L e e t P r i d e

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To make algorithm and data structure learning more exciting, colorful and enjoyable.

LeetPride interrogates the created classes and runs the tests specified to ensure success and optimize focus on problem-solving maximizing data structure an algorithm absorption, groking and satisfaction.

TreeNode and ListNode support with helper methods for easy test setup and printout of representations of trees and linked lists are now available.

One time Setup

>simply install with

pip install LeetPride

Screenshot of the 4 simple steps running in seconds.

Happy Problem Solving and Happy Pride !!

Quickly get going on given any problem by simply creating a py file to begin coding solutions starting with import then common python boilerplate for generating and running tests on solutions.

There are 4 basic simple setups to get going in seconds. The last is the code you will write and generally goes first, followed by generate_tests() and then the main boilierplate runners. Also, there are capabilities to easily test and time multiple method implementations and different class method call sequencing for class testing.

1. from LeetPride import run_process
   

2. The standard main for running Class and Method solution tests is as follows:

   def main() -> int:
       return run_process(generate_tests())
   
   
   if __name__ == '__main__':
       exit(main())
   

3. Multiple examples can be found in the /Examples folder of test generation simplicity and support for complex cases.

   Online gist example with screenshot of results for Daily LeetCode

   Example of required generate_tests() method using separate tests and expected results zipped together:

   def generate_tests():
       tests = (['Pride', 'loving', ],
                [None,
                 'forever',
                 ])
       expected_test_results = [True, 'LGBTQ Lover forever !!!!', ]
       return list(zip(tests[0], tests[1], expected_test_results))
   

For either -method- or -class- solutions:

4. A or B ( but supports mixing too even. )

   A. Class - class questions generally entail verifying output of sequenced method calls:

   class Pride:
       def __init__(self, always: bool = True):
           self.love = always
   
       def loving(self, equality: str = 'forever more') -> bool:
           return 'LGBTQ Lover ' + equality + ' !!!!' if self.love else 'Send Love'
   

   B. Method - general class Solution, so to align with LC practices:

   class Solution:
       # @timeit
       def method1(self, nums: List[int], target: int) -> List[int | None]:
           return [nums[target]]
   

All together for reference example:

pip install LeetPride

from LeetPride import run_process


class Pride:
    def __init__(self, always: bool = True):
        self.love = always

    def loving(self, equality: str = 'forever more') -> bool:
        return 'LGBTQ Lover ' + equality + ' !!!!' if self.love else 'Send Love'


def generate_tests():
    tests = (['Pride', 'loving', ],
             [None,
              'forever',
              ])
    expected_test_results = [True, 'LGBTQ Lover forever !!!!', ]
    return list(zip(tests[0], tests[1], expected_test_results))


def main() -> int:
    return run_process(generate_tests())


if __name__ == '__main__':
    exit(main())

Leet Code Daily N Queens II

A few notes:

Instantiating the LeetCodeCore object takes an optional time_all bool parameter. -- If enabled to True, this will dynamically wrap any non @timeit wrapped methods designated for testing with a @timeit decorator and provide timing duration information detail.

Graphies are being cleaned up and will be included in very near term update.

Enjoy!
Tallicia

LeetPride depends on modules listed in requirements.txt

It is recommended to create a venv and install requirements.

   python3 -m venv venv
   ./venv/scripts/activate
   python3 -m pip install -U pip
   python3 -m pip install -r requirements.txt 

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L e e t P r i d e