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systemd/test/fuzz/fuzz-network-parser/directives.network

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tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[Bridge]
Cost=
UseBPDU=
HairPin=
UnicastFlood=
FastLeave=
Priority=
AllowPortToBeRoot=
networkd: bridge add support to configure multicast_to_unicast closes #10649
2018-12-03 13:47:36 +03:00
MulticastToUnicast=
networkd: Add bridge port capabilities This PR adds the configuration switches for multicast flooding, neighbor suppression and learning of a bridge port.
2019-03-10 23:25:24 +03:00
MulticastFlood=
NeighborSuppression=
Learning=
networkd: Add support to configure proxy ARP and proxy ARP Wifi
2019-05-04 17:51:13 +03:00
ProxyARP=
ProxyARPWiFi=
network: add support to configure proxy ARP/WIFI
2019-05-09 03:32:12 +03:00
MulticastRouter=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[Match]
KernelVersion=
Type=
Driver=
Architecture=
Path=
network: support matching based on wifi interfece type
2019-10-25 10:29:23 +03:00
WLANInterfaceType=
network: support matching based on wifi SSID
2019-07-24 08:46:55 +03:00
SSID=
network: add support matching based on BSSID=
2019-07-24 09:32:24 +03:00
BSSID=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
Name=
network,udev: add Property= setting in [Match] section Closes #5665.
2019-06-22 19:44:13 +03:00
Property=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
Virtualization=
KernelCommandLine=
Host=
MACAddress=
[Link]
RequiredForOnline=
ARP=
AllMulticast=
Unmanaged=
MTUBytes=
Multicast=
MACAddress=
[BridgeFDB]
VLANId=
MACAddress=
networkd: Add support to configure destination address for bridge FDB Closes #5145. Example conf: ``` [Match] Name=vxlan1309 [BridgeFDB] MACAddress=00:00:00:00:00:00 Destination=10.0.0.2 [BridgeFDB] MACAddress=00:00:00:00:00:00 Destination=10.0.0.4 [BridgeFDB] MACAddress=00:00:00:00:00:00 Destination=10.0.0.5 ```
2019-04-30 12:23:39 +03:00
Destination=
networkd: bridge fdb add support to configure VXLAN VNI
2019-05-06 17:28:52 +03:00
VNI=
networkd: bridge FDB support more NTF_* flags Add support to configure NTF_ROUTER and NTF_USE
2019-05-08 17:13:21 +03:00
AssociatedWith=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[DHCP]
UseDomains=
UseRoutes=
IAID=
UserClass=
UseNTP=
RapidCommit=
ForceDHCPv6PDOtherInformation=
UseMTU=
UseDomainName=
RouteMetric=
SendHostname=
Anonymize=
VendorClassIdentifier=
Hostname=
DUIDType=
UseHostname=
UseDNS=
CriticalConnection=
DUIDRawData=
RequestBroadcast=
ClientIdentifier=
ListenPort=
UseTimezone=
RouteTable=
network: rename [DHCP] section to [DHCPv4] To keep the backward compatibility broken by the previous commit.
2019-07-10 11:33:05 +03:00
[DHCPv4]
UseDNS=
network: add DHCPv4.RoutesToDNS= setting
2019-07-16 20:47:20 +03:00
RoutesToDNS=
network: rename [DHCP] section to [DHCPv4] To keep the backward compatibility broken by the previous commit.
2019-07-10 11:33:05 +03:00
UseDomains=
UseRoutes=
IAID=
UserClass=
UseNTP=
network: DHCP server Add support to transmit SIP server 1. DHCP server trasmit 2. Client parses and saves in leases Implements http://www.rfc-editor.org/rfc/rfc3361.txt ``` Frame 134: 348 bytes on wire (2784 bits), 348 bytes captured (2784 bits) on interface 0 Ethernet II, Src: 42:65:85:d6:4e:32 (42:65:85:d6:4e:32), Dst: 1e:04:f8:b8:2f:d4 (1e:04:f8:b8:2f:d4) Internet Protocol Version 4, Src: 192.168.5.1, Dst: 192.168.5.11 User Datagram Protocol, Src Port: 67, Dst Port: 68 Dynamic Host Configuration Protocol (ACK) Message type: Boot Reply (2) Hardware type: Ethernet (0x01) Hardware address length: 6 Hops: 0 Transaction ID: 0x7cc87cb4 Seconds elapsed: 0 Bootp flags: 0x0000 (Unicast) Client IP address: 0.0.0.0 Your (client) IP address: 192.168.5.11 Next server IP address: 0.0.0.0 Relay agent IP address: 0.0.0.0 Client MAC address: 1e:04:f8:b8:2f:d4 (1e:04:f8:b8:2f:d4) Client hardware address padding: 00000000000000000000 Server host name not given Boot file name not given Magic cookie: DHCP Option: (53) DHCP Message Type (ACK) Length: 1 DHCP: ACK (5) Option: (51) IP Address Lease Time Length: 4 IP Address Lease Time: (3600s) 1 hour Option: (1) Subnet Mask (255.255.255.0) Length: 4 Subnet Mask: 255.255.255.0 Option: (3) Router Length: 4 Router: 192.168.5.1 Option: (6) Domain Name Server Length: 4 Domain Name Server: 192.168.5.1 Option: (42) Network Time Protocol Servers Length: 4 Network Time Protocol Server: 192.168.1.1 Option: (120) SIP Servers <=====here Length: 9 SIP Server Encoding: IPv4 Address (1) SIP Server Address: 192.168.1.1 SIP Server Address: 192.168.5.2 Option: (101) TCode Length: 13 TZ TCode: Europe/Berlin Option: (54) DHCP Server Identifier (192.168.5.1) Length: 4 DHCP Server Identifier: 192.168.5.1 Option: (255) End Option End: 255 ``` ``` cat /run/systemd/netif/state  ✔  ⚡  3148  16:40:51 OPER_STATE=routable CARRIER_STATE=carrier ADDRESS_STATE=routable DNS=192.168.94.2 192.168.5.1 NTP=192.168.5.1 SIP=192.168.1.1 192.168.5.2 ``` aa
2019-09-18 16:22:47 +03:00
UseSIP=
network: rename [DHCP] section to [DHCPv4] To keep the backward compatibility broken by the previous commit.
2019-07-10 11:33:05 +03:00
UseMTU=
UseDomainName=
RouteMetric=
SendHostname=
Anonymize=
VendorClassIdentifier=
Hostname=
DUIDType=
UseHostname=
CriticalConnection=
DUIDRawData=
RequestBroadcast=
ClientIdentifier=
ListenPort=
UseTimezone=
RouteTable=
BlackList=
network dhcp4: Add support send request options in a generic manner
2019-09-17 15:49:22 +03:00
RequestOptions=
network: rename [DHCP] section to [DHCPv4] To keep the backward compatibility broken by the previous commit.
2019-07-10 11:33:05 +03:00
SendRelease=
MaxAttempts=
dhcp4: make IPServiceType configurable IPServiceType set to CS6 (network control) causes problems on some old network setups that continue to interpret the field as IP TOS. Make DHCP work on such networks by allowing this field to be set to CS4 (Realtime) instead, as this maps to IPTOS_LOWDELAY. Signed-off-by: Siddharth Chandrasekaran <csiddharth@vmware.com>
2019-09-23 14:25:21 +03:00
IPServiceType=
network: rename SendOptions= to SendOption= The name with plural made more sense where multiple options could be specified in one line. After changes in the pull request, this option only accepts one value, so from users' POV it should be singular. (The field in the data structure remains plural, because it actually stores multiple values.)
2019-10-30 10:56:18 +03:00
SendOption=
networkd: DHCPv6 - separate DHCPv6 options from DHCPv4 options Closes https://github.com/systemd/systemd/issues/12917
2019-07-09 17:23:28 +03:00
[DHCPv6]
UseNTP=
UseDNS=
RapidCommit=
ForceDHCPv6PDOtherInformation=
network: DHCPv6 client add support for prefix delegation hint Add support for prefix hint lenth and prefix hint address ``` Frame 43: 177 bytes on wire (1416 bits), 177 bytes captured (1416 bits) on interface 0 Ethernet II, Src: f6:c1:08:4d:45:f1 (f6:c1:08:4d:45:f1), Dst: IPv6mcast_01:00:02 (33:33:00:01:00:02) Internet Protocol Version 6, Src: fe80::d250:c82:7f6e:28d6, Dst: ff02::1:2 User Datagram Protocol, Src Port: 546, Dst Port: 547 DHCPv6 Message type: Solicit (1) Transaction ID: 0x5c7902 Rapid Commit Identity Association for Non-temporary Address Fully Qualified Domain Name Identity Association for Prefix Delegation Option: Identity Association for Prefix Delegation (25) Length: 41 Value: 1b97b1690000000000000000001a0019ffffffffffffffff… IAID: 1b97b169 T1: 0 T2: 0 IA Prefix Option: IA Prefix (26) Length: 25 Value: ffffffffffffffff3c000000000000000000000000000000… Preferred lifetime: infinity Valid lifetime: infinity Prefix length: 60 Prefix address: :: Option Request Client Identifier Elapsed time ```
2019-09-25 06:14:12 +03:00
PrefixDelegationHint=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[Route]
Destination=
Protocol=
Table=
Gateway=
InitialAdvertisedReceiveWindow=
network: rename GatewayOnlink= to GatewayOnLink= But still GatewayOnlink= is supported for backward compatibility.
2019-02-27 11:43:08 +03:00
GatewayOnLink=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
GatewayOnlink=
Type=
InitialCongestionWindow=
IPv6Preference=
PreferredSource=
Scope=
MTUBytes=
QuickAck=
networkd: route add support to configure fastopen_no_cookie This patch adds fastopen_no_cookie option to enable/disable TCP fastopen without a cookie on a per-route basis.
2019-05-13 14:15:33 +03:00
FastOpenNoCookie=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
Source=
Metric=
networkd: route add MPLS TTL propagate
2019-05-16 12:49:08 +03:00
TTLPropagate=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[Network]
IPv6DuplicateAddressDetection=
IPMasquerade=
ProxyARP=
PrimarySlave=
IPv4LLRoute=
network: add DefaultRouteOnDevice= setting in [Network] section When enabled, then default route bound to the interface will be created. This is useful when adding routes on point-to-point interfaces. Closes #788.
2019-05-14 10:43:14 +03:00
DefaultRouteOnDevice=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
Address=
IPv6ProxyNDPAddress=
IPv6AcceptRA=
IPv6AcceptRouterAdvertisements=
DNSSECNegativeTrustAnchors=
MACVTAP=
IPv6PrivacyExtensions=
MACVLAN=
MulticastDNS=
LLDP=
Tunnel=
Gateway=
IPv4LL=
IPVLAN=
networkd: introduce netdev ipvtap This patch adds netdev ipvtap that is based on the IP-VLAN network interface, called ipvtap. An ipvtap device can be created in the same way as an ipvlan device, using 'kind ipvtap', and then accessed using the tap user space interface.
2019-05-15 13:12:30 +03:00
IPVTAP=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
EmitLLDP=
IPv6MTUBytes=
IPv4ProxyARP=
Bridge=
DNSOverTLS=
Bond=
IPv6ProxyNDP=
DNS=
ActiveSlave=
LLMNR=
DNSSEC=
IPv6HopLimit=
IPForward=
IPv6Token=
Added support for xfrm interfaces
2019-07-08 18:09:46 +03:00
Xfrm=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
Description=
VXLAN=
networkd: Introduce l2tp tunnel This works allows networkd to configure l2tp tunnel. See http://man7.org/linux/man-pages/man8/ip-l2tp.8.html
2019-03-06 22:51:29 +03:00
L2TP=
network: Introduce MACsec Media Access Control Security (MACsec) is an 802.1AE IEEE industry-standard security technology that provides secure communication for all traffic on Ethernet links. MACsec provides point-to-point security on Ethernet links between directly connected nodes and is capable of identifying and preventing most security threats, including denial of service, intrusion, man-in-the-middle, masquerading, passive wiretapping, and playback attacks. Closes #5754
2019-04-03 14:27:36 +03:00
MACsec=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
LinkLocalAddressing=
ConfigureWithoutCarrier=
NTP=
DHCP=
Domains=
IPv6PrefixDelegation=
VLAN=
DHCPServer=
BindCarrier=
VRF=
networkd: Allow to retain configs even if carrier is lost When there is bad link in the network the carrier goes up/down. This makes networkd stops all the clients and drop config. But if the remote router/dhcpserver running a prevention of DHCP Starvation attack or DHCP Flood attack it does not allow networkd to take a DHCP lease resulting failure in configuration. This patch allows to keep the client running and keep the conf also for this scenario. Closes #9111
2018-06-01 12:34:49 +03:00
IgnoreCarrierLoss=
networkd: add support to keep configuration
2019-06-03 06:31:13 +03:00
KeepConfiguration=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[IPv6Prefix]
Prefix=
OnLink=
PreferredLifetimeSec=
AddressAutoconfiguration=
ValidLifetimeSec=
network: Add support to advertie ipv6 route Implements https://tools.ietf.org/html/rfc4191 cat veth99.network ``` [Match] Name=veth99 [Network] DHCP=no IPv6PrefixDelegation=yes Address=2001:db8:0:1::1/64 [IPv6Prefix] Prefix=2001:db8:0:1::4/64 [IPv6RoutePrefix] Route=2001:db0:fff::/48 ``` Wireshark ``` Frame 481: 142 bytes on wire (1136 bits), 142 bytes captured (1136 bits) on interface 0 Ethernet II, Src: 1e:04:f8:b8:2f:d4 (1e:04:f8:b8:2f:d4), Dst: IPv6mcast_01 (33:33:00:00:00:01) Internet Protocol Version 6, Src: fe80::1c04:f8ff:feb8:2fd4, Dst: ff02::1 Internet Control Message Protocol v6 Type: Router Advertisement (134) Code: 0 Checksum: 0xec77 [correct] [Checksum Status: Good] Cur hop limit: 0 Flags: 0x00, Prf (Default Router Preference): Medium Router lifetime (s): 0 Reachable time (ms): 0 Retrans timer (ms): 0 ICMPv6 Option (Source link-layer address : 1e:04:f8:b8:2f:d4) Type: Source link-layer address (1) Length: 1 (8 bytes) Link-layer address: 1e:04:f8:b8:2f:d4 (1e:04:f8:b8:2f:d4) ICMPv6 Option (MTU : 1500) Type: MTU (5) Length: 1 (8 bytes) Reserved MTU: 1500 ICMPv6 Option (Prefix information : 2001:db8:0:1::4/64) Type: Prefix information (3) Length: 4 (32 bytes) Prefix Length: 64 Flag: 0xc0, On-link flag(L), Autonomous address-configuration flag(A) Valid Lifetime: 2592000 Preferred Lifetime: 604800 Reserved Prefix: 2001:db8:0:1::4 ICMPv6 Option (Route Information : Medium 2001:db0:fff::/48) Type: Route Information (24) Length: 3 (24 bytes) Prefix Length: 48 Flag: 0x00, Route Preference: Medium ...0 0... = Route Preference: Medium (0) 000. .000 = Reserved: 0 Route Lifetime: 604800 Prefix: 2001:db0:fff:: ```
2019-09-14 14:14:22 +03:00
[IPv6RoutePrefix]
Route=
LifetimeSec=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[BridgeVLAN]
EgressUntagged=
VLAN=
PVID=
[CAN]
SamplePoint=
BitRate=
RestartSec=
network: introduce TripleSampling= option in CAN section When enabled, three samples are used to determine the value of a received bit by majority rule. This patch adds support for the TripleSampling= option in the [CAN] section of .network files.
2019-03-11 17:25:20 +03:00
TripleSampling=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[Address]
DuplicateAddressDetection=
AutoJoin=
PreferredLifetime=
Address=
Scope=
HomeAddress=
PrefixRoute=
ManageTemporaryAddress=
Broadcast=
Peer=
Label=
[RoutingPolicyRule]
Table=
IncomingInterface=
To=
OutgoingInterface=
From=
TypeOfService=
Priority=
FirewallMark=
networkd: add support to configure ip rule port range and protocol. Please see: iprule: support for ip_proto, sport and dport match options https://git.kernel.org/pub/scm/network/iproute2/iproute2.git/commit/?id=f686f764682745daf6a93b0a6330ba42a961f858 Closes 10622
2018-11-27 08:28:54 +03:00
SourcePort=
DestinationPort=
network: rename Protocol= in [RoutingPolicyRule] to IPProtocol=
2018-11-29 18:42:39 +03:00
IPProtocol=
networkd: RPDB rule - add support to configure inverted rule. Closes #10706
2018-12-03 15:55:30 +03:00
InvertRule=
network: add RoutingPolicyRule.Family= setting Closes #13233.
2019-08-01 01:41:36 +03:00
Family=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[IPv6PrefixDelegation]
RouterPreference=
DNSLifetimeSec=
DNS=
networkd: permit DNS "DefaultRoute" configuration in .network files
2018-12-04 17:34:04 +03:00
DNSDefaultRoute=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
RouterLifetimeSec=
Domains=
EmitDNS=
EmitDomains=
Managed=
OtherInformation=
networkd: Static neighbor support When using networkd we currently have no way of ensuring that static neighbor entries are set when our link comes up. This change adds a new section to the network definition that allows multiple static neighbors to be set on a link.
2018-11-29 06:00:58 +03:00
[Neighbor]
Address=
network: rename Neighbor.MACAddress= to Neighbor.LinkLayerAddress= And make it support IPv4 address. Closes #13015.
2019-07-10 20:23:41 +03:00
LinkLayerAddress=
fuzz: fix spelling of MACsec and MACAddress in the corpus
2019-05-07 21:33:38 +03:00
MACAddress=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[IPv6AddressLabel]
Label=
Prefix=
[IPv6AcceptRA]
UseDomains=
RouteTable=
UseDNS=
Add to fuzzer
2019-02-14 18:40:59 +03:00
UseAutonomousPrefix=
UseOnLinkPrefix=
networkd: Ability to selectively ignore IPv6 prefixes supplied via router advertisement Closes https://github.com/systemd/systemd/issues/10647
2019-05-17 19:21:20 +03:00
BlackList=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
[DHCPServer]
EmitNTP=
PoolSize=
PoolOffset=
Timezone=
EmitDNS=
NTP=
network: DHCP server Add support to transmit SIP server 1. DHCP server trasmit 2. Client parses and saves in leases Implements http://www.rfc-editor.org/rfc/rfc3361.txt ``` Frame 134: 348 bytes on wire (2784 bits), 348 bytes captured (2784 bits) on interface 0 Ethernet II, Src: 42:65:85:d6:4e:32 (42:65:85:d6:4e:32), Dst: 1e:04:f8:b8:2f:d4 (1e:04:f8:b8:2f:d4) Internet Protocol Version 4, Src: 192.168.5.1, Dst: 192.168.5.11 User Datagram Protocol, Src Port: 67, Dst Port: 68 Dynamic Host Configuration Protocol (ACK) Message type: Boot Reply (2) Hardware type: Ethernet (0x01) Hardware address length: 6 Hops: 0 Transaction ID: 0x7cc87cb4 Seconds elapsed: 0 Bootp flags: 0x0000 (Unicast) Client IP address: 0.0.0.0 Your (client) IP address: 192.168.5.11 Next server IP address: 0.0.0.0 Relay agent IP address: 0.0.0.0 Client MAC address: 1e:04:f8:b8:2f:d4 (1e:04:f8:b8:2f:d4) Client hardware address padding: 00000000000000000000 Server host name not given Boot file name not given Magic cookie: DHCP Option: (53) DHCP Message Type (ACK) Length: 1 DHCP: ACK (5) Option: (51) IP Address Lease Time Length: 4 IP Address Lease Time: (3600s) 1 hour Option: (1) Subnet Mask (255.255.255.0) Length: 4 Subnet Mask: 255.255.255.0 Option: (3) Router Length: 4 Router: 192.168.5.1 Option: (6) Domain Name Server Length: 4 Domain Name Server: 192.168.5.1 Option: (42) Network Time Protocol Servers Length: 4 Network Time Protocol Server: 192.168.1.1 Option: (120) SIP Servers <=====here Length: 9 SIP Server Encoding: IPv4 Address (1) SIP Server Address: 192.168.1.1 SIP Server Address: 192.168.5.2 Option: (101) TCode Length: 13 TZ TCode: Europe/Berlin Option: (54) DHCP Server Identifier (192.168.5.1) Length: 4 DHCP Server Identifier: 192.168.5.1 Option: (255) End Option End: 255 ``` ``` cat /run/systemd/netif/state  ✔  ⚡  3148  16:40:51 OPER_STATE=routable CARRIER_STATE=carrier ADDRESS_STATE=routable DNS=192.168.94.2 192.168.5.1 NTP=192.168.5.1 SIP=192.168.1.1 192.168.5.2 ``` aa
2019-09-18 16:22:47 +03:00
EmitSIP=
SIP=
tests: add a couple of files containing all the sections and directives This should help the fuzzers to discover code paths faster. In case anyone is interested, they were generated with the following script ``` perl -aF'/[\s,]+/' -ne ' if (my ($s, $d) = ($F[0] =~ /^([^\s\.]+)\.([^\s\.]+)$/)) { $d{$s}{$d} = 1; } END { while (my ($key, $value) = each %d) { printf "[%s]\n%s\n", $key, join("\n", keys(%$value)) }}' ``` by passing src/network/networkd-network-gperf.gperf and src/network/netdev/netdev-gperf.gperf to it.
2018-11-06 21:42:29 +03:00
EmitRouter=
MaxLeaseTimeSec=
DefaultLeaseTimeSec=
EmitTimezone=
DNS=
network: rename SendRawOption= to SendOption= As DHCPv4.SendOption= and DHCPServer.SendRawOption= take the same format.
2019-11-18 11:33:58 +03:00
SendOption=
network: introduce ip nexthop routing Used to manipulate entries in the kernel's nexthop tables. Example: ``` [NextHop] Id=3 Gateway=192.168.5.1 ```
2019-10-04 22:40:51 +03:00
[NextHop]
Id=
Gateway=
network: introduce TrafficControl Add network delay to a interface
2019-10-07 17:19:00 +03:00
[TrafficControlQueueingDiscipline]
Parent=
NetworkEmulatorDelaySec=
NetworkEmulatorDelayJitterSec=
NetworkEmulatorLossRate=
qdisc: netem add support to duplicate packets. using this option the chosen percent of packets is duplicated before queuing them
2019-10-30 20:58:02 +03:00
NetworkEmulatorDuplicateRate=
network: introduce TrafficControl Add network delay to a interface
2019-10-07 17:19:00 +03:00
NetworkEmulatorPacketLimit=
networkd tc: introduce tbf See https://linux.die.net/man/8/tc-tbf
2019-11-17 09:30:03 +03:00
TokenBufferFilterRate=
TokenBufferFilterBurst=
network: tc: add more options for TBF
2019-12-07 23:54:33 +03:00
TokenBufferFilterLimitSize=
TokenBufferFilterMTUBytes=
TokenBufferFilterMPUBytes=
TokenBufferFilterPeakRate=
networkd tc: introduce tbf See https://linux.die.net/man/8/tc-tbf
2019-11-17 09:30:03 +03:00
TokenBufferFilterLatencySec=
network: tc introduce sfq - Stochastic Fairness Queueing Stochastic Fairness Queueing is a classless queueing discipline. SFQ does not shape traffic but only schedules the transmission of packets, based on 'flows'. The goal is to ensure fairness so that each flow is able to send data in turn, thus preventing any single flow from drowning out the rest.
2019-11-27 14:42:21 +03:00
StochasticFairnessQueueingPerturbPeriodSec=
network tc: Add support to conkfigure CoDel - Controlled-Delay Active Queue Management algorithm ``` $ tc qdisc show dev dummy99 qdisc fq_codel 8005: dev dummy99 root refcnt 2 limit 1000p flows 1024 quantum 1514 target 5.0ms interval 100.0ms memory_limit 32Mb ecn $ network cat dumm99.network [Match] Name=dummy99 [TrafficControlQueueingDiscipline] Parent=root FairQueuingControlledDelayPacketLimit=1000 ```
2019-12-07 22:48:18 +03:00
FairQueuingControlledDelayPacketLimit=
network: tc: support more attributes for FQ-CoDel
2019-12-12 11:25:29 +03:00
FairQueuingControlledDelayMemoryLimit=
FairQueuingControlledDelayFlows=
FairQueuingControlledDelayQuantum=
FairQueuingControlledDelayTargetSec=
FairQueuingControlledDelayIntervalSec=
FairQueuingControlledDelayCEThresholdSec=
FairQueuingControlledDelayECN=
network tc: inroduce FQ - Fair Queue traffic policing Please see http://man7.org/linux/man-pages/man8/tc-fq.8.html
2019-12-11 12:52:51 +03:00
FairQueueTrafficPolicingPacketLimit=
network: tc: add more settings for FQ
2019-12-13 14:55:33 +03:00
FairQueueTrafficPolicingFlowLimit=
FairQueueTrafficPolicingQuantum=
FairQueueTrafficPolicingInitialQuantum=
FairQueueTrafficPolicingMaximumRate=
FairQueueTrafficPolicingBuckets=
FairQueueTrafficPolicingOrphanMask=
FairQueueTrafficPolicingPacing=
FairQueueTrafficPolicingCEThresholdSec=
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