0. Create an empty dictionary to hold the baby names. Open the file names.txt and read each line of data. The baby names become the key and the rankings are stored in a list that becomes the value. You may store a rank of a 0 as 1001.

1. Create a loop in which you display the menu choices. Read the user's choice and call a function to perform the necessary action. If the user chooses to quit, break out of the loop.

2. Write a function that returns True if a name exists in the dictionary and False otherwise.

3. Write a function that returns all the rankings for a given name.

4. Write a function that returns a list of names that have a rank in all the decades in sorted order by name.

5. Write a function that displays all the names that have a rank in a given decade in order of rank.

6. Write a function to display all names that are getting more popular in every decade. The names must have a rank in all the decades to qualify. The output must be sorted by name.

7. Write a function to display all names that are getting less popular in every decade. The names must have a rank in all the decades to qualify. The output must be sorted by name.

The menu choices are:

to search for names.

to display data for one name.

to display all names that appear in one decade.

to display all names that appear in all decades.

to display all names that are more popular in every decade.

to display all names that are less popular in every decade.

to quit

The sample output is shown. Some of the output may not adhere strictly to the constraints that we have specified above.

8. You must use try-except-finally block in your code. You will read the file names.txt locally. After you have read in a line from the file you may have to change the encoding to utf8.

line = str (line, encoding = 'utf8')

Baby Names (due 14 Sep 2018) Complete a program that allows a user to query a data base of the 1000 most popular baby names in the United States per decade for the past 11 decades under the constraints described below As always, you may add helper functions and should do so to provide structure to the program and reduce redundancy. One additional constraint: You must use a Dictionary in the solution. You are encouraged to use functions in the String, List and Dictionary classes to make the program easier to write. The Dictionary class has lots of functions that can make your job easier and one of the goals of this assignment is to l earn those functions. Your program will be processing a file with data obtained from the Social Security Administration. They provide a web site showing the distribution of names chosen for children over the last 100 years in the US (www.ssa.gov OACT/babynames) The data represent the 1000 most popular boy and girl names for children born in the US going back to 1900. The data can be boiled down to a single text file as shown below. On each line we have the name, followed by the rank of that name in 1900, 1910, 1920,... 2000 (11 numbers). A rank of 1 was the most popular name that year, while a rank of 997 was not very popular. A0 means the name did not appear in the top 1000 that year at all. The lines are in alphabetical order. Sam 58 69 99 131 168 236 278 380 467 408 466 Samantha 000000272 107 2657 Samara 000000000 0 886 Samir 00000000 920 0 798 Sammie 537 545 351 325 333 396 565 772 93000 Sammy 0 887 544 299 202 262 321 395 575 639 755 Samson 000000000 0 915 Samuel 31 41 46 60 61 71 83 61 52 35 28 Sandi 0000 704 864 621 695 000 Sandra 0 942 606 50 6 12 11 39 94 168 257 Note, a 0 in the data file means the name was not ranked in the top 1000 for the corresponding decade. It has some unknown rank greater than 1000. When you store a 0 from the data file in your Dictionary objects you may use something other than 0 if you think it will make your algorithms easier to implement. (Recall altering the way data is stored to fit our needs is part of the magic of programming.) We see that Sam was #58 in 1900 and is slowly moving down. Samantha is moving up strong to #7. Samir barely appears in 1980, but by 2000 is up to #798. The database is for children born in the US, so ethnic trends show up when immigrants have kids Suggested steps for implementing the program Baby Names (due 14 Sep 2018) Complete a program that allows a user to query a data base of the 1000 most popular baby names in the United States per decade for the past 11 decades under the constraints described below As always, you may add helper functions and should do so to provide structure to the program and reduce redundancy. One additional constraint: You must use a Dictionary in the solution. You are encouraged to use functions in the String, List and Dictionary classes to make the program easier to write. The Dictionary class has lots of functions that can make your job easier and one of the goals of this assignment is to l earn those functions. Your program will be processing a file with data obtained from the Social Security Administration. They provide a web site showing the distribution of names chosen for children over the last 100 years in the US (www.ssa.gov OACT/babynames) The data represent the 1000 most popular boy and girl names for children born in the US going back to 1900. The data can be boiled down to a single text file as shown below. On each line we have the name, followed by the rank of that name in 1900, 1910, 1920,... 2000 (11 numbers). A rank of 1 was the most popular name that year, while a rank of 997 was not very popular. A0 means the name did not appear in the top 1000 that year at all. The lines are in alphabetical order. Sam 58 69 99 131 168 236 278 380 467 408 466 Samantha 000000272 107 2657 Samara 000000000 0 886 Samir 00000000 920 0 798 Sammie 537 545 351 325 333 396 565 772 93000 Sammy 0 887 544 299 202 262 321 395 575 639 755 Samson 000000000 0 915 Samuel 31 41 46 60 61 71 83 61 52 35 28 Sandi 0000 704 864 621 695 000 Sandra 0 942 606 50 6 12 11 39 94 168 257 Note, a 0 in the data file means the name was not ranked in the top 1000 for the corresponding decade. It has some unknown rank greater than 1000. When you store a 0 from the data file in your Dictionary objects you may use something other than 0 if you think it will make your algorithms easier to implement. (Recall altering the way data is stored to fit our needs is part of the magic of programming.) We see that Sam was #58 in 1900 and is slowly moving down. Samantha is moving up strong to #7. Samir barely appears in 1980, but by 2000 is up to #798. The database is for children born in the US, so ethnic trends show up when immigrants have kids Suggested steps for implementing the program