Updated efg.pm (minor tweaks).

diff --git a/sources/efg.pm/c3d/firstboot/data/nftables.config b/sources/efg.pm/c3d/firstboot/data/nftables.config
index 66e3758cd65a5b1d2fc0ba951c3d00530bc3c4e6..a5534029de7c401e371ffbf6bbc860d6392b2c94 100644 (file)
--- a/sources/efg.pm/c3d/firstboot/data/nftables.config
+++ b/sources/efg.pm/c3d/firstboot/data/nftables.config
@@ -111,54 +111,53 @@ define PEEP_BO_IPV4_NET = 10.162.104.0/24
 ################################
 
 #define MX_PORTS = { 25, 110, 143, 465, 587, 993, 995 }
-define WS_PORTS = { 80, 443 }
 
 
 ################################
 # reset nftables
 ################################
 
-create table ip efg_filter
-create table ip efg_nat
-create table ip6 efg_filter
+create table ip efg-filter
+create table ip efg-nat
+create table ip6 efg-filter
 
-create chain ip efg_filter input { type filter hook input priority 0; policy drop; }
-create chain ip efg_filter forward { type filter hook forward priority 0; policy drop; }
-create chain ip efg_filter output { type filter hook output priority 0; policy drop; }
-create chain ip efg_nat prerouting { type nat hook prerouting priority 0; policy accept; }
-create chain ip efg_nat postrouting { type nat hook postrouting priority 0; policy accept; }
-create chain ip6 efg_filter input { type filter hook input priority 0; policy accept; }
-create chain ip6 efg_filter forward { type filter hook forward priority 0; policy drop; }
-create chain ip6 efg_filter output { type filter hook output priority 0; policy accept; }
+create chain ip efg-filter input { type filter hook input priority 0; policy drop; }
+create chain ip efg-filter forward { type filter hook forward priority 0; policy drop; }
+create chain ip efg-filter output { type filter hook output priority 0; policy drop; }
+create chain ip efg-nat prerouting { type nat hook prerouting priority 0; policy accept; }
+create chain ip efg-nat postrouting { type nat hook postrouting priority 0; policy accept; }
+create chain ip6 efg-filter input { type filter hook input priority 0; policy accept; }
+create chain ip6 efg-filter forward { type filter hook forward priority 0; policy drop; }
+create chain ip6 efg-filter output { type filter hook output priority 0; policy accept; }
 
 
 ################################
 # NAT prerouting rules
 ################################
 
-add rule ip efg_nat prerouting \
+add rule ip efg-nat prerouting \
     iifname $EXTERNAL_ACE_IF \
     ip daddr $PUBLIC_ACE_VPN_IPV4 udp dport 1194 \
     counter dnat $VPN_INTERNAL_IPV4 comment "Incoming VPN traffic"
 
-#add rule ip efg_nat prerouting \
+#add rule ip efg-nat prerouting \
 #    iifname $EXTERNAL_ACE_IF \
 #    ip daddr $PUBLIC_ACE_MX_IPV4 tcp dport $MX_PORTS \
 #    counter dnat $MX_PERIMETER_IPV4 comment "Incoming MX traffic"
 
-add rule ip efg_nat prerouting \
+add rule ip efg-nat prerouting \
     iifname $EXTERNAL_ACE_IF udp sport 1024-65535 \
     ip daddr $PUBLIC_ACE_NS_IPV4 udp dport 53 \
     counter dnat $ENS_PERIMETER_IPV4 comment "Incoming DNS requests (udp)"
 
-add rule ip efg_nat prerouting \
+add rule ip efg-nat prerouting \
     iifname $EXTERNAL_ACE_IF tcp sport 1024-65535 \
     ip daddr $PUBLIC_ACE_NS_IPV4 tcp dport 53 \
     counter dnat $ENS_PERIMETER_IPV4 comment "Incoming DNS requests (tcp)"
 
-add rule ip efg_nat prerouting \
+add rule ip efg-nat prerouting \
     iifname $EXTERNAL_ACE_IF tcp sport 1024-65535 \
-    ip daddr $PUBLIC_ACE_WS_IPV4 tcp dport $WS_PORTS \
+    ip daddr $PUBLIC_ACE_WS_IPV4 tcp dport { http, https } \
     counter dnat $WS_PERIMETER_IPV4 comment "Incoming http(s) requests"
 
 
@@ -166,21 +165,21 @@ add rule ip efg_nat prerouting \
 # FILTER input rules
 ################################
 
-add rule ip efg_filter input \
+add rule ip efg-filter input \
     ct state established \
     iifname $PERIMETER_IF ip saddr $PNS_PERIMETER_IPV4 udp sport 53 \
     ip daddr $EFG_PERIMETER_IPV4 udp dport 1024-65535 \
     counter accept comment "DNS replies"
-add rule ip6 efg_filter input \
+add rule ip6 efg-filter input \
     ct state established \
     iifname $PERIMETER_IF ip6 saddr $PNS_PERIMETER_IPV6 udp sport 53 \
     ip6 daddr $EFG_PERIMETER_IPV6 udp dport 1024-65535 \
     counter accept comment "DNS replies"
 
-add rule ip efg_filter input \
+add rule ip efg-filter input \
     ip protocol icmp \
     counter accept comment "ICMP"
-add rule ip6 efg_filter input \
+add rule ip6 efg-filter input \
     icmpv6 type { destination-unreachable, \
                   echo-reply, \
                   echo-request, \
@@ -198,13 +197,13 @@ add rule ip6 efg_filter input \
                   time-exceeded } \
     counter accept comment "ICMPv6"
 
-add rule ip efg_filter input \
+add rule ip efg-filter input \
     ip protocol gre \
     counter accept comment "GRE"
 
-add rule ip efg_filter input \
+add rule ip efg-filter input \
     counter log prefix "INPUT"
-add rule ip6 efg_filter input \
+add rule ip6 efg-filter input \
     counter log prefix "INPUT"
 
 
@@ -212,183 +211,161 @@ add rule ip6 efg_filter input \
 # FILTER forward rules
 ################################
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $EXTERNAL_ACE_IF \
     oifname $PERIMETER_IF ip daddr $INTERNAL_IPV4_NETS \
     counter accept comment "Established sessions (ACE)"
-add rule ip6 efg_filter forward \
+add rule ip6 efg-filter forward \
     ct state established, related \
     iifname $EXTERNAL_ACE_IF \
     oifname $PERIMETER_IF ip6 daddr $INTERNAL_IPV6_NET \
     counter accept comment "Established sessions (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $EXTERNAL_TELEKOM_IF \
     oifname $PERIMETER_IF ip daddr $INTERNAL_IPV4_NETS \
     counter accept comment "Established sessions (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $PERIMETER_IF ip saddr $INTERNAL_IPV4_NETS \
     oifname $EXTERNAL_ACE_IF \
     counter accept comment "Internet access (ACE)"
-add rule ip6 efg_filter forward \
+add rule ip6 efg-filter forward \
     iifname $PERIMETER_IF ip6 saddr $INTERNAL_IPV6_NET \
     oifname $EXTERNAL_ACE_IF \
     counter accept comment "Internet access (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $PERIMETER_IF ip saddr $INTERNAL_IPV4_NETS \
     oifname $EXTERNAL_TELEKOM_IF \
     counter accept comment "Internet access (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $EXTERNAL_ACE_IF \
     oifname $PERIMETER_IF ip daddr $VPN_INTERNAL_IPV4 udp dport 1194 \
     counter accept comment "Incoming VPN traffic (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $EXTERNAL_TELEKOM_IF \
     oifname $PERIMETER_IF ip daddr $VPN_INTERNAL_IPV4 udp dport 1194 \
     counter accept comment "Incoming VPN traffic (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $EXTERNAL_ACE_IF tcp sport 1024-65535 \
-    oifname $PERIMETER_IF ip daddr $WS_PERIMETER_IPV4 tcp dport $WS_PORTS \
+    oifname $PERIMETER_IF ip daddr $WS_PERIMETER_IPV4 tcp dport { http, https } \
     counter accept comment "Incoming http(s) requests (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $EXTERNAL_TELEKOM_IF tcp sport 1024-65535 \
-    oifname $PERIMETER_IF ip daddr $WS_PERIMETER_IPV4 tcp dport $WS_PORTS \
+    oifname $PERIMETER_IF ip daddr $WS_PERIMETER_IPV4 tcp dport { http, https } \
     counter accept comment "Incoming http(s) requests (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established \
-    iifname $PERIMETER_IF ip saddr $WS_PERIMETER_IPV4 tcp sport $WS_PORTS \
+    iifname $PERIMETER_IF ip saddr $WS_PERIMETER_IPV4 tcp sport { http, https } \
     oifname $EXTERNAL_ACE_IF tcp dport 1024-65535 \
     counter accept comment "Outgoing http(s) replies (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established \
-    iifname $PERIMETER_IF ip saddr $WS_PERIMETER_IPV4 tcp sport $WS_PORTS \
+    iifname $PERIMETER_IF ip saddr $WS_PERIMETER_IPV4 tcp sport { http, https } \
     oifname $EXTERNAL_TELEKOM_IF tcp dport 1024-65535 \
     counter accept comment "Outgoing http(s) replies (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $EXTERNAL_ACE_IF udp sport 1024-65535 \
     oifname $PERIMETER_IF ip daddr $ENS_PERIMETER_IPV4 udp dport 53 \
     counter accept comment "Incoming DNS requests/notifications (udp) (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $EXTERNAL_TELEKOM_IF udp sport 1024-65535 \
     oifname $PERIMETER_IF ip daddr $ENS_PERIMETER_IPV4 udp dport 53 \
     counter accept comment "Incoming DNS requests/notifications (udp) (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $PERIMETER_IF ip saddr $ENS_PERIMETER_IPV4 udp sport 53 \
     oifname $EXTERNAL_ACE_IF udp dport 1024-65535 \
     counter accept comment "Outgoing DNS replies (udp) (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $PERIMETER_IF ip saddr $ENS_PERIMETER_IPV4 udp sport 53 \
     oifname $EXTERNAL_TELEKOM_IF udp dport 1024-65535 \
     counter accept comment "Outgoing DNS replies (udp) (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $EXTERNAL_ACE_IF tcp sport 1024-65535 \
     oifname $PERIMETER_IF ip daddr $ENS_PERIMETER_IPV4 tcp dport 53 \
     counter accept comment "Incoming DNS requests (tcp) (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $EXTERNAL_TELEKOM_IF tcp sport 1024-65535 \
     oifname $PERIMETER_IF ip daddr $ENS_PERIMETER_IPV4 tcp dport 53 \
     counter accept comment "Incoming DNS requests (tcp) (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $PERIMETER_IF ip saddr $ENS_PERIMETER_IPV4 tcp sport 53 \
     oifname $EXTERNAL_ACE_IF tcp dport 1024-65535 \
     counter accept comment "Outgoing DNS replies (tcp) (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $PERIMETER_IF ip saddr $ENS_PERIMETER_IPV4 tcp sport 53 \
     oifname $EXTERNAL_TELEKOM_IF tcp dport 1024-65535 \
     counter accept comment "Outgoing DNS replies (tcp) (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $PERIMETER_IF ip saddr { $ENS_PERIMETER_IPV4, $PNS_PERIMETER_IPV4 } udp sport 1024-65535 \
     oifname $EXTERNAL_ACE_IF udp dport 53 \
     counter accept comment "Outgoing DNS requests/notifications (udp) (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $PERIMETER_IF ip saddr { $ENS_PERIMETER_IPV4, $PNS_PERIMETER_IPV4 } udp sport 1024-65535 \
     oifname $EXTERNAL_TELEKOM_IF udp dport 53 \
     counter accept comment "Outgoing DNS requests/notifications (udp) (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $EXTERNAL_ACE_IF udp sport 53 \
     oifname $PERIMETER_IF ip daddr { $ENS_PERIMETER_IPV4, $PNS_PERIMETER_IPV4 } udp dport 1024-65535 \
     counter accept comment "Incoming DNS replies (udp) (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $EXTERNAL_TELEKOM_IF udp sport 53 \
     oifname $PERIMETER_IF ip daddr { $ENS_PERIMETER_IPV4, $PNS_PERIMETER_IPV4 } udp dport 1024-65535 \
     counter accept comment "Incoming DNS replies (udp) (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $PERIMETER_IF ip saddr { $ENS_PERIMETER_IPV4, $PNS_PERIMETER_IPV4 } tcp sport 1024-65535 \
     oifname $EXTERNAL_ACE_IF tcp dport 53 \
     counter accept comment "Outgoing DNS requests (tcp) (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     iifname $PERIMETER_IF ip saddr { $ENS_PERIMETER_IPV4, $PNS_PERIMETER_IPV4 } tcp sport 1024-65535 \
     oifname $EXTERNAL_TELEKOM_IF tcp dport 53 \
     counter accept comment "Outgoing DNS requests (tcp) (TELEKOM)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $EXTERNAL_ACE_IF tcp sport 53 \
     oifname $PERIMETER_IF ip daddr { $ENS_PERIMETER_IPV4, $PNS_PERIMETER_IPV4 } tcp dport 1024-65535 \
     counter accept comment "Incoming DNS replies (tcp) (ACE)"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ct state established, related \
     iifname $EXTERNAL_TELEKOM_IF tcp sport 53 \
     oifname $PERIMETER_IF ip daddr { $ENS_PERIMETER_IPV4, $PNS_PERIMETER_IPV4 } tcp dport 1024-65535 \
     counter accept comment "Incoming DNS replies (tcp) (TELEKOM)"
 
-add rule ip efg_filter forward \
-    iifname $PERIMETER_IF ip saddr $WS_PERIMETER_IPV4 tcp sport 1024-65535 \
-    oifname $EXTERNAL_ACE_IF tcp dport $WS_PORTS \
-    counter accept comment "Outgoing let's encrypt requests (ACE)"
-
-add rule ip efg_filter forward \
-    iifname $PERIMETER_IF ip saddr $WS_PERIMETER_IPV4 tcp sport 1024-65535 \
-    oifname $EXTERNAL_TELEKOM_IF tcp dport $WS_PORTS \
-    counter accept comment "Outgoing let's encrypt requests (TELEKOM)"
-
-add rule ip efg_filter forward \
-    ct state established \
-    iifname $EXTERNAL_ACE_IF tcp sport $WS_PORTS \
-    oifname $PERIMETER_IF ip daddr $WS_PERIMETER_IPV4 tcp dport 1024-65535 \
-    counter accept comment "Incoming let's encrypt replies (ACE)"
-
-add rule ip efg_filter forward \
-    ct state established \
-    iifname $EXTERNAL_TELEKOM_IF tcp sport $WS_PORTS \
-    oifname $PERIMETER_IF ip daddr $WS_PERIMETER_IPV4 tcp dport 1024-65535 \
-    counter accept comment "Incoming let's encrypt replies (TELEKOM)"
-
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     ip protocol icmp \
     counter accept comment "ICMP"
-add rule ip6 efg_filter forward \
+add rule ip6 efg-filter forward \
     icmpv6 type { destination-unreachable, \
                   echo-reply, \
                   echo-request, \
@@ -406,10 +383,10 @@ add rule ip6 efg_filter forward \
                   time-exceeded } \
     counter accept comment "ICMPv6"
 
-add rule ip efg_filter forward \
+add rule ip efg-filter forward \
     counter log prefix "FORWARD"
 
-add rule ip6 efg_filter forward \
+add rule ip6 efg-filter forward \
     counter log prefix "FORWARD"
 
 
@@ -417,21 +394,21 @@ add rule ip6 efg_filter forward \
 # FILTER output rules
 ################################
 
-add rule ip efg_filter output \
+add rule ip efg-filter output \
     ct state new \
     ip saddr $EFG_PERIMETER_IPV4 udp sport 1024-65535 \
     oifname $PERIMETER_IF ip daddr $PNS_PERIMETER_IPV4 udp dport 53 \
     counter accept comment "DNS requests"
-add rule ip6 efg_filter output \
+add rule ip6 efg-filter output \
     ct state new \
     ip6 saddr $EFG_PERIMETER_IPV6 udp sport 1024-65535 \
     oifname $PERIMETER_IF ip6 daddr $PNS_PERIMETER_IPV6 udp dport 53 \
     counter accept comment "DNS requests"
 
-add rule ip efg_filter output \
+add rule ip efg-filter output \
     ip protocol icmp \
     counter accept comment "ICMP"
-add rule ip6 efg_filter output \
+add rule ip6 efg-filter output \
     icmpv6 type { destination-unreachable, \
                   echo-reply, \
                   echo-request, \
@@ -449,9 +426,9 @@ add rule ip6 efg_filter output \
                   time-exceeded } \
     counter accept comment "ICMPv6"
 
-add rule ip efg_filter output \
+add rule ip efg-filter output \
     counter log prefix "OUTPUT"
-add rule ip6 efg_filter output \
+add rule ip6 efg-filter output \
     counter log prefix "OUTPUT"
 
 
@@ -459,30 +436,30 @@ add rule ip6 efg_filter output \
 # NAT postrouting rules
 ################################
 
-add rule ip efg_nat postrouting \
+add rule ip efg-nat postrouting \
     oifname $EXTERNAL_ACE_IF ip saddr $VPN_INTERNAL_IPV4 \
     counter snat $PUBLIC_ACE_VPN_IPV4 comment "Outgoing VPN traffic"
 
-add rule ip efg_nat postrouting \
+add rule ip efg-nat postrouting \
     oifname $EXTERNAL_ACE_IF ip saddr $INTERNAL_IPV4_NETS \
     counter snat $PUBLIC_ACE_EFG_IPV4 comment "Outgoing internal traffic"
 
-add rule ip efg_nat postrouting \
+add rule ip efg-nat postrouting \
     oifname $EXTERNAL_TELEKOM_IF ip saddr $INTERNAL_IPV4_NETS \
     counter snat $PUBLIC_TELEKOM_EFG_IPV4 comment "Outgoing internal traffic (TELEKOM)"
 
-#add rule ip efg_nat postrouting \
+#add rule ip efg-nat postrouting \
 #    oifname $EXTERNAL_ACE_IF ip saddr $MX_PERIMETER_IPV4 \
 #    counter snat $PUBLIC_ACE_MX_IPV4 comment "Outgoing MX traffic"
 
-add rule ip efg_nat postrouting \
+add rule ip efg-nat postrouting \
     oifname $EXTERNAL_ACE_IF ip saddr $ENS_PERIMETER_IPV4 \
     counter snat $PUBLIC_ACE_NS_IPV4 comment "Outgoing external DNS traffic"
 
-add rule ip efg_nat postrouting \
+add rule ip efg-nat postrouting \
     oifname $EXTERNAL_ACE_IF ip saddr $PNS_PERIMETER_IPV4 \
     counter snat $PUBLIC_ACE_EFG_IPV4 comment "Outgoing perimeter DNS traffic"
 
-add rule ip efg_nat postrouting \
+add rule ip efg-nat postrouting \
     oifname $EXTERNAL_ACE_IF ip saddr $WS_PERIMETER_IPV4 \
     counter snat $PUBLIC_ACE_WS_IPV4 comment "Outgoing WS traffic"

diff --git a/sources/ifg.in/c3d/firstboot/data/nftables.config b/sources/ifg.in/c3d/firstboot/data/nftables.config
index 97f81634aef8d6f775830035f550ffb0bced7724..476ca1a462556ac5d5af7230ae705af2505b3358 100644 (file)
--- a/sources/ifg.in/c3d/firstboot/data/nftables.config
+++ b/sources/ifg.in/c3d/firstboot/data/nftables.config
@@ -143,7 +143,6 @@ define PEEP_BO_NET = 10.162.104.0/24
 ################################
 
 #define MX_PORTS = { 25, 110, 143, 465, 587, 993, 995 }
-define FDS_PORTS = { ldap, ldaps }
 
 
 ################################