I_name_freq = 1 print ( ' ', 'iOS: ', ' ' ) print ( 'Examples of apps with dupplicate rows: ', duplicate_app, ' ' ) print ( 'Total of duplicate apps' rows: ', len (duplicate_app ), ' ' ) #print(i_name_freq) Name = str (each ) if name in i_name_freq : If True, it means that we get same result as we expected print ( '-> Expected total of apps without dupplicate rows: ', len (play_data ) - len (duplicate_app ) ) print ( '-> Current total of apps without dupplicate rows: ', len (reviews_max ), ' ' ) print ( 'Is the previsous expected number same as current number?', len (reviews_max ) = len (play_data ) - len (duplicate_app ) ) #print(play_name_freq) #iOS Print ( ' ', 'ANDROID: ', ' ' ) print ( '-> Examples of apps with dupplicate rows: ', duplicate_app, ' ' ) print ( '-> Total of duplicate apps' rows: ', len (duplicate_app ), ' ' ) print ( 'Does it works for Instagram example?', max_rev_instagram =reviews_max, ' ' ) #checking if the dictionary gives the expected reviews number for Instgram attending what we saw before. append (name ) if n_reviews >reviews_max : N_reviews = int (each ) if name in play_name_freq :ĭuplicate_app. the initial number of rows were 7197 if len (m ) = 1 : del play_data ] print ( len (play_data ) ) #this is just to double check that we will not delete more than one row. J += 1 print (i, m ) # if i and m are empety lists, it means we don't have more any situation cause by this problem print ( len (i_data ) ) #this is just to double check that we will not delete more than one row. M = for each in i_data : if len (each ) != 16 : #len information from result of explore_data() the initial number of rows were 10841 #iOS the initial number of rows were 10841 if len (m ) = 1 : del play_data ] print ( len (play_data ) ) #this is just to double check that we will not delete more than one row. J += 1 print (i, m ) # if i and m are empety lists, it means we don't have more any situation cause by this problem print ( len (play_data ) ) #this is just to double check that we will not delete more than one row. M = for each in play_data : if len (each ) != 13 : #len information from result of explore_data() #inspect if we have more rows with different lenght than expected: #android

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