Sort Integers using different sorting algorithms!
Check the releases section to find the latest working zip/tar.
| Sorts Available | ||
|---|---|---|
| Selection | Merge | Bogo |
| Bubble | Quick | Radix |
| Insertion | Recursive Insertion | Heap |
| Shell |
| Argument | Description | Example |
|---|---|---|
| -s / --sort | type of sort being performed on list. | python -m py_sorter -s radix |
| -i / --integers | provide a list of integers to be sorted. | python -m py_sorter -i 9 34 5 4 |
| -g / --generate | generate a random list of integers to be sorted. | python -m py_sorter -g 1000 |
| -l / --list | displays the original/sorted lists. | python -m py_sorter -l |
| -a / --allsorts | perform sort on list with each algorithm, except bogo sort. | python -m py_sorter -a |
| -c / --compare | display a time comparison between chosen sort and pythons default sorted() function. | python -m py_sorter -c |
python -m py_sorter -g 8 -s bogo -l -cOutput:
Shuffles: 63,257
Algorithm: [bogo]
Original List:
468, 846, 801, 976, 261, 641, 72, 698
Sorted List:
72, 261, 468, 641, 698, 801, 846, 976
Time(seconds) bogo: 0.3453168464965863
Time(seconds) sorted(): 3.5189852184980275e-06
bogo was 0.3453133275113678 seconds slower.
python -m py_sorter --generate 10000 --sort quickOutput:
Algorithm: [quick]
Time(seconds): 0.02490532463518387
-
Be careful when using the Bogo sorting algorithm, it shuffles an array and checks it's been sorted, shuffling infinitely until list is sorted. larger data sets will take a long time (forever).
-
Some algorithms use recursive sub routines to sort, this can lead to RecursionErrors if the data set is very large.
- Clone repository locally.
python setup.py install.- Access module from console with
python -m py_sorter [args].
- While developing, inside root (/py_sorter) you can test new code changes with:
python sorter-runner.py [args]
-
New tests can be added to the
run_all.pyfile located at (/tests). -
To run automated tests:
python -m run_all
- becurrie
- garroadran - Heap, Insertion, Recursive Insertion algorithms.
- underhood31 - Shell algorithm.
See also the list of contributors who participated in this project.
This project is licensed under the MIT License - see the LICENSE file for details