(org=empire, class=deathstar), (org=empire, class=tiefighter), and (org=alliance, class=xwing). It also includes a deathstar-service, which load-balances traffic to all pods with label (org=empire, class=deathstar) ENFORCEMENT ENFORCEMENT 232 Disabled Disabled 16530 k8s:class=deathstar 10.0.0.147 ready k8s:k8s- app=kube-dns 1673 Disabled Disabled 31028 k8s:class=tiefighter 10.0.0.112 ready

(org=empire, class=deathstar), (org=empire, class=tiefighter), and (org=alliance, class=xwing). It also includes a deathstar-service, which load-balances traffic to all pods with label (org=empire, class=deathstar) k8s:k8s- app=kube-dns 2407 Disabled Disabled 22839 k8s:class=deathstar 10.15.129.95 ready 10.15.28.196 ready 3339 Disabled Disabled 22839 k8s:class=deathstar 10.15.72.39 ready

(org=empire, class=deathstar), (org=empire, class=tiefighter), and (org=alliance, class=xwing). It also includes a deathstar-service, which load-balances traffic to all pods with label (org=empire, class=deathstar) ENFORCEMENT ENFORCEMENT 232 Disabled Disabled 16530 k8s:class=deathstar 10.0.0.147 ready k8s:k8s- app=kube-dns 1673 Disabled Disabled 31028 k8s:class=tiefighter 10.0.0.112 ready

(org=empire, class=deathstar), (org=empire, class=tiefighter), and (org=alliance, class=xwing). It also includes a deathstar-service, which load-balances traffic to all pods with label (org=empire, class=deathstar) ENFORCEMENT ENFORCEMENT 232 Disabled Disabled 16530 k8s:class=deathstar 10.0.0.147 ready k8s:k8s- app=kube-dns 1673 Disabled Disabled 31028 k8s:class=tiefighter 10.0.0.112 ready

deployment is iden�fied using the Kubernetes labels ( org=empire, class=deathstar ), ( org=empire, class=tiefighter ), and ( org=alliance, class=xwing ). It also includes a deathstar-service, which load-balances load-balances traffic to all pods with label ( org=empire, class=deathstar ). $ kubectl create -f https://raw.githubusercontent.com/cilium/cilium/v1.5/ex service/deathstar created deployment.extensions/deathstar k8s:k8s-app=kube 2407 Disabled Disabled 22839 k8s:class=death k8s:io.cilium.k8

(org=empire, class=deathstar), (org=empire, class=tiefighter), and (org=alliance, class=xwing). It also includes a deathstar-service, which load-balances traffic to all pods with label (org=empire, class=deathstar) k8s:k8s- app=kube-dns 2407 Disabled Disabled 22839 k8s:class=deathstar 10.15.129.95 ready 10.15.28.196 ready 3339 Disabled Disabled 22839 k8s:class=deathstar 10.15.72.39 ready

(org=empire, class=deathstar), (org=empire, class=tiefighter), and (org=alliance, class=xwing). It also includes a deathstar-service, which load-balances traffic to all pods with label (org=empire, class=deathstar) ENFORCEMENT ENFORCEMENT 232 Disabled Disabled 16530 k8s:class=deathstar 10.0.0.147 ready k8s:k8s- app=kube-dns 1673 Disabled Disabled 31028 k8s:class=tiefighter 10.0.0.112 ready

Interfaces Ethernet interfaces are identified by the system using predictable network interface names. These names can appear as eno1 or enp0s25. However, in some cases an interface may still use the kernel name of eth0 along with bus information, driver details and all supported capabilities. sudo lshw -class network *-network description: Ethernet interface product: MT26448 [ConnectX EN memory:3fe200000000-3fe2000fffff memory:240000000000-240007ffffff 1.1.2. Ethernet Interface Logical Names Interface logical names can also be configured via a netplan configuration. If you would like control which interface

=== Zdev setup ==================================================================== ID ONLINE NAMES ^ │ generic-ccw │ 0.0.0009 > │ 0.0.000c > │ 0.0.000d > │ 0.0.000e > │ │ dasd-eckd │ 0.0.0190 subiquity welcome message. Enjoy the installation! Appendix Always Make Sure of the Serving File Names For example, please make sure the target file name for linux and initrd is correct. For example, name of 20.04.5 is initrd, and it is initrd.lz for 20.10. Always make sure you serve the right file names. This is a frequent troubleshooting issue. Pay attention on this detail could save a lot of your time

de-facto standards) describing how an operating system and its device drivers communicate with a certain class of devices. All devices which comply to such a (de-facto-)standard can be used with a single generic used by several different device manufacturers and sold under lots of different product or brand names. This has advantages and disadvantages. An advantage is that a driver for one chipset works with lots If a search for the vendor/product ID does not yield usable results, a search for the chip code names, which are also often provided by lsusb and lspci (“RTL8111”/“RTL8168B”in the network card example