import sys
import dogRandom
listLength = 12
evens = []
if len(sys.argv) == 1:
print('Consider using the command line argument \'python3 ex7.py <listLength>\'')
print('defaulting to "12"')
if len(sys.argv) == 2:
print('Received submission: ',sys.argv[1])
listLength = int(sys.argv[1])
randomList = dogRandom.getRandomList(listLength,0,100)
for index,element in enumerate(randomList):
if int(element) % 2 == 0:
evens.append(element)
print(element,'found at index',index,'is submitted to new index:',len(evens)-1)
else:
print(element,'found at index',index,'is rejected for oddness.')
import dogUtil
import dogRandom
print('We\'ll pull random numbers to be stripped of duplicates')
unsortedList = dogRandom.getRandomList(100, 0, 20)
dogUtil.walkList((dogUtil.removeDuplicates(unsortedList)))
listToBeTested = []
listOfChosenOnes = []
if len(sys.argv) == 1:
print('Consider using the command line argument \'python3 <script> <argument>\'')
#print('Defaulting to "default value"')
if len(sys.argv) == 2:
print('Received submission: ',sys.argv[1])
try:
argVariable = 1
listToBeTested = sys.argv[1].split(",")
except:
print('Invalid Input. Reverting to default.')
argVariable = 0
if argVariable == 0:
print('We\'ll collect a few values on our own.')
listToBeTested = dogRandom.getRandomList(6)
print('Adding the first element to new list.')
listOfChosenOnes.append(listToBeTested[0])
print('Adding the last element to new list')
listOfChosenOnes.append(listToBeTested[len(listToBeTested)-1])
print('tested body of elements')
dogUtil.walkList(listToBeTested)
print('first and last elements')
dogUtil.walkList(listOfChosenOnes)
import sys
import dogRandom
if len(sys.argv) == 1 or len(sys.argv) == 2:
print(
'Consider using the command line argument \'python3 ex5.py <listLength1> <listLength2>'
)
print('Creating two random lists, lengths 10 and 12.')
listLength1 = 10
listLength2 = 12
if len(sys.argv) == 3:
try: #Because it's user input, we have to check it a bit.
listLength1 = int(sys.argv[1])
listLength2 = int(sys.argv[2])
except:
print('Your entry was not a number. Defaulting to a random number.')
listLength1 = 10
listLength2 = 12
randomListA = dogRandom.getRandomList(listLength1, 0,
50) #using new overloaded method
randomListB = dogRandom.getRandomList(listLength2, 0,
50) #using new overloaded method
for index, element in enumerate(randomListA):
if element in randomListB:
print('Found Mutually Between Lists: ', element)
sysRandomList = []
howManySysRandom = 1000
if len(sys.argv) > 1:
howManyRandom = sys.argv[
1] #if someone wants to force the issue, let them set the number
howManySysRandom = int(howManyRandom)
print('Collecting', howManySysRandom,
'random values from Python\'s built in library')
while howManySysRandom != 0: #build our Python offering
sysRandomList.append(random.randint(0, 9))
howManySysRandom = howManySysRandom - 1
listOfRandoms = dogRandom.getRandomList(
howManyRandom) #let the dogRandom take a shot
print('Collecting', howManyRandom,
'numbers from random.org, generated from atmospheric noise.')
#print(refinedRandoms) #just to show our receipts, for debugging purposes
print('Harnessing this vast technology, let\'s see how many are over 5.'
) #HARNESS VAST SENSORS SIFTING SPACE FOR UTILITY
totalExceedingDogRandom = 0 #set an old school sentinel.
for index, element in enumerate(
listOfRandoms
): #enumerate was new to me here. index is a value that enumerate creates.
if int(element) >= 5:
#print('Value ',element,' found in element',index) #this is costly in screen real estate.