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

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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
[VLAN]
MVRP=
LooseBinding=
ReorderHeader=
Id=
GVRP=
[MACVLAN]
Mode=
[WireGuard]
ListenPort=
PrivateKey=
wireguard: add PrivateKeyFile= option Closes #11878.
2019-03-04 08:19:21 +03:00
PrivateKeyFile=
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
FwMark=
network: rename WireGuard.FwMark -> FirewallMark For the consistency with FirewallMark= in [RoutingPolicyRule] section.
2019-05-04 17:21:43 +03:00
FirewallMark=
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
[MACVTAP]
Mode=
[Match]
Architecture=
Host=
KernelVersion=
Virtualization=
KernelCommandLine=
[GENEVE]
DestinationPort=
TTL=
UDP6ZeroCheckSumTx=
TOS=
Id=
UDPChecksum=
UDP6ZeroChecksumTx=
FlowLabel=
UDP6ZeroChecksumRx=
Remote=
UDP6ZeroCheckSumRx=
[Bridge]
ForwardDelaySec=
HelloTimeSec=
MaxAgeSec=
STP=
MulticastSnooping=
DefaultPVID=
MulticastQuerier=
AgeingTimeSec=
Priority=
GroupForwardMask=
VLANFiltering=
[VRF]
TableId=
Table=
[Peer]
MACAddress=
Name=
[WireGuardPeer]
Endpoint=
PresharedKey=
network: add WireGuardPeer.PresharedKeyFile= setting
2019-04-05 11:33:09 +03:00
PresharedKeyFile=
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
PersistentKeepalive=
PublicKey=
AllowedIPs=
[Tunnel]
FooOverUDP=
IPv6FlowLabel=
Remote=
AllowLocalRemote=
Local=
TOS=
Independent=
Key=
InputKey=
Encapsulation=
Mode=
OutputKey=
DiscoverPathMTU=
FOUDestinationPort=
CopyDSCP=
EncapsulationLimit=
TTL=
FOUSourcePort=
Add 6rd directive to the netdev fuzzing corpus.
2018-11-07 08:33:15 +03:00
IPv6RapidDeploymentPrefix=
tests: update test/fuzz/fuzz-netdev-parser/directives.netdev This is a follow-up to 2266864b04257d7a.
2018-11-28 07:13:17 +03:00
ERSPANIndex=
SerializeTunneledPackets=
networkd: Add support to configure ISATAP tunnel Let's just reuse the code of sit tunnel to create a ISATAP tunnel. Matter of turning a flag Please see https://elixir.bootlin.com/linux/v4.19.6/source/net/ipv6/sit.c#L208
2018-12-01 15:51:20 +03:00
ISATAP=
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
[VXLAN]
UDP6ZeroChecksumRx=
ARPProxy=
FlowLabel=
Local=
RemoteChecksumTx=
RouteShortCircuit=
Remote=
L3MissNotification=
Group=
FDBAgeingSec=
MacLearning=
Id=
networkd: VXLAN rename Id to VNI It makes more sense to call VXLAN ID as 1. the VXLAN Network Identifier (VNI) (or VXLAN Segment ID) 2. test-network: rename VXLAN Id to VNI 3. fuzzer: Add VXLAN VNI directive to fuzzer
2019-05-07 08:01:22 +03:00
VNI=
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
RemoteChecksumRx=
TOS=
L2MissNotification=
UDP6ZeroChecksumTx=
UDP6ZeroCheckSumRx=
UDPCheckSum=
GroupPolicyExtension=
networkd: VXLAN add support to configure Generic Protocol Extension See https://tools.ietf.org/html/draft-ietf-nvo3-vxlan-gpe-07
2019-05-06 22:10:57 +03:00
GenericProtocolExtension=
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
MaximumFDBEntries=
TTL=
DestinationPort=
ReduceARPProxy=
PortRange=
UDPChecksum=
UDP6ZeroCheckSumTx=
[VXCAN]
Peer=
[Bond]
LearnPacketIntervalSec=
TransmitHashPolicy=
MIIMonitorSec=
PacketsPerSlave=
DownDelaySec=
PrimaryReselectPolicy=
ResendIGMP=
ARPAllTargets=
AdActorSystemPriority=
UpDelaySec=
AdSelect=
AdActorSystem=
AdUserPortKey=
FailOverMACPolicy=
ARPValidate=
Mode=
GratuitousARP=
ARPIPTargets=
MinLinks=
LACPTransmitRate=
ARPIntervalSec=
AllSlavesActive=
netdev bond: add support to configure tlb_dynamic_lb Closes https://github.com/systemd/systemd/issues/11135 Add test for bond : tlb_dynamic_lb
2018-12-13 12:23:07 +03:00
DynamicTransmitLoadBalancing=
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
[FooOverUDP]
Protocol=
Port=
Encapsulation=
[Tap]
MultiQueue=
OneQueue=
User=
Group=
PacketInfo=
VNetHeader=
[IPVLAN]
Mode=
Flags=
[Tun]
OneQueue=
MultiQueue=
PacketInfo=
Group=
User=
[NetDev]
Kind=
MACAddress=
MTUBytes=
Description=
Name=
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]
TunnelId=
PeerTunnelId=
UDPSourcePort=
UDPDestinationPort=
Local=
Remote=
EncapsulationType=
UDPCheckSum=
UDP6CheckSumRx=
UDP6CheckSumTx=
[L2TPSession]
SessionId=
PeerSessionId=
Layer2SpecificHeader=
Name=
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]
Port=
Encrypt=
[MACsecReceiveAssociation]
Port=
MACAddress=
PacketNumber=
KeyId=
Key=
network: add MACsec*Association.KeyFile= setting
2019-04-10 12:07:10 +03:00
KeyFile=
network: add MACsec*Association.Activate= setting
2019-04-05 09:33:52 +03:00
Activate=
network: add MACsecTransmitAssociation.UseForEncoding= setting
2019-04-05 09:52:26 +03:00
UseForEncoding=
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
[MACsecReceiveChannel]
Port=
MACAddress=
[MACsecTransmitAssociation]
PacketNumber=
KeyId=
Key=
network: add MACsec*Association.KeyFile= setting
2019-04-10 12:07:10 +03:00
KeyFile=
network: add MACsec*Association.Activate= setting
2019-04-05 09:33:52 +03:00
Activate=
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