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MongoDB is a document-oriented database management system that does not require any predefined schema.
It is considered one of the classic examples of NoSQL systems. It uses JSON-like documents and a database schema. The database is used in web development, in particular, within the framework of some JavaScript stacks such as MEAN, MEVN, MERN, which are often used by web developers as their favorite tech stacks for creating applications.
SuperApiBoost is a client that seeks to improve development times.
In this post, I will show you how to make a complete API under NodeJs with Typescript, Mongo, and Express with just two commands.
ASK SDK MongoDB Persistence Adapter package contains an implementation of persistence adapter in Core SDK ask-sdk-core , based on AWS SDK.
The ASK SDK v2 for Node.js is an open-source Alexa CustomSkill Development Kit. ASK SDK v2 for Node.js makes it easier for you to build highly engaging skills by allowing you to spend more time on implementing features and less on writing boilerplate code.
After going through the adventure of deploying a high-availability MongoDB cluster on Docker and sharing it publicly, I decided to complement that tutorial with some security concerns and tips.
In this post, you'll learn a few details about MongoDB deployment vulnerabilities and security mechanisms. And more importantly, how to actually protect your data with these features.
Recently I was looking for some simple options to track all changes to entities in all my microservices. After researching, I discovered the Java library named JaVers. It is designed as a framework for auditing changes in object-oriented data.
In this post, we’ll see how to use JaVers in a simple Spring Boot application and MongoDB environment to track changes of entities.
We now live in a data driven world where we are generating so much data that it becomes difficult to manage this data using databases. There are different databases available for different use cases. For a long time Relational databases were used for most of the uses cases, but as the technology advanced and modern applications came which need more scalability and variety came into picture it became important to choose the right database. This is where one of the No-SQL databases comes in such as MongoDB. In this blog we will have an Introduction to MongoDB and how we can get started with MongoDB with java.
MongoDB is an open-source non relational, document oriented database. MongoDB being document oriented means that it stores data in JSON like documents which makes it more powerful and expressive. Data is stored in documents in Key pair values.
In the previous post, I showed how we used MongoDB replication to solve several problems we were facing.
Replication got to be a part of a bigger migration which brought stability, fault-tolerance, and performance to our systems. In this post, we will dive into the practical preparation of that migration.
Picture your database server. Now imagine it somehow breaks. Despair comes up and disturbs the reaction.
Maybe you lost data. Maybe you had too much downtime. Maybe you lost work hours. Maybe you lost precious time and money. High Availability is easily a nice-to-have but in times like these, you value it more.
In my previous post "Why Spring Boot?", we looked at how to create a Spring Boot application, but you may or may not understand what is going on behind the scenes. You may want to understand the magic behind Spring Boot’s AutoConfiguration.
Before that, you should know about Spring’s @Conditional feature, on which all Spring Boot’s AutoConfiguration magic depends.
MongoDB is doing great, firmly holding a prestigious #5 on the db-engines ranking site. It means that we, developers, are using it a lot.
You might also be interested in: Learn MongoDB With Java 8 (Part 1)
When looking at the official driver API, we can see an effort to make an API as fluent as possible:
Given the popularity of our post on connecting MongoDB SSL with Self-Signed Certificates in Node.js, we decided to write a tutorial on connecting MongoDB with Ruby. In this article, we’ll show you how to connect to a MongoDB server configured with self-signed certificates for SSL using both the Ruby MongoDB driver and the popular Object-Document-Mapper (ODM) mongoid.
ScaleGrid currently uses self-signed certificates for SSL when creating nodes for a new cluster. Additionally, we also provide you with the option of purchasing your own SSL certificates and configuring them on the MongoDB server, and you can email to learn more about this offer.