def test_4(self):
"""Test Paths for Prime Path Coverage"""
o = M()
#Test path is [3,8,9,12,23,26,27] and TRs for Prime-Path coverage covered are {[3,8,9,12,23,26,27]}
o.m([], 0)
#Test path is [3,9,12,23,26,27] and TRs for Prime-Path coverage covered are {[3,9,12,23,26,27]}
o.m([], 1)
#Test path is [3,8,9,13,14,23,24,27] and TRs for Prime-Path coverage covered are {[3,8,9,13,14,23,24,27]}
o.m([0], 0)
#Test path is [3,8,9,13,17,18,23,24,27] and TRs for Prime-Path coverage covered are {[3,8,9,13,17,18,23,24,27]}
o.m([0, 1], 0)
#Test path is [3,8,9,13,17,22,23,24,27] and TRs for Prime-Path coverage covered are {[3,8,9,13,17,22,23,24,27]}
o.m([0, 1, 2], 0)
#Test path is [3,9,13,14,23,24,27] and TRs for Prime-Path coverage covered are {[3,9,13,14,23,24,27]}
o.m([0], 1)
#Test path is [3,9,13,17,18,23,24,27] and TRs for Prime-Path coverage covered are {[3,9,13,17,18,23,24,27]}
o.m([0, 1], 1)
#Test path is [3,9,13,17,22,23,24,27] and TRs for Prime-Path coverage covered are {[3,9,13,17,22,23,24,27]}
o.m([0, 1, 2], 1)
pass
def test_3 (self):
"""Comment"""
o = M ()
# EPC does not differ from EC
# since infeasible edge pairs exist
# those feasible are covered by EC
pass
def test_1(self):
"""RT={[ "", 0],[ "a", 0],[ "ab", 0],[ "abc", 0]}"""
o = M()
o.m("", 0)
o.m("a", 0)
o.m("ab", 0)
o.m("abc", 0)
def test_4 (self):
"""Comment"""
o = M ()
# Similar to EPC, PPC does not differ from EC
# since infeasible prime paths exist
# and those feasilbe are already covered by EC
pass
def test_4 (self):
"""TR_{PPC} = {[3,8,9,12,23,25,27],[3,9,12,23,25,27], [3,8,9,13,14,23,24,27],
[3,9,13,14,23,24,27], [3,8,9,13,17,18,23,24,27],[3,9,13,17,18,23,24,27],
[3,8,9,13,17,21,23,24,27],[3,9,13,17,21,23,24,27] }
all paths need to be covered"""
o = M ()
self.change_stdout()
o.m('', 0) # 3,8,9,12,23,25,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'zero')
o.m('', 1) # 3,9,12,23,25,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'zero')
o.m('t', 0) # 3,8,9,13,14,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'a')
o.m('t', 1) # 3,9,13,14,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'a')
o.m('te', 0) # 3,8,9,13,17,18,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
o.m('te', 1) # 3,9,13,17,18,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
o.m('tes', 0) # 3,8,9,13,17,21,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
o.m('tes', 1) # 3,9,13,17,21,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
pass
def test_3 (self):
"""TR_{EPC} = {[3,8,9], [3,9,12], [3,9,13], [8,9,12], [8,9,13],
[9,12,23], [9,13,14], [9,13,17], [12,23,25], [13,14,23], [13,17,18],
[13,17,21], [14,23,24], [17,18,23], [17,21,23], [18,23,24],
[21,23,24], [23,24,27], [23,25,27]}
test_2 does not cover [8,9,12], make node 8 and 12 happens at the same time
test_2 does not cover [3,9,13], make node 8 and 12 disappear"""
o = M ()
self.change_stdout()
o.m('', 1) # 3,9,12,23,25,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'zero')
o.m('t', 1) # 3,9,13,14,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'a')
o.m('', 0) # 3,8,9,12,23,25,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'zero')
o.m('t', 0) # 3,8,9,13,14,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'a')
o.m('te', 0) # 3,8,9,13,17,18,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
o.m('tes', 0) # 3,8,9,13,17,21,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
pass
def test_1 (self):
"""Comment"""
o = M ()
# NC
o.m([], 0)
o.m([1], 0)
o.m([1,2], 0)
o.m([1,2,3], 0)
pass
def test_2 (self):
"""Comment"""
o = M ()
# NC
o.m([], 0)
o.m([1], 0)
o.m([1,2], 0)
o.m([1,2,3], 0)
# need 1 more case for EC
o.m([], 1)
pass
def test_1(self):
"""Test Paths for Node Coverage"""
o = M()
#Test path is [3,8,9,12,23,26,27] and TRs for Node coverage covered are {3,8,9,12,23,26,27}
o.m([], 0)
#Test path is [3,8,9,13,14,23,24,27] and TRs for Node coverage covered are {3,8,9,13,14,23,24,27}
o.m([0], 0)
#Test path is [3,8,9,13,17,18,23,24,27] and TRs for Node coverage covered are {3,8,9,13,17,18,23,24,27}
o.m([0, 1], 0)
#Test path is [3,8,9,13,17,22,23,24,27] and TRs for Node coverage covered are {3,8,9,13,17,22,23,24,27}
o.m([0, 1, 2], 0)
pass
def test_2(self):
"""Test Paths for Edge COverage"""
o = M()
#Test path is [3,8,9,12,23,26,27] and TRs for Edge coverage covered are {[3,8],[8,9],[9,12],[12,23],[23,26],[26,27]}
o.m([], 0)
#Test path is [3,9,13,14,23,24,27] and TRs for Edge coverage covered are {[3,9],[9,13],[13,14],[14,23],[23,24],[24,27]}
o.m([0], 1)
#Test path is [3,9,13,17,18,23,24,27] and TRs for Edge coverage covered are {[3,9],[9,13],[13,17],[17,18],[18,23],[23,24],[24,27]}
o.m([0, 1], 1)
#Test path is [3,9,13,17,22,23,24,27] and TRs for Edge coverage covered are {[3,9],[9,13],[13,17],[17,22],[22,23],[23,24],[24,27]}
o.m([0, 1, 2], 1)
pass
def test_2 (self):
"""TR_{EC} = { [3,8], [3,9], [8,9], [9,12], [9,13], [13,14],
[13,17], [17,18], [17,21], [12,23], [14,23], [18,23], [21,23],
[23,24], [23,25], [24,27], [25,27] }
test_1 does not cover the path(3,9), assign 1 to i to satisfy this"""
o = M ()
self.change_stdout()
o.m('', 1) # 3,9,12,23,25,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'zero')
o.m('t', 0) # 3,8,9,13,14,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'a')
o.m('te', 0) # 3,8,9,13,17,18,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
o.m('tes', 0) # 3,8,9,13,17,21,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
pass
def test_1 (self):
"""TR_{NC} = {[3, 8, 9, 12, 13, 14, 17, 18, 21, 23, 24, 25, 27]}
Satisfy node 8 by assigning 0 to i,
and then change the length of arg to run all possible cases
then use assertEqual to check the print result every time"""
o = M ()
self.change_stdout()
o.m('', 0) # 3,8,9,12,23,25,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'zero') # get the last output and check
o.m('t', 0) # 3,8,9,13,14,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'a')
o.m('te', 0) # 3,8,9,13,17,18,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
o.m('tes', 0) # 3,8,9,13,17,21,23,24,27
self.assertEqual(self.new_output.getvalue().split('\n')[-2],'b')
pass