def ctrl_device_power(self):
"""
This function opens the control device url to turn on/off the
third outlet (RLNK-915R) to test UUT auto ping response
"""
outlet3 = "//*[@id='outletControl']/div[4]"
stateBtn = "html/body/div[8]/div[2]/form[1]/button[1]"
self.ctrlDriver = webdriver.Firefox()
self.ctrlDriver.implicitly_wait(10)
ipAddress = get_ip_addresses()
self.ctrlUrl = ipAddress[1] # control device url
try:
self.ctrlDriver.get(self.ctrlUrl)
except:
print "Invalid IP Address"
ctrlDriver = SeleniumDriver(self.ctrlDriver)
ctrlDriver.element_click(outlet3, XPATH)
# turn outlet off and close success message alert
time.sleep(3)
ctrlDriver.wait_and_click(stateBtn, XPATH)
ctrlDriver.wait_and_click("btnOk", ID)
ctrlDriver.wait_and_click(close_btn_msg(), XPATH)
time.sleep(3)
self.ctrlDriver.quit()
def test_verify_notify_msg_250(self):
"""
Set the Retries to 250 and then click on the Save button.
Verify that a warning notification appears
Verify that the input has a red border to show an error.
"""
driver = SeleniumDriver(self.driver)
outletBoxList = self.driver.find_elements_by_xpath(outlet_box_xpath())
retriesInputElem = "//div[8]/div[2]/form[2]/p[3]/input"
ip_addr_ping = "//div[8]/div[2]/form[2]/p[1]/input"
enableBtn = "//div[8]/div[2]/form[1]/button[2]"
retries = 250
for outletBox in outletBoxList:
time.sleep(5)
outletBox.click()
if not self.is_on(enableBtn):
driver.wait_and_click(enableBtn, XPATH)
driver.send_input(ip_addr_ping, XPATH, "8.8.8.8")
driver.send_input(retriesInputElem, XPATH, retries)
driver.wait_and_click(outlet_save_btn(), XPATH)
assert self.is_hidden_string(notify_msg()) == False
driver.element_click("btnOk", ID)
driver.element_click(outlet_cancel_btn(), XPATH)
assert self.has_error(retriesInputElem) == True
def test_cycle_invalid_input(self):
"""
- Set the Cycle Delay to zero (0) and then click on the Start Cycle button
- Verify that a warning notification appears letting
you know the valid range of cycle delay values
- Verify that the input has a red border to show an error
"""
driver = SeleniumDriver(self.driver)
outletBoxList = self.driver.find_elements_by_xpath(outlet_box_xpath())
cycleNum = 0 # cycle number in seconds
cycleInput = '//div[8]/div[2]/form[1]/p[2]/input'
startCycleBtn = "//div[8]/div[2]/form[1]/p[2]/button"
index = 2
for outletBox in outletBoxList:
outletCtrlStr = ".//*[@id='outletControl']/div[{0}]/div[1]".format(
index)
time.sleep(5)
if self.is_on(outletCtrlStr) is False:
index += 1
else:
outletBox.click()
driver.wait_until_clickable(cycleInput, XPATH)
driver.send_input(cycleInput, XPATH, cycleNum)
driver.element_click(startCycleBtn, XPATH)
assert self.is_hidden_string(notify_msg()) == False
driver.element_click("btnOk", ID)
assert self.has_error(cycleInput) == True
driver.wait_and_click(outlet_cancel_btn(), XPATH)
def test_sender_email(self):
driver = SeleniumDriver(self.driver)
send_email_input = "//*[@id='emailSettings']/div[1]/p[2]/input"
invalid_emails = [
'test@@test.com', '*****@*****.**', '@.com', 'test', 'test.com',
'[email protected]', ''
]
self.open_email_settings()
time.sleep(3)
self.default_ip_email_rep()
time.sleep(3)
for email in invalid_emails:
driver.wait_until_clickable(send_email_input, XPATH)
driver.send_input(send_email_input, XPATH, email)
driver.wait_and_click(save_btn(), XPATH)
assert self.has_error(send_email_input) == True
assert self.is_hidden_string(notify_msg()) == False
driver.element_click("btnOk", ID)
driver.wait_and_click(cancel_btn(), XPATH)
time.sleep(3)
self.restore_email_settings()
def test_frequency_zero_input(self):
"""
Set the Frequency to zero (0)
Verify that a warning notification appears letting you know the valid range of cycle delay values
Verify that the input has a red border to show an error.
"""
driver = SeleniumDriver(self.driver)
outletBoxList = self.driver.find_elements_by_xpath(outlet_box_xpath())
freqInputElem = "//div[8]/div[2]/form[2]/p[2]/input"
enableBtn = "//div[8]/div[2]/form[1]/button[2]"
ip_addr_ping = "//div[8]/div[2]/form[2]/p[1]/input"
frequency = 0
for outletBox in outletBoxList:
time.sleep(5)
outletBox.click()
if not self.is_on(enableBtn):
driver.wait_and_click(enableBtn, XPATH)
driver.send_input(ip_addr_ping, XPATH, "8.8.8.8")
driver.send_input(freqInputElem, XPATH, frequency)
driver.wait_and_click(outlet_save_btn(), XPATH)
assert self.is_hidden_string(notify_msg()) == False
driver.element_click("btnOk", ID)
driver.element_click(outlet_cancel_btn(), XPATH)
assert self.has_error(freqInputElem) == True
def test_outlet_cycle(self):
"""
Verify that the cycle input is between 1 - 999
Verify “Are you sure…” message appears
Verify success message appears
Verify that the outlet face has changed color
Verify that the outlet shrinks out of edit mode
"""
driver = SeleniumDriver(self.driver)
outletBoxList = self.driver.find_elements_by_xpath(outlet_box_xpath())
cycleNum = 10 # cycle number in seconds
cycleInput = '//div[8]/div[2]/form[1]/p[2]/input'
startCycleBtn = "//div[8]/div[2]/form[1]/p[2]/button"
outletEditMode = "//div[8]"
index = 2
for outletBox in outletBoxList:
outletCtrlStr = "//*[@id='outletControl']/div[{0}]/div[1]".format(
index)
time.sleep(5)
outletBox.click()
driver.wait_until_clickable(cycleInput, XPATH)
driver.send_input(cycleInput, XPATH, cycleNum)
# Verify that the cycle input is between 1 - 999
cycleInputVal = driver.get_element_attribute(
cycleInput, XPATH, VALUE)
assert 1 <= int(cycleInputVal) <= 999
driver.element_click(startCycleBtn, XPATH)
# Verify “Are you sure…” message appears
driver.wait_for_visibility(notify_msg(), XPATH)
assert self.is_hidden_string(notify_msg()) == False
driver.element_click("btnOk", ID)
# Verify success message appears
time.sleep(1)
if driver.is_element_present(success_msg(), XPATH):
assert self.is_hidden_string(success_msg()) == False
# Verify that the outlet face has changed color to red
time.sleep(5)
driver.get_element(outletCtrlStr, XPATH)
assert self.is_on(outletCtrlStr) == False
# Verify that the outlet face has changed color to green
time.sleep(cycleNum)
driver.get_element(outletCtrlStr, XPATH)
assert self.is_on(outletCtrlStr) == True
# Verify that the outlet shrinks out of edit 0mode
assert driver.is_element_present(outletEditMode, XPATH) == False
index += 1
def test_ip_host_name(self):
driver = SeleniumDriver(self.driver)
emailIpHost = "//*[@id='emailSettings']/div[1]/p[1]/input"
inputBox = "//*[@id='emailSettings']/div[1]/p[1]/input"
invalidIpHostNames = [
'0.8.8.8', '8.8.8.0', '255.8.8.8', '20.255.90', '8.8.8',
'8.8.8.8.8', 'exchange.map'
]
self.open_email_settings()
time.sleep(3)
self.default_ip_email_rep()
time.sleep(3)
for name in invalidIpHostNames:
driver.wait_until_clickable(emailIpHost, XPATH)
driver.send_input(emailIpHost, XPATH, name)
driver.wait_and_click(save_btn(), XPATH)
ipHostVal = driver.get_element_attribute(emailIpHost, XPATH, VALUE)
ipNodes = ip_nodes(ipHostVal)
hostNodes = host_nodes(ipHostVal)
assert self.is_hidden_string(notify_msg()) == False
driver.element_click("btnOk", ID)
assert self.has_error(inputBox) == True
ipInputClass = driver.get_element_attribute(
emailIpHost, XPATH, ClASS)
expectedOpGood = True
if name.startswith("0"):
assert starts_with_zero(ipHostVal,
ipInputClass) == expectedOpGood
elif name.endswith("0"):
assert ends_with_zero(ipHostVal,
ipInputClass) == expectedOpGood
elif "255" in name:
assert node_255(ipHostVal, ipInputClass) == expectedOpGood
elif len(ipNodes) < 4:
assert short_ip_node_length(ipHostVal,
ipInputClass) == expectedOpGood
elif len(hostNodes) < 3:
assert short_host_node_length(ipHostVal,
ipInputClass) == expectedOpGood
else:
assert long_ip_node_length(ipHostVal,
ipInputClass) == expectedOpGood
driver.wait_and_click(cancel_btn(), XPATH)
time.sleep(3)
self.restore_email_settings()
def test_power_state_verify_changed(self):
"""
Verify that the switch and outlet face change state
Verify that a success message appears
Verify that the outlet shrinks out of edit mode
"""
driver = SeleniumDriver(self.driver)
outletBoxList = self.driver.find_elements_by_xpath(outlet_box_xpath())
powerStateBtn = '//div[8]/div[2]/form[1]/button[1]'
outletEditMode = "//div[8]"
index = 2
for outletBox in outletBoxList:
outletCtrlStr = ".//*[@id='outletControl']/div[{0}]/div[1]".format(index)
time.sleep(5)
driver.wait_and_click(outletCtrlStr, XPATH)
if self.is_on(powerStateBtn):
powerState = True
else:
powerState = False
driver.wait_and_click(powerStateBtn, XPATH)
driver.wait_and_click("btnOk", ID)
time.sleep(1)
if driver.is_element_present(close_btn_msg(), XPATH):
driver.wait_and_click(close_btn_msg(), XPATH)
assert self.is_hidden_string(success_msg()) == False
time.sleep(1)
assert driver.is_element_present(outletEditMode, XPATH) == False
driver.element_click(outletCtrlStr, XPATH)
if powerState:
if self.is_on(powerStateBtn):
assert powerState == True
else:
assert powerState == False
driver.wait_and_click(outlet_cancel_btn(), XPATH)
index += 1
time.sleep(3)
self.seq_up()
def restore_email_settings(self):
driver = SeleniumDriver(self.driver)
factoryDefaults = "//nav/ul/li[5]"
restoreEmailSett = "//*[@id='factoryDefaults']/p[7]/input"
driver.wait_and_click(menu(), XPATH)
time.sleep(3)
driver.force_click(factoryDefaults, XPATH)
time.sleep(3)
driver.element_click(restoreEmailSett, XPATH)
driver.wait_and_click(save_btn(), XPATH)
time.sleep(
11
) # wait for 10 seconds plus another second to click on OK button
driver.element_click("btnOk", ID)
def restore_network_settings(self):
driver = SeleniumDriver(self.driver)
menuIcon = ".//*[@id='wrapper']/header/i"
factoryDefaults = "//nav/ul/li[5]"
restore_network_def = "//*[@id='factoryDefaults']/p[10]/input"
driver.wait_and_click(menuIcon, XPATH)
time.sleep(3)
driver.force_click(factoryDefaults, XPATH)
time.sleep(3)
driver.element_click(restore_network_def, XPATH)
driver.wait_and_click(save_btn(), XPATH)
time.sleep(
11
) # wait for 10 seconds plus another second to click on OK button
driver.element_click("btnOk", ID)
def restore_seq_defaults(self):
""" This function will set the in sequence checkbox of all of the outlets """
driver = SeleniumDriver(self.driver)
menuIcon = ".//*[@id='wrapper']/header/i"
factoryDefaults = "//nav/ul/li[5]"
restoreSeqDef = "//*[@id='factoryDefaults']/p[9]/input"
driver.wait_and_click(menuIcon, XPATH)
time.sleep(3)
driver.force_click(factoryDefaults, XPATH)
time.sleep(3)
driver.element_click(restoreSeqDef, XPATH)
driver.wait_and_click(save_btn(), XPATH)
time.sleep(11)
driver.element_click("btnOk", ID)
def test_network(self):
driver = SeleniumDriver(self.driver)
DHCPCheckBox = "//*[@id='networkSettings']/div[3]/input"
HTTPPort = "//*[@id='networkHttpPort']"
network_ip_address = "//*[@id='networkIPAddress']"
subnet_mask = "//*[@id='networkSettings']/p[2]/input"
gateway = "//*[@id='networkSettings']/p[3]/input"
dns_1 = ".//*[@id='networkSettings']/p[4]/input"
dns_2 = "//*[@id='networkSettings']/p[5]/input"
invalid_ips = [
'0.8.8.8', '8.8.8.0', '255.8.8.8', '20.255.80', '8.8.8',
'8.8.8.8.8'
]
self.open_network_settings()
time.sleep(3)
driver.send_input(HTTPPort, XPATH, "---")
driver.wait_and_click(save_btn(), XPATH)
assert self.is_hidden_string(notify_msg()) == False
driver.wait_and_click("btnOk", ID)
driver.wait_and_click(DHCPCheckBox, XPATH)
for ip in invalid_ips:
driver.wait_until_clickable(network_ip_address, XPATH)
driver.send_input(network_ip_address, XPATH, ip)
driver.send_input(subnet_mask, XPATH, ip)
driver.send_input(gateway, XPATH, ip)
driver.send_input(dns_1, XPATH, ip)
driver.send_input(dns_2, XPATH, ip)
driver.wait_and_click(save_btn(), XPATH)
assert self.has_error(network_ip_address) == True
assert self.is_hidden_string(notify_msg()) == False
driver.element_click("btnOk", ID)
driver.wait_and_click(cancel_btn(), XPATH)
time.sleep(3)
self.restore_network_settings()
def test_inSeq_selected(self):
"""
Asserts each outlet is in-sequence
This function clicks on each outlet and make sure the check
box is checked. If it is already checked, then it continues to the next
outlet
"""
driver = SeleniumDriver(self.driver)
outletBoxList = self.driver.find_elements_by_xpath(outlet_box_xpath())
inSeqInput = "//div[8]/div[2]/form[1]/p[1]/input"
outletsWithStateOff = self.driver.find_elements_by_class_name("state-off")
numOfOutletBox = len(outletBoxList)
numOutletsStateOff = len(outletsWithStateOff)
if numOutletsStateOff == numOfOutletBox:
assert numOutletsStateOff == numOfOutletBox
print "\nAll outlets are already off"
return
index = 2
for outletBox in outletBoxList:
outletCtrlStr = ".//*[@id='outletControl']/div[{0}]/div[1]".format(index)
time.sleep(5)
driver.wait_and_click(outletCtrlStr, XPATH)
time.sleep(3)
if not driver.is_element_selected(inSeqInput, XPATH):
driver.wait_for_visibility(inSeqInput, XPATH)
driver.element_click(inSeqInput, XPATH)
assert driver.is_element_selected(inSeqInput, XPATH) == True
driver.wait_and_click(outlet_save_btn(), XPATH)
driver.wait_and_click(close_btn_msg(), XPATH)
else:
driver.wait_and_click(outlet_save_btn(), XPATH)
driver.wait_and_click(close_btn_msg(), XPATH)
if 'in-sequence' in outletBox.get_attribute(ClASS):
assert 'in-sequence' in outletBox.get_attribute(ClASS)
index += 1
def test_port_number(self):
driver = SeleniumDriver(self.driver)
port_input = "//*[@id='emailSettings']/div[1]/p[3]/input"
invalid_ports = ['test', 'test123', '---']
self.open_email_settings()
time.sleep(3)
self.default_ip_email_rep()
time.sleep(3)
for port in invalid_ports:
driver.wait_until_clickable(port_input, XPATH)
driver.send_input(port_input, XPATH, port)
driver.wait_and_click(save_btn(), XPATH)
assert self.has_error(port_input) == True
assert self.is_hidden_string(notify_msg()) == False
driver.element_click("btnOk", ID)
driver.wait_and_click(cancel_btn(), XPATH)
time.sleep(3)
self.restore_email_settings()
def test_authentication(self):
driver = SeleniumDriver(self.driver)
username = "******"
password = "******"
confirmPass = "******"
showPass = "******" # show password
self.open_email_settings()
time.sleep(3)
self.default_ip_email_rep()
time.sleep(3)
driver.wait_and_click("authReq", ID)
driver.wait_and_click(save_btn(), XPATH)
assert self.has_error(username) == True
assert self.has_error(password) == True
assert self.has_error(confirmPass) == True
assert self.is_hidden_string(notify_msg()) == False
driver.element_click("btnOk", ID)
time.sleep(3)
driver.wait_for_visibility(password, XPATH)
driver.get_element(password, XPATH)
driver.send_input(password, XPATH, "Test123")
driver.get_element(confirmPass, XPATH)
driver.send_input(confirmPass, XPATH, "Test123")
driver.element_click(showPass, XPATH)
if driver.is_element_selected(showPass, XPATH):
# if 'hidden' is in the password class
assert self.is_hidden_string(password) == True
time.sleep(3)
driver.element_click(showPass, XPATH)
# if 'hidden' is not in the password class
assert self.is_hidden_string(password) == False
driver.wait_and_click(cancel_btn(), XPATH)
time.sleep(3)
self.restore_email_settings()
def test_power_cycle_until_recovery(self):
driver = SeleniumDriver(self.driver)
outletBoxList = self.driver.find_elements_by_xpath(outlet_box_xpath())
powerCycUntilRec = "//div[8]/div[2]/form[2]/select/option[contains(@value, '6')]"
ipAddressInputElem = '//div[8]/div[2]/form[2]/p[1]/input'
freqInputElem = "//div[8]/div[2]/form[2]/p[2]/input"
retriesInputElem = "//div[8]/div[2]/form[2]/p[3]/input"
selectOptions = "//div[8]/div[2]/form[2]/select"
cycleDelayElem = "//div[8]/div[2]/form[2]/p[6]/input"
frequency = 30
retries = 2
cycleDelay = 3
waitTime = (frequency * retries) * 2
index = 2
for outletBox in outletBoxList:
outletCtrlStr = ".//*[@id='outletControl']/div[{0}]/div[1]".format(
index)
outletOn = "//*[@id='outletControl']/div[{0}]/div[contains(@class, 'state-on')]".format(
index)
autoPingTitle = "//*[@id='outletControl']/div[{0}]/h6".format(
index)
time.sleep(5)
driver.wait_and_click(outletCtrlStr, XPATH)
self.ctrl_device_power() # turn outlet off in the control device
ipAddresses = get_ip_addresses()
ipAddressToPing = ipAddresses[2] # ip address to ping
if self.is_on(outletFace) is False:
driver.element_click(stateBtn, XPATH)
driver.element_click("btnOk", ID)
driver.wait_and_click(close_btn_msg(), XPATH)
time.sleep(5)
driver.get_element(outletCtrlStr, XPATH)
driver.wait_and_click(outletCtrlStr, XPATH)
if not self.is_on(enableBtn):
driver.wait_and_click(enableBtn, XPATH)
# input for ip address to ping, frequency, and retries
driver.send_input(ipAddressInputElem, XPATH, ipAddressToPing)
driver.send_input(freqInputElem, XPATH, frequency)
driver.send_input(retriesInputElem, XPATH, retries)
time.sleep(3)
driver.wait_and_click(selectOptions, XPATH)
if driver.is_element_selected(powerCycUntilRec, XPATH):
driver.wait_and_click(outlet_save_btn(), XPATH)
else:
driver.wait_and_click(powerCycUntilRec, XPATH)
self.driver.find_element_by_xpath(powerCycUntilRec).send_keys(
Keys.ENTER)
driver.wait_until_clickable(cycleDelayElem, XPATH)
driver.send_input(cycleDelayElem, XPATH, cycleDelay)
driver.wait_and_click(outlet_save_btn(), XPATH)
# in case the notification message pops up
notifyDisplayed = self.driver.find_element_by_xpath(
notify_msg()).is_displayed()
if notifyDisplayed:
driver.element_click("btnOk", ID)
# verify if "AutoPing Failed" is in the autoPing title
driver.wait_text_to_be_present_in_elem(autoPingTitle, XPATH,
'AutoPing Failed', waitTime)
autoPingTitleClass = driver.get_element_attribute(
autoPingTitle, XPATH, "title")
assert autoPingTitleClass == "AutoPing Failed"
self.ctrl_device_power(
) # turn outlet back on in the control device
# verify that the outlet in the UUT is on, wait cycle delay
# then verify that the outlet turned off
driver.wait_for_visibility(outletOn, XPATH)
assert self.is_on(outletCtrlStr) == True
time.sleep(cycleDelay + 1)
assert self.is_on(outletCtrlStr) == False
# gets class again and verify if "AutoPing Replied" is in the autoPing title
driver.wait_text_to_be_present_in_elem(autoPingTitle, XPATH,
'AutoPing Replied',
waitTime)
autoPingTitleClass = driver.get_element_attribute(
autoPingTitle, XPATH, "title")
assert autoPingTitleClass == "AutoPing Replied"
# open outlet in UUT, turn it back on, change ip address to default, & save changes
time.sleep(3)
self.change_ip_address_to_default(outletCtrlStr,
ipAddressInputElem)
index += 1
def test_ip_address_ping(self):
"""
Asserts that the ip address input value is valid
test_operation.py contains all the functionality for each test
Tests:
'8.8.8.8' -> Valid IP address that works
'0.8.8.8' -> Cannot start with 0
'8.8.8.0' -> Cannot end with 0
'255.8.8.8' -> Each node must be less than 255 and greater than 0
'.8.8.8' -> A node cannot be empty
'8.8.8' -> There must be exactly 4 nodes separated by dots (periods)
"""
driver = SeleniumDriver(self.driver)
outletBoxList = self.driver.find_elements_by_xpath(outlet_box_xpath())
enabledBtn = '//div[8]/div[2]/form[1]/button[2]'
ipAddressInputElem = '//div[8]/div[2]/form[2]/p[1]/input'
invalid_ips = [
'0.8.8.8', '8.8.8.0', '255.8.8.8', '20.255.90', '8.8.8',
'8.8.8.8.8'
]
for outletBox in outletBoxList:
time.sleep(5)
outletBox.click()
if self.is_on(enabledBtn) is False:
driver.wait_and_click(enabledBtn, XPATH)
driver.wait_until_clickable(enabledBtn, XPATH)
driver.get_element(enabledBtn, XPATH)
if self.is_on(enabledBtn):
for ip in invalid_ips:
driver.wait_until_clickable(ipAddressInputElem, XPATH)
driver.send_input(ipAddressInputElem, XPATH, ip)
driver.wait_and_click(outlet_save_btn(), XPATH)
ipNumVal = driver.get_element_attribute(
ipAddressInputElem, XPATH, VALUE)
nodes = ip_nodes(ipNumVal)
if self.is_hidden_string(notify_msg()) is False:
expectedOpGood = True
driver.element_click("btnOk", ID)
ipInputClass = driver.get_element_attribute(
ipAddressInputElem, XPATH, ClASS)
if ip.startswith("0"):
assert starts_with_zero(
ipNumVal, ipInputClass) == expectedOpGood
elif ip.endswith("0"):
assert ends_with_zero(
ipNumVal, ipInputClass) == expectedOpGood
elif "255" in ip:
assert node_255(ipNumVal,
ipInputClass) == expectedOpGood
elif len(nodes) < 4:
assert short_ip_node_length(
ipNumVal, ipInputClass) == expectedOpGood
else:
assert long_ip_node_length(
ipNumVal, ipInputClass) == expectedOpGood
time.sleep(1)
driver.send_input(ipAddressInputElem, XPATH, "8.8.8.8")
driver.wait_and_click(outlet_save_btn(), XPATH)
driver.wait_and_click(close_btn_msg(), XPATH)