write two functions: load_treasure_map(filename): Takes a string as input corresponding to a filename. Opens the treasure map at that filename and loads the treasure map into a list of lists, then returns said list of lists. You can assume that the file will exist. Note that the treasure map could have any number of rows and columnswrite_treasure_map(treasure_map, filename): Takes as inputs a list of lists corresponding to a treasure map and a string corresponding to a filename. Writes the treasure map to a file at the given filename, with a newline after each row of the map. Does not return anything. • Load_treasure_map(filename): Takes a string as input corresponding to a filename. Opens thetreasure map at that filename and loads the treasure map into a list of lists, then returns said listof lists. You can assume that the file will exist. Note that the treasure map could have any numberof rows and columns.If there is any issue with the format of the file (e.g., it is not a matrix, or contains any invalidcharacters), then raise an AssertionError with an appropriate error message. Note that an 'X' ina file is valid.Note: In the example below, we show each row of the resulting list on its own line, but when youuse doctest, you must put all the rows of the list into one line of code, as doctest checks for anyimproper whitespace.>>> load_treasure_map( 'map0.txt')[['>','v'['.'['.','],['v',['v',['v','1]• write_treasure_map(treasure_map, filename): Takes as inputs a list of lists corresponding to atreasure map and a string corresponding to a filename. Writes the treasure map to a file at thegiven filename, with a newline after each row of the map. Does not return anything.>>> my_map = load_treasure_map('map0.txt')>>> write_treasure_map(my_map, 'new_map.txt')>>> my_map2 = load_treasure_map('new_map.txt')>>> my_map == my_map2True In this question, we will go on a hunt for treasure!! We must follow the trail in a treasure map, whichhas been split across multiple files.Along with this PDF we provide you three examples of treasure map files: map0.txt, map1.txt andmap8.txt. Here is the contents of one such treasure map file, map8.txt:>>v......V^v^.You will observe that there is what could be considered a 'trail' in the file. A trail, which in this casestarts in the top-left corner, can be composed of the following characters: '>', '<', 'v' and '^'. Youmust follow this trail (by looking at the character to the right, left, below or above, respectively), untilyou reach a .' character at the end. You will then place an 'X' at said location to mark that you havefound the location of the treasure, and save a new file containing the updated treasure map. E.g., forthe file above, after following the trail, you would create a new file called new_map8.txt containing thefollowing:>>v...v...... V..>>>>X...^v^You will also observe that there can be other trails in the file, leading perhaps to dead-ends or even offthe grid. These false trails must be ignored.There are other special characters that can appear in a file. For example, here is the file map0.txtprovided to you with this PDF:>>>v.........v...v..v.v..>>*You will observe that there is a trail beginning in the upper-left corner and ending at row 4, column 5,where there is a '*' character. This character is a 'fall-through' character. It means that you shouldcontinue the trail at the same row and column (row 4, column 5) of the next map file. Since this ismapo.txt, you must thus check in map1.txt and start looking at the trail at row 4, column 5 (instead ofthe top-left corner). Similarly, the '|' character is a ladder character: if you encounter this characterin a particular row and column position, then you must look into the preceding map file and start thetrail at that same row and column position.

Answer: our guideline is answer the first three question form the first question

load_treasure_map(filename): Takes a string as input corresponding to a filename. Opens the treasure map at that filename and loads the treasure map into a list of lists, then returns said list of lists. You can assume that the file will exist. Note that the treasure map could have any number of rows and columns. If there is any issue with the format of the file (e.g., it is not a matrix, or contains any invalid characters), then raise an AssertionError with an appropriate error message. Note that an 'X' in a file is valid. Note: In the example below, we show each row of the resulting list on its own line, but when you use doctest, you must put all the rows of the list into one line of code, as doctest checks for any improper whitespace. |>>> load_treasure_map('map0.txt') [['>', [ ['v', ['v' ['v', write_treasure_map(treasure_map, filename): Takes as inputs a list of lists corresponding to a treasure map and a string corresponding to a filename. Writes the treasure map to a file at the given filename, with a newline after each row of the map. Does not return anything. >>> my_map = load_treasure_map('map0.txt') |>>> write_treasure_map(my_map, 'new_map.txt') |>>> my_map2 = load_treasure_map('new_map.txt') |>>> my_map == my_map2 True

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE