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How to use get_components method in robotframework-pageobjects

Best Python code snippet using robotframework-pageobjects_python

unit_tests.py

Source:unit_tests.py

...3import region4x = region.region([[0, 0], [5, 0], [5, 5], [0, 5]], True)5y = region.region([[5, 5], [10, 5], [10, 10], [5, 10]], True)6z = x + y7print(x.get_components()[0] == x)8print(y.get_components()[0] == y)9print(x + y == z)10print("\nExactly one of following two should be true")11print(z.get_components()[0] == x)12print(z.get_components()[0] == y)13print("Following two should be opposite of previous two")14print(z.get_components()[1] == x)15print(z.get_components()[1] == y)16print17x = region.region([[0, 0], [5, 0], [5, 5], [0, 5]], False)18y = region.region([[5, 5], [10, 5], [10, 10], [5, 10]], False)19z = x + y20print(x.get_components()[0] == x)21print(y.get_components()[0] == y)22print(z.get_components()[0] == z)23print(x + y == z)24print25x = region.region([[0, 0], [5, 0], [5, 5], [0, 5]], False)26y = region.region([[1, 1], [4, 1], [4, 4], [1, 4]], False)27z = x - y28print(x.get_components()[0] == x)29print(y.get_components()[0] == y)30print(z.get_components()[0] == z)31print(x - y == z)32print33x = region.region([[0, 0], [5, 0], [5, 5], [0, 5]], False)34y = region.region([[1, 1], [4, 1], [4, 4], [1, 4]], False)35z = x - y36s = region.region([[2, 0], [2, 5]], False)37t = z - s38a, b = t.get_components()39print(x.get_components()[0] == x)40print(y.get_components()[0] == y)41print(z.get_components()[0] == z)42print(x - y == z)43print(s.get_components()[0] == s)44print(a.get_components()[0] == a)45print(b.get_components()[0] == b)46print(z - s == t)47print(a + b == t)48print49x = region.region([[0, 0], [5, 0], [5, 5], [0, 5]], False)50y = region.region([[1, 1], [4, 1], [4, 4], [1, 4]], False)51z = x - y52s = region.region([[2, 0], [2, 5]], False)53u = region.region([[2, 0]], False) + region.region([[2, 5]], False)54t = z - s + u55a, b = u.get_components()56print(x.get_components()[0] == x)57print(y.get_components()[0] == y)58print(z.get_components()[0] == z)59print(x - y == z)60print(s.get_components()[0] == s)61print(t.get_components()[0] == t)62print(a.get_components()[0] == a)63print(b.get_components()[0] == b)64print(z - s + u == t)65print(a + b == u)66print67x = region.region([[0, 0], [5, 0], [5, 5], [0, 5], [0, 10], [5, 10], [0, 10], [0, 5]], False)68y = region.region([[0, 10]], False) + region.region([[-1, -1]], False)69z = x - y70a, b = y.get_components()71c, d = z.get_components()72print(x.get_components()[0] == x)73print(a.get_components()[0] == a)74print(b.get_components()[0] == b)75print(a + b == y)76print(c.get_components()[0] == c)77print(d.get_components()[0] == d)78print(c + d == z)79print("\nExactly one of following two should be true")80print(c + d + a == x)81print(c + d + b == x)82print83print(x.to_list())84print(a.to_list())85print(b.to_list())86print(c.to_list())87print(d.to_list())88print89a = region.region(90    [[558.1540785498489, 846.9633889139873], [555.986301369863, 849.1913821267507], [552.0, 845.2050807568877]], True91)92b = region.region([[1050.0, 100.0], [1050.0, 950.0], [100.0, 950.0], [100.0, 100.0]], False)93c = region.region(94    [95        [178.0, 400.0], [250.0, 328.0], [250.31880443303905, 327.910734758749], [250.0, 326.79491924311225],96        [278.0, 226.79491924311225], [350.0, 154.79491924311225], [450.0, 126.79491924311225],97        [550.0, 154.79491924311225], [650.0, 126.79491924311225], [750.0, 154.79491924311225],98        [827.0, 231.79491924311225], [855.0, 331.79491924311225], [854.7322042762471, 332.73220427624716],99        [927.0, 405.0], [955.0, 505.0], [927.0, 603.0], [855.0, 677.0], [854.6871081120839, 677.0876097286164],100        [855.0, 678.2050807568877], [827.0, 776.2050807568877], [755.0, 850.2050807568877], [655.0, 878.2050807568877],101        [557.0, 850.2050807568877], [555.986301369863, 849.1913821267507], [555.0, 850.2050807568877],102        [455.0, 878.2050807568877], [357.0, 850.2050807568877], [278.0, 771.2050807568877], [250.0, 673.2050807568877],103        [250.70111141556916, 670.7011114155691], [178.0, 598.0], [150.0, 500.0]104    ], True105)106z = b - c107x = z + a108print(a.get_components()[0] == a)109print(b.get_components()[0] == b)110print(c.get_components()[0] == c)111print(z.get_components()[0] == z)...

vectors.py

Source:vectors.py

...19    @abstractmethod20    def c_dot(self):21        pass22    @abstractmethod23    def get_components(self):24        pass25class Vector2D(IVector):26    def __init__(self,x,y):27        self._x = x28        self._y = y29    def get_components(self):30        return [self._x,self._y]31    def abs(self):32        return math.sqrt(self._x ** 2 + self._y ** 2)33    def c_dot(self, vec: IVector):34        return self._x * vec.get_components()[0] + self._y * vec.get_components()[1]35class Polar2DAdapter(IVector, IPolar2D):36    def __init__(self, srcVector: Vector2D):37        self._srcVector = srcVector38    def abs(self):39        return math.sqrt(self._srcVector.get_components()[0] ** 2 + self._srcVector.get_components()[1] ** 2)40    def get_angle(self):41        return math.atan2(self._y, self._x) * 180 / math.pi42    def c_dot(self, vec: IVector):43        return self._srcVector.get_components()[0] * vec.get_components()[0] + self._srcVector.get_components()[1] * vec.get_components()[1]44    def get_components(self):45        pass46class Vector3DDecorator(IVector):47    def __init__(self, vec:IVector, z):48        self._src_vector = vec49        self._z = z50    def abs(self):51        return math.sqrt(self._src_vector.get_components()[0]**2+self._src_vector.get_components()[1]**2+self._z**2)52    def c_dot(self, vec: IVector):53        return self._src_vector.get_components()[0] * vec.get_components()[0] + self._src_vector.get_components()[1] * vec.get_components()[1] + self._z**254    def get_components(self):55        return [self._src_vector.get_components()[0], self._src_vector.get_components()[1], self._z]56    def cross(self, vec: IVector):57        return np.cross(self.get_components(), vec.get_components())58    def get_src_v(self):59        return self._src_vector60class TwoDPolarInheritance(Vector2D):61    def __init__(self,x,y):62        super().__init__(x,y)63    def get_angle(self):64        return math.atan2(self._y, self._x) * 180 / math.pi65class VectorThreeDInheritance(Vector2D):66    def __init__(self,x,y,z):67        super().__init__(x,y)68        self._z = z69    def abs(self):70        return math.sqrt(self.__z**2+self._y**2+self._x**2)71    def c_dot(self, vec: IVector):72        return self._x * vec.get_components()[0] + self._y * vec.get_components()[1] + self._z * vec.get_components()[2]73    def get_components(self):74        return [self._x, self._y, self._z]75    def cross(self, vec: IVector):76        return np.cross(self.get_components(), vec.get_components())77    def get_src_v(self):...

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