Live Drilling
  • Introduction
  • FAQ
  • what's new
    • Latest releases
      • Wells 5
      • LiveRig 5
      • LiveRig 4
      • WITSML Store
    • Operations in Time by Depth Chart
    • Unit Sets
      • Per-Asset Units
      • Unit Conversion
      • Dashboard Configuration
      • Force Follow Asset Units
    • Well casing shoe schematic
    • Wells correlation
    • FFT spectrum
    • Pressure Tests
      • Configuration
      • Automated Standard Pressure Tests
      • Manual Pressure Test
      • LOT/FIT
    • Rig State detection
    • BOP Schematic
      • BOP status register
    • Signal Processing
      • Moving Average
  • Data Flow
    • Introduction
    • Data Ingestion
    • Data Normalization
      • Clock Synchronization
      • Normalized events schema
      • Data indexes and enrichment
      • Unit conversion
      • Auto-Switch
  • Physical Models
    • Introduction
      • Structure of the functions
      • Validation
    • General Equations
      • Static Data Dependencies
      • Pipes Functions
    • Trajectory
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Hydraulic
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Torque and Drag
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Hole Cleaning
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Surge and Swab
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Thermal
      • Introduction
    • Volume Tracker
      • Introduction
      • Pipes Functions
  • Basic Features
    • Charts
      • Channels Charts
        • Temporal Channels Chart
        • Channel Value Chart
        • Depth Channels Chart
        • Data navigation
          • Span Control
      • Rig Allocation Gantt Chart
    • Unit sets
      • Configuration changes on unit sets
      • Depth unit changes
      • Personal units sets
    • Permission schema
    • Import/Export Well
    • Add-ons
  • Static Data
    • Assets
      • Assets Structure
    • Well
      • Introduction
      • Well Schema
      • Well Units
      • Regions, fields and countries
      • Well Design Overview
      • Objectives
    • Intervention
      • Introduction
      • Intervention Schema
      • Intervention Types
      • Scenarios
      • Runs
      • Completion and Abandonment
      • Drilling Section Schema
    • Rig
      • Introduction
      • Rig Schema
      • Physical models configuration
    • Pipes functions
    • REST API Examples
  • Administration
    • High Frequency Data
      • WITSML Null Values
      • Unit Management Tools
      • WITS Custom Mapping
    • Data Normalization
      • Data Management
        • Event Settings
        • Channels Management
      • Data normalization templates
      • Data normalization templates prioritization
      • Auto-Switch
    • Standard Identifiers
    • Static Data
      • Regions, fields and countries
      • Intervention Types
  • LiveRig Collector
    • Introduction
    • Getting Started
    • Connecting to Intelie Live
    • Security
    • Local data storage
    • Data transmission and recovery
    • Monitoring
    • Remote Control
      • APIs
        • /testSourceEndpoint
        • /storeConfiguration
        • /getFromStore
        • /backlog-sync
      • Sources
        • MQTT Topics
        • OPC Requests
        • WITSML Backlog Sync
        • WITSML Object Explorer
        • WITSML Requests
      • Properties
    • HA Deployment
    • Protocols
      • WITSML
      • WITS
      • OPC-DA
      • OPC-UA
      • MODBUS
      • MQTT
      • CSV
      • RAW
    • Protocol conversion
    • Configuration
      • liverig.properties
      • sources.xml
      • store.json
      • modbus.json
      • mqtt.json
      • Configuring an OPC-UA source
      • Multiple event types for WITSML sources
      • Certificate-based authentication for WITSML HTTPS sources
    • LiveRig Collector Appliance
    • Command line Interface (CLI)
  • LIVE EDGE
    • Collector Reader
  • Integrations
    • Introduction
    • WITSML Store
    • REST Output
    • REST Input
    • WellView
    • OpenWells
    • Python
  • DEVELOPER
    • Identified Curves
    • Hidden Units
  • DEPRECATED
    • WITSML Output
    • LiveRig 3.x / 2.x
      • 3.5.0
      • 3.4.0
      • 3.3.0
      • 3.2.0
      • 3.1.0
      • 3.0.0
      • 2.29.0
Powered by GitBook
On this page
  • Configuration by remote control
  • Configuration by source file

Was this helpful?

  1. LiveRig Collector
  2. Protocols

CSV

PreviousMQTTNextRAW

Last updated 6 months ago

Was this helpful?

LiveRig collector supports the pushing of CSV payloads in order to convert them into Live events.

That is a very simple alternative to input data from third-party software through a LiveRig collector instance, typically co-located at operational sites.

Configuration by remote control

Once the feature is enabled, the user can configure a new CSV source remotely as follows:

Null values

As a textual representation, CSV typically carries some standard number that needs to be interpreted as null values. The CSV source enables you to specify your typical values and drop them from the actual event representation for the channels.

Date time pattern

Each column in the CSV file will be interpreted as a channel value and the first column will be the date time index for each row in the dataset.

Access endpoint

The CSV source can execute in client or server mode. Third parties applications may push data into the LiveRig CSV source endpoint.

Starting at LiveRig 4.7.0, the access configuration supports both TCP and Serial ports:

The TCP connector puts the source in server mode and waits for data to be pushed into it. On the other hand, the Serial port connector configures the source as client mode and watches the Unix device file to consume the data passing through.

Starting at LiveRig 4.11.0, CSV source supports TCP and Serial connection protocols for Client mode. When using Server mode, it only supports TCP protocol. If server mode is enabled, the Serial Port radio button will be disabled:

In case, any older LiveRig Collector is used in the edge installation, the selection for Serial ports will be unavailable since only TCP endpoints are allowed up to 4.6 series.

Configuration by source file

<source>
	<name>CSV endpoint</name>
	<mode>server</mode>
	<rig_name>my_rig</rig_name>
	<service_company>my_company</service_company>
	<protocol_name>csv</protocol_name>
	<endpoint>tcp://0.0.0.0:9873/</endpoint>
</source>

This other example reads the first COM port in a Unix system available at /dev/ttyS0 to watch for events in CSV format.

<source>
	<name>CSV endpoint</name>
	<mode>client</mode>
	<rig_name>my_rig</rig_name>
	<service_company>my_company</service_company>
	<protocol_name>csv</protocol_name>
	<endpoint>serial:///dev/ttyS0?baudRate=9600</endpoint>
</source>

Each line of the input data stream should end with the '\n' (the end of line character). The maximum allowed line length in characters is 4,194,304. This limit was imposed to avoid huge lines that could extrapolate the Live event maximum size or extrapolate the internal implementation buffer capacity.

The date time pattern can be customized to detect seconds, milliseconds, or textual samples of information like months, AM/PM marks, or either some fixed strings in the rows which represent the timestamp of each data measurement. See the (as in Java).

Locally in the LiveRig Collector machine, the as demonstrated below. This configuration opens the TCP port 9873 on all local interfaces to listen for CSV files.

full list of symbols supported
sources.xml can be configured
Remote Control
Overview of CSV source configuration options
Date time custom format configuration rules
TCP port configuration for CSV source endpoint
Serial port configuration for CSV source endpoint
Serial port disabled for CSV Server Mode
Warning the lack of support for serial port connections at local sites