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PostgreSQL authorization has always been a black box for me. I’ve never “needed” different roles to manage who/what has access to my DB. I’ve always relied on postgres superuser for all my web applications, and it has worked so far! I recently needed to avoid postgres superuser. To become SOC2 compliant, we needed to remove global access and fine-tune who has access to what schemas and tables. This is where my journey starts in the PostgreSQL authorization realm. Let’s dive in.
Hive Metastore supports various backend databases, among which MySQL is the most commonly used. However, in real-world scenarios, MySQL's shortcoming is obvious: as metadata grows in Hive, MySQL is limited by its standalone performance and can't deliver good performance. When individual MySQL databases form a cluster, the complexity drastically increases.
As a journalist, you can create a free Muck Rack account to customize your profile, list your contact preferences, and upload a portfolio of your best work.
