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Introducing Microsoft SQL Server 2019

You're reading from  Introducing Microsoft SQL Server 2019

Product type Book
Published in Apr 2020
Publisher Packt
ISBN-13 9781838826215
Pages 488 pages
Edition 1st Edition
Languages
Authors (8):
Kellyn Gorman Kellyn Gorman
Profile icon Kellyn Gorman
Allan Hirt Allan Hirt
Profile icon Allan Hirt
Dave Noderer Dave Noderer
Profile icon Dave Noderer
Mitchell Pearson Mitchell Pearson
Profile icon Mitchell Pearson
James Rowland-Jones James Rowland-Jones
Profile icon James Rowland-Jones
Dustin Ryan Dustin Ryan
Profile icon Dustin Ryan
Arun Sirpal Arun Sirpal
Profile icon Arun Sirpal
Buck Woody Buck Woody
Profile icon Buck Woody
View More author details
Toc

Table of Contents (15) Chapters close

Preface 1. Optimizing for performance, scalability and real‑time insights 2. Enterprise Security 3. High Availability and Disaster Recovery 4. Hybrid Features – SQL Server and Microsoft Azure 5. SQL Server 2019 on Linux 6. SQL Server 2019 in Containers and Kubernetes 7. Data Virtualization 8. Machine Learning Services Extensibility Framework 9. SQL Server 2019 Big Data Clusters 10. Enhancing the Developer Experience 11. Data Warehousing 12. Analysis Services 13. Power BI Report Server 14. Modernization to the Azure Cloud

The SQL DBA in the Linux world

There are some vital differences between Linux and Windows. An essential difference is that in Linux, everything is configured as a file. Even directories and device drivers are identified as text files. The kernel views the directory structure as a series of files with a clear hierarchal layout that culminates in the root directory (also known as /). The concept of alphabetical identifiers as mount points is different on windows, which are more likely to be identified by user (u) or disk (d).

For all this identification, very little of it has any meaning for the Linux kernel. As it identifies everything as a file, it doesn't require an understanding of hierarchy and is programmed to identify everything in a horizontal structure. The kernel refers to everything via nodes. The unique identifiers that represent each file, directory, and permission among the nodes allows the kernel to search, locate, and identify all processing at immense speeds...

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