def AddServerDetail(self, driver, UIDs, Port):
# edit button
ByIdClicking(driver, 'deviceDetailButtonEdit')
# manufacturer
# ret = fuzzer_method.fuzz()
# ByIdSendKey(driver, 'deviceDetail_manufacturer', ret)
# # Device type
# ret = fuzzer_method.fuzz()
# ByIdSendKey(driver, 'deviceDetail_device_type', ret)
# Comment
ret = fuzzer_method.fuzz(100)
ByIdSendKey(driver, 'deviceDetail_comment', ret)
# Done
ByIdClicking(driver, 'deviceDetailButtonDone')
# Server detail input
ByIdClicking(driver, 'deviceServiceButtonEdit')
ByIdClicking(driver, 'deviceServiceSelect__BV_toggle_')
ByIdClicking(driver, 'deviceServiceSelect_modbus_tcp_slave')
ByIdClicking(driver, 'deviceServiceButtonDone')
ByIdClicking(driver, 'deviceConnectionButtonEdit')
ByIdSendKey(driver, 'deviceConnectionInput_port', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_port', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_port', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_port', Port)
ByIdSendKey(driver, 'deviceConnectionInput_uids', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_uids', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_uids', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_uids', UIDs)
ByIdClicking(driver, 'deviceConnectionButtonDone')
def AddDeviceDetail_MELSEC_ETHERNET(self, driver, gret, ret):
# print(name)
ByXpathClicking(
driver, f'//*[@id="lineDevice_device_{str(gret)}_{str(ret)}"]')
# Edit
ByIdClicking(driver, 'deviceDetailButtonEdit')
# # manufacturer
# ret = fuzzer_method.fuzz()
# ByIdSendKey(driver, 'deviceDetail_manufacturer', ret)
# # Device type
# ret = fuzzer_method.fuzz()
# ByIdSendKey(driver, 'deviceDetail_device_type', ret)
# Comment
ret = fuzzer_method.fuzz(100)
ByIdSendKey(driver, 'deviceDetail_comment', ret)
# Done
ByIdClicking(driver, 'deviceDetailButtonDone')
# Device service
ByIdClicking(driver, 'deviceServiceButtonEdit')
ByIdClicking(driver, 'deviceServiceSelect__BV_toggle_')
ByIdClicking(driver, 'deviceServiceSelect_melsec_ethernet')
ByIdClicking(driver, 'deviceServiceButtonDone')
def ModbusTCP_test(dv, dt, count):
# croll a excel data which involving a server tags
df = pd.read_excel('ServerTags.xlsx', index=False)
del df['Unnamed: 0']
# print(len(df))
# print(df)
ret = fuzzer_method.fuzz(max_length=20)
# """ Init Chrome Driver and Selenium """
chrome, driver = init()
localhost = f'http://localhost:1290'
check_name = f'/device?category=device&name={ret}&{ret}&line={ret}&index=0'
driver.get(f'{localhost}')
# Create object that selenium running module
start = selenium_method.AddToContents()
Device_UID = 55
Device_interval = dv
Device_addr = '127.0.0.1'
Device_port = 502
Device_count = 1
Device_TImeOut = dt
# start, driver, ret, df, iter
modTCP(start, driver, ret, df, count, Device_interval, Device_UID, Device_addr, Device_port, Device_count, Device_TImeOut)
start.Commit(driver)
time.sleep(5)
# get page index of Device tags
driver.get(f'{localhost}' + f'{check_name}')
count = 0
Results = pd.DataFrame({"ModbusTCP_result":checkData(start, driver, localhost, check_name)})
# print(Results['result'])
for i in range(len(Results)):
if Results['ModbusTCP_result'][i] == 'NoData':
pass
else:
count += 1
print(f'[*] ModbusTCP success data results: {count}')
print(f'[!] driver quit')
# driver.quit()
# print(f'[!] measuring CPU/MEM usage of the erl process for 5 seconds. Please wait.')
# for proc in psutil.process_iter(['name']):
# if proc['name'] == 'erl':
# print(proc.info)
return Results
def AddDeviceOfDevice(self, driver, dv):
ByClassClicking(driver, 'nav-left-search-add')
ByIdClicking(driver, 'newEntityModal_Type_dropdown__BV_toggle_')
ByIdClicking(driver, 'newEntityModal_Type_dropdown_option_Device')
ByIdClicking(driver, 'newEntityModal_Group_dropdown__BV_toggle_')
# print(id_name)
ByIdClicking(driver, f'newEntityModal_Group_dropdown_option_{str(dv)}')
ret2 = fuzzer_method.fuzz(5)
ByIdSendKey(driver, 'newEntityModal_deviceName_input', ret2)
# print("ret2 ",ret2)
return ret2
def DeviceTesting(start):
for xnum in range(100):
dv = fuzzer_method.fuzz(max_length=19)
start.AddDevice(driver)
time.sleep(0.1)
start.TypeString(driver, str(dv))
start.Confirm(driver)
start.AddDeviceDetail(driver, str(dv), str(dv), 1)
# for num in range(11):
# start.AddDeviceTag(driver, str(num))
# for j in range(2,7):
# ret2 = start.AddDeviceOfDevice(driver, str(dv))
# start.Confirm(driver)
# start.AddDeviceDetail(driver, str(dv), str(ret2), j)
# time.sleep(0.1)
# for i in range(5):
# start.AddDeviceTag(driver, str(i))
return dv
def MELSEC_ETH_test():
# croll a excel data which involving a server tags
df = pd.read_excel('ServerTags.xlsx', index=False)
del df['Unnamed: 0']
# print(len(df))
# print(df)
ret = fuzzer_method.fuzz(max_length=20)
# """ Init Chrome Driver and Selenium """
chrome, driver = init()
localhost = f'http://localhost:1290'
check_name = f'/device?category=device&name={ret}&{ret}&line={ret}&index=0'
driver.get(f'{localhost}')
# Create object that selenium running module
start = selenium_method.AddToContents()
MELSEC_ETH(start, driver, ret, df, 10)
start.Commit(driver)
time.sleep(5)
# get page index of Device tags
driver.get(f'{localhost}' + f'{check_name}')
count = 0
Results = pd.DataFrame({"MELSEC_ETH_result":checkData(start, driver, localhost, check_name)})
# print(Results['result'])
for i in range(len(Results)):
if Results['MELSEC_ETH_result'][i] == 'NoData':
pass
else:
count += 1
print(f'[*] MELSEC_ETHERNET success data results: {count}')
print(f'[!] driver quit')
driver.quit()
return Results
def AddDeviceDetail_TCP(self, driver, gret, ret, UID, address, port, CC,
TimeOut):
# print(name)
ByXpathClicking(
driver, f'//*[@id="lineDevice_device_{str(gret)}_{str(ret)}"]')
# Edit
ByIdClicking(driver, 'deviceDetailButtonEdit')
# # manufacturer
# ret = fuzzer_method.fuzz()
# ByIdSendKey(driver, 'deviceDetail_manufacturer', ret)
# # Device type
# ret = fuzzer_method.fuzz()
# ByIdSendKey(driver, 'deviceDetail_device_type', ret)
# Comment
ret = fuzzer_method.fuzz(100)
ByIdSendKey(driver, 'deviceDetail_comment', ret)
# Done
ByIdClicking(driver, 'deviceDetailButtonDone')
# Device service
ByIdClicking(driver, 'deviceServiceButtonEdit')
ByIdClicking(driver, 'deviceServiceSelect__BV_toggle_')
ByIdClicking(driver, 'deviceServiceSelect_modbus_tcp_master')
ByIdClicking(driver, 'deviceServiceButtonDone')
ByIdClicking(driver, 'deviceConnectionButtonEdit')
# Addr
for i in range(15):
ByIdSendKey(driver, 'deviceConnectionInput_address',
Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_address', address)
# port
ByIdSendKey(driver, 'deviceConnectionInput_port', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_port', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_port', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_port', port)
# Connection Count
ByIdSendKey(driver, 'deviceConnectionInput_connections',
Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_connections',
Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_connections',
Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_connections', CC)
# UID
ByIdSendKey(driver, 'deviceConnectionInput_uid', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_uid', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_uid', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_uid', UID)
# Timeout
ByIdSendKey(driver, 'deviceConnectionInput_timeout', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_timeout', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_timeout', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_timeout', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_timeout', Keys.BACKSPACE)
ByIdSendKey(driver, 'deviceConnectionInput_timeout', TimeOut)
# Done
ByIdClicking(driver, 'deviceConnectionButtonDone')
