Book Image

Learn MongoDB 4.x

By : Doug Bierer
Book Image

Learn MongoDB 4.x

By: Doug Bierer

Overview of this book

When it comes to managing a high volume of unstructured and non-relational datasets, MongoDB is the defacto database management system (DBMS) for DBAs and data architects. This updated book includes the latest release and covers every feature in MongoDB 4.x, while helping you get hands-on with building a MongoDB database app. You’ll get to grips with MongoDB 4.x concepts such as indexes, database design, data modeling, authentication, and aggregation. As you progress, you’ll cover tasks such as performing routine operations when developing a dynamic database-driven website. Using examples, you’ll learn how to work with queries and regular database operations. The book will not only guide you through design and implementation, but also help you monitor operations to achieve optimal performance and secure your MongoDB database systems. You’ll also be introduced to advanced techniques such as aggregation, map-reduce, complex queries, and generating ad hoc financial reports on the fly. Later, the book shows you how to work with multiple collections as well as embedded arrays and documents, before finally exploring key topics such as replication, sharding, and security using practical examples. By the end of this book, you’ll be well-versed with MongoDB 4.x and be able to perform development and administrative tasks associated with this NoSQL database.
Table of Contents (22 chapters)
1
Section 1: Essentials
5
Section 2: Building a Database-Driven Web Application
9
Section 3: Digging Deeper
13
Section 4: Replication, Sharding, and Security in a Financial Environment
14
Working with Complex Documents Across Collections

Vertical scaling

Vertical scaling is when you increase the power and capacity of a single server. Upgrades could include a more powerful CPU, adding memory, and increasing storage capacity. For example, you might have a server using a second-generation Intel Xeon Scalable processor. Vertical scaling could involve updating the CPU from 16 cores and 32 threads to 24 cores and 48 threads, as an example. Vertical scaling could also involve more obvious upgrades such as increasing the amount of server RAM, adding more and larger hard drives or SSDs to a RAID array, and so on.

Vertical scaling has an advantage in that you only need to worry about a single server: no additional network cards, IP addressing or routing problems, no further strain on server room power requirements, and no additional worries about heat buildup. Also, in some cases, costs might actually be lower for vertical scaling as you are not adding entire additional computers to your network, just internal components.

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