Skip to content
A Time Series Data Browser
Branch: master
Clone or download
Type Name Latest commit message Commit time
Failed to load latest commit information.
binjr-core Fixed NPE on Worskpace.close() after a prior failure to load Worskpace. Mar 18, 2019
distribution Added a workaround for JDK-8179073 Mar 18, 2019
gradle/wrapper Updated to gradle 5.2.1 and enabled parallel build. Feb 14, 2019
.gitignore Clean up gitignore Jan 10, 2019
.travis.yml Preparing next release Feb 11, 2019 Added a changelog Jan 6, 2019 Update Mar 12, 2019 Embedded worksheet buttons in a Toolbar Mar 12, 2019
gradlew.bat Migrated to gradle 5.0 Nov 27, 2018
settings.gradle Big code format and copyright notice cleanup Dec 29, 2018


Build Status: Linux Build Status: macOS Build Status: Windows Github Release Maven Central

binjr is a time series data browser; it renders time series data produced by other applications as dynamically editable charts and provides advanced features to navigate through the data in a natural and fluent fashion (drag & drop, zoom, history, detacheable tabs, advanced time-range picker).

It is a standalone client application, that runs independently from the applications that produce the data; there are no application server or server side components dedicated to binjr that needs to be installed on the source.
Like a generic SQL browser only requires a driver to connect and retrieve data from a given DBMS, binjr only needs one specifically written piece of code - here called a data adapter - to enable the dialog with a specific source of time series data.

binjr was originally designed - and it still mostly used - to browse performance metrics collected from computers and software components, but it was built as a forensic analysis tool, to investigate performance issues or applications crashes, rather than as a typical monitoring application.

Because of that, the user experience is more reminiscent of using a profiling application like WPA than a dashboard-oriented platform like Grafana: it revolves around enabling the user to compose a custom view by using any of the time-series exposed by the source, simply by dragging and dropping them on the view.
That view then constantly evolves, as the user adds or removes series, from different sources, while navigating through it by changing the time range, the type of chart visualization and smaller aspects such as the colour or transparency for each individual series.
The user can then save the current state of the session at any time to a file, in order to reopen it later or to share it with someone else.



Data source agnostic

  • Standalone, client-side application.
  • Can connect to any number of sources, of different types, at the same time.
  • Communicates though the APIs exposed by the source.
  • Supports for data sources is expendable via plugins.

Designed for ad-hoc view composition

  • Drag and drop series from any sources directly on the chart view.
  • Mix series from different sources on the same view.
  • Allows charts overlay: create charts with several Y axis and a shared time line.
  • Highly customizable; choose chart types, change series colours, transparency, legends, etc...
  • The whole working session can be saved to a file at any time, to reopen later or to share it with someone else.

Fluent navigation

  • Drag and drop driven zoom of both X and Y axis.
  • Browser-like, forward & backward navigation of zoom history.
  • Advanced time-range selection widget.
  • Create many charts views in detachable tabs, which you can synchronize to the same time line.

Fast, responsive & aesthetically pleasing visuals

  • Built on top of JavaFX for a modern look and cross-platform, hardware accelerated graphics.
  • Three different UI themes, to better integrate with host OS and fit user preferences.

Java based application

  • Cross-platform: works great on Linux, macOS and Windows desktops!
  • Strong performances, even under heavy load (dozens of charts with dozens of series and thousands of samples).

Supported data sources

binjr can consume time series data provided by the following data sources:

  • JRDS: A performance monitoring application written in Java.
  • Round-Robin Database (RRD) files, produced by RRDtool and RRD4J.
  • Comma Separated Values (CSV) files.

Getting started

There are several ways to get up and running with binjr:

Download an application bundle

The simplest way to start using binjr is to download an application bundle from the release page.

These bundles contain all the dependencies required to run the app, including a copy of the Java runtime specially crafted to only include the required components and save disk space.
They are about 50 MB in size and there is one for each of the supported platform: Windows, Linux and macOS.

Simply download the one for your system, unpack it and run binjr to start!

Launch the latest version via Apache Maven

Alternatively, if your environment is properly set up to run Java 11 and Apache Maven, you can start binjr simply by running the following command line:

On Linux or macOS:

  • To start the latest version:
    mvn exec:java -f <(curl
  • To start a specific version:
    mvn exec:java -f <(curl -Dbinjr.version=2.3.0

On Windows:

  • To start the latest version:
    curl > %temp%\run-binjr.pom & mvn exec:java -f %temp%\run-binjr.pom  
  • To start a specific version:
    curl > %temp%\run-binjr.pom & mvn exec:java -f %temp%\run-binjr.pom -Dbinjr.version=2.3.0

Runnning binjr that way means that you don't need to worry about keeping your copy up to date: it will always start the latest version that was published over on Maven Central (unless you explicitly set the desired version, see above).
Downloaded components are cached locally by Maven, so it doesn't need to download them again every time you run the application.

NB: In order to run binjr that way, you not only need to have Apache Maven installed on your machine but also need your JAVA_HOME environment variable to point at a copy of a Java runtime version 11 or later.

Build from source

You can also build or run the application from the source code using the included Gradle wrapper.
Simply clone the repo from Github and run:

  • ./gradlew build to build the JAR for the all the modules.
  • ./gradlew run to build and start the application straight away.
  • ./gradlew clean packageDistribution to build an application bundle for the platform on which you ran the build.

Getting help

The documentation can be found here.

If you encounter an issue, or would like to suggest an enhancement or a new feature, you may do so here.


At the moment, sources that binjr can use are limited both in types and numbers, which is to be expected given that it is a fully community driven effort with a tiny number of contributors.

The great thing about it being an open source, community driven project, though, is that should you believe that there is is a use case where binjr could be a good fit but lacks supports for a specific time-series DB or some other feature, there are always ways to make it happen.

So, please, do not hesitate to suggest anew feature or source support request by opening a issue.

Source code contributions are also welcome; if you wish to make one, please fork this repository and submit a pull request with your changes.

How is it licensed?

binjr is released under the Apache License version 2.0.

You can’t perform that action at this time.
You signed in with another tab or window. Reload to refresh your session. You signed out in another tab or window. Reload to refresh your session.