNS_SERVERS="0.0.0.0/0"
# 1) define your interfaces (all systems)
# Note a "+" acts as a wildcard, e.g. ppp+ would match any PPP
# interface
#
# list internal/trusted interfaces
# traffic from these interfaces will be allowed
# through the firewall, no restrictions
#TRUSTED_IFACES="lo" # MINIMAL/SAFEST
#
# list external/untrusted interfaces
#PUBLIC_IFACES="eth+ ppp+ slip+" # SAFEST
#
# list internal/partially-trusted interfaces
# e.g. if this acts as a NAT/IP Masq server and you
# don't want clients on those interfaces having
# full network access to services running on this
# server (as the TRUSTED_IFACES allows)
#INTERNAL_IFACES="" # SAFEST
#
# Please make sure variable assignments are on single lines; do NOT
# use the "\" continuation character (so Bastille can change the
# values if it is run more than once)
TRUSTED_IFACES="lo"
PUBLIC_IFACES="eth+"
INTERNAL_IFACES=""
# 2) services for which we want to log access attempts to syslog (all systems)
# Note this only audits connection attempts from public interfaces
#
# Also see item 12, LOG_FAILURES
#
#TCP_AUDIT_SERVICES="telnet ftp imap pop3 finger sunrpc exec login linuxconf ssh"
# anyone probing for BackOrifice?
#UDP_AUDIT_SERVICES="31337"
# how about ICMP?
#ICMP_AUDIT_TYPES=""
#ICMP_AUDIT_TYPES="echo-request" # ping/MS tracert
#
# To enable auditing, you must have syslog configured to log "kern"
# messages of "info" level; typically you'd do this with a line in
# syslog.conf like
# kern.info /var/log/messages
# though the Bastille port monitor will normally want these messages
# logged to a named pipe instead, and the Bastille script normally
# configures syslog for "kern.*" which catches these messages
#
# Please make sure variable assignments are on single lines; do NOT
# use the "\" continuation character (so Bastille can change the
# values if it is run more than once)
TCP_AUDIT_SERVICES=""
UDP_AUDIT_SERVICES=""
ICMP_AUDIT_TYPES=""
# 3) services we allow connections to (all systems)
#
# FTP note:
# To allow your machine to service "passive" FTP clients,
# you will need to make allowances for the passive data
# ports; Bastille users should read README.FTP for more
# information
#
# "public" interfaces:
# TCP services that "public" hosts should be allowed to connect to
#TCP_PUBLIC_SERVICES="" # MINIMAL/SAFEST
#
# UDP services that "public" hosts should be allowed to connect to
#UDP_PUBLIC_SERVICES="" # MINIMAL/SAFEST
#
# "internal" interfaces:
# (NB: you will need to repeat the "public" services if you want
# to allow "internal" hosts to reach those services, too.)
# TCP services that internal clients can connect to
#TCP_INTERNAL_SERVICES="" # MINIMAL/SAFEST
#
# UDP services that internal clients can connect to
#UDP_INTERNAL_SERVICES="" # MINIMAL/SAFEST
#
# Please make sure variable assignments are on single lines; do NOT
# use the "\" continuation character (so Bastille can change the
# values if it is run more than once)
TCP_PUBLIC_SERVICES="21 22 25 53 80 110 143 443 465 993 995 2082 2083 2086 2087 2095 2096 3306 6666 7786"
UDP_PUBLIC_SERVICES="53"
TCP_INTERNAL_SERVICES=""
UDP_INTERNAL_SERVICES=""
# 4) passive/active FTP (Linux 2.2/ipchains only)
# FTP is a firewall nightmare; if you allow "normal" FTP connections,
# you must be careful to block any TCP services that are listening
# on high ports; it's safer to require your FTP clients to use
# "passive" mode.
#
# Note this will also force clients on machines
# that use this one for NAT/IP Masquerading to use passive mode
# for connections that go through this server (e.g. from the
# internal network to public Internet machines
#
# For more information about FTP, see the Bastille README.FTP doc
#
#FORCE_PASV_FTP="N"
#FORCE_PASV_FTP="Y" # SAFEST
#
FORCE_PASV_FTP="N"
# 5) Services to explicitly block. (Linux 2.2/ipchains only)
TCP_BLOCKED_SERVICES="2049 2065:2081 2084 2085 2088 2089 2090 6000:6020 7100"
UDP_BLOCKED_SERVICES="2049 6770"
ICMP_ALLOWED_TYPES="destination-unreachable echo-reply time-exceeded"
# 6) Source Address Verification (all Linux systems)
# This helps prevent "IP Spoofing" attacks
#
ENABLE_SRC_ADDR_VERIFY="Y"
# 7) IP Masquerading / NAT. (all systems)
IP_MASQ_NETWORK=""
IP_MASQ_MODULES="ftp raudio vdolive"
# 8) How to react to disallowed packets (all systems)
REJECT_METHOD="DROP"
# 9) DHCP (Linux 2.2/ipchains only)
DHCP_IFACES=""
# 10) NTP servers (Linux 2.2/ipchains only)
NTP_SERVERS=""
# 11) more ICMP. (Linux 2.2/ipchains only)
ICMP_OUTBOUND_DISABLED_TYPES="destination-unreachable time-exceeded"
# 12) Logging (all systems)
LOG_FAILURES="Y"
# 13) Block fragmented packets (all systems)
# There's no good reason to allow these
#ALLOW_FRAGMENTS="N" # safest
ALLOW_FRAGMENTS="Y" # old behavior
#DROP_SMB_NAT_BCAST="N" # allow them (are you sure?)
DROP_SMB_NAT_BCAST="Y" # drop those packets
# 15) Log level (iptables/netfilter/Linux 2.4 only)
#IP_LOG_LEVEL=6 # level used in 2.2/ipchains
IP_LOG_LEVEL=4 # iptables/netfilter default
# 16) Always attempt to use stateful features for inbound connections
IP_ALWAYS_USE_STATE="N" # default, ensures services remain available
#IP_ALWAYS_USE_STATE="Y" # disallow invalid packets
