Code Walkthrough of a Python example that uses the Refinitiv Data Platform library to demonstrate the consumption of realtime data from the Refinitiv Data Platform, TREP or Eikon/Workspace
How to use DTrace on Oracle Linux to verify the behavior of the EMA applications.
This article shows to get consume, assemble and decode MRN News Analytics Data (TRNA) from TREP via Elektron WebSocket connection. This article also shows how to get each Analytics Field data from TRNA JSON message.
This article provides a sample application which illustrates how to use Elektron Websocket API to retrieve a Chain Records and get underlying RIC symbols.
This article shows how to implement Elektron WebSocket API application to consume Machine Readable News (MRN) data with Python Language.
This article provides a sample application to demonstrates how to use .NET Core SDK with WPF to create a desktop application to retrieving and displaying MRN News Story from the WebSocket server on ADS 3.2.1 or higher version.
This article shows how to contribute your data to Refinitiv with Elektron WebSocket API, TREP and RCC.
This article is a second part of how to implement ERT in Cloud console application with Node.js/TypeScript technologies article series. This part shows how to implement a WebSocket connection.
This article will guide you launch an Amazon AWS EC2 Instance to run the ERT in Cloud WebSocket Python example from the instance.
This article shows how to implement ERT in Cloud Node.js application with TypeScript language. This is a first part which is focusing on obtain EDP Authentication and Service Discovery information.
This is the second part of "Implementing Elektron API application to work with ATS" article. It guides how to work with ATS using Elektron APIs(EMA, ETA, WebSocket API) to contribute data, delete a RIC and its fields. It also contains troubleshooting which help the developers to solve common problems.
This article guides you in how to work with ATS using Elektron APIs (EMA, ETA, WebSocket API) to contribute data, add or delete a RIC and its fields. It also contains troubleshooting which help the developers to solve the common problems.
Brief look into websocket batch request and field limiting with View feature.
Video article that demonstrates the “ease of use” of the Thomson Reuters Elektron Message API (EMA).
This article is intended as an introduction to the concepts of DACS and OpenDACS for developers who are new to the subject
The purpose of this article is to describe the Item and Connection recovery mechanisms in EMA C++. It also provides guidance for application reponsibility in scenarios that EMA does not perform recovery.
A simple MarketPrice object or How to easily get market prices with EMA - Part 2
A simple MarketPrice object or How to easily get market prices with EMA – Part 1
This article explains important concepts that developers need to understand before they start building applications for the Thomson Reuters Enterprise Platform (TREP) or the Elektron Real Time platform
This article discusses the ease of use of the Elektron Message API and introduces a layer of reusable value add objects that would simplify even more Elektron content access with EMA.
The EMA Java API is implemented on top of SLF4J API as a facade for logging utility. It allows developers integrate EMA Java application with their prefer Logging framework by replacing the Logging library and configurations files without touching the application source code.
With over 50 million instruments carried by our realtime Elektron feed - answering that question would be overwhelming. This article shows you how to make Criteria Based Requests (CBR) aka Broadcast Data Stream (BDS) - to the Elektron Edge Device - which return a list of RICS matching a set specified criteria.
MiFID II - Extending the precision of timestamps supported on Elektron Real Time.
MRN & N2_UBMS Comparison and Migration Guide
The purpose of this article is to introduce the Interactive Source Blending feature available in TREP 3.0 or above. It also demonstrates how to setup this feature and test it with EMA C++ examples.
For some instruments, suffix of RIC indicates the exchange where it is traded, e.g. HSBA.L (.L = LSE - London Stock Exchange), HBC.N (.N = NYSE - New York Stock Exchange). However, there are some instruments without this suffix. How can an app know on which exchange they are listed?