This guide focuses on the SQL NTILE function and how it distributes data into quartiles, deciles, or percentiles. With clear syntax breakdowns, practical SQL Server examples, and real-world scenarios, it demonstrates how NTILE supports ranking, grouping, and reporting while complementing other SQL window functions for deeper analytical insights.
New dbForge milestone is achieved! This time, it brings us enhancements in AI Assistant, long-awaited user interface improvements, and further significant advancements in cloud support underway.
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What is Microsoft Entra ID, and why is this important in the database ecosystem?
If you have ever used the Microsoft Authenticator app, you’ve already...
This guide to SQL formatting best practices shows how to write queries that are consistent, readable, and scalable. By applying rules for capitalization, indentation, clause order, and naming, teams create SQL that’s easier to review, debug, and maintain across projects, reducing technical debt over time.
Explore how to implement dynamic SQL in SQL Server effectively with this guide. It explains the differences from static SQL, offers security-focused best practices, and recommends SQL Server IDEs that empower developers to create adaptable, performant, and secure database queries.
Learn what Database Change Management (DCM) means in modern development. See key practices, common challenges, and compare tools likedbForge Studio for SQL Server, Bytebase, and Liquibase.
This article examines ANSI SQL, the universal SQL standard that ensures compatibility across databases such as PostgreSQL, Oracle, MySQL, and SQL Server. Learn its history, key features, components, and benefits, and understand how it compares to vendor-specific SQL dialects in building scalable, maintainable, and cross-platform database systems.
This article explores various methods to view and analyze transaction logs, including SQL Server's native capabilities and third-party graphical user interface (GUI) solutions.
This guide defines SQL naming conventions for tables, columns, keys, and other critical database objects. It provides actionable standards that eliminate ambiguity, support automation, and scale across environments. Learn how consistent naming improves collaboration, simplifies maintenance, and builds a foundation for clean, maintainable schemas in modern SQL systems