def exemuta_select(self,operators):
"""
Args:
operators = It can be a DICTIONARY wich contains the mutation operators for the mutants who want to select and a flot number who indicates the sample rate for that operator
For instance: {u-SSDL: 1.0, u-VVDL: 0.5} -> Will select 100 percent of mutants for the SSDL operator and 50 percent of the mutants for VVDL operator.
Or it can be a LIST wich contains the mutants who wants to select.
"""
if not operators:
statment = 'exemuta -select -all 1.0 ' + self.session
else:
if type(operators) is types.DictType:
operators_string = mutant_util.list_string2(sorted([" -%s %s " % (operator,percent) for operator,percent in operators.iteritems()])) #this converts a dict in a list then in a suitable string format to use in Proteum
statment = 'exemuta -select %s ' % (operators_string) + self.session
#Sample: Dict -> {'-u-SSDL': '1.0', '-u-CCDL': '1.0', '-u-OODL': '1.0'} ; Converted in a list: ['-u-CCDL 1.0 0', '-u-OODL 1.0 0', '-u-SSDL 1.0 0'] -> The number 0 after the Key and Value pf the dict is the sample rate of mutation for each operator
elif type(operators) is types.ListType:
mutants = mutant_util.list_string(operators)
#Convert operators in a suitable string to use in Proteum
statment = 'exemuta -select -x %s ' % (mutants) + self.session
else:
if verbose: print 'The operators source don\'t have a expected value. Operators: %s \n' % (operators)
raise ValueError
os.system(statment)
if verbose: print '\nProteum: ' + statment
if verbose: print 'Proteum: The state of the mutants was modified! Number of active mutants: %d \n' % (len(operators))
def muta_list(self, mutants):
output = None
statment = ''
if not isinstance(mutants, list):
mutants = []
else:
if len(mutants) == 0:
statment = 'muta -l ' + self.session
else:
mutants = mutant_util.list_string(mutants)
statment = 'muta -l -x %s ' % (mutants) + self.session
output = str(subprocess.check_output(statment, shell=True))
return output
def muta_list(self,mutants): output = None statment = '' if not isinstance(mutants,list): mutants =[] else: if len(mutants) == 0: statment = 'muta -l ' + self.session else: mutants = mutant_util.list_string(mutants) statment = 'muta -l -x %s ' % (mutants) + self.session output = str(subprocess.check_output(statment, shell=True)) return output
def tcase_remove(self,testcase_list): """ Args: testcase_list = a list witch contains the number of the test cases want to remove if testcase_list is a empty list, them will apply the effect for all test_cases """ test_cases = mutant_util.list_string(testcase_list) #Convert testcase_list in a suitable string to use in Proteum if not testcase_list: statment = 'tcase -d ' + self.session else: statment = 'tcase -d -x %s ' % (test_cases) + self.session if verbose: print '\nProteum: ' + statment if verbose: print 'Proteum: The set of test case for the program was changed! List of test cases removed: %s \n' % (testcase_list) os.system(statment)
def tcase_show(self, testcase_list): """ Args: testcase_list = a list witch contains the number of the test cases want to visualize if testcase_list is a empty list, them will apply the effect for all test_cases """ test_cases = mutant_util.list_string(testcase_list) #Convert testcase_list in a suitable string to use in Proteum if not testcase_list: statment = 'tcase -l ' + self.session else: statment = 'tcase -x %s ' % (test_cases) + self.session if verbose: print '\nProteum: ' + statment if verbose: print "Proteum: Listing the test case for the program under test.. \n" os.system(statment)
def tcase_add(self, testcase_list): """ Args: testcase_list = a list witch contains the inputs of the test cases that want to add if testcase_list is a empty list, them will insert a test case with no parameters """ test_case = mutant_util.list_string(testcase_list) #Convert testcase_list in a suitable string to use in Proteum if not testcase_list: statment = 'tcase-add -timeout 300 -trace ' + self.session else: statment = 'tcase-add -timeout 300 -trace -p %s ' % (test_case) + self.session #if verbose: print '\nProteum: ' + statment #Dont need print because Proteum already make a print on stdout when add a new TC if verbose: print "Proteum: Adding a new test case for the program under test! Test Case: %s " % (test_case) os.system(statment) print '\n' #put a \n because at the end of execution proteum dont skip a line on stdout
def tcase_show(self, testcase_list):
"""
Args:
testcase_list = a list witch contains the number of the test cases want to visualize
if testcase_list is a empty list, them will apply the effect for all test_cases
"""
test_cases = mutant_util.list_string(
testcase_list
) #Convert testcase_list in a suitable string to use in Proteum
if not testcase_list:
statment = 'tcase -l ' + self.session
else:
statment = 'tcase -x %s ' % (test_cases) + self.session
if verbose: print '\nProteum: ' + statment
if verbose:
print "Proteum: Listing the test case for the program under test.. \n"
os.system(statment)
def muta_active(self, mutant_list):
"""
If mutant_list is a empty list, will set all mutants as active
"""
statment = ''
if not isinstance(mutant_list, list):
mutant_list = []
else:
if len(mutant_list) == 0:
statment = 'muta -active ' + self.session
else:
mutant_list = mutant_util.list_string(mutant_list)
statment = 'muta -active -x %s ' % (mutant_list) + self.session
statment2 = 'exemuta -exec -v . ' + self.session
os.system(statment)
if verbose: print '\nProteum: ' + statment
if verbose:
print 'Proteum: --> The mutants inside mutant_list were define as active! \n'
def muta_equiv(self, equivalents):
"""
If equivalents is a empty list, will set all live mutants as equivalents
"""
statment = ''
if not isinstance(equivalents, list):
equivalents = []
else:
if len(equivalents) == 0:
statment = 'muta -equiv ' + self.session
else:
equivalents = mutant_util.list_string(equivalents)
statment = 'muta -equiv -x %s ' % (equivalents) + self.session
statment2 = 'exemuta -exec -v . ' + self.session
os.system(statment)
if verbose: print '\nProteum: ' + statment
if verbose:
print 'Proteum: --> Some mutants were define as equivalents \n'
def tcase_remove(self, testcase_list):
"""
Args:
testcase_list = a list witch contains the number of the test cases want to remove
if testcase_list is a empty list, them will apply the effect for all test_cases
"""
test_cases = mutant_util.list_string(
testcase_list
) #Convert testcase_list in a suitable string to use in Proteum
if not testcase_list:
statment = 'tcase -d ' + self.session
else:
statment = 'tcase -d -x %s ' % (test_cases) + self.session
if verbose: print '\nProteum: ' + statment
if verbose:
print 'Proteum: The set of test case for the program was changed! List of test cases removed: %s \n' % (
testcase_list)
os.system(statment)
def muta_nactive(self,mutant_list): """ If mutant_list is a empty list, will set all mutants as inactive """ statment = '' if not isinstance(mutant_list,list): mutant_list =[] else: if len(mutant_list) == 0: statment = 'muta -nactive ' + self.session else: mutant_list = mutant_util.list_string(mutant_list) statment = 'muta -nactive -x %s ' % (mutant_list) + self.session statment2 = 'exemuta -exec -v . ' + self.session os.system(statment) if verbose: print '\nProteum: ' + statment if verbose: print 'Proteum: The mutants inside mutant_list were define as inactive \n'
def muta_equiv(self,equivalents): """ If equivalents is a empty list, will set all live mutants as equivalents """ statment = '' if not isinstance(equivalents,list): equivalents =[] else: if len(equivalents) == 0: statment = 'muta -equiv ' + self.session else: equivalents = mutant_util.list_string(equivalents) statment = 'muta -equiv -x %s ' % (equivalents) + self.session statment2 = 'exemuta -exec -v . ' + self.session os.system(statment) if verbose: print '\nProteum: ' + statment if verbose: print 'Proteum: --> Some mutants were define as equivalents \n'
def tcase_add(self, testcase_list):
"""
Args:
testcase_list = a list witch contains the inputs of the test cases that want to add
if testcase_list is a empty list, them will insert a test case with no parameters
"""
test_case = mutant_util.list_string(
testcase_list
) #Convert testcase_list in a suitable string to use in Proteum
if not testcase_list:
statment = 'tcase-add -timeout 300 -trace ' + self.session
else:
statment = 'tcase-add -timeout 300 -trace -p %s ' % (
test_case) + self.session
#if verbose: print '\nProteum: ' + statment #Dont need print because Proteum already make a print on stdout when add a new TC
if verbose:
print "Proteum: Adding a new test case for the program under test! Test Case: %s " % (
test_case)
os.system(statment)
print '\n' #put a \n because at the end of execution proteum dont skip a line on stdout
def exemuta_select(self, operators):
"""
Args:
operators = It can be a DICTIONARY wich contains the mutation operators for the mutants who want to select and a flot number who indicates the sample rate for that operator
For instance: {u-SSDL: 1.0, u-VVDL: 0.5} -> Will select 100 percent of mutants for the SSDL operator and 50 percent of the mutants for VVDL operator.
Or it can be a LIST wich contains the mutants who wants to select.
"""
if not operators:
statment = 'exemuta -select -all 1.0 ' + self.session
else:
if type(operators) is types.DictType:
operators_string = mutant_util.list_string2(
sorted([
" -%s %s " % (operator, percent)
for operator, percent in operators.iteritems()
])
) #this converts a dict in a list then in a suitable string format to use in Proteum
statment = 'exemuta -select %s ' % (
operators_string) + self.session
#Sample: Dict -> {'-u-SSDL': '1.0', '-u-CCDL': '1.0', '-u-OODL': '1.0'} ; Converted in a list: ['-u-CCDL 1.0 0', '-u-OODL 1.0 0', '-u-SSDL 1.0 0'] -> The number 0 after the Key and Value pf the dict is the sample rate of mutation for each operator
elif type(operators) is types.ListType:
mutants = mutant_util.list_string(operators)
#Convert operators in a suitable string to use in Proteum
statment = 'exemuta -select -x %s ' % (mutants) + self.session
else:
if verbose:
print 'The operators source don\'t have a expected value. Operators: %s \n' % (
operators)
raise ValueError
os.system(statment)
if verbose: print '\nProteum: ' + statment
if verbose:
print 'Proteum: The state of the mutants was modified! Number of active mutants: %d \n' % (
len(operators))