

import random
##practice test april 2015 number 3
def cellCount(wbc,rbc):
    if 4500<wbc<11000 and 3.5<rbc<5 :
        results = "normal"
    else:
        
        if wbc > 11000 or rbc > 5:
                results= "high"
        else:
                results="low"
                
    return results
##practice test april 2015 number 5
def legitValuePos(nums):
    try:
        number=random.randint(50,100)
        pos=nums.index(number)
    except ValueError:
        pos=-1
    print(number ,"is at: " ,pos)

##practice test november 2013 num 2
def bloodPressure(s,d):
    if s<120 or d>80:
        results="normal"
    else:
        if(s<=120 and s>=139) or (d<=80 or d>=89):
            results="prehyper"
        else:
            results="high"
    return results

def index(items,value):
    try:
        pos=items.index(value)
    except ValueError:
        pos=-1
    print(value," is found at ",pos)
    

#practice test april 2015 num 4
def password():
    password=input("enter a password between 8 and 14 characters and it cant start with * : ")
    while len(password)<=8 or len(password)>=14 or password[0]=="*":
        password=input("enter a password between 8 and 14 characters and it cant start with * : ")
    return password

def password2():
    pw=input("enter a pw longer than 6 characters and ends with ! or starts with ab: ")
    while pw[-1]!="!" or pw[0:2]!="ab" and len(pw)!=6:
        pw=input("enter a pw longer than 6 characters and ends with ! or starts with ab: ")
    return pw
def alter2(values):
    newValue=[]
    for value in values:
        newValue.append(value)
    newValue.sort()
    newValue.reverse()
        

def main():
    results1= cellCount(5000,4)
    print("results one is: " + results1)
    results2=cellCount(4200,3)
    print("results two is: " + results2)
    results3=cellCount(12000,6)
    print("results 3 is: " + results3)

    list1=[]
    for i in range(50,100):
        list1.append(i)
    print(list1)
    prime=legitValuePos(list1)

    b1=bloodPressure(120,80)
    print("result 1 is: "+b1)
    b2=bloodPressure(150,95)
    print("result 2 is: "+b2)
    b3=bloodPressure(122,83)
    print("result 3 is: "+b3)
    

    values=[1,2,3,4,5,6,7,8,9,10,11,12,14,15,16,16,16,0]
    val=16
    prime5=index(values,val)
    print(prime5)
    prime6=index(values,17)
    print(prime6)
    prime7=index(values,3)
    print(prime7)
    print(values)
    values.sort()
    print(values)
    values.reverse()
    print(values)

    values2=[3,5,7]
    alter2(values2)
    print(values2)

    nameList=[]
    name=input("enter a name: ")
    while name!="":
        nameList.append(name)
        name=input("enter a signle name: ")
    nameList.sort()
    nameList.reverse()
    print(nameList)
    
    

main()

b9358f41905d651bdcfd58b87a2708b7e37accee
<mask token>


def cellCount(wbc, rbc):
    if 4500 < wbc < 11000 and 3.5 < rbc < 5:
        results = 'normal'
    elif wbc > 11000 or rbc > 5:
        results = 'high'
    else:
        results = 'low'
    return results


<mask token>


def index(items, value):
    try:
        pos = items.index(value)
    except ValueError:
        pos = -1
    print(value, ' is found at ', pos)


def password():
    password = input(
        'enter a password between 8 and 14 characters and it cant start with * : '
        )
    while len(password) <= 8 or len(password) >= 14 or password[0] == '*':
        password = input(
            'enter a password between 8 and 14 characters and it cant start with * : '
            )
    return password


def password2():
    pw = input(
        'enter a pw longer than 6 characters and ends with ! or starts with ab: '
        )
    while pw[-1] != '!' or pw[0:2] != 'ab' and len(pw) != 6:
        pw = input(
            'enter a pw longer than 6 characters and ends with ! or starts with ab: '
            )
    return pw


<mask token>


def main():
    results1 = cellCount(5000, 4)
    print('results one is: ' + results1)
    results2 = cellCount(4200, 3)
    print('results two is: ' + results2)
    results3 = cellCount(12000, 6)
    print('results 3 is: ' + results3)
    list1 = []
    for i in range(50, 100):
        list1.append(i)
    print(list1)
    prime = legitValuePos(list1)
    b1 = bloodPressure(120, 80)
    print('result 1 is: ' + b1)
    b2 = bloodPressure(150, 95)
    print('result 2 is: ' + b2)
    b3 = bloodPressure(122, 83)
    print('result 3 is: ' + b3)
    values = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 14, 15, 16, 16, 16, 0]
    val = 16
    prime5 = index(values, val)
    print(prime5)
    prime6 = index(values, 17)
    print(prime6)
    prime7 = index(values, 3)
    print(prime7)
    print(values)
    values.sort()
    print(values)
    values.reverse()
    print(values)
    values2 = [3, 5, 7]
    alter2(values2)
    print(values2)
    nameList = []
    name = input('enter a name: ')
    while name != '':
        nameList.append(name)
        name = input('enter a signle name: ')
    nameList.sort()
    nameList.reverse()
    print(nameList)


<mask token>

<mask token>


def cellCount(wbc, rbc):
    if 4500 < wbc < 11000 and 3.5 < rbc < 5:
        results = 'normal'
    elif wbc > 11000 or rbc > 5:
        results = 'high'
    else:
        results = 'low'
    return results


<mask token>


def bloodPressure(s, d):
    if s < 120 or d > 80:
        results = 'normal'
    elif s <= 120 and s >= 139 or (d <= 80 or d >= 89):
        results = 'prehyper'
    else:
        results = 'high'
    return results


def index(items, value):
    try:
        pos = items.index(value)
    except ValueError:
        pos = -1
    print(value, ' is found at ', pos)


def password():
    password = input(
        'enter a password between 8 and 14 characters and it cant start with * : '
        )
    while len(password) <= 8 or len(password) >= 14 or password[0] == '*':
        password = input(
            'enter a password between 8 and 14 characters and it cant start with * : '
            )
    return password


def password2():
    pw = input(
        'enter a pw longer than 6 characters and ends with ! or starts with ab: '
        )
    while pw[-1] != '!' or pw[0:2] != 'ab' and len(pw) != 6:
        pw = input(
            'enter a pw longer than 6 characters and ends with ! or starts with ab: '
            )
    return pw


def alter2(values):
    newValue = []
    for value in values:
        newValue.append(value)
    newValue.sort()
    newValue.reverse()


def main():
    results1 = cellCount(5000, 4)
    print('results one is: ' + results1)
    results2 = cellCount(4200, 3)
    print('results two is: ' + results2)
    results3 = cellCount(12000, 6)
    print('results 3 is: ' + results3)
    list1 = []
    for i in range(50, 100):
        list1.append(i)
    print(list1)
    prime = legitValuePos(list1)
    b1 = bloodPressure(120, 80)
    print('result 1 is: ' + b1)
    b2 = bloodPressure(150, 95)
    print('result 2 is: ' + b2)
    b3 = bloodPressure(122, 83)
    print('result 3 is: ' + b3)
    values = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 14, 15, 16, 16, 16, 0]
    val = 16
    prime5 = index(values, val)
    print(prime5)
    prime6 = index(values, 17)
    print(prime6)
    prime7 = index(values, 3)
    print(prime7)
    print(values)
    values.sort()
    print(values)
    values.reverse()
    print(values)
    values2 = [3, 5, 7]
    alter2(values2)
    print(values2)
    nameList = []
    name = input('enter a name: ')
    while name != '':
        nameList.append(name)
        name = input('enter a signle name: ')
    nameList.sort()
    nameList.reverse()
    print(nameList)


<mask token>

<mask token>


def cellCount(wbc, rbc):
    if 4500 < wbc < 11000 and 3.5 < rbc < 5:
        results = 'normal'
    elif wbc > 11000 or rbc > 5:
        results = 'high'
    else:
        results = 'low'
    return results


def legitValuePos(nums):
    try:
        number = random.randint(50, 100)
        pos = nums.index(number)
    except ValueError:
        pos = -1
    print(number, 'is at: ', pos)


def bloodPressure(s, d):
    if s < 120 or d > 80:
        results = 'normal'
    elif s <= 120 and s >= 139 or (d <= 80 or d >= 89):
        results = 'prehyper'
    else:
        results = 'high'
    return results


def index(items, value):
    try:
        pos = items.index(value)
    except ValueError:
        pos = -1
    print(value, ' is found at ', pos)


def password():
    password = input(
        'enter a password between 8 and 14 characters and it cant start with * : '
        )
    while len(password) <= 8 or len(password) >= 14 or password[0] == '*':
        password = input(
            'enter a password between 8 and 14 characters and it cant start with * : '
            )
    return password


def password2():
    pw = input(
        'enter a pw longer than 6 characters and ends with ! or starts with ab: '
        )
    while pw[-1] != '!' or pw[0:2] != 'ab' and len(pw) != 6:
        pw = input(
            'enter a pw longer than 6 characters and ends with ! or starts with ab: '
            )
    return pw


def alter2(values):
    newValue = []
    for value in values:
        newValue.append(value)
    newValue.sort()
    newValue.reverse()


def main():
    results1 = cellCount(5000, 4)
    print('results one is: ' + results1)
    results2 = cellCount(4200, 3)
    print('results two is: ' + results2)
    results3 = cellCount(12000, 6)
    print('results 3 is: ' + results3)
    list1 = []
    for i in range(50, 100):
        list1.append(i)
    print(list1)
    prime = legitValuePos(list1)
    b1 = bloodPressure(120, 80)
    print('result 1 is: ' + b1)
    b2 = bloodPressure(150, 95)
    print('result 2 is: ' + b2)
    b3 = bloodPressure(122, 83)
    print('result 3 is: ' + b3)
    values = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 14, 15, 16, 16, 16, 0]
    val = 16
    prime5 = index(values, val)
    print(prime5)
    prime6 = index(values, 17)
    print(prime6)
    prime7 = index(values, 3)
    print(prime7)
    print(values)
    values.sort()
    print(values)
    values.reverse()
    print(values)
    values2 = [3, 5, 7]
    alter2(values2)
    print(values2)
    nameList = []
    name = input('enter a name: ')
    while name != '':
        nameList.append(name)
        name = input('enter a signle name: ')
    nameList.sort()
    nameList.reverse()
    print(nameList)


main()

import random


def cellCount(wbc, rbc):
    if 4500 < wbc < 11000 and 3.5 < rbc < 5:
        results = 'normal'
    elif wbc > 11000 or rbc > 5:
        results = 'high'
    else:
        results = 'low'
    return results


def legitValuePos(nums):
    try:
        number = random.randint(50, 100)
        pos = nums.index(number)
    except ValueError:
        pos = -1
    print(number, 'is at: ', pos)


def bloodPressure(s, d):
    if s < 120 or d > 80:
        results = 'normal'
    elif s <= 120 and s >= 139 or (d <= 80 or d >= 89):
        results = 'prehyper'
    else:
        results = 'high'
    return results


def index(items, value):
    try:
        pos = items.index(value)
    except ValueError:
        pos = -1
    print(value, ' is found at ', pos)


def password():
    password = input(
        'enter a password between 8 and 14 characters and it cant start with * : '
        )
    while len(password) <= 8 or len(password) >= 14 or password[0] == '*':
        password = input(
            'enter a password between 8 and 14 characters and it cant start with * : '
            )
    return password


def password2():
    pw = input(
        'enter a pw longer than 6 characters and ends with ! or starts with ab: '
        )
    while pw[-1] != '!' or pw[0:2] != 'ab' and len(pw) != 6:
        pw = input(
            'enter a pw longer than 6 characters and ends with ! or starts with ab: '
            )
    return pw


def alter2(values):
    newValue = []
    for value in values:
        newValue.append(value)
    newValue.sort()
    newValue.reverse()


def main():
    results1 = cellCount(5000, 4)
    print('results one is: ' + results1)
    results2 = cellCount(4200, 3)
    print('results two is: ' + results2)
    results3 = cellCount(12000, 6)
    print('results 3 is: ' + results3)
    list1 = []
    for i in range(50, 100):
        list1.append(i)
    print(list1)
    prime = legitValuePos(list1)
    b1 = bloodPressure(120, 80)
    print('result 1 is: ' + b1)
    b2 = bloodPressure(150, 95)
    print('result 2 is: ' + b2)
    b3 = bloodPressure(122, 83)
    print('result 3 is: ' + b3)
    values = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 14, 15, 16, 16, 16, 0]
    val = 16
    prime5 = index(values, val)
    print(prime5)
    prime6 = index(values, 17)
    print(prime6)
    prime7 = index(values, 3)
    print(prime7)
    print(values)
    values.sort()
    print(values)
    values.reverse()
    print(values)
    values2 = [3, 5, 7]
    alter2(values2)
    print(values2)
    nameList = []
    name = input('enter a name: ')
    while name != '':
        nameList.append(name)
        name = input('enter a signle name: ')
    nameList.sort()
    nameList.reverse()
    print(nameList)


main()



import random
##practice test april 2015 number 3
def cellCount(wbc,rbc):
    if 4500<wbc<11000 and 3.5<rbc<5 :
        results = "normal"
    else:
        
        if wbc > 11000 or rbc > 5:
                results= "high"
        else:
                results="low"
                
    return results
##practice test april 2015 number 5
def legitValuePos(nums):
    try:
        number=random.randint(50,100)
        pos=nums.index(number)
    except ValueError:
        pos=-1
    print(number ,"is at: " ,pos)

##practice test november 2013 num 2
def bloodPressure(s,d):
    if s<120 or d>80:
        results="normal"
    else:
        if(s<=120 and s>=139) or (d<=80 or d>=89):
            results="prehyper"
        else:
            results="high"
    return results

def index(items,value):
    try:
        pos=items.index(value)
    except ValueError:
        pos=-1
    print(value," is found at ",pos)
    

#practice test april 2015 num 4
def password():
    password=input("enter a password between 8 and 14 characters and it cant start with * : ")
    while len(password)<=8 or len(password)>=14 or password[0]=="*":
        password=input("enter a password between 8 and 14 characters and it cant start with * : ")
    return password

def password2():
    pw=input("enter a pw longer than 6 characters and ends with ! or starts with ab: ")
    while pw[-1]!="!" or pw[0:2]!="ab" and len(pw)!=6:
        pw=input("enter a pw longer than 6 characters and ends with ! or starts with ab: ")
    return pw
def alter2(values):
    newValue=[]
    for value in values:
        newValue.append(value)
    newValue.sort()
    newValue.reverse()
        

def main():
    results1= cellCount(5000,4)
    print("results one is: " + results1)
    results2=cellCount(4200,3)
    print("results two is: " + results2)
    results3=cellCount(12000,6)
    print("results 3 is: " + results3)

    list1=[]
    for i in range(50,100):
        list1.append(i)
    print(list1)
    prime=legitValuePos(list1)

    b1=bloodPressure(120,80)
    print("result 1 is: "+b1)
    b2=bloodPressure(150,95)
    print("result 2 is: "+b2)
    b3=bloodPressure(122,83)
    print("result 3 is: "+b3)
    

    values=[1,2,3,4,5,6,7,8,9,10,11,12,14,15,16,16,16,0]
    val=16
    prime5=index(values,val)
    print(prime5)
    prime6=index(values,17)
    print(prime6)
    prime7=index(values,3)
    print(prime7)
    print(values)
    values.sort()
    print(values)
    values.reverse()
    print(values)

    values2=[3,5,7]
    alter2(values2)
    print(values2)

    nameList=[]
    name=input("enter a name: ")
    while name!="":
        nameList.append(name)
        name=input("enter a signle name: ")
    nameList.sort()
    nameList.reverse()
    print(nameList)
    
    

main()
