# == Class: ovsdpdk # # Configures and installs OVS with DPDK support service # # == Parameters: # # [*rte_target*] # rte_target to compile OVS DPDK # Defaults to 'x86_64-native-linuxapp-gcc' # # [*ovs_dpdk_mem_segments*] # another parameter for OVS DPDK build # Defaults to '256' # # [*ovs_dpdk_rte_librte_vhost*] # another parameter for OVS DPDK build # Defaults to 'y' # # [*ovs_dpdk_vhost_user_debug*] # (True/False) indicates whether to enable debugging for VHOST USER in DPDK # Defaults to 'n' # # [*ovs_allocate_hugepages*] # (True/False) indicates whether to allocate hugepages during ovs-dpdk startup # Defaults to 'True' # # [*ovs_datapath_type*] # OVS bridges will be set to use this datapath, possible values are 'system' # for kernel OVS and 'netdev' for userspace OVS # Defaults to 'netdev' # # [*ovs_tunnel_cidr_mapping*] # (bridge:cidr) when specified, this option enables automatic assignment of # the tunnel endpoint ip to a specific interface. # e.g. OVS_TUNNEL_CIDR_MAPPING=br-phy:192.168.50.1/24 assignes the ip of # 192.168.50.1 with subnetmask 255.255.255.0 to the br-phy local port. # This is required to enabled vxlan or other tunneling protocols with ovs-dpdk # and dpdk physical ports. # # [*ovs_hugepage_mount*] # mount point to use for hugepages. It's created and hugepages mounted if # it doesn't exist on the filesystem # Defaults to '/mnt/huge' # # [*ovs_hugepage_mount_pagesize*] # preffered hugepage size (2M/1G) # Defaults to OS defaults if not set. If '1G' value is used hugepages should be # allocated before starting ovs (e.g. kernel boot command line) # # [*ovs_num_hugepages*] # amount of hugepages to mount if ovs_allocate_hugepages is True # # [*ovs_socket_mem*] # amount of memory to allocate on socket, recommended minimum is '512' MB # # [*ovs_mem_channels*] # number of memory channels into the processor OVS will use # # [*ovs_core_mask*] # cpu core mask in hexa format, is used for ovs-vswitchd process as -c option # Defaults is '2' # Example: # ovs_core_mask=3 (0x11 binary -> first two cores taken) # # [*ovs_pmd_core_mask*] # mask in hexa format for PMD threads od OVS set in the db. # ovs_pmd_core_mask value is used for other_config:pmd-cpu-mask parameter in # ovsdb. # Defaults is '4'. In case of HT enabled, it's 4 + sibling # # [*ovs_bridge_mappings*] # (network:bridge) list of comma separated pairs of "physical network:bridge" # used by OVS/DPDK. # Example: ovs_bridge_mappings=default:br-eth1,defaul1:br-enp9s0f0 # # [*ovs_dpdk_port_mappings*] # (nic:bridge) list of comma separated pairs of "nic:bridge name" used by # OVS/DPDK. "nic" must be a NIC interface present in the system # "bridge" is the linux bridge created by OVS # Example: ovs_dpdk_port_mappings=eth1:br-01,eth2:br02 # # [*ovs_log_dir*] # directory where ovs-vswitchd.log will be created # Defaults: "/tmp" # # [*ovs_lock_dir*] # directory containing OVS lock file # # [*ovs_interface_driver*] # (vfio-pci/igb_uio) NIC driver to use for physical network interfaces. # Drivers names are the ones supported by DPDK, i.e: not the kernel names. # Defaults: "igb_uio" # # [*ovs_patches*] # *todo* # # [*ovs_dpdk_patches*] # *todo* # class ovsdpdk ( $rte_target = 'x86_64-native-linuxapp-gcc', $ovs_dpdk_mem_segments = '256', $ovs_dpdk_rte_librte_vhost = 'y', $ovs_dpdk_vhost_user_debug = 'n', $ovs_allocate_hugepages = 'True', $ovs_datapath_type = 'netdev', $ovs_tunnel_cidr_mapping = '', $ovs_hugepage_mount = '/mnt/huge', $ovs_hugepage_mount_pagesize = '2M', $ovs_num_hugepages = '1024', $ovs_socket_mem = 'auto', $ovs_mem_channels = '4', $ovs_core_mask = '2', $ovs_pmd_core_mask = '4', $ovs_bridge_mappings = '', $ovs_dpdk_port_mappings = '', $ovs_log_dir = '/tmp', $ovs_lock_dir = '', $ovs_interface_driver = 'igb_uio', $ovs_patches = '', $ovs_dpdk_patches = '', $controller = 'False', $compute = 'False', ) inherits ::ovsdpdk::params { include '::ovsdpdk::clone' include '::ovsdpdk::uninstall_ovs' include '::ovsdpdk::build_ovs_dpdk' include '::ovsdpdk::install_ovs_dpdk' include '::ovsdpdk::postinstall_ovs_dpdk' }