![]() ![]() You can scale between General Purpose and Memory Optimized. It’s worth noting here that scaling up from Basic to General Purpose or Memory Optimized is not supported. To view the instance through Azure Portal I get a better understanding of the available options and configuration settings. ![]() I can now verify the instance has been provisioned: az postgres server show -resource-group postgresqldemo -name postgresqldemoserver To provision a new PostgreSQL instance using the Basic, Gen 5 (1 vCore option), run the following command: az postgres server create -resource-group postgresqldemo -name postgresqldemoserver -location westeurope -admin-user jussipsql -admin-password Password1 -sku-name B_Gen5_1 I’ll start with the cheapest option, as I don’t know any better what sort of performance I’ll need – thus, I’ll select Basic, Gen 5. Memory Optimized, Gen 5: starting from 115 € going all the way to 1855 € ($124 to $2004).General Purpose, Gen 5: starting from 86 € going all the way to 2783 € ($92 to $3000).At the time of writing, the rough price points per month are: The bulk of the cost is formed from the compute, and additional costs are incurred with storage and backup. To understand which compute generation to choose, I’ll need to check the pricing also. Available options include Basic, General Purpose and Memory Optimized families, and all of these have Gen 4 and 5, expect Memory Optimized which only has Gen 5. I do need to specify the compute generation, which defines the performance for my instance. ![]() To begin, I’ll create a new resource group to hold all my assets: az group create -name postgresqldemo -location "West Europe"Īnd then it’s as easy as creating the instance for PostgreSQL. So I opened up Windows Terminal and then Azure Cloud Shell with Azure CLI to see how I can provision Azure Database for PostgreSQL through the command line. Provisioning Azure Database for PostgreSQL in single server setup To download them all as one big, searchable and portable PDF, click here. You can find all documentation for Azure Database for PostgreSQL here. ![]() For Hyperscale (Citus), database size can grow beyond 10 GB, and query latency of 100 ms or less is possible. Hyperscale (Citus) is a group of servers with high availability and high throughput. It comes in two editions:Ī single server is, well, a single server for the usual needs. PostgreSQL is available for Azure, since May 2017. MySQL was still number one, and PostgreSQL squeezed in just in front of Microsoft SQL Server. Based on Stack Overflow’s yearly developer survey, in 2019 PostgreSQL was the second most popular database solution: ( Source) It also has a long history, starting from 1996 and it’s still being developed and updated. It’s a free relational database platform, that has an elephant as their icon. I think I’ve installed it perhaps once or twice for on-premises in 2008. In recent years, I’ve started to expand my understanding of other platforms – including Mongo DB (see my adventures with containers and Mongo DB here), Azure Table Storage (a nice story here on how that ended up) but I’ve yet to try out PostgreSQL. Thanks for reading my blog! If you have any questions or need a second opinion with anything Microsoft Azure, security or Power Platform related, don't hesitate to contact me.įor as long as I can remember, the default datastore I’ve chosen has always been SQL Server, or Azure SQL depending where I need to deploy my solution. ![]()
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