- #Gravity lab hole 8 superstar how to#
- #Gravity lab hole 8 superstar update#
- #Gravity lab hole 8 superstar manual#
For a more recent guide, you can look at this article or the Pi-hole documentation. This article is a few years old so you will probably want to use a more recent OS such as Ubuntu 20.04LTS but the installation process is more or less unchanged.
#Gravity lab hole 8 superstar how to#
I will not cover how to set up a Pi-hole server as I have described it previously. Note that this will restart the DNS resolver.
#Gravity lab hole 8 superstar update#
You can update an existing instance to the latest version by running sudo pihole updatePihole. You will need 2 Pi-hole servers, ideally updated to the latest version but anything greater than 5.0 should work. For the greatest reliability, you will want to configure both stages. If you are unconcerned about DNS timeouts, you can skip the IP failover setup and just have 2 servers on their own IP addresses. We then need a mechanism to monitor the servers and hand over the IP address if the primary fails. Firstly, we need a way to keep the blocklists and settings in sync between the 2 Pi-hole servers. To accomplish our goal we need to solve 2 problems. This article is therefore an updated version of that basic idea to remain compatible with the latest Pi-hole versions. However, this approach doesn’t quite work on Pi-hole 5 and above as the way the data is saved changed. The original idea for this came from u/Panja0 on Reddit. We can resolve these problems by linking our pair of Pi-hole servers into a unified failover cluster. Using failover to provide a highly available Pi-hole cluster This can cause performance drops when one of the servers is offline. We also can’t guarantee which server clients will connect to, so if one is down, clients may still try to connect and then have to wait for a timeout before querying the second server. If we update the block lists on one, we have to remember to update them on the other. The main problem is that we have no setting synchronisation between our servers. However, this approach has a couple of disadvantages. The simplest way to regain this redundancy is just to run 2 independent Pi-hole servers and set them as the primary and fallback DNS servers.
When we set up a single Pi-hole server with no failover we lose this redundancy, meaning that if our Pi-hole ever goes down or we want to restart it for updates, we lose DNS until it is back. For example, we may assign 8.8.8.8 as a primary an 8.8.4.4 as a secondary so in the unlikely event that one is ever down, we have a second one to fall back on. not that anyone should care aboot these anymore but one never knows.Traditionally when we assign DNS servers to hosts we assign more than one. (1.93mb, hammerhead,k2inserts,7tm,riva2,superloop.) dsįound a bunch of Tele-templates that didnt make it into the the first. Props to everyone who made these available on the interweb to begin with.
#Gravity lab hole 8 superstar manual#
Ps/the g3 manual and workbook was included because they contain riser templates and stuff. Measure these with a ruler to confirm that you didnt screw up the print-job. On Pechelman's templates the correct measures are printed on the template. Remember to take care when printing them out. Tele: Linken, Rottefella Chilli, G3 Targa + G3 0405 tech manual and dealer workbook Since I think this is a good idea, here's all Ive got.Īlpine: Pechelmans solly bsl295 to 325, lookp18 325bsl, p18toe(jpg) and a mystery template I really dont know what its for or where I found it.ĪT: Pechelmans Dynafit bsl295 to 330, fritschi explore, fritschi freeride, naxos 0607, and something called the portmannsupertemplate picked up from wildsnow
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