Open Source Community: Integration testing is a software testing methodology used to test individual software components or units of code to verify their interaction. These components are tested as a single group or organized in an iterative manner.That said, we have created Relativity Integration Test Helpers to assist you with writing good Integration Tests for your Relativity application. You can use this framework to test event handlers, agents or any workflow that combines agents and Eventhandlers. We will continue adding more helpers but in the mean time you should be able to create workspaces, create dbcontext, proxy and create documents with this framework. This framework is only compatible with Relativity 9.5
A conversion file for the "units" mathematics utility that modifies core constants setting second = 299 thousand meters and c = 1. This simple change allows the units tool to render mass to energy space to time solutions. Amazingly changing these fundemental constants does not effect calculation results or the usefulness of Units. If your conversion gives mass instead of energy like you were expecting you may sometimes need to specify that you want joules or watts.
Project Champion - nSerio, Relativity Application: This application allows a user to create a processing set by pointing at a directory which contains folders of custodian data. The resulting processing set will contain one processing data source for each folder in the selected directory and will associate the data source to the custodian based on the folder name.
The purpose of this code is to assist academics in Einstein's Theory of General Relativity. This code allows the user to input a spacetime metric of their own design and output the Christoffel symbols, Ricci curvature tensor and Ricci scalar. This code uses the Symbolic Math Toolbox™ in MATLAB® to perform these calculations.
Open Source Community: This PowerShell script can be used to re-index documents to a new index. This generally is needed if the shard count for an index is inappropriately high.