Buyer Behaviour Presentation on Huawei Mate 20

By Amir Akhtar

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Conversion.py which takes a decimal number as an input, and returns its representation in a given base as a string.

By Amir Akhtar
# conversion.py which takes a decimal number as an input, and returns its representation in a given base as a string (i.e. binary, octal, or hexadecimal string). The function uses a look-up table (dictionary) to map decimal integers to digits in the targeted base lookUp = {0 : '0', 1 : '1', 2 : '2', 3 : '3', 4 :'4', 5 : '5', 6 : '6', 7 : '7', 8 : '8', 9 : '9', 10 : 'A', 11 : 'B', 12 : 'C', 13 : 'D', 14 : 'E', 15 : 'F'} def dec_to_bin(x):     return (bin(x)) def dec_to_hex(x):     return (hex(x)) def dec_to_oct(x):     return (oct(x))    def decimalToRep(decNum,typeVal):     if typeVal==2:         string=str(decNum)         st=list(string)         t=[]         b=''         for i in st:             for k,v in lookUp.items():                 if i==...
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write a program which takes a list as an input and returns True if the list is sorted and False otherwise

By Amir Akhtar
# sorted.py which takes a list as an input and returns True if the list is sorted and False otherwise one=[1,3,9,8,2] two=[1,2,3,4] # size=len(one) size=len(two) def sorted_or_not(list_val):     if list_val == [] or list_val[size-1:] > list_val[size-2:] :         return True     else :         return False          def main():     if sorted_or_not(two):         print('It has returned True')     else:         print('It has returned False')                  if __name__=="__main__":     main()             # call main function # print("{0:#b}".format(15)) # print(hex(78)) # '0b10110'
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write a program that takes as an input a text file. Your program should print all the unique words in the file in alphabetical order.

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write a program that takes as an input a text file. Your program should print all the unique words in the file in alphabetical order. def unique_file(input_filename, output_filename):     input_file = open(input_filename, 'r')     file_contents = input_file.read()     input_file.close()     duplicates = []     word_list = file_contents.split()     file = open(output_filename, 'w')     for word in word_list:         if word not in duplicates:             duplicates.append(word)             file.write(str(word) + "\n")     file.close() unique_file('sample.txt','unique_output.txt') for line in sorted(open('unique_output.txt')):     print(line, end='') Output This is the most import task. you have performed in a while. python rocks yeah.
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