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Questions and support

If you have questions or get stuck using this project or the ChartIQ library, the dev support team can be reached through


This is a basic build of the ChartIQ library within the React framework. This provides an example of how to implement the most common elements in the library. This is not a comprehensive example, more like a good starting point for an React developer.


Getting started

To view the example, you will need to create a 'chartiq' directory under the project root and at a minimum copy/paste the ChartIQ library js and css directories within. If you have 'plugins' enabled for your license copy that folder. Optionally if you have 'plugins' enabled for your license or need to use our 'example-data'/'example-feeds' copy those folders over as well.

Running Locally

You will need to install the project's dependencies and build the distribution file by running the following command from the project's root:

npm install

Once the node_modules have downloaded, run npm start and open your browser window to localhost port 3000 to view the fully working example.

If port 3000 is already in use, change the port in package.json and webpack.config.js. You can see which ports are currently being used by using netstat -a on any command line.

Project Structure and Customization

Note: We do not recommend using the web components from template-advanced.html within frameworks. Unless you are familiar with integrating web components into React components, you are better off building framework components that interface with the charting library.


All of the project source is in the src folder. The main ChartIQ charting component is in ./src/components/Chart.jsx. This file is connected to a redux store inside of ./src/containers/chartContainer.js. Whenever the chartReducer pushes a state change, the ChartContainer component will catch the new data and pass the ciq object to the UI elements so they can update according the state of the chart. When the chart container mounts it calls a redux action which creates a new stx object from the charting library, and passes the chartContainer node to it.

      let ciq = new CIQ.ChartEngine({
        container: action.container
      ciq.attachQuoteFeed(state.service, { refreshInterval: state.refreshInterval })
      // new CIQ.ExtendedHours({stx:stxx, filter:true});
      return Object.assign({}, state, {
        ciq: ciq

If you desire to manage state outside of the redux support provided 'out-of-the-box', the UI elements provided are available to build a UI/wrapper around your own charting node where you can create and manage a ChartEngine instance elsewhere.


All React components exist within the ./src/components folder and its subfolders. These include items for configuring themes, studies, chart options, and drawings. The hierarchy of compnents can be seen by starting with Chart.jsx and traversing down the hierarchy. These components should be able to be reused and adapted for use in other projects.


This seed project uses the ChartIQ quote simulator to view randomized data with no dependency on a paid datasource, but one can be developed and included by altering the ciq.attachQuoteFeed(window.quoteFeedSimulator) call in the SET_CHART_CONTAINER action within the chartReducer. See for more details.

Building for use in the browser

This project is using Webpack to transform JSX and ES6 to ES5. The configs for this are in the webpack.config.js. Running npm run build from the command line will re-create the distribution file dist/main.js. This is a transformed and bundled version of everything in the src directory. src/index.js will automatically load this file.


If you see something that you think this project needs, feel free to submit a pull request. We'd love to see what it is you want to do with our charting tools! This project follows the GitFlow branching strategy, if you're not familiar with it you can read about it here and here.

First fork the project, checkout branch develop and work from there. Once you have tested that your projects works submit a Pull Request and we will review your work, asking for changes if necessary. Once the work has been approved we'll merge it into a release branch where it will be merged into master.