This is a super simple browser-based application that sorts items in a list and arranges them in increasing or decreasing order. You can sort the items alphabetically, numerically, or by their length. You can also remove duplicate and empty items, as well as trim individual items that have whitespace around them. You can use any separator character to separate the input list items or alternatively use a regular expression to separate them. Additionally, you can create a new delimiter for the sorted output list. Created by list geeks from team Browserling.
This is a super simple browser-based application that sorts items in a list and arranges them in increasing or decreasing order. You can sort the items alphabetically, numerically, or by their length. You can also remove duplicate and empty items, as well as trim individual items that have whitespace around them. You can use any separator character to separate the input list items or alternatively use a regular expression to separate them. Additionally, you can create a new delimiter for the sorted output list. Created by list geeks from team Browserling.
This online tool changes the order of all list items so that they are sorted. When it rearranges the items, they can go either in ascending or descending order. Since lists can contain anything, including letters and numbers, and items can have different lengths, you can switch between four sorting methods: alphabetical, numerical, sorting by length, and sorting by complexity. The alphabetical method rearranges all the items according to the positions of characters in the ASCII/Unicode table. If the "Case Sensitive Sort" option is enabled, then in the ascending sort order, all items that start with a capital letter will go first, and only then all lowercase letter items will follow. If you turn this option off, the program will consider uppercase and lowercase letters to be the same and will sort the items together, regardless of their case. The numerical method sorts numbers based on their magnitude. If there are also letters or characters when the numerical method is used, then they are sorted in alphanumerical order. The sorting by length method counts the number of characters in each item and puts them either from the shortest to longest item, or from the longest to shortest item. The sort-by-complexity method measures the entropy of each item in the list. The item's entropy is a measure of its randomness and predictability based on characters in it. For example, an item "aaaaa" is very predictable and its entropy is zero, but an item "hjKl4" isn't predictable at all and its entropy is infinite. Therefore, the sort-by-complexity method displays the list items in order from the simplest (most predictable) to the most complex (most random and unpredictable). You can switch between these sorting methods in the options as well as select the sort order of items there. Sometimes items in the list may contain whitespaces around them, so we also added an option to get rid of them and trim them. Additionally, you may remove duplicate and empty list items from the sorted list. When working with lists, they may have various formats (for example, comma-separated, bar-separated, tab-separated, or a single vertical column), so we made this program as generic as possible and it supports all possible list formats. When you load your list, you just have to tell this program how to split it into items. To do that, you just have to specify a list item delimiter character in the "Use a Symbol Separator" option or enter a regular expression that matches multiple delimiter variations in the "Use a Regex Separator" mode. Last but not least, you can specify a custom item delimiter for the output list. If you need to sort a list in random order, then you can use our Randomize a List tool. Also, coming soon, you'll be able to sort a list in a shape of a pyramid, inverse pyramid, or an hourglass. Listabulous!
This online tool changes the order of all list items so that they are sorted. When it rearranges the items, they can go either in ascending or descending order. Since lists can contain anything, including letters and numbers, and items can have different lengths, you can switch between four sorting methods: alphabetical, numerical, sorting by length, and sorting by complexity. The alphabetical method rearranges all the items according to the positions of characters in the ASCII/Unicode table. If the "Case Sensitive Sort" option is enabled, then in the ascending sort order, all items that start with a capital letter will go first, and only then all lowercase letter items will follow. If you turn this option off, the program will consider uppercase and lowercase letters to be the same and will sort the items together, regardless of their case. The numerical method sorts numbers based on their magnitude. If there are also letters or characters when the numerical method is used, then they are sorted in alphanumerical order. The sorting by length method counts the number of characters in each item and puts them either from the shortest to longest item, or from the longest to shortest item. The sort-by-complexity method measures the entropy of each item in the list. The item's entropy is a measure of its randomness and predictability based on characters in it. For example, an item "aaaaa" is very predictable and its entropy is zero, but an item "hjKl4" isn't predictable at all and its entropy is infinite. Therefore, the sort-by-complexity method displays the list items in order from the simplest (most predictable) to the most complex (most random and unpredictable). You can switch between these sorting methods in the options as well as select the sort order of items there. Sometimes items in the list may contain whitespaces around them, so we also added an option to get rid of them and trim them. Additionally, you may remove duplicate and empty list items from the sorted list. When working with lists, they may have various formats (for example, comma-separated, bar-separated, tab-separated, or a single vertical column), so we made this program as generic as possible and it supports all possible list formats. When you load your list, you just have to tell this program how to split it into items. To do that, you just have to specify a list item delimiter character in the "Use a Symbol Separator" option or enter a regular expression that matches multiple delimiter variations in the "Use a Regex Separator" mode. Last but not least, you can specify a custom item delimiter for the output list. If you need to sort a list in random order, then you can use our Randomize a List tool. Also, coming soon, you'll be able to sort a list in a shape of a pyramid, inverse pyramid, or an hourglass. Listabulous!
In this example, we sort a list of perfect numbers in descending order. As all the input items are numbers, we choose the numerical sorting mode. This way, the program compares the numbers by their magnitude and puts them in order from the largest number to the smallest. Perfect numbers are listed in a column, so we separate them with a newline character, and we also use the same newline in the sorted list.
In this example, we sort all words in a tongue twister alphabetically. To define words as individual elements of the list, we match them by the regular expression "/ +/", which separates them by the whitespace characters. We select the ascending sorting order (from "a" to "z") and remove all duplicate words. As a result, we get a list of all unique words in alphabetical order that are then separated by em dashes.
In this example, we rearrange the names of cars with their cost in alphabetic order. The list of cars has two columns that are separated by commas and semicolons. To find the items of the input list, we use the regular expression "/,|;/". This regular expression matches either a comma or a semicolon. We trim list items, remove empty elements, sort the car brands in ascending order, and return a much simpler and easier to read version price list.
In this example, we load a data list that contains rows of binomial coefficients. Unfortunately, our cat walked across the keyboard and broke the order of the rows. To fix the problem, we treat the rows as list items, and to put the rows of Pascal's triangle back in the correct order, we sort the list by the length of items. We select the ascending sort order and get the correct triangle with one number at the vertex and 10 numbers at the base.
In this example, we sort a list of natural phenomena by the length of its items. We display the list in descending order, which means that the longest words come first and the shortest ones at the end. We split the input list by the comma character and put a newline as a delimiter in the output.
In this example, we want to pick an easy-to-remember phone number for our customer support line. To do this, we load a list of phone numbers that are available as the input and set the sorting method to be by item complexity. The program measures how random the digits in each phone number are and displays the simplest phones at the top of the sorted list, followed by numbers that are hard to remember.
In this example, we sort a list of items alphabetically using the "Case-sensitive Sort" mode. If you look closely, our list consists of two parts: celestial bodies (which have a capitalized letter format) and from places on the Earth (which use a small letter format). Once the case-sensitive option is turned on, items with uppercase letters and lowercase letters are sorted separately and in the output, we see all celestial bodies at the beginning of the list and only then follow the locations on the globe.
You can pass input to this tool via ?input query argument and it will automatically compute output. Here's how to type it in your browser's address bar. Click to try!
View and edit lists in a neat browser-based list editor.
Split list items into chunks.
Create the powerlist of the given list.
Extract the first item from a list.
Extract all items except the first of a list.
Run a JavaScript function on every list item (map function).
Run the reduce function on a list.
Quickly find and print items that interest you in a list.
Quickly find and print items that repeat in a list.
Quickly find and remove items that are unique in a list.
Given start and stop indexes, extract a sublist from a list.
Shift list items to the left or right (or up and down).
Add indentation to all list items.
Make a list go increasingly sideways (to the left or right).
Quickly create a mirror copy of a list.
Invert the order of items in a list (last becomes first, etc).
Create multiple rows from a single list.
Create an Excel (XLS/XLSX) file from a list.
Create a PDF file from a list.
Create a LaTeX list from a regular text list.
Create a HTML list from a regular text list.
Create a Markdown list from a regular text list.
Find the difference between two lists.
Find the difference between three lists.
Remove elements from a list that appear in the other list.
Find items that are shared between two or more lists.
Find items that are unique in two or more lists.
Join two or more lists together item by item.
Split an interleaved list into two or more separate lists.
Append a second list at the end of the first list.
Create pairs from all list items.
Remove list items at certain index positions.
Add new items at the end of a list.
Modify a list in-place by adding, replacing, or removing items.
Remove all indentation levels from a list and make it flat.
Quickly apply the bold effect to all list items.
Quickly apply the italic effect to all list items.
Quickly rewrite all list items in cursive.
Quickly change the font of all list items.
Quickly add an underscore to all list items.
Quickly add a strikethrough to all list items.
Quickly change the letter case of all items to title case.
Quickly change the letter case of all items to proper case.
Quickly randomly change the letter case of all items.
Quickly change the letter case of all items to small letters.
Quickly change the letter case of all items to capital letters.
Quickly remove any numeration from a list of items.
Generate a list with no items (just bullet points).
Quickly create a graphical representation of a list.
Create an image with a cloud of list items.
Create an image with list items going in a spiral.
Make list items go in a zigzag.
Add errors and corruption to a list.
Convert any list to base64 encoding.
Convert any list from base64 encoding back to a list.
Convert any list to URL encoding.
Convert any list from URL encoding back to a list.
Create a JSON array from a list.
Create a list from a JSON array.
Create an XML document from a list.
Create a list from an XML document.
Create a YAML file from a list.
Create a list from a YAML file.
Create a binary list from a text list.
Create a text list from a binary list.
Compress a list so it uses less space.
Create an animation with a list being scrolled.
Let Zalgo loose on a list and create list-chaos.
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We're Browserling — a friendly and fun cross-browser testing company powered by alien technology. At Browserling our mission is to make people's lives easier, so we created this collection of online list tools. Our tools are focused on getting things done quickly and as soon as you load your list in the input of any of our tools, you'll instantly get the result. Our list tools are actually powered by our web developer tools that we created over the last couple of years. Check them out!
