Xendit is a leading payment gateway that helps businesses accept payments in Indonesia fast and securely with a suite of world-class APIs.
Amazon DynamoDB is a fully managed NoSQL database service offered by Amazon.com as a part of their Amazon Web Services portfolio. Many of the world’s renowned businesses and enterprises use DynamoDB to support their mission-critical workloads.Amazon DynamoDB Integrations
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Amazon DynamoDB + Amazon DynamoDBGet IP2Location information for IP addresses from new AWS DynamoDB items and store it in a separate table Read More...
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Trigger when new invoice created.
Trigger when new item created in table.
Trigger when new table created.
Creates an account.
Create a new customer.
Creates a disbursement.
Creates an Invoice.
Creates a payout.
Creates QR Code.
Creates new item in table.
Xendit provides a platform for building, deploying, and managing applications. This is accomplished by creating a cloud that allows users to run applications in a scalable, reliable environment. The Xendit platform is designed with OpenStack, a cloud computing software platform that was built by developers from Rackspace and NASA. Xendit is composed of components that “are elastic, highly available, and easy to manage” (Xendit.com. This allows users to develop applications and deploy them into the cloud without worrying about how to manage the infrastructure or whether there are enough resources available for an application to run; users can focus on the development of their applications. In addition, the platform is open source. This means that all of the code is available to users so they can customize it to fit their specific needs. An example of an open source Xendit project is XRMCloudLib, which is a Ruby library that uses RESTful APIs to connect to Xendit.
Amazon DynamoDB is a distributed NoSQL database service offered by Amazon Web Services (AWS. The service provides users with highly scalable performance, high availability, and automatic scalability. Users can configure their tables with unlimited capacity, meaning that they do not have to worry about running out of space. To start using Amazon DynamoDB, users must create tables, specify attributes, and add items to the table. When users create a table, they must specify the table’s primary key type (e.g., “hash”), range keys (e.g., “hash”), item size (e.g., “64 KB”), and provisioned throughput (e.g., “100 read/write capacity units”. Once the table has been created, data can be inserted into it. When a user adds an item to the table, it must be inserted into an existing partition key or a new partition key. Partition keys allow users to easily retrieve data from a table. If a user wants to retrieve all of the items that belong to a specific partition key, they only have to look at one partition in the database.
Xendit integrates with Amazon DynamoDB in three ways. 1. as an external database provider; 2. as a backend storage option; and 3. with XrmCloudLib. The first integration provides users with access to the database from Xendit via API calls via a URI (Uniform Resource Identifier), which allows users to connect to an Amazon DynamoDB instance using Xendit’s internal interface functions. The second integration gives users the option to use Amazon DynamoDB alongside other storage options for Xendit instances. The third integration connects XrmCloudLib with Amazon DynamoDB so that it can access various data structures that are stored in the database. XrmCloudLib is used as part of an Xendit application that maintains information about virtual machines in AWS Compute Cloud (Amazon EC2. and manages their lifecycle operations, such as starting and stopping them.
Xendit and Amazon DynamoDB can be integrated to provide a better experience for developers who want to create custom Xendit-based applications using Amazon EC2 virtual machines stored on Amazon DynamoDB without having to worry about managing infrastructure. With this integration, users can fully focus on developing applications instead of worrying about infrastructure management and ensuring that there are enough resources available for applications to run smoothly. Integration between these two platforms also enables data sharing between organizations and cplaboration between cpleagues who are working on the same project but are located in different locations.
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