LeetCode-Using-Python/leetcode_function.py at main · ChandrashekharRobbi/LeetCode-Using-Python · GitHub

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import pyperclip as pypc
from IPython.display import display, Javascript
import time
import webbrowser


class LeetFunction:
    '''
    This function is generated by Chandrashekhar Robbi.
    This function can create the markdown and comment by justing entering your message by calling new function
    It has also additional features like as you enter the message and run the cell the comment is automatically gets copied in your clipboard
    the default value for comment is 4 i.e 4*#
    You can change the value by taking whatever number you want
    it has functions like
    new(string) -> For creating new comment, markdown
    printArr() -> to print the content of the arr
    removeLastelement() -> remove the last element from the list
    removeByUsingIndex(x) -> remove by using index
    makeNullArr() -> to make empty list
    '''
    def __init__(self, url):
        self.arr = []
        self.delete = False
        print("This Function is Created by Chandrashekhar Robbi.\nNote this function is especially created for my leet code solving purposes \nIt takes name of the problem and return leetcode link and it has features like create array which has markdown, comment and delete after executing and many more :)")
        webbrowser.open_new_tab(url)
        webbrowser.open_new_tab("https://leetcode.com/crobbi/")

    def delete_cell_prev(self):
        display(Javascript('''
            var cell_index = IPython.notebook.get_selected_index();
            var prev = cell_index - 1;
            IPython.notebook.delete_cell(prev);
        '''))

    def delete_cell_curr(self):
        display(Javascript('''
            var cell_index = IPython.notebook.get_selected_index();
            IPython.notebook.delete_cell(cell_index);
        '''))

    def to_markdown(self):
        display(Javascript('''
            IPython.notebook.to_markdown();
        '''))

    def jump_to_comment(self):
        display(Javascript('''
            IPython.notebook.select(1).edit_mode();
            IPython.notebook.scroll_to_cell(3);
        '''))

    def new(self, s, h=2):
        hash = "#"*h
        link = "https://leetcode.com/problems/"
        # print(s)
        try:
            text = "-".join(s.split(".")[1:][0].split()).lower()
        except:
            text = "-".join(s.split()).lower()
        leet_link =link + text
        leet_link
        comment = f"* ✅ [{s}](#{s.replace(' ','-')})           [<a href='{leet_link}' style='color:black'>Link</a>]"
        markdown = f"{hash} {s}\n\n* Approach:\n* Time Complexity $ O() $"
        self.to_markdown()

        if comment not in self.arr:
            pypc.copy(markdown)
            self.arr.append(comment)
            print("Successfully added to the comment list")
            print(f"Here is the link {leet_link}\nAll the best Chandrashekhar")
        elif self.delete:
            self.delete_cell_prev()
#             self.to_markdown()
#             time.sleep(1)
        else:
            print('It is already in the list')
#             self.to_markdown()
#             time.sleep(1)
#             self.delete_cell_prev()

    def printArr(self):
        sum = ""
        for i in range(len(self.arr)):
            if i != len(self.arr) - 1:
                sum += self.arr[i] + "\n"
            else:
                sum += self.arr[i]
            print(i)
        pypc.copy(sum)
        self.delete_cell_prev()
        self.jump_to_comment()

    def removeLastelement(self):
        self.arr.pop()
        self.delete_cell_prev()

    def removeByUsingIndex(self, x):
        self.arr.pop(x)
        self.delete_cell_prev()

    def makeNullArr(self):
        self.arr = []
        self.delete_cell_prev()