print "-----------------------------------------------------"
print "function_1: ", func_id_1
opcode = "{0:04b}".format((func_id_1 - 2))
for j in list_of_necessary_patterns:
saf_test_patterns_file.write(function_dict[j][0] +
function_dict[j][1] + opcode + "\n")
overal_test_length += len(list_of_necessary_patterns)
# final set of patterns
for k in final_set_of_patterns:
test_patterns_file.write(function_dict[k][0] + function_dict[k][1] + "\n")
table_file.close()
scanning_table_file.close()
test_patterns_file.close()
saf_test_patterns_file.close()
stop_time = time.time()
final_unused_patterns = copy.deepcopy(
package.final_un_used_pattern(number_of_lines, final_set_of_patterns))
package.report_usefull_patterns_per_round(used_dic, len_of_list)
print "overal test length:", overal_test_length
package.print_results(final_set_of_patterns, final_unused_patterns, verbose)
package.print_fault_coverage(number_of_lines, number_of_ones_in_experiments,
number_of_zeros_in_experiments)
print "------------------------------------------" * 3
print "program took ", str(stop_time - start_time), "seconds"
saf_test_patterns_file.write(function_dict[j][0]+function_dict[j][1]+opcode+"\n")
#overal_test_length += len(list_of_necessary_patterns)
print "reporting test length for functions:"
for func_id_1 in range(2, len_of_list):
max_lenght = 0
for item in used_dic.keys():
if int(item.split("_")[0]) == func_id_1:
if len(used_dic[item])>max_lenght:
max_lenght = len(used_dic[item])
overal_test_length += max_lenght
print "function id: ", func_id_1-1, "\ttest length:", max_lenght
stop_time = time.time()
final_unused_patterns = copy.deepcopy(package.final_un_used_pattern(number_of_lines, final_set_of_patterns))
for item in sorted(final_set_of_patterns):
test_patterns_file.write(str(function_dict[item][0])+""+str(function_dict[item][1])+"\n")
# reports!
package.report_usefull_patterns_per_round(used_dic, len_of_list)
print "overal test length:", overal_test_length
package.print_results(final_set_of_patterns, final_unused_patterns, verbose)
package.print_fault_coverage(number_of_lines, number_of_ones_in_experiments, number_of_zeros_in_experiments)
print "------------------------------------------"*3
print "program took ", str(stop_time-start_time), "seconds"
# closing all files
table_file.close()