- Uksm status in eve ng update#
- Uksm status in eve ng password#
- Uksm status in eve ng iso#
- Uksm status in eve ng free#
You now have configuration for 10 network interfaces in place, which is the VMware Player limit. If you use the command dpkg -l eve-ng it will output some crap and the EVE-NG version consistent with the version of the OVA we downloaded: First, we want to check the EVE-NG version. It’s now time to do some household tasks in our fresh VM. Test your connection to internet and your DNS server by pinging a web server via a domain name. The adapter pnet0 should have picked up an IP address from your DHCP server if everything went right. The EVE-NG VM does not support the ifconfig command anymore so you can use “ip a”.
Uksm status in eve ng password#
After the reboot, log in with your new root password and test your network configuration. If the VM can’t acquire an IP address during the reboot, you might be confronted with an extremely long boot time. After providing the settings, the VM will reboot and provide a shell again. Once you log in you will be asked to do some basic setup including providing a new root password and some network settings. Now power on the VM and wait for it to present the shell. Run VMware Player and select Player -> File -> Open:
Uksm status in eve ng update#
Once you’ve done your configuration it is of course easier to just update your software via the OS, but it is convenient to start with an up to date OVA when you first set it up. With EVE-NG, it seems they provide an up to date OVA most of the times there’s a new version. With Unetlab, there was an OVA provided only a couple times and you always had to pull the updates via the OS.
Uksm status in eve ng iso#
If you want to try the ISO you can also find it on this page. When you have VMware Player ready to go, grab the OVA from the EVE-NG website here. You just run and configure the VM, upload the NOS image you want to use and connect to the web interface to start building your lab. This tutorial will use VMware player and a VM that gets 8 GB. If you just want to run small labs you can get away with as little as 4 GB. You can provide the VM with 16 GB of RAM or more if you want to build fat labs, although the new UKSM feature helps scaling up a lot too.
Uksm status in eve ng free#
Your free options are running a box with the type 1 hypervisor product ESXi, or you can use VMware Player on Windows or Linux. The format is VMDK so software from VMware can run the VM. Like Unetlab before it, EVE-NG can be run as a virtual machine on top of hypervisors supporting its virtual disk format. Robin Gilijamse has a cool demonstration on his blog. This means that running multiple instances of the same OS in your lab only costs you a little bit of extra memory per instance. UKSM stands for Ultra Kernel Samepage Merging and it’s basically used to do memory deduplication. The HTML5 feature will be demonstrated later on in this article. The new features that I like the most are a native HTML5 client, the UKSM implementation, and the capability to be installed from an ISO on a bare-metal machine. I will describe some of them in this article, along with the setup procedure which is very similar to setting up Unetlab. EVE-NG stands for Emulated Virtual Environment Next Generation and it’s packed with cool new features. The successor to Unetlab, named EVE-NG, is now released.
Route-target export 30.1.1.1:1002 NXOS4 – Leaf2 vPC1 hostname NXOS4įabric forwarding anycast-gateway-mac ’m happy to bring an update to my previous article about Unetlab. Hardware access-list tcam region vpc-convergence 256
The provision to use the primary IP address (PIP) as the next-hop when advertising prefix routes or loopback interface routes in BGP on vPC enabled leaf or border leaf switches allows users to select the PIP as BGP next-hop when advertising these types of routes, so that traffic will always be forwarded to the right vPC enabled leaf or border leaf switch. Using the VIP as the BGP next-hop for these types of routes can cause traffic to be forwarded to the wrong vPC leaf or border leaf switch and black-holed. Prefix routes and leaf switch generated routes are not synced between vPC leaf switches. On a vPC enabled leaf or border leaf switch, by default all Layer-3 routes are advertised with the secondary IP address (VIP) of the leaf switch VTEP as the BGP next-hop IP address.