JsTree Bindings for Shiny.

shinyTree

The shinyTree package enables Shiny application developers to use the jsTree library in their applications.

Installation

You can install the latest development version of the code using the devtools R package.

# Install devtools, if you haven't already.
install.packages("devtools")

library(devtools)
install_github("shinyTree/shinyTree")

Getting Started

01-simple (Live Demo)

library(shiny)
runApp(system.file("examples/01-simple", package = "shinyTree"))

A simple example to demonstrate the usage of the shinyTree package.

02-attributes (Live Demo)

library(shiny)
runApp(system.file("examples/02-attributes", package = "shinyTree"))

Manage properties of your tree by adding attributes to your list when rendering.

03-checkbox (Live Demo)

library(shiny)
runApp(system.file("examples/03-checkbox", package = "shinyTree"))

Use checkboxes to allow users to more easily manage which nodes are selected.

04-selected (Live Demo)

library(shiny)
runApp(system.file("examples/04-selected", package = "shinyTree"))

An example demonstrating how to set an input to the value of the currently selected node in the tree.

05-structure (Live Demo)

library(shiny)
runApp(system.file("examples/05-structure", package = "shinyTree"))

Demonstrates the low-level usage of a shinyTree as an input in which all attributes describing the state of the tree can be read.

06-search (Live Demo)

library(shiny)
runApp(system.file("examples/06-search", package = "shinyTree"))

An example showing the use of the search plugin to allow users to more easily navigate the nodes in your tree.

07-drag-and-drop (Live Demo)

library(shiny)
runApp(system.file("examples/07-drag-and-drop", package = "shinyTree"))

An example demonstrating the use of the drag-and-drop feature which allows the user to reorder the nodes in the tree.

08-class (Live Demo)

library(shiny)
runApp(system.file("examples/08-class", package = "shinyTree"))

An example demonstrating the use of the ability to style nodes using custom classes.

09-themes

library(shiny)
runApp(system.file("examples/09-themes", package = "shinyTree"))

An example demonstrating the use of built-in tree themes.

10-node-ids

library(shiny)
runApp(system.file("examples/10-node-ids", package = "shinyTree"))

An example demonstrating the ability to label and return node identifiers and classes.

11-tree-update

library(shiny)
runApp(system.file("examples/11-tree-update", package = "shinyTree"))

An example demonstrating the ability to update a tree with a new tree model. This was broken in the original version as the tree was destroyed upon initialization.

12-types

library(shiny)
runApp(system.file("examples/12-types", package = "shinyTree"))

An example demonstrating node types with custom icons.

13-icons

library(shiny)
runApp(system.file("examples/13-icons", package = "shinyTree"))

An example demonstrating various ways to use icons on nodes.

14-files

library(shiny)
runApp(system.file("examples/14-files", package = "shinyTree"))

Demonstrates how to create a file browser tree.

15-files

library(shiny)
runApp(system.file("examples/15-data", package = "shinyTree"))

Demonstrates how to attach and retreive metadata from a node.

16-async

library(shiny)
runApp(system.file("examples/16-async", package = "shinyTree"))

Demonstrates how to render a tree asynchronously.

17-contextmenu

library(shiny)
runApp(system.file("examples/17-contextmenu", package = "shinyTree"))

Demonstrates how to enable the contextmenu.

18-modules

library(shiny)
runApp(system.file("examples/18-modules/app.R", package="shinyTree"))
runApp(system.file("examples/18-modules/app_types.R", package="shinyTree"))

Demonstrates how to use shinyTree with shiny modules.

19-data.tree

library(shiny)
runApp(system.file("examples/19-data.tree", package = "shinyTree"))

Demonstrates how to pass a data.tree to shinyTree.

20-api

library(shiny)
runApp(system.file("examples/20-api", package = "shinyTree"))

An example demonstrating how to extend the operations on the tree to the rest of the jsTree's core functionality.

21-options

library(shiny)
runApp(system.file("examples/21-options/app_setState_refresh.R", package="shinyTree"))

Demonstrates how to fine-tune shinyTree's behaviour with options. Specifically: When internal jstree code calls set_state or refresh, a callback is made so that the shiny server is notified and observe and observeEvents for the tree are fired. This can be useful if the developer would like observe and observeEvents to run after using updateTree. (By default, updateTree does not run observe or observeEvent because it is assumed that the shiny application knows that the tree is being changed already.)

23-file-icons

library(shiny)
library(shinyTree)
runApp(system.file("examples/23-file-icons", package = "shinyTree"))

An example demonstrating how to create a file tree with individual icons.

Known Bugs

See the Issues page for information on outstanding issues.

License

The development of this project was generously sponsored by the [Institut de and performed by Jeff Allen. The code is licensed under The MIT License (MIT).

Copyright (c) 2014 Institut de Radioprotection et de Sûreté Nucléaire

Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.