def task12():
print('----------------------------task12--------------------------------')
ltl = 'F([email protected]=true & window_liv.curtain=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task16():
print('----------------------------task16--------------------------------')
ltl = '!G(!(@fitbit.sleep=true & smart_tv.power=true) | (1800#fitbit.sleep=true W @smart_tv.power=false))'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task11():
print('----------------------------task11--------------------------------')
ltl = 'F([email protected]_pop=true & echo.playing=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task2():
print('----------------------------task2--------------------------------')
ltl = 'F(window_liv.open=false & window_bed.open=false & window_bath.open=false)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task_set():
print('----------------------------task_set--------------------------------')
ltl = '!G(!location.appear=true | hue_light.color=red)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task4():
print('----------------------------task4--------------------------------')
ltl = 'F(thermostat.thermostat>80)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task3():
print('----------------------------task3--------------------------------')
ltl = 'F(oven.lock=false & location.appear=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task6():
print('----------------------------task6--------------------------------')
ltl = 'F(60*refrigerator.door=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task5():
print('----------------------------task5--------------------------------')
ltl = 'F(refrigerator.temperature_ctl>40)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task7():
print('----------------------------task7--------------------------------')
ltl = 'F(15*faucet.water=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task8():
print('----------------------------task8--------------------------------')
ltl = '!G(!(weather.temperature>60 & weather.temperature<80 & weather.raining=false) | window_liv.open=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task10():
print('----------------------------task10--------------------------------')
ltl = 'F(@window_bath.curtain=false)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task14():
print('----------------------------task14--------------------------------')
ltl = 'F([email protected]=false & fitbit.sleep=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task15():
print('----------------------------task15--------------------------------')
ltl = 'F(10800#location.appear=true & X(@roomba.power=true))'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def fix(request):
json_resp = dict()
#print("进入fix函数")
#pdb.set_trace();
try:
req_dict = parse_fix_request(request)
#print(str(request.body))
user_id_rules = req_dict['user_id_rules']
user_id_sp = req_dict['user_id_sp']
task_id = req_dict['task_id']
is_named = req_dict['is_named']
is_compact = req_dict['is_compact']
rule_list = m.Rule.objects.filter(task=task_id, owner=user_id_rules)
#根据访问ID和任务ID建立连接关系
sp_list = m.SafetyProp.objects.filter(task=task_id, owner=user_id_sp)
#把SP转换为LTL
ltl_list = []
for sp in sp_list:
ltl_list.append(translate_sp_to_autotap_ltl(sp))
#ltl_list = [translate_sp_to_autotap_ltl(sp) for sp in sp_list]
if ltl_list:
ltl = '!(%s)' % ' & '.join(ltl_list)
else:
ltl = '!(1)'
#print("得到的ltl_list为" + str(ltl_list))
template_dict = generate_all_device_templates()
# print("得到的template模板为" + str(template_dict))
if is_named:
#print("is_named为1")
tap_dict = {str(k): translate_rule_into_autotap_tap(v) for k, v in zip(range(len(rule_list)), rule_list)}
# print("tap_dict为"+ tap_dict)
tap_patch, tap_label = generateNamedFix(ltl, tap_dict, {}, template_dict)
result_list = expand_autotap_result_into_patches_named(tap_patch, tap_label, is_compact)
orig_rule_dict = {str(k): backend_to_frontend_view(v) for k, v in zip(range(len(rule_list)), rule_list)}
#如何把原先的运行图生产规则
json_resp['original'] = orig_rule_dict
json_resp['patches'] = result_list
else:
#print("is_named为0")
tap_list = [translate_rule_into_autotap_tap(v) for v in rule_list]
#print("拿到了tap_list")
tap_patch = generateCompactFix(ltl, tap_list, {}, template_dict)
#print("拿到了tap_patch" + str(tap_patch))
result_list = expand_autotap_result_into_patches_unnamed(tap_patch, is_compact)
#print("拿到了result_list")
orig_rule_list = [backend_to_frontend_view(v) for v in rule_list]
#前端輸入的相當于是個模板
#print("orig_rule_list为" + str(orig_rule_list))
# print("result_list为" + str(result_list))
json_resp['original'] = orig_rule_list
json_resp['patches'] = result_list
json_resp['succeed'] = True
except Exception as exc:
json_resp['patches'] = []
json_resp['succeed'] = False
json_resp['fail_exc'] = str(exc)
return JsonResponse(json_resp)
def task4_3():
print(
'----------------------------task4_3--------------------------------')
ltl = '!G(!weather.temperature>79 | (!thermostat.ac=false))'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task9():
print('----------------------------task9--------------------------------')
ltl = '!(G(!(location.appear=true) | thermostat.thermostat>70) & ' \
'G(!(location.appear=true) | thermostat.thermostat<75))'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task7_2():
print(
'----------------------------task7_2--------------------------------')
ltl = '!G(!(@faucet.water=true) | (15#faucet.water=true W @faucet.water=false))'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task6_2():
print(
'----------------------------task6_2--------------------------------')
ltl = '!G(!(@refrigerator.door=true) | (120#refrigerator.door=true W @refrigerator.door=false))'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task14_2():
print(
'----------------------------task14_2--------------------------------')
ltl = '!G((!fitbit.sleep=true | door.lock=true) & (!door.lock=true | fitbit.sleep=true))'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task14_4():
print(
'----------------------------task14_4--------------------------------')
ltl = '!G(!(location.appear=true & hue_light.power=false) | door.lock=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task16_2():
print(
'----------------------------task16_2--------------------------------')
ltl = 'F(1800*smart_tv.power=true & fitbit.sleep=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task3_4():
print(
'----------------------------task3_4--------------------------------')
ltl = '!G((!location.appear=true | oven.lock=true) & (!oven.lock=true | location.appear=true))'
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def generate_text_for_single_user(code, task_id, ltl):
try:
user_id_rule = m.User.objects.get(code=code, mode="rules")
rule_list = m.Rule.objects.filter(owner=user_id_rule,
task=int(task_id))
except m.User.DoesNotExist:
rule_list = list()
rule_text = ""
tap_list = list()
for rule in rule_list:
tap = translate_rule_into_autotap_tap(rule)
# print(tap.__dict__)
tap_list.append(tap)
rule_text = rule_text + '[] IF %s WHILE %s, THEN %s<br>' % (
tap.trigger, str(tap.condition), tap.action)
template_dict = generate_all_device_templates()
new_rule_patch = generateCompactFix(ltl,
tap_list,
init_value_dict={},
template_dict=template_dict)
new_rule_patch_text_list = [
'[] IF %s WHILE %s, THEN %s' %
(patch.trigger, ' & '.join(patch.condition), str(patch.action))
for patch in new_rule_patch
]
new_rule_patch_text = '<br>'.join(new_rule_patch_text_list)
rule_id_list = [rule.id for rule in rule_list]
action_num_list = [len(patch.action) > 0 for patch in new_rule_patch]
if all(action_num_list):
success_flag = True
else:
success_flag = False
http_content = "==========user=%s, task=%s==========<br>" \
"The property being checked is %s<br> " \
"Rule IDs: %s <br> %s <br> Fixing Patch: <br>%s <br>" \
"Visit <a href=\"localhost:4200/%s/%s\">localhost:4200/%s/%s</a> " \
"to see the user-written properties/rules<br>" \
"====================================<br>" % \
(
code,
str(task_id),
ltl,
str(rule_id_list),
rule_text,
new_rule_patch_text,
code,
task_id,
code,
task_id
)
if not success_flag:
http_content = "<font color=\"red\">failed</font>" + http_content
return http_content
def task9_2():
print(
'----------------------------task9_2--------------------------------')
ltl1 = 'G(!location.appear=true | thermostat.thermostat=71)'
ltl = '!%s' % ltl1
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task3_6():
print(
'----------------------------task3_6--------------------------------')
ltl1 = 'G(!location.appear=true | oven.lock=true)'
ltl2 = 'G(!location.appear=true | oven.door=true)'
ltl = '!(%s & %s)' % (ltl1, ltl2)
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task16_3():
print(
'----------------------------task16_3--------------------------------')
ltl1 = 'G(!(@fitbit.sleep=true & smart_tv.power=true) | (1860#fitbit.sleep=true W @smart_tv.power=false))'
ltl2 = '!F(1800#fitbit.sleep=true & X@smart_tv.power=false)'
ltl = '!(%s & %s)' % (ltl1, ltl2)
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
def task2_4():
print(
'----------------------------task2_4--------------------------------')
ltl1 = 'G((window_bath.open=false & window_bed.open=false & window_liv.open=true) | ' \
'(window_bath.open=true & window_bed.open=true & window_liv.open=false))'
ltl = '!(%s)' % (ltl1)
tap_list = []
new_rule_patch = generateCompactFix(ltl, tap_list, init_value_dict={})
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task3_1():
print(
'----------------------------task3_1--------------------------------')
ltl = 'F(smart_oven.openclose_door_position=true & location_sensor.kitchen_bobbie=true)'
tap_list = []
new_rule_patch = generateCompactFix(ltl,
tap_list,
init_value_dict={},
template_dict=template_dict)
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('-----------------------------------------------------------------')
def task15_1():
print(
'----------------------------task15_1--------------------------------')
ltl = 'F(10800#location_sensor.home_a_family_member=true & X(@roomba.power_onoff_setting=true))'
tap_list = []
new_rule_patch = generateCompactFix(ltl,
tap_list,
init_value_dict={},
template_dict=template_dict)
print('\n'.join([str(patch) for patch in new_rule_patch]))
print('------------------------------------------------------------------')
