def testClicked(self):
try:
# Make sure inputs are valid integers
n = int(self.input_n.text())
k = int(self.input_k.text())
# This is the call to the pass-through function that gets your results, from
# both the Fermat and Miller-Rabin tests you will implement
ret_fermat, ret_mr = fermat.prime_test(n, k)
# Output results from Fermat and compute the appropriate error bound, if necessary
if ret_fermat == 'prime':
prob = fermat.fprobability(k)
self.outputF.setText(
'<i>Fermat Result:</i> {:d} <b>is prime</b> with probability {:5.15f}'.format(n, prob))
else: # Should be 'composite'
self.outputF.setText('<i>Fermat Result:</i> {:d} is <b>not prime</b>'.format(n))
# Output results from Miller-Rabin and compute the appropriate error bound, if necessary
if ret_mr == 'prime':
prob = fermat.mprobability(k)
self.outputMR.setText(
'<i>MR Result:</i> {:d} <b>is prime</b> with probability {:5.15f}'.format(n, prob))
else: # Should be 'composite'
self.outputMR.setText('<i>MR Result:</i> {:d} is <b>not prime</b>'.format(n))
# If inputs not valid, display an error
except Exception as e:
self.outputF.setText('<i>ERROR:</i> ' + str(e))
def testClicked(self):
try:
# Make sure inputs are valid integers
n = int(self.input_n.text())
k = int(self.input_k.text())
result = fermat.prime_test(n, k)
if result == 'prime':
prob = fermat.probability(k)
self.output.setText(
'<i>Result:</i> {:d} <b>is prime</b> with probability {:5.5f}.'
.format(n, prob))
elif result == 'carmichael':
self.output.setText(
'<i>Result:</i> {:d} is a <b>Carmichael number</b>.'.
format(n))
else: # Should be 'composite'
self.output.setText(
'<i>Result:</i> {:d} is <b>not prime</b>.'.format(n))
# If inputs not valid, display an error
except Exception as e:
self.output.setText('<i>ERROR:</i> inputs must be integers!')
print(str(e))
def testClicked( self ):
try:
# Make sure inputs are valid integers
n = int( self.input_n.text() )
k = int( self.input_k.text() )
result = fermat.prime_test(n,k)
if result == 'prime':
prob = fermat.probability(n,k)
self.output.setText( '<i>Result:</i> {:d} <b>is prime</b> with probability {:5.5f}.'.format(n,prob) )
elif result == 'carmichael':
self.output.setText('<i>Result:</i> {:d} is a <b>Carmichael number</b>.'.format(n))
else: # Should be 'composite'
self.output.setText('<i>Result:</i> {:d} is <b>not prime</b>.'.format(n))
# If inputs not valid, display an error
except Exception as e:
self.output.setText('<i>ERROR:</i> inputs must be integers!')
def testClicked(self):
try:
# Make sure inputs are valid integers
n = int(self.input_n.text())
k = int(self.input_k.text())
# result = fermat.prime_test(n,k)
ret_fermat, ret_mr = fermat.prime_test(n, k)
# if result == 'prime':
# prob = fermat.probability(k)
# self.output.setText( '<i>Result:</i> {:d} <b>is prime</b> with probability {:5.15f}'.format(n,prob) )
# elif result == 'carmichael':
# self.output.setText('<i>Result:</i> {:d} is not prime because it is a <b>Carmichael number</b>'.format(n))
# else: # Should be 'composite'
# self.output.setText('<i>Result:</i> {:d} is <b>not prime</b>'.format(n))
if ret_fermat == 'prime':
prob = fermat.fprobability(k)
self.outputF.setText(
'<i>Fermat Result:</i> {:d} <b>is prime</b> with probability {:5.15f}'
.format(n, prob))
else: # Should be 'composite'
self.outputF.setText(
'<i>Fermat Result:</i> {:d} is <b>not prime</b>'.format(n))
# Output results from Miller-Rabin and compute the appropriate error bound, if necessary
if ret_mr == 'prime':
prob = fermat.mprobability(k)
self.outputMR.setText(
'<i>MR Result:</i> {:d} <b>is prime</b> with probability {:5.15f}'
.format(n, prob))
else: # Should be 'composite'
self.outputMR.setText(
'<i>MR Result:</i> {:d} is <b>not prime</b>'.format(n))
# If inputs not valid, display an error
except Exception as e:
# self.output.setText('<i>ERROR:</i> inputs must be integers!')
self.outputF.setText('<i>ERROR:</i> ' + str(e))