示例#1
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 def setUp(self):
     self.test = Hoth()
示例#2
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class PresentationLITS(unittest.TestCase):
    def setUp(self):
        self.test = Hoth()

    def test_check_required(self):
        """! Test that checks all fields in Contact form are required."""
        self.test.start_driver()
        self.test.maximize_window()
        self.test.visit_page("http://lits.com.ua/")
        self.test.should_be_text_on_page("Стати студентом")
        self.test.click(class_="icon-mail")

        contact_form = self.test.find(id="cntctfrm_contact_form")
        contact_form.should_has_text("Запитання")
        contact_form.should_has_text("Ім'я")
        contact_form.should_has_text("Email")
        contact_form.should_has_text("Captcha")

        name_input = contact_form.find(id="cntctfrm_contact_name")
        email_input = contact_form.find(id="cntctfrm_contact_email")
        q_input = contact_form.find(id="cntctfrm_contact_message")

        name_input.should_be_displayed()
        email_input.should_be_displayed()
        q_input.should_be_displayed()

        assert name_input.value == ""
        assert email_input.value == ""

        send_button = contact_form.find(type="submit")
        send_button.click()
        self.test.should_be_text_on_page("Please fill required fields!")
        self.test.close_driver()

    def test_check_captcha(self):
        """! Test that enter valid info in Contact form and submit it."""
        self.test.start_driver(driver_type="Chrome")
        self.test.maximize_window()
        self.test.visit_page("http://lits.com.ua/")
        self.test.click(class_="icon-mail")
        self.test.should_be_text_on_page("Captcha *")
        element = self.test.find(class_="cptch_block")
        text_of_the_el = element.soup_hoth.get_text()
        equation = self.leave_only_equation(text_of_the_el)
        input_captcha = str(self.find_input_captcha(equation))
        captcha_input = self.test.find(class_="cptch_input")
        captcha_input.set_input(txt_=input_captcha)

        contact_form = self.test.find(id="cntctfrm_contact_form")
        name_input = contact_form.find(id="cntctfrm_contact_name")
        email_input = contact_form.find(id="cntctfrm_contact_email")
        q_input = contact_form.find(id="cntctfrm_contact_message")

        name_input.set_input(txt_="Andriy Bondarev")
        email_input.set_input(txt_="*****@*****.**")
        q_input.set_input(txt_="Python the King!")
        self.test.screen()
        send_button = contact_form.find(type="submit")
        # send_button.click()
        # test.click(class_='icon-mail')
        # contact_form.should_has_text('Дякуємо Вам!')
        self.test.close_driver()

    def leave_only_equation(self, text):
        """!
        Take text and leave only numbers and signs as =, -, +, *.
        Args:
            text - string;
        Returns:
            string with only numbers and signs as =, -, +, *.
        """
        captcha_text = text.replace("Captcha *\n\n", "")
        captcha_text = self.convert_opertation(captcha_text)
        number = " ".join(re.findall("[a-zA-Z]+", captcha_text))
        captcha_text = captcha_text.replace(number, self.convert_words_into_number(number))
        return captcha_text.replace(" ", "")

    def convert_opertation(self, text):
        """!
        Take text and convert operation into +, - or * inside it.
        Args:
            text - string, with operation to be convert.
        Returns:
            string with converted operation.
        """
        operations = {u"+": "+", u"\u2212": "-", u"\xd7": "*"}
        for each in operations.keys():
            if each in text:
                text = text.replace(each, operations[each])
                break
        return text

    def convert_words_into_number(self, word):
        """!
        Take number presented as word and convert it into number.
        Args:
            word - string, number as 'one', 'ten', etc.;
        Returns:
            string number as '1', '10', etc.
        """
        numbers = {
            "one": "1",
            "two": "2",
            "three": "3",
            "four": "4",
            "five": "5",
            "six": "6",
            "seven": "7",
            "eight": "8",
            "nine": "9",
            "ten": "10",
            "eleven": "11",
            "twelve": "12",
            "thirteen": "13",
            "fourteen": "14",
            "fifteen": "15",
            "sixteen": "16",
            "seventeen": "17",
            "eighteen": "18",
            "nineteen": "19",
            "twenty": "20",
            "twenty one": "21",
            "twenty two": "22",
            "twenty three": "23",
            "twenty four": "24",
            "twenty five": "25",
            "twenty six": "26",
            "twenty seven": "27",
            "twenty eight": "28",
            "twenty nine": "29",
            "thirty": "30",
            "thirty one": "31",
            "thirty two": "32",
            "thirty three": "33",
            "thirty four": "34",
            "thirty five": "35",
            "thirty six": "36",
            "thirty seven": "37",
            "thirty eight": "38",
            "thirty nine": "39",
            "forty": "40",
            "forty one": "41",
            "forty two": "42",
            "forty three": "43",
            "forty four": "44",
            "forty five": "45",
            "forty six": "46",
            "forty seven": "47",
            "forty eight": "48",
            "forty nine": "49",
            "fifty": "50",
            "fifty one": "51",
            "fifty two": "52",
            "fifty three": "53",
            "fifty four": "54",
            "fifty five": "55",
            "fifty six": "56",
            "fifty seven": "57",
            "fifty eight": "58",
            "fifty nine": "59",
            "sixty": "60",
            "sixty one": "61",
            "sixty two": "62",
            "sixty three": "63",
            "sixty four": "64",
            "sixty five": "65",
            "sixty six": "66",
            "sixty seven": "67",
            "sixty eight": "68",
            "sixty nine": "69",
            "seventy": "70",
            "seventy one": "71",
            "seventy two": "72",
            "seventy three": "73",
            "seventy four": "74",
            "seventy five": "75",
            "seventy six": "76",
            "seventy seven": "77",
            "seventy eight": "78",
            "seventy nine": "79",
            "eighty": "80",
            "eighty one": "81",
            "eighty two": "82",
            "eighty three": "83",
            "eighty four": "84",
            "eighty five": "85",
            "eighty six": "86",
            "eighty seven": "87",
            "eighty eight": "88",
            "eighty nine": "89",
            "ninety": "90",
            "ninety one": "91",
            "ninety two": "92",
            "ninety three": "93",
            "ninety four": "94",
            "ninety five": "95",
            "ninety six": "96",
            "ninety seven": "97",
            "ninety eight": "98",
            "ninety nine": "99",
            "one hundred": "100",
            "zero": "0",
        }
        return numbers[word]

    def find_input_captcha(self, equation):
        """!
        Find result of equation string.
        Args:
            equation - string with only numbers and signs as =, -, +, *.
        Returns:
            int, result of equation.
        """
        before_eq = equation.split("=")[0]
        after_eq = equation.split("=")[-1]
        if after_eq == "":
            return eval(before_eq)
        else:
            operations = {"+": "-", "-": "", "*": "/"}
            for each in operations.keys():
                if each in before_eq:
                    if each == "-":
                        if before_eq[0] == "-":
                            input_c = eval(after_eq + "+" + before_eq.replace(each, ""))
                        elif before_eq[-1] == "-":
                            input_c = eval(before_eq + after_eq)
                    else:
                        input_c = eval(after_eq + operations[each] + before_eq.replace(each, ""))
                    break
            return input_c

    def tearDown(self):
        try:
            self.test.quit_driver()
        except:
            pass