This article will provide a detailed walkthrough for retaining items in Cosmos DB for different durations and on different levels.
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This article will provide a detailed walkthrough for retaining items in Cosmos DB for different durations and on different levels.
Read more »Today, I will demonstrate migrating or switching the backup policy from periodic to the continuous backup policy of an existing Azure Cosmos DB account. I have explained Cosmos DB backup policies in my last few articles which are given below for your reference to understand the topics.
Read more »This article will explore Continuous backup and steps to configure it for a new Azure Cosmos DB account or an existing Cosmos DB account. Azure Cosmos DB is a fully managed and highly secure, NoSQL database service on the Azure cloud that is designed for modern-day application development. It automatically runs backup for its databases on separate Azure blob storage at regular intervals without affecting the performance, availability, and provisioned resource units (RUs) to ensure data protection from a data recovery standpoint which can be needed in case of data corruption, deletion, or wrongly data updates.
Read more »This article will explain about Global Distribution feature of Azure Cosmos DB and how to enable it to distribute data across regions. Azure Cosmos DB is developed to address modern application requirements in this digital era. There are different requirements to run web-based or online internet-facing applications smoothly. You need to cater enormous amount of data that can generate with very high velocity and this will cause huge numbers of read and write operations on the database. Your database needs to be responsive and quickly show the updated details for other customers. You might also need to address autoscale which will be used to address unpredictable workload during any discount offer, or festive seasons. These modern days applications must also develop in a way so that if you need to add another location to expand your business to the different regions so you don’t need to do many changes and it could be easily adjusted to expand the application for other regions.
Read more »This article will explore an overview of Data explorer and how to access and manage Azure Cosmos DB using Data Explorer. Azure Cosmos DB is a fully managed, highly secure, and globally distributed NoSQL database that is designed for new-age modern application development. As this is fully managed so you don’t need administrators to manage its maintenance, patching, upgrades, capacity, and space management, auto-scaling in case of workload increase, etc. It is suitable for modern digital applications like online portals based on video streaming, gaming, Internet of things applications, online retail websites, etc.
Read more »This article will explore backup options available in the Azure Cosmos DB service. Backups are very important to safeguard our data in case of data corruption, data deletion, system failure, or any unforeseen circumstances like DR. We have planned, configured, and managed it for our on-prem databases whether it is SQL Server, Oracle, DB2, or system files on various machines. DBAs and Infrastructure admins have ensured to keep a backup of all these systems to safeguard their data. Similarly, we must also secure our data hosted in a cloud environment for any services whether it is Azure VMs, Azure SQL, Cosmos Db accounts, or any other services. Today we will talk about backup options available to secure cosmos DB databases and their contents.
Read more »This article will talk about the periodic backup policy of the Azure Cosmos DB service offered by Azure cloud. I have already explained the backup options available for Cosmos DB in my last article. I would recommend you read it by accessing the attached link “Understanding Azure Cosmos DB backups” to understand the backup policies of Azure Cosmos DB. Today, I am going to explain one of the backup options Periodic backup, and steps about how to configure it for a cosmos DB account.
Read more »This article will explore an overview of Azure Cosmos DB, we will also discuss how to create Cosmos DB along with its uses on why we need to choose Cosmos DB.
Read more »In this article, we will learn how to report data from Azure Cosmos DB using Power BI which is one of the most popular reporting tools in the industry.
Read more »In this article, we will learn how to perform a point-in-time restore in Azure Cosmos DB on an account that has been configured with a continuous backup policy.
Read more »In this article, we will learn what continuous backup is and how to configure it on an Azure Cosmos DB account.
Read more »In this article, we will learn how to configure the Azure Search instance to import data from Azure Cosmos DB.
Read more »In this article, we will learn how to create an instance of Azure Search service and attach it to an instance of Azure Cosmos DB.
Read more »This article is a part of the series Learn NoSQL in Azure where we will learn about the DocumentDB SQL API in detail. Azure Cosmos DB is a serverless NoSQL database service provided by Azure that is highly available, globally distributed, and responds within the minimum latency. Due to these features, it is a perfect fit for building modern-day applications using the DocumentDB or SQL API of Azure Cosmos DB.
Read more »This article is a part of the series – Learn NoSQL in Azure where we explore Azure Cosmos DB as a part of the non-relational database system used widely for a variety of applications. Azure Cosmos DB is a part of Microsoft’s serverless databases on Azure which is highly scalable and distributed across all locations that run on Azure. It is offered as a platform as a service (PAAS) from Azure and you can develop databases that have a very high throughput and very low latency. Using Azure Cosmos DB, customers can replicate their data across multiple locations across the globe and also across multiple locations within the same region. This makes Cosmos DB a highly available database service with almost 99.999% availability for reads and writes for multi-region modes and almost 99.99% availability for single-region modes.
Read more »In this article, we are going to learn Azure Cosmos DB. This article is a part of the series Learn NoSQL in Azure, where we will explore all the different types of non-relational databases that are supported in Azure at the moment. Azure is one of the most popular public cloud platforms that has a big market share all over the world. Cosmos DB is a part of the Databases section in Azure that allows customers to create and use NoSQL or non-relational databases and consume these at scale. You can leverage Cosmos DB to build highly scalable and robust cloud-based applications that support modern big data workloads. Let us understand more about what a NoSQL database is all about and how it is different from a relational database. Although this article focuses on the NoSQL related to Azure, it is to be known that other open-source projects support NoSQL databases like Apache Cassandra, etc. However, these topics are out of the scope of this article and we will focus on Azure mostly.
Read more »In this article, we will look briefly at the Azure Cosmos DB service and how you can query JSON documents to store, retrieve and process data using the SQL Application Programming Interface (API).
Read more »In this article, we will learn how to analyze data hosted in Azure Cosmos DB using Notebooks.
Read more »In this article, we will learn how to create a serverless instance of Azure Cosmos DB as well as understand its applicability in use-cases.
Read more »Microsoft Azure offers hundreds of cloud products, with more on the way. In the database space, Microsoft offers Azure Cosmos DB, a NoSQL database product. We can build Java, .Net, etc. applications around Cosmos DB resources. To extend this capability, this article will show how to query Cosmos DB directly from SQL Server.
Read more »In the previous article, Start your journey with Azure Cosmos DB, we provided you with the backpack that helps you to start your journey with Azure Cosmos DB and filled it with detailed information about the Cosmos DB usage benefits, how to create your first Cosmos DB account, create a new database, container, and items and finally how to query the data stored in that container.
Read more »In this article, we will discuss why we need to use Azure Cosmos DB and how to configure it to store and query our data.
Read more »In many situations, we will develop, test or prove new concepts by horizontally scaling new SQL API containers in Azure Cosmos DB over possibly using existing containers. As we’ve seen in previous tips, we can create and remove Cosmos database accounts and databases by using the Azure Portal or PowerShell’s Az module along with making some updates to the configuration, such as the RUs for performance reasons. Similarly, we can create and remove a container through the Azure Portal along with creating and removing the container with PowerShell’s Az module.
Read more »Now that we can create and remove an Azure Cosmos DB and databases that we can use for automation purposes, along with obtaining some information about these accounts, we’ll look at making some changes to these accounts for contexts related to performance. It’s possible that our unit and security testing or development with proof-of-concepts may face performance problems where we need to upgrade the settings of our database account. In this tip, we’ll be working with the SQL API database layer in a Cosmos database account by building on our get, create and remove automation to update its performance.
Read more »Our testing or development may call for dynamic creation on the database level for Azure Cosmos DB rather than the account level. As we’ve seen with dynamically working with a Cosmos database account using PowerShell, we can create, remove, and obtain properties of the account. Identically, we can do this on the database level as well and we may use this in testing if we need the same Cosmos database account for other testing purposes. Development situations may also involve use cases where we want to test a concept and dynamically create a database within our Cosmos database account. In this tip, we’ll look at working with our Azure Cosmos database account on the database object level where we do nothing to manipulate the account itself, only add databases to the account once it’s been setup.
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