angularjs-table

A feature-rich and performant table component for AngularJS (v1.x) projects. Great for dashboards and large datasets. Live demo

NOTE: This project was renamed from angular-mesa, so many of the component names reflect that in the code.

I have started a port for Angular (v2+) here: https://github.com/andyperlitch/ng2-super-table.

Features

• column-specific filtering
• column sorting with stacked sorting (shift-click columns)
• column resizing
• column re-ordering
• localStorage state persistance
• pagination or infinite-scrolling
• server-side interaction support
• enable/disable columns

Installation

With npm:

npm install angularjs-table 

With bower:

bower install angularjs-table 

Getting Started

• Include ap-mesa.js and ap-mesa.css in your project.
• Add the apMesa module to your project's angular dependencies.
• Instantiate table instances with a <ap-mesa> tag:

<ap-mesa     options="options"     columns="columns"     rows="rows"     table-class="table"     selected="array_of_selected"> </ap-mesa>

Running the Demo

Clone the repository and run the following:

$ npm install $ bower install $ grunt serve

Attributes

The ap-mesa tag can have the following attributes:

Options Object

The options object should be available on the parent scope of the <ap-mesa> element. It is optional (defaults are used) and has the following keys:

The options object is also the correct place to pass arbitrary data to table cell templates because it will be available as options in the table cell template scope. For example, if you want a click in a cell to call a function that is otherwise out of the scope of the table, you can do this:

scope.myTableOptions = {     myFunction: function() { console.log('hello'); } }; scope.myTableColumns = [     {         id: 'foo',         key: 'foo',         template: '<a href ng-click="options.myFunction()">{{ row.foo }}</a>'     } ]; 

Loading

A common requirement for tables showing dynamically loaded data is to show loading feedback. There are several options pertaining to this: loading, loadingText, and loadingTemplateUrl. To disable loading text, a promise object from data loading can be provided, so that setLoading(false) can be attached to promise.then(). Optionally, onRegisterApi function can be specified, which provides direct access to setLoading and other table controller methods. This function specifies a single argument, which is the api object provided by the table. Example: onRegisterApi: function(api) { $scope.tableAPI = api; }.

No Visible Rows

Similar to loading state, there are two options for visual representation of when there are no rows: noRowsText and noRowsTemplateUrl.

sortClasses

Default Value: [ 'glyphicon glyphicon-sort', 'glyphicon glyphicon-chevron-up', 'glyphicon glyphicon-chevron-down' ] If a column has a sort function specified, the column header will contain a <span> element with a css class of sorting-icon. This sortClasses array contains three strings that will be appended to the <span> className, one for each state of a sorted column: [classes_for_no_sort, classes_for_ascending_sort, classes_for_descending_sort].

Storage

If defined, this requires the presence of storageKey. This object should follow a subset of the API for localStorage; specifically having the methods setItem, getItem, and removeItem. It will use storageKey as the key to set. The most common use-case for this is simply to pass localStorage to this option.

options decoration

An advantage of providing an options object is that apMesa decorates it with a few things for greater control. Below are the things apMesa adds.

options.scrollingPromise

When the user is scrolling, this property will be a promise that gets resolved when the user has stopped scrolling. If the user is not scrolling, this will have a value of null. This can be useful if the table has a lot of columns and you want to optimize performance by deferring updates to when the user stops scrolling.

Setting Default Options with apMesaProvider

A common use-case is to set default options for all tables in a given project. This can be achieved using the apMesa service provider. Add the following to a config block in your project:

angular   .module('myApp')   .config(function(apMesaProvider) {     apMesaProvider.setDefaultOptions({       sortClasses: ['glyphicon glyphicon-sort', 'glyphicon glyphicon-sort-by-attributes', 'glyphicon glyphicon-sort-by-attributes-alt'],       defaultRowHeight: 45     });   });

Column Definitions

The columns should be an array of Column Definition Objects. The order in which they appear in this array dictates the order they will appear by default. Column Definition Objects have the following properties:

Column Header

There are several ways to control what appears in the <th>. By default, each column <th> will have the value of the id field. If the label option is specified, apMesa will use that instead.

If labelTemplate or labelTemplateUrl is specified, it will replace the default text with the provided template. The scope of this template will include the column definition object as column and the options object as options.

Row Sorting

The rows of the table can be sortable based on a column by setting the sort attribute of a Column Definition Object to a function with the following signature:

/**  * Defines sort function for ascending order.  * @param {Object} rowA     First row being compared  * @param {Object} rowB     Second row being compared  * @return {Number}         Result of comparison.  */ function MySortFunction(rowA, rowB) {     // Assuming propertyKey is numeric,     // this would work as a number sorter:     return rowA.propertyKey - rowB.propertyKey; } 

The returned value should mirror how Array.prototype.sort works: If the returned value is negative, rowA will be placed above rowB in the ascending sort order. If it is negative, rowB will be placed above rowA in the ascending sort order. If it is zero, the two rows will be considered the same in terms of sorting precedence.

There are four built-in sort functions available which handle the most common use-cases: "string", "number", "stringFormatted", and "numberFormatted". To use these, simply set the sort attribute to one of these strings.

Sorting can be set by the user by clicking the headers of sortable columns, and can be stacked by holding shift and clicking. The initial sort order can be set using the initialSorts option in the Options Object, shown in the table above.

Row Filtering

If a filter function is set on a Column Definition Object, that column will contain an input field below the main column header where the user can type in a value and the rows will be filtered based on what they type and the behavior of the function. This function should have the following signature:

/**  * Defines a filtering function  * @param {String} term          The term entered by the user into the filter field.  * @param {Mixed} value          The value of row[column.key]  * @param {Mixed} computedValue  The value of column.format(row[column.key], row). Will be the same as `value` if there is no format function for the column.  * @param {Object} row            The actual row of data  * @return {Boolean}  */ function MyFilterFunction(term, value, computedValue, row) {     // Assuming row[column.key] is a string,     // this would work as a simple matching filter:     return value.indexOf(term) >= 0; } 

When there is a value provided by the user in the filter field, every row in the dataset is passed through this function. If the function returns true, the row will be included in the resulting rows that get displayed. Otherwise it is left out. To set placeholder text for the filter field, simply add a placeholder attribute directly to the filter function. To add a title/tooltip, add a title attribute, e.g.:

MyFilterFunction.placeholder = "enter text"; MyFilterFunction.title = "Perform a simple text search";

There are several common filter functions that are built-in. Use them by passing one of the following strings instead of a function:

Cell Formatting

You can format the result of row[key] by specifying a format function on the column definition object. For example, perhaps you want to add a dollar sign to a column which represents an amount of money:

var columns = [     {         key: 'price',         format: function(price) {             return '$' + price.toFixed(2);         }     } ]; var rows = [     { price: 12 },     { price: 14 } ];

Row Selection

There is a special type of column called a selector, which will render as a checkbox that, when clicked, will populate a selected array that is provided through an attribute of the ap-mesa element. The following is an example column definition for a selector (Usually this column appears first):

$scope.myColumns = [     {         id: 'selector',         key: 'idKeyOfObjects',   // used to populate the selected array         label: '',               // no label for checkbox column         selector: true,         width: '40px',           // Fixed width of 40px         lockWidth: true,         // to keep it narrow         selectObject: true       // Optional: by default, selecting a row puts the value of                                  // row[idKeyOfObjects] into the selected array. If this option                                  // is set to true, the entire object will be placed into the                                  // selected array.     } ] 

Expandable Rows

To use the expandable rows feature, you will need to specify an expandableTemplate or expandableTemplateUrl and call toggleRowExpand() from a custom column template. For example, a column definition may look like:

$scope.tableOptions = {     expandableTemplate: '<h3>Row Details:</h3> <pre>{{ row | json }}</pre>'     // expandableTemplateUrl: 'path/to/panel-template.html' }; $scope.tableColumns = [     {         id: 'foo',         key: 'foo',         template: '<a href="" ng-click="toggleRowExpand()">CLICK TO {{ rowIsExpanded ? 'COLLAPSE' : 'EXPAND' }}</a>'     },     ... ];

As shown above, there will also be a property on the row scope called rowIsExpanded which is a boolean indicating if the row's panel is expanded. It's also recommended to make the rowPadding option at least as large as the expected pixel height of the expanded panels.

For a complete example, please check out /app/scripts/controllers/expandable.js.

If the content of the panel is dynamic and changes height, there is a method in the row scope called refreshExpandedHeight which should be called when the height has changed.

Paging Strategies

You can specify the paging strategy as 'PAGINATE', 'SCROLL', or 'NONE'.

SCROLL (default)

The default paging strategy is a scrollable table body with height defined by the tableHeight, fillHeight, and fixedHeight options.

PAGINATE

This strategy will render the table as pages instead of an endlessly scrolling tbody. The tableHeight, fillHeight, and fixedHeight options will NOT be honored

Server-side Interaction

You have the option to specify a getData function on your table options object which will enable server-side interaction. It must implement the following function signature (see inline explanation):

function getData (offset, limit, activeFilters, activeSorts) {          // offset and limit are numbers, indicating the subset of the total     // result set, given the filter and sort states      // activeFilters is an array of objects, each containing the string that the user has entered into the     // filter text input, as well as the corresponding column definition object, e.g.:      // [     //     { value: 'im typing', column: [COLUMN DEF OBJECT] },     //     { value: 'me too thanks', column: [COLUMN DEF OBJECT] },     // ]      // Note that columns whose filter inputs are empty will not show up here.      // activeSorts is an array of objects similar to activeFilters, except that instead of `value` field      // there is a `direction` field that will either be 'ASC' or 'DESC'. Note that the order of this     // array reflects the order that the user chose to sort columns on (stacked sorting).        // This function should return a promise that resolves with an object that looks like this:     // {     //   total: [NUMBER OF TOTAL ROWS BEFORE LIMIT],     //   rows: [ARRAY OF ROWS FOR GIVEN OFFSET, LIMIT, SORT, FILTERS]     // } }

Note that when getData is specified, angular-mesa only checks the filter and sort fields in the column definition objects for "truthiness".It does not perform any sort of sorting and filtering itself; that is left up to the server to do.

Also note that the angular-mesa.d.ts typescript definition file has a more formal signature for this function that may help if you are familiar with TS.

Row Scope & Cell Scope

Each row (<tr>) is inside of an ng-repeat, and so it is given its own scope (not isolate). It inherits properties from the table's main isolate scope plus it is endowed with several properties that are important to know about when using the on-row-click attribute, the template option on Column Definition objects, and the expandableTemplateUrl option on the main table options. Here is a breakdown (note that a more formal definition can be found in the .d.ts file in this directory):

Each cell (<td>) inherits all of the above properties, and in addition has column which is a pointer to the corresponding column definition object.

Enable/Disable Columns

You can dynamically enable/disable columns on the fly by using the enabled-columns input on the <ap-mesa> tag.

For example, say your js looks like this:

$scope.columns = [   { id: 'a', key: 'key1' },   { id: 'b', key: 'key2' },   { id: 'c', key: 'key3' },   { id: 'd', key: 'key4' } ]; $scope.enabledColumns = ['b', 'd', 'c'];

And your html looks like this:

<ap-mesa columns="columns" enabled-columns="enabledColumns" rows="rows" options="options" ></ap-mesa>

You can update the value of enabledColumns from the outside to manipulate the currently-showing set of columns. As with normal two-way bound inputs, this value will update as sorting is changed via drag-and-drop by the user.

Table API

When a table is instantiated, it creates an API object with several methods that allow you to programmatically control parts of the table.

There are two ways to access the API. One is to use the onRegisterApi option, e.g.:

var tableApi; $scope.tableOptions = {     // other options     onRegisterApi: function(api) {         tableApi = api;     } }

The other way is to use the optional binding on the element itself, e.g.:

<ap-mesa columns="vm.columns" rows="vm.rows" api="vm.api"> </ap-mesa>

Browser Support

IE 9+ Firefox 4+ Safari 5+ Chrome 5+