Alphabetical Order Generator: Sort Text Lines A to Z
Instantly organize your text in perfect alphabetical order with our sorting tool. Whether you're organizing lists, sorting data, or creating directories, our tool provides precise alphabetical sorting while maintaining text integrity. Sort ascending (A to Z) or descending (Z to A) with a single click.
Sorts any list of lines into lexicographic (alphabetical) order instantly — ascending A–Z or descending Z–A — without any spreadsheet, database, or command-line tools.
Handles case-sensitive and case-insensitive sorting, so you can choose whether 'Apple' and 'apple' sort independently or together.
Supports multi-language input including accented Latin characters, Cyrillic, Greek, and other scripts, sorting by Unicode code point order.
Preserves the exact content of each line — only the sequence changes, nothing inside any line is modified.
Processes any number of lines with no limit — paste a dictionary-sized word list or a thousands-row dataset and sorting completes instantly.
Free with no account required.
How to Use
Paste your text in the input box
View sorted result instantly
Copy or download sorted text
Optional: Toggle sort to change sort direction
Content Organization
- Name lists
- Directories
- Bibliographies
- Reference lists
Data Management
- Inventory lists
- File names
- Keywords
- Categories
Text Processing
- Dictionary entries
- Index creation
- Glossary terms
- Menu items
| Original Text | Result |
|---|---|
zebra apple dog | apple dog zebra |
The Book An Apple A Cat | A Cat An Apple The Book |
Item10 Item2 Item1 | Item1 Item10 Item2 |
cafe cola cake | cafe cake cola |
Text Editors
- Microsoft Word
- Google Docs
- Notepad
- Code editors
Data Tools
- Spreadsheets
- Databases
- CMS systems
- List managers
When building glossaries, indexes, or term lists for documentation, paste all terms here and sort alphabetically before structuring the document — it is far faster than manually inserting each term in the correct position as you write.
For generating sorted import lists in Python or JavaScript (where alphabetically ordered imports are a style convention enforced by linters like isort and eslint-import), paste your imports, sort here, and paste back — it is faster than configuring the linter for a quick one-off sort.
Use case-insensitive sorting when your list has mixed-case entries that should sort as equivalent — 'apple', 'Apple', and 'APPLE' will sort together rather than being separated by case in three different sections of the output.
For A/B comparison of two sorted lists, sort both lists here and paste them side by side in a diff tool — the lexicographic order makes it easy to spot items present in one list but absent in the other.
When preparing a sorted lookup table or enum for code — country codes, error codes, status strings — sorting alphabetically makes the code more readable and makes it easier to check at a glance whether a specific value is present.
Before sorting, decide whether case-sensitive or case-insensitive ordering is correct for your use case — the difference matters most when your list has entries that differ only in capitalization and you need them sorted consistently.
Check how your target system expects sorted data to handle special characters and numbers — Unicode lexicographic order puts digits before letters and uppercase before lowercase, which may or may not match the sort order expected by your downstream system.
For database and API work, sort order in the tool and sort order in SQL ORDER BY may differ if the database uses a locale-specific collation rather than raw Unicode order — verify the sort output matches your database's collation before using it for binary search or index-based lookups.
When sorting lists that will be used in code (enum values, constant arrays, config keys), maintain the sorted order by policy rather than just as a one-time fix — unsorted additions will accumulate quickly in a shared codebase without an automated check.
Keep a copy of the original unsorted list for any data where the original order carried meaning — insertion order in a database, priority order in a task list, or dependency order in a configuration file.
Frequently Asked Questions
Find answers to common questions about our tools and services.
Understanding Sort Alphabetically
Lexicographic sorting — sorting lines by their character values from left to right, the same way words are ordered in a dictionary — is one of the most fundamental text processing operations in software development and data management. It is the basis for every alphabetical index, sorted database query, binary search implementation, and ordered configuration file. Despite being trivially available in spreadsheet applications (column sort) and databases (ORDER BY), there is a constant need for a fast browser-based tool to sort plain text lists outside of those environments.
Documentation and content work is the most common use case. Glossaries, indexes, reference lists, and enum definitions all need to be sorted alphabetically to be useful. Writers and technical writers who maintain documentation in Markdown or plain text do not have a spreadsheet column sort button available. Pasting a term list, sorting here, and pasting back takes fifteen seconds — faster than manually inserting each term at the correct alphabetical position as the list grows.
Software development uses lexicographic sorting for several specific conventions. Python's isort linter requires import statements to be sorted alphabetically by module name. ESLint's import/order rule enforces alphabetical ordering for JavaScript imports. CSS property declarations in many style guides are sorted alphabetically within each rule block. Sorted enum values and constant arrays are easier to scan for completeness. In all of these cases, pasting the unsorted list here, sorting, and pasting back is faster than configuring and running a linter for a one-off task.
Data cleaning workflows use sorting as an inspection and deduplication aid. Sorting a list of values before deduplicating reveals duplicates as adjacent lines — visually obvious in the sorted output and easy to remove. Sorting a list of URLs, email addresses, or product codes makes it immediately clear whether any values are slightly different versions of the same item (user@example.com and user@example.com with a trailing space) that would not be caught by exact-match deduplication.
The distinction between lexicographic and natural sort order is worth understanding for lists that contain numbers. Lexicographic order sorts strings character-by-character: 'item10' sorts before 'item2' because '1' comes before '2' in ASCII. Natural sort order (also called human sort) recognizes embedded numbers and sorts them by numeric value: 'item2' before 'item10'. For file lists, version numbers, and any list where embedded integers need to sort numerically rather than alphabetically, natural sort is the correct choice. For pure text without embedded numbers, lexicographic order and natural order produce identical results.