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How to use price method in robotframework-pageobjects

Best Python code snippet using robotframework-pageobjects_python

lab3.py

Source:lab3.py

1__author__ = 'Fernando Ames'2# This program calculates a final price and the shipping time.3# Input List: item_price, location_of_user4# Output list: discount_price, time_of_shipping, final_price, location_of_user5# Function Real, String get_location_of_user_and_price()6#   Declare Real item_price,7#   Declare String location_of_user8#9#   Display "Please enter the price of the item"10#   Input item_price11#   Display "Please enter the location North America, South America or Central America?"12#   Input location_of_user13#   Return item_price, location_of_user14# End Function15def get_location_of_user_and_price():16    item_price = 0.017    location_of_user = ""18    item_price = float(input("Please enter the item price: "))19    location_of_user = input("Please enter your location North America, South America or Central America?")20    return item_price, location_of_user21# Function Real calculate_discount_price(Real item_price)22#   Declare Real discount_price23#24#   if item_price >= 100.0 or item_price <= 200.0 then25#       discount_price = 1026#   Else27#       discount_price = 028#   End if29#   Return discount_price30# End Function31def calculate_discount_price(item_price):32    discount_price = 0.033    if item_price >= 20.0:34        discount_price = 235    else:36        discount_price = 037    return discount_price38# Function Real calculate_total_price(Real item_price, Real discount_price)39#   Declare total_price = 0.040#41#   total_price = item_price - discount_price42#   Return total_price43# End Function44def calculate_total_price(item_price, discount_price):45    total_price = 0.046    total_price = item_price - discount_price47    return total_price48# Function Real calculate_time_of_shipping(String location_of_user)49#   Declare Real shipping_time50#51#   if location_of_user == "North America" then52#       shipping_time = 353#   elif location_of_user == "Central America" then54#       shipping_time = 555#   elif location_of_user == "South America" then56#       shipping_time = 757#   else58#       shipping_time = 1059#   End if60#   return shipping_time61# End Function62def calculate_time_of_shipping(location_of_user):63    shipping_time = 064    if location_of_user == "North America":65        shipping_time = 366    elif location_of_user == "Central America":67        shipping_time = 568    elif location_of_user == "South America":69        shipping_time = 770    else:71        shipping_time = 1072    return shipping_time73# Module output_price_and_shipping (Real discount_price, Real total_price, Real shipping_time, String location_of_user)74#   Display "The location of the user is", location_of_user, "your shipping time is" shipping_time75#   Display "Lucky day you received a -$", discount_price, "discount!"76#   Display "Your total price is:", total_price77# End Module78def output_price_and_shipping(discount_price, total_price, shipping_time, location_of_user):79    print("The location of the user is", location_of_user, "and your shipping time is", shipping_time, "days")80    print("Lucky day! You received a -$", discount_price, "discount!")81    print("Your total price is:$", total_price)82# Module calculate_price_and_shipping()83#   Declare Real item_price84#   Declare String location_of_user85#   Declare Real discount_price86#   Declare Real total_price87#   Declare Real shipping_time88#89#   Set item_price, location_of_user = get_location_of_user_and_price()90#   Set discount_price = calculate_discount_price(item_price)91#   Set total_price = calculate_total_price(item_price, discount_price)92#   Set shipping_time = calculate_time_of_shipping(location_of_user)93#   Call output_price_and_shipping(discount_price, total_price, shipping_time, location_of_user)94# End Module95def calculate_price_and_shipping():96    item_price = 0.097    location_of_user = ""98    discount_price = 0.099    total_price = 0.0100    shipping_time = 0101    item_price, location_of_user = get_location_of_user_and_price()102    discount_price = calculate_discount_price(item_price)103    total_price = calculate_total_price(item_price, discount_price)104    shipping_time = calculate_time_of_shipping(location_of_user)105    output_price_and_shipping(discount_price, total_price, shipping_time, location_of_user)...

__init__.py

Source:__init__.py

...18class PricePolicy(object):19  def __init__(self, injector, rules):20    self.injector = injector21    self.rules = rules22  def floor_price(self, equity_pair, price):23    assert equity_pair in self.rules, "equity_pair {} should be member of rules.".format(equity_pair)24    price_min = self.rules[equity_pair].min25    price_max = self.rules[equity_pair].max26    price_step = self.rules[equity_pair].step27    if price_min is not None and price < price_min:28      return 029    if price_max is not None and price > price_max:30      return price_max31    if price_step is not None:32      if price_step <= 1:33        price_multiplier = 1 / price_step34        return math.floor(float(price) * price_multiplier) / price_multiplier35      else:36        return price_step * math.floor(float(price) / price_step)37    return price38  def ceil_price(self, equity_pair, price):39    assert equity_pair in self.rules, "equity_pair {} should be member of rules.".format(equity_pair)40    price_min = self.rules[equity_pair].min41    price_max = self.rules[equity_pair].max42    price_step = self.rules[equity_pair].step43    if price_min is not None and price < price_min:44      return price_min45    if price_max is not None and price > price_max:46      # probably raise exception?47      return price_max48    if price_step is not None:49      if price_step <= 1:50        price_multiplier = 1 / price_step51        return math.ceil(float(price) * price_multiplier) / price_multiplier52      else:53        return price_step * math.ceil(float(price) / price_step)54    return price55  @staticmethod56  def build(injector, config_path):57    rules = PricePolicy.parse_rules(config_path)58    return PricePolicy(injector, rules)59  @staticmethod60  def parse_rules(config_path):61    with open(config_path, 'rU') as f:62      conf = json.load(f)63      rules = {}64      for equity_pair in conf:65        min = None66        max = None67        step = None68        if 'price' in conf[equity_pair]:69          price_conf = conf[equity_pair]['price']70          if 'min' in price_conf:71            min = price_conf['min']72          if 'max' in price_conf:73            max = price_conf['max']74          if 'step' in price_conf:75            step = price_conf['step']76        price_rule = PriceRule(min, max, step)77        rules[equity_pair] = price_rule78      return rules79class DummyPricePolicy(PricePolicy):80  def __init__(self, injector):81    super(DummyPricePolicy, self).__init__(injector, {})82  def floor_price(self, equity_pair, price):83    return price84  def ceil_price(self, equity_pair, price):85    return price86class PriceRule(object):87  def __init__(self, min, max, step):88    self.min = min89    self.max = max...

LeJustePrython.py

Source:LeJustePrython.py

1price=1502#13print(price)4#25def ChangePrice():6    prix=3007    print(prix)8    9ChangePrice()10#311print(price)12#413def SayPrice():14    print(price)15    16SayPrice()17#518def ChangePriceTwo():19    global price 20    price = 3021    print(price)22    23print(price)24#625ChangePriceTwo()26#727print(price)28#829def ChangePriceThree(_price):30    _price = 7031    print(_price)32    33ChangePriceThree(price)34#935print(price)36#1037print(_price)38#1139def SayPriceTwo(_price):40    print(_price)41    42SayPriceTwo(price)43#1244SayPriceTwo(_price)45#1346def ReturnPrice(_price):47    return 1548print(ReturnPrice(price))49#1450print(price)51#1552price = ReturnPrice(1000)53print(price)54#1655def ReturnPriceTwo(_price):56    return _price + 557print(ReturnPriceTwo(price))58#1759print(ReturnPriceTwo(1000))60#1861print(price)62#1963price = ReturnPriceTwo(price)64print(price)65#2066price = ReturnPriceTwo(444719)...

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