''' Purpose: reconsider Test 1 programming problems.
'''

### phrase.py         ----------------------------------
# Output the phrase 'I am honorable'
print( 'I am honorable.' )

### mtom.py         ----------------------------------
# Get an input, convert it to an integer, and perform the calculation
MINUTES_PER_MOMENT = 1.5

reply = input( "Enter number of moments: " )
moments = int( reply )
time_in_minutes = MINUTES_PER_MOMENT * moments # could've done 1.5 * moments
print( time_in_minutes )

### fila.py         ----------------------------------
reply = input( "Enter two strings: " ) # 'Apple Banana'
words = reply.split()               # ['Apple','Banana']
first_word = min( words )           # 'Apple'
last_word = max( words )            # 'Banana'
print( first_word )
print( last_word )

# Could've also done:
# words = reply.split()             # ['Apple','Banana']
# sorted_words = sorted(words)      # ['Apple', 'Banana'] (already sorted - sorts them if not)
# w1, w2 = sorted_words             # w1 gets first word w2 gets second word
# print(w1)
# print(w2)

### ranly.py ---------------------------------
reply = input( 'Enter two integers:' )
m, n = reply.split()
m, n = int( m ), int( n )
# Cannot do int( list of strings of numbers )

# Accumulators
list_numbers = []
for i in range( m, n+1 ):
    list_numbers.append( i )

sum_numbers = sum( list_numbers )   # Call sum function on the list of numbers
print( list_numbers )
print( sum_numbers )

# Alternate
# Accumulators
sum_acc = 0
list_numbers = []
for i in range( m, n+1 ):
    sum_acc = sum_acc + i
    list_numbers.append( i )

print( list_numbers )
print( sum_acc )

### lest.py         ----------------------------------
# print length of longest word

# Accumulator General Format for Lists
# list_acc = []
# for ... in ...:
    # list_acc.append( ... )

reply = input( "Enter text: " )     # 'It was great to see'
words = reply.split()               # ['It', 'was, 'great','to','see']
list_word_lengths = [] # Accumulator
for word in words:
    length_word = len( word )
    list_word_lengths.append( length_word )

# list_word_lengths [2,3,5,2,3]

longest_length = max( list_word_lengths )   # 5 is the max in the list
print( longest_length )                     # print out that variable with the longest word

### tell.py         ----------------------------------

# get support to read datasets
import url

# define the URL for the dataset web folder
WEB_FOLDER = "http://www.cs.virginia.edu/~cs1112/datasets/csv/"

# get the dataset
reply = input( "Enter name of dataset: " )

name  = reply.strip()

link  = WEB_FOLDER + name

dataset = url.get_dataset( link ) # List of Lists ex. [[1,2,3], [4,5,6], [7,8,9]]
                                                    #     0        1        2       3 rows -> indexes 0 1 2 -> 2 is last row index (number rows - 1)
                                                      #   row1    row2      row3
                                                        # 3 columns -> indexes 0 1 2 so 2 is last row index (number cols - 1)

# analyze the dataset

number_rows = len( dataset )
first_row = dataset[0]                              # Gets us row 1 (first inner list in outer dataset)
number_columns_per_row = len( first_row )
number_cells = number_rows * number_columns_per_row
first_cell_first_row = first_row[0]                     # first value in first list (ex. 1) ^ up above
last_row = dataset[number_rows - 1]                     # dataset[ len(dataset) - 1 ]
last_cell_last_row = last_row[number_columns_per_row - 1] # last_row[ len(last_row) - 1 ]