Noemi Cabrera - Module 7 Lab

# In this code, a file is imported using a curl statememt. The file is named ranbow.txt. # [ ] import https://raw.githubusercontent.com/MicrosoftLearning/intropython/master/rainbow as rainbow.txt !curl https://raw.githubusercontent.com/MicrosoftLearning/intropython/master/rainbow -o rainbow.txt

# [ In this code, the rainbow.txt file is opened in 'r' mode using the open() method. Then, the lines of the file are # saved as items of list, which is named rainbow_lines, by using the readlines method.] Open rainbow.txt in read mode & read as list with .readlines() rainbow_file = open("rainbow.txt","r") rainbow_lines = rainbow_file.readlines()

# In this code, the lines of rainbow_file are sorted in alphabetical order using the sort() method. Then # with a for..in loop, each line is printed including the formatting they had. # [ ] sort rainbow_colors list, iterate the list to print each color rainbow_lines.sort() for color in rainbow_lines: print(color) rainbow_file.close()

# [ In this code, a file is imported using the curl statement. The file is named mean_temp.] The Weather: import world_mean_team.csv as mean_temp.txt !curl https://raw.githubusercontent.com/MicrosoftLearning/intropython/master/world_temp_mean.csv -o mean_temp.txt

# [ In this code, the mean_temp.txt file is opened in 'r' mode with the open() method. The file is read line by # line with the readline() method and then the contents of the file are printed. The file contents are converted # into a list of items using the split() method. The created list is printed. ] The Weather: open file, read/print first line, convert line to list (splitting on comma) mean_temp = open("mean_temp.txt","r") headings = mean_temp.readline() print(headings) headings = headings.split(',') print(headings)

# [ ] The Weather: use while loop to print city and highest monthly average temp in celsius # In this code, the mean_temp file is read line by line each saved as a string. Then, a while loop is used # to print each city with its highest monthly average temp. To do this, a list was created with the strings # of the mean_temp file. The file is closed. city_temp = mean_temp.readline() while city_temp: city_list = city_temp.split(',') print(city_list[0] + ": " + city_list[2]) city_temp = mean_temp.readline() mean_temp.close()

# In this code, a file is imported using the curl statement. The file is named pi.txt # [ ] use curl to download https://raw.githubusercontent.com/MicrosoftLearning/intropython/master/digits_of_pi as pi.txt !curl https://raw.githubusercontent.com/MicrosoftLearning/intropython/master/digits_of_pi -o pi.txt

# In this code, the pi_file is opened in read mode with the open() method. Then, the user is asked to enter # his/her name. Then the lenght of the name is stored in the variable seed. The pointer is moved to the value of # seed using the seek() method.The variable digit contains the value the user is asked to guess. The variables # correct and incorrect are initialized at 0. # [ ] Set up the project files and initial values pi_file = open("pi.txt","r") name = input("What is your name?") print("Hi, " + name.capitalize() + "!") seed = len(name) pi_file.seek(seed) digit = pi_file.read(1) guess = input('Enter a single digit guess or "q" to quit: ') correct = 0 wrong = 0

# In this code, a while loop is used to test if guess is a digit string. If digit is not a number, then the seek() # method moves the pointer to the next character. If guess is a number, then the if/else statement checks if # the number is correct or not. The number of correct and incorrect answers are displayed. The pi_file is closed # using .close(). while guess.isdigit(): if digit == ".": digit = pi_file.read(1) elif digit == "\n": seed += 1 pi_file.seek(seed) digit = pi_file.read(1) else: if guess == digit: print(guess,"is correct") correct += 1 else: print(guess, "is incorrect") wrong += 1 guess = input("Enter another digit guess or \"q\": ") print("\nCorrect:",correct,"\nIncorrect:",wrong) pi_file.close()