Minimal and clean example implementations of data structures and algorithms in Python 3.
Thanks for your interest in contributing! There are many ways to contribute to this project. Get started here
For running all tests write down:
$ python3 -m unittest discover tests For running some specific tests you can do this as following (Ex: sort):
$ python3 -m unittest tests.test_sort For running all tests write down:
$ python3 -m pytest tests If you want to use the API algorithms in your code, it is as simple as:
$ pip3 install algorithms You can test by creating a python file: (Ex: use merge_sort in sort)
from algorithms.sort import merge_sort if __name__ == "__main__": my_list = [1, 8, 3, 5, 6] my_list = merge_sort(my_list) print(my_list)If you want to uninstall algorithms, it is as simple as:
$ pip3 uninstall -y algorithms - arrays
- automata
- backtrack
- bfs
- bit
- compression
- dfs
- distribution
- dp
- buy_sell_stock
- climbing_stairs
- coin_change
- combination_sum
- egg_drop
- house_robber
- int_divide
- job_scheduling
- knapsack
- longest_increasing
- matrix_chain_order
- max_product_subarray
- max_subarray
- min_cost_path
- num_decodings
- regex_matching
- rod_cut
- word_break
- fibonacci
- hosoya triangle
- K-Factor_strings
- planting_trees
- graph
- heap
- linkedlist
- map
- maths
- base_conversion
- chinese_remainder_theorem
- combination
- cosine_similarity
- decimal_to_binary_ip
- diffie_hellman_key_exchange
- euler_totient
- extended_gcd
- factorial
- find_order
- find_primitive_root
- gcd/lcm
- generate_strobogrammtic
- hailstone
- is_strobogrammatic
- krishnamurthy_number
- magic_number
- modular_exponential
- modular_inverse
- next_bigger
- next_perfect_square
- nth_digit
- polynomial
- power
- prime_check
- primes_sieve_of_eratosthenes
- pythagoras
- rabin_miller
- recursive_binomial_coefficient
- rsa
- sqrt_precision_factor
- summing_digits
- symmetry_group_cycle_index
- matrix
- queues
- search
- set
- sort
- stack
- streaming
- strings
- fizzbuzz
- delete_reoccurring
- strip_url_params
- validate_coordinates
- domain_extractor
- merge_string_checker
- add_binary
- breaking_bad
- decode_string
- encode_decode
- group_anagrams
- int_to_roman
- is_palindrome
- license_number
- make_sentence
- multiply_strings
- one_edit_distance
- rabin_karp
- reverse_string
- reverse_vowel
- reverse_words
- roman_to_int
- word_squares
- unique_morse
- judge_circle
- strong_password
- caesar_cipher
- check_pangram
- contain_string
- count_binary_substring
- repeat_string
- min_distance
- longest_common_prefix
- rotate
- first_unique_char
- repeat_substring
- longest_palindromic_substring
- knuth_morris_pratt
- panagram
- tree
- bst
- [fenwick_tree](algorithms/tree/fenwick_tree]
- fenwick_tree
- red_black_tree
- segment_tree
- traversal
- trie
- b_tree
- binary_tree_paths
- bin_tree_to_list
- construct_tree_preorder_postorder
- deepest_left
- invert_tree
- is_balanced
- is_subtree
- is_symmetric
- longest_consecutive
- lowest_common_ancestor
- max_height
- max_path_sum
- min_height
- path_sum
- path_sum2
- pretty_print
- same_tree
- tree
- unix
- unionfind
Thanks to all the contributors who helped in building the repo.