numeral vs comma-number vs accounting-js
JavaScript Number Formatting Libraries Comparison
1 Year
numeralcomma-numberaccounting-jsSimilar Packages:
What's JavaScript Number Formatting Libraries?

JavaScript number formatting libraries provide developers with tools to format numbers in a way that is suitable for display in user interfaces. These libraries help in converting raw numerical data into human-readable formats, which is essential for improving user experience in applications that deal with financial data, statistics, or any numerical information. They typically offer features like currency formatting, percentage formatting, and the ability to handle localization, ensuring that numbers are presented in a way that is culturally appropriate for the target audience.

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numeral1,295,8029,692-3518 years agoMIT
comma-number49,80731-04 years agoMIT
accounting-js30,907114-129 years agoMIT
Feature Comparison: numeral vs comma-number vs accounting-js

Formatting Capabilities

  • numeral:

    numeral offers extensive formatting capabilities, supporting various formats such as currency, percentages, and custom formats. It allows developers to define their own formatting rules and provides a rich set of options for displaying numbers in a user-friendly manner. This versatility makes it suitable for applications with diverse formatting needs.

  • comma-number:

    comma-number provides a simple solution for adding commas to numbers, enhancing readability. It focuses solely on number formatting, making it lightweight and easy to integrate. However, it lacks advanced features like currency formatting or localization, which may limit its use in more complex applications.

  • accounting-js:

    accounting-js excels in formatting currency and numbers with a focus on financial applications. It allows for easy formatting of numbers into currency strings, including support for different currencies and decimal places. It also provides functions for parsing formatted strings back into numbers, making it ideal for applications that require both display and input handling.

Localization Support

  • numeral:

    numeral has robust localization capabilities, allowing developers to format numbers according to different cultural conventions. It supports various locales and can adapt the formatting of numbers based on the user's locale, making it highly suitable for global applications.

  • comma-number:

    comma-number does not provide built-in localization support, as it focuses on a single formatting style (adding commas). This may be a limitation for applications targeting international audiences with different number formatting conventions.

  • accounting-js:

    accounting-js includes basic localization support, allowing developers to specify different currency symbols and formats. However, it may not cover all localization needs, especially for non-currency formats.

Complexity and Learning Curve

  • numeral:

    numeral has a steeper learning curve compared to comma-number due to its extensive features and formatting options. Developers may need to spend time understanding its API and how to implement custom formats effectively.

  • comma-number:

    comma-number is extremely easy to use, with a very low learning curve. Its simplicity makes it accessible for developers of all skill levels, allowing for quick integration without extensive documentation review.

  • accounting-js:

    accounting-js has a moderate learning curve due to its focus on financial applications and the variety of functions it offers. Developers may need to familiarize themselves with its API to fully leverage its capabilities, especially for advanced formatting and parsing.

Performance

  • numeral:

    numeral is designed to handle a wide range of formatting scenarios efficiently. While it may not be as fast as comma-number for simple tasks, its performance is generally good for complex formatting operations, especially when dealing with large datasets.

  • comma-number:

    comma-number is lightweight and performs very well for simple number formatting tasks. Its focus on a single feature allows it to execute quickly without the overhead of additional functionalities.

  • accounting-js:

    accounting-js is optimized for performance in financial applications, ensuring that number formatting and parsing operations are efficient. However, its performance may vary based on the complexity of the formatting rules applied.

Extensibility

  • numeral:

    numeral is highly extensible, allowing developers to define custom formats and extend its functionality to suit specific needs. This makes it a powerful choice for applications that require tailored number formatting solutions.

  • comma-number:

    comma-number is not designed for extensibility, as it serves a specific purpose of adding commas to numbers. Its simplicity means that it lacks the flexibility to adapt to more complex formatting requirements.

  • accounting-js:

    accounting-js offers limited extensibility, primarily focusing on financial formatting. While it provides a solid foundation for currency and number formatting, developers may find it challenging to extend its capabilities for more specialized use cases.

How to Choose: numeral vs comma-number vs accounting-js
  • numeral:

    Choose numeral if you need a versatile library that supports a wide range of formatting options, including currency, percentages, and custom formats. It is particularly useful for applications that require complex formatting rules and offers extensive localization support.

  • comma-number:

    Choose comma-number if you are looking for a lightweight solution specifically for adding commas to numbers for better readability. It is straightforward and easy to use, making it suitable for projects that require minimal overhead and focus solely on number formatting without additional features.

  • accounting-js:

    Choose accounting-js if you need a comprehensive solution for formatting currency and numbers with built-in support for various currencies and a focus on financial applications. It provides simple methods for formatting, parsing, and manipulating numbers, making it ideal for applications that require precise financial calculations.

README for numeral

Numeral.js

A javascript library for formatting and manipulating numbers.

Website and documentation

Travis Build Status

Master Build Status

Develop Build Status

NPM

NPM

#CDNJS

CDNJS

Contributing

Important: Please create your branch from and submit pull requests to the develop branch. All pull requests must include the appropriate tests.

  1. Fork the library

  2. Install grunt

  3. Run npm install to install dependencies

  4. Create a new branch from develop

  5. Add your tests to the files in /tests

  6. To test your tests, run grunt

  7. When all your tests are passing, run grunt dist to compile and minify all files

  8. Submit a pull request to the develop branch.

Formats

Formats now exist in their own files and act more or less as plugins. Check out the bytes format for an example of how to create one.

Locales

When naming locale files use the ISO 639-1 language codes supplemented by ISO 3166-1 country codes when necessary.

Locale translations will not be merged without unit tests.

See the english unit tests for an example.

Changelog

2.0.6

Bug fix: Multi letter currency symbols and spacing

Added: Formatting of numbers with leading zeros

New format: Basic Point

Option: Added scalePercentBy100 (default: true) option to turn on/off scaling percentages

2.0.4

Bug fix: Incorrect abbreviations for values rounded up #187

Bug fix: Signed currency is inconsistent #89

2.0.2

Bug fix: Updated module definitions

2.0.1

Bug fix: Fixed regression for webpack/browserify/rollup

2.0.0

2.0.0 brings a lot of breaking changes and a reorganization of the repo, but also simplifies the api as well as the creating of custom formats.

Breaking change / Feature: All formats are now separate files. This makes it easy to create custom formats, and will also allow for custom builds with only certain formats. (Note: The built numeral.js still contains all formats in the repo).

Breaking change / Feature: All formats and locales are now loaded using numeral.register(type, name, {})

Breaking change: All language now renamed to locale and standardized to all lowercase filenames

Breaking change: The locale function no longer loads locales, it only sets the current locale

Breaking change: The unformat function has been removed numeral().unformat(string) and now happens on numeral init numeral(string)

Breaking change / Feature: Bytes are now formatted as: b (base 1000) and ib (base 1024)

Breaking change: numeral(NaN) is now treated the same as numeral(null) and no longer throws an error

Feature: Exponential format using e+ or e-

Bug fix: Update to floating point helpers (Note: Numeral does not fix JS floating point errors, but look to our tests to see that it covers quite a few cases.)

1.5.6

Bug fix: numeral converts strings to numbers

Bug fix: Null values return same as 0

1.5.5

Contained breaking changes, recommended to use 1.5.6

Bug fix: Switch bytes back to b and change iecBinary to ib, and calculate both using 1024 for backwards compatibility

1.5.4

Contained breaking changes, recommended to use 1.5.6

Tests: Changed all tests to use Mocha and Chai

Tests: Added browser tests for Chrome, Firefox, and IE using saucelabs

Added reset function to reset numeral to default options

Added nullFormat option

Update reduce polyfill

Added Binary bytes

Bug fix: Fixes problem with many optional decimals

1.5.3

Added currency symbol to optionally appear before negative sign / open paren

Added float precision math support

Added specification of abbreviation in thousands, millions, billions

1.5.2

Bug fix: Unformat should pass through if given a number

Added a mechanism to control rounding behaviour

Added languageData() for getting and setting language props at runtime

1.5.1

Bug fix: Make sure values aren't changed during formatting

1.5.0

Add defaultFormat(). numeral().format() uses the default to format if no string is provided

.unformat() returns 0 when passed no string

Added languages.js that contains all languages

Bug fix: Fix bug while unformatting ordinals

Add format option to always show signed value

Added ability to instantiate numeral with a string value of a number

1.4.9

Bug fix: Fix bug while unformatting ordinals

1.4.8

Bug fix: Throw error if language is not defined

1.4.7

Bug fix: Fix typo for trillion

1.4.6

Bug fix: remove ' from unformatting regex that was causing an error with fr-ch.js

1.4.5

Add zeroFormat() function that accepts a string for custom formating of zeros

Add valueOf() function

Chain functionality to language function

Make all minified files have the same .min.js filename ending

1.4.1

Bug fix: Bytes not formatting correctly

1.4.0

Add optional format for all decimals

1.3.4

Remove AMD module id. (This is encouraged by require.js to make the module more portable, and keep it from creating a global)

1.3.3

AMD define() compatibility.

1.3.2

Bug fix: Formatting some numbers results in the wrong value. Issue #21

1.3.1

Bug fix: Minor fix to unformatting parser

1.3.0

Add support for spaces before/after $, a, o, b in a format string

Bug fix: Fix unformat for languages that use '.' in ordinals

Bug fix: Fix round up floating numbers with no precision correctly.

Bug fix: Fix currency signs at the end in unformat

1.2.6

Add support for optional decimal places

1.2.5

Add support for appending currency symbol

1.2.4

Add support for humanized filesizes

1.2.3

Bug Fix: Fix unformatting for languages that use '.' as thousands delimiter

1.2.2

Changed language definition property 'money' to 'currency'

1.2.1

Bug fix: Fix unformatting non-negative abbreviations

1.2.0

Add language support

Update testing for to include languages

1.1.0

Add Tests

Bug fix: Fix difference returning negative values

1.0.4

Bug fix: Non negative numbers were displaying as negative when using parentheses

1.0.3

Add ordinal formatting using 'o' in the format

1.0.2

Add clone functionality

1.0.1

Added abbreviations for thousands and millions using 'a' in the format

1.0.0

Initial release

Acknowlegements

Numeral.js, while less complex, was inspired by and heavily borrowed from Moment.js

License

Numeral.js is freely distributable under the terms of the MIT license.

Copyright (c) 2012 Adam Draper

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.