Great Video.. nice explication regarding High Availability... I've one query so when the primary node goes down the standby is become a primary right so here when early primary node back to in running state how the data will replica form between these two nodes??.
Please continue doing that. Very helpful. I have a question: u mentioned that we have 3 WAL levels: minimal, replica and logical. And also we have streaming and logical replication. Can you clarify: streaming replication is executed using WAL or not? Do I have to choose a particular WAL level to execute streaming replication?
Great video! I have a question about the last example named "Better HA Solution Example". Where the patroni's etcd nodes lives to avoid a disruption if one datacenter goes down?
One of the greatest introduction videos on failover topic I ever saw. You have a talent! Thank you, keep it up!
Please provide a complete tutorial of Postgres high available cluster.
Great Video.. nice explication regarding High Availability... I've one query so when the primary node goes down the standby is become a primary right so here when early primary node back to in running state how the data will replica form between these two nodes??.
Please continue doing that. Very helpful. I have a question: u mentioned that we have 3 WAL levels: minimal, replica and logical. And also we have streaming and logical replication. Can you clarify: streaming replication is executed using WAL or not? Do I have to choose a particular WAL level to execute streaming replication?
Great tutorial. Well explained.
Great video! I have a question about the last example named "Better HA Solution Example". Where the patroni's etcd nodes lives to avoid a disruption if one datacenter goes down?
Great video! Super nice explanations and flow of information!
thanks mate for the videos
Amazing content, bro. Keep it coming.
You are good at explanation, thanks!
Perfect tutorial 🎊 🎁
Such a great video!!
Hey Great Video! But how do you address writing data back to primary before a failback?
Very nice, a tutorial on encryption at rest (Transparent Data Encryption) would be very much appreciated
Best play at 1.75 speed =)
Your explanations are "what" but not always "why". You should focus more on the explanation of the chosen solution and why it is used.
It's pronounced 'synchronous' (sing·kruh·nuhs) - not synchronious
That is my contribution :)
Your last example is similar to how Stolon works
Great
Audio is way too silent
huuuuge thanks!