def main():
myList = UnorderedList()
for i in xrange(NUM):
value = random.randint(1, 100)
myList.add(value)
print "\n\nPrinting in List...\n"
myList.traversal()
print "\n\nPrinting in Reverse...\n"
printReverse(myList.head)
return
'''
This is a short application of the use of the node class
Author: Marc Batete
'''
import random
from ListNode import Node
from unorderedList import UnorderedList
mylist = UnorderedList()
#value = raw_input(" enter a number: ")
while True:
value = raw_input(" enter a number: ")
if value == "":
break
else:
mylist.add(value)
mylist.traversal()
myList = UnorderedList()
for i in xrange(NUM):
value = random.randint(1, 100)
#temp = Node(value)
#print temp, temp.getData()
myList.add(value)
#exit()
print myList.size()
myList.traversal()
myList.add(99)
myList.add(75)
myList.add(92)
print
myList.search(99)
myList.search(62)
myList.remove(70)
myList.traversal()
myList.remove(99)
myList.traversal()
'''
This is a program that Classifies Processor Jobs.
Description: This programs takes a list of CPU instructions and classifies them according to their lengths.
Author: Marc Batete
'''
import random
from ListNode import Node
from unorderedList import UnorderedList
fp = open("processor_jobs.dat", "r")
short_jobs = UnorderedList()
medium_jobs = UnorderedList()
long_jobs = UnorderedList()
while True:
line = fp.readline()
if line == "":
break
line = line.strip()
word = line.split()
value = word[0]
if value < 200:
short_jobs.add(value)
elif value > 200 and value < 1000:
medium_jobs.add(value)
else:
long_jobs.add(value)
short_jobs.traversal()
medium_jobs.traversal()
long_jobs.traversal()
import sys
from ListNode import Node
from unorderedList import UnorderedList
jobList= UnorderedList()
try:
fp = open("processor_jobs.dat", "r")
except IOError:
sys.exit("\n\n\nUnable to Open File!!!\n\n\n")
while True:
line = fp.readline()
if line == "":
break
line = line.strip()
field = line.split()
data =float(field[0])
jobList.add(data)
jobList.traversal()
print "Total execution Time is: ", jobList.Sum()