For more information, see Get started with integration points. For example, the namespace includes classes and enumerations for mapping data from source fields to workspace fields. It also includes the Relativity Integration Points API, which includes multiple namespaces containing the classes and interfaces necessary to interact with framework components. This framework leverages the standard features available in the Application Deployment System (ADS), such as custom pages and event handlers.
It supports the integration of custom providers that ingest data in XML, JSON, SQL databases, or other formats. The Relativity Integration Points API provides a framework for developing custom providers for importing data to Relativity Dynamic Objects (RDOs) or other types of objects. For more information, see Get started with the Processing API. You can also use the Processing API to run inventory, discovery, and publish jobs.
#Relativity desktop client 9.3 download update#
You can programmatically use this API to create and update custodians, data sources, and processing sets required for processing, rather than manually creating them through the Relativity UI. The Processing API supports the automation of your processing workflows. For more information, see Monitor and troubleshoot processing. For example, you can use the API to view information about currently running processing jobs, list available workers, and restart workers. It is a programmatic equivalent of the monitoring functionality of the Relativity Processing Console (RPC). The Invariant Monitoring API provides the WorkerManager and JobManager REST services for monitoring and troubleshooting processing jobs. ImportBulkArtifactJob class - provides functionality for adding a large number of Artifact objects to a Workspace.įor detailed information about classes, methods, properties, and other members of the Import API, see the Import API reference.Import API class - provides functionality for importing documents, images, production sets, and RDOs.NET implementations.įor information about key classes, methods, properties, and other members of the Import API, see these related pages: The service performs bulk insertion of documents, natives, images, RDOs, and metadata into the database.
You can also use it to import data from multiple, separate databases into Relativity. This means that you can use it to develop utilities for tasks such as importing data from a staging database, which eliminates the need to export the data to a load file before adding it to Relativity. The Import API is a service that can be used over HTTP or HTTPS to bridge external data systems to Relativity. The Import API also supports the same settings that are available through the Relativity Desktop Client (RDC) for importing documents and images. It facilitates the development of custom import utilities by providing methods for retrieving production sets, workspace fields, and performing other tasks. The Relativity Import API provides functionality that helps you import large numbers of documents, images, and Relativity Dynamic Objects (RDOs) into a Relativity workspace programmatically. See Get started with the ARM API for detailed information on using this API. See ARM Overview for more information on the ARM application and what it does. A number of commonly used Powershell scripts are also provided.
#Relativity desktop client 9.3 download archive#
For example, you could use this service to populate a custom dialog in your application with scheduled ARM archive jobs. You can also use the ARM API to view information on current ARM jobs in progress or list available workspaces or ARM archives.
The ARM API provides a REST service that supports multiple operations required to archive, restore, and move Relativity workspace data. This page contains the following information: Review the descriptions of these APIs to learn more about how you can use them as part of your current development goals. The Relativity platform provides several APIs for collecting, importing, and processing data.
0 kommentar(er)
