![]() ![]() Read our tutorial to know how to work with MongoDB and TypeScript. MongoDB supports TypeScript using the MongoDB Node JS driver. TypeScript is a superscript of JavaScript with the optional static typing and type inference included. You can easily import JSON into MongoDB from different environments and languages. JSON (JavaScript Object Notation) is a text-based data-interchange format used for sending and receiving data from client to server and vice versa in web applications. The MongoDB Java driver provides seamless compatibility to build highly performant, scalable applications. Java is popular for enterprise applications and is one of the top programming languages based on object-oriented programming concepts. MongoDB provides excellent compatibility with Python using the pymongo driver. Python is gaining popularity by the day because of the rich and exhaustive library support for scientific computing, data analysis, and web development. MongoDB supports C using the MongoDB C driver, libmongoc. CĬ remains a great choice for legacy and modern applications because of its high performance and development of system level programming like operating system kernels and embedded software. ![]() For a full list of languages compatible with MongoDB, refer to MongoDB languages. Some of these languages are listed below for reference. MongoDB is compatible with all the top languages like C, Java, Python, TypeScript, and many more. MongoDB provides compatibility with most of the top languages and frameworks. ![]() For example, Django is based on Python, Spring Boot uses Java, and so on. Most programming languages have frameworks that provide utility methods for faster development and features like built-in security, workflows, and more on top of the basic features of the language. The top box contains “Amazon S3”, the second box contains “AWS Glue Elastic Views”, the third box contains “Amazon Kinesis Data Streams”, the fourth box contains “AWS CloudTrail” and the fifth and final box contains “Amazon Cloudwatch”.MongoDB drivers provide the necessary APIs to connect to the MongoDB database directly from the application code. The third section is a box containing five smaller boxes within it representing the five services DynamoDB integrates with. Under the magnifying glass is a headline of “Export, Analyze, Stream Data” with a sentence that explains the types of functions that can be performed when integrating with other AWS services. There is a left arrow signifying data coming from DynamoDB and a right arrow signifying data going into AWS services that DynamoDB integrates with. The second section has an illustration of a magnifying glass looking at blocks of data. Below the six boxes each containing a feature, and below the heading of “Configure Key Features” is a sentence listing additional DynamoDB features. In the second column, “Global Tables” top right box, “Point-in-time recovery” middle right box and “PartiQL supports” right bottom box. ![]() Six boxes are displayed in two columns with three rows each with the following features represented per box: In the first column “NoSQL Workbench” top left box, “Encryption at rest” middle left box, and “On-demand capacity mode” in the bottom left box. The first section has an illustration of the DynamoDB service icon within a box titled “Configure Key Features”. The three sections display from left to right. The diagram shows the core features of Amazon DynamoDB and integrations with other AWS services. ![]()
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