def main():
print('testing maths module', __name__)
s = sum(1, 2, 3, 4, 5)
a = average(1, 2, 3, 4, 5)
print('values 1,2,3,4,5')
print('sum is ', s)
print('average is ', a)
def test_sum(self): ## arrange numX = 1 numY = 2 ##act result = maths.sum(numX,numY) ##assert self.assertEqual(result,3)
def main():
run = True
while run:
min = consoleutils.read_int('min', 2)
max = consoleutils.read_int('max', 100)
primelist = primes.prime_range(min, max)
tot = maths.sum(*primelist)
avg = maths.average(*primelist)
print('primes is range {}-{} are {}'.format(min, max, primelist))
print('sum of all primes is {}'.format(tot))
print('average of all primes is {}'.format(avg))
run = consoleutils.read_bool('repeat', 'yes')
def main():
lo = int(input('min?'))
hi = int(input('max?'))
primes = p.prime_range(lo, hi) #from primes.py
s = maths.sum(*primes) #from math.py
a = maths.average(*primes) #from math.py
lowest = min(primes) # python function
highest = max(primes) # python function
print('primes are ', primes)
print('sum is ', s)
print('average is ', a)
print('lowest is ', lowest)
print('higest is ', highest)
def main():
run=True
while run:
lo=ci.read_int('min?')
hi=ci.read_int('max?')
primes=p.prime_range(lo,hi)
sum=maths.sum(*primes)
avg=maths.average(*primes)
small=min(*primes)
print('all primes',primes)
print('sum',sum)
print('average',avg)
print('lowest prime',small);
run=ci.read_bool('continue?')
def main():
global primes
repeat=True
while repeat:
lo= consoleutils.read_int('min? ',2)
hi= consoleutils.read_int('max?')
primes=primes.prime_range(lo,hi)
total=maths.sum(*primes)
avg=maths.average(*primes)
print('primes={}'.format(primes))
print('total primes found is {}'.format(len(primes)))
print('sum of primes {}'.format(total))
print('average of primes {}'.format(avg))
repeat=consoleutils.read_bool('try again?',True)
def main():
print('starting module {}'.format(__name__))
repeat = True
while repeat:
lo = cu.read_int('min? ', 2)
hi = cu.read_int('max?')
primes = prime_range(lo, hi)
total = maths.sum(*primes)
avg = maths.average(*primes)
smallest = min(*primes)
print('primes={}'.format(primes))
print('total primes found is {}'.format(len(primes)))
print('sum of primes {}'.format(total))
print('average of primes {}'.format(avg))
print('smallest prime in series is {}'.format(smallest))
repeat = cu.read_bool('try again?', True)
def main():
lo = 50 #int(input('min?'))
hi = 100 #int(input('max?'))
#no need (or option) to qualify the name with p.
primes = prime_range(lo, hi) #from primes.py
#no need to qualify sum and average
s = sum(*primes) #overwrites builtin sum function with my function
a = average(*primes)
lowest = min(
primes) #not importing min from maths.py. using builtin function
highest = max(primes)
print('results')
print('primes are ', primes)
print('sum is ', s)
print('average is ', a)
print('lowest is ', lowest)
print('higest is ', highest)
def main():
#print(dir(p)) # lets see what is present in p
print('welcome to the program...', __name__)
lo = int(input('min?'))
hi = int(input('max?'))
#no need (or option) to qualify the name with p.
primes = p.prime_range(lo, hi) #from primes.py
#no need to qualify sum and average
s = sum(*primes) #overwrites builtin sum function with my function
a = average(*primes)
lowest = min(
primes) #not importing min from maths.py. using builtin function
highest = max(primes)
print('results')
print('primes are ', primes)
print('sum is ', s)
print('average is ', a)
print('lowest is ', lowest)
print('higest is ', highest)
def test_sum(self):
self.assertEqual(maths.sum(1, 2), 3)
self.assertEqual(maths.sum(1.1, 2.3), 3.4)
def test():
print('executing main from maths module: {}'\
.format(__name__))
print('sum(1,2,3,4)={}'.format(sum(1,2,3,4)));
print('average(1,2,3,4)={}'.format(average(1,2,3,4)));
