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How to use get_values method in pyresttest
Best Python code snippet using pyresttest_python
test_multiinput.py
Source:test_multiinput.py 
...44 not_connected.add_value(None)45 connected = testclasses.NonReplacingMultiInput().add_value.connect(t1.get_value)46 t2.set_value.connect(connected.get_values)47 for instance in (not_connected, connected):48 assert instance.get_values() == (None,)49 id1 = instance.add_value(1.0)50 assert instance.get_values() == (None, 1.0)51 instance.add_value(2.0)52 assert instance.get_values() == (None, 1.0, 2.0)53 instance.remove_value(id1)54 assert instance.get_values() == (None, 2.0)55 # replacing MultiInput56 t1 = testclasses.Simple()57 t2 = testclasses.Simple()58 t2.set_value.set_laziness(connectors.Laziness.ON_ANNOUNCE)59 not_connected = testclasses.ReplacingMultiInput()60 not_connected.add_value(None)61 connected = testclasses.ReplacingMultiInput().add_value.connect(t1.get_value)62 t2.set_value.connect(connected.get_values)63 for instance in (not_connected, connected):64 assert instance.get_values() == (None,)65 id1 = instance.add_value(10)66 assert instance.get_values() == (None, 10)67 instance.add_value(20)68 assert instance.get_values() == (None, 10, 20)69 instance.replace_value(id1, 30)70 assert instance.get_values() == (None, 30, 20)71 instance.remove_value(id1)72 assert instance.get_values() == (None, 20)73def test_non_replacing_multiinput():74 """Tests the behavior of a multi-input connector without a replace method"""75 call_logger = helper.CallLogger()76 # test without connections77 instance = testclasses.NonReplacingMultiInput(call_logger)78 assert instance.get_values() == ()79 id1 = instance.add_value(1)80 assert instance.get_values() == (1,)81 instance.add_value(2)82 assert instance.get_values() == (1, 2)83 instance.remove_value(id1)84 assert instance.get_values() == (2,)85 # test with connections86 t1 = testclasses.Simple(call_logger)87 t1.set_value(11)88 instance.add_value.connect(t1.get_value)89 t2 = testclasses.Simple(call_logger)90 t2.set_value(12)91 instance.add_value.connect(t2.get_value)92 assert instance.get_values() == (2, 11, 12)93 t1.set_value(13)94 assert instance.get_values() == (2, 12, 13)95def test_replacing_multiinput():96 """Tests the behavior of a multi-input connector with a replace method"""97 call_logger = helper.CallLogger()98 # test without connections99 instance = testclasses.ReplacingMultiInput(call_logger)100 assert instance.get_values() == ()101 id1 = instance.add_value(1)102 assert instance.get_values() == (1,)103 instance.add_value(2)104 assert instance.get_values() == (1, 2)105 instance.replace_value(id1, 3)106 assert instance.get_values() == (3, 2)107 instance.remove_value(id1)108 assert instance.get_values() == (2,)109 # test with connections110 t1 = testclasses.Simple(call_logger)111 t1.set_value(11)112 instance.add_value.connect(t1.get_value)113 t2 = testclasses.Simple(call_logger)114 t2.set_value(12)115 instance.add_value.connect(t2.get_value)116 assert instance.get_values() == (2, 11, 12)117 t1.set_value(13)118 assert instance.get_values() == (2, 13, 12)119def test_multiple_outputs():120 """Tests the behavior of a multi-input connector upon which two output connectors depend."""121 call_logger = helper.CallLogger()122 # set the processing chain123 t1 = testclasses.Simple(call_logger)124 t2 = testclasses.MultiInputMultipleOutputs(call_logger).add_value.connect(t1.get_value)125 t3 = testclasses.MultipleInputs(call_logger)126 call_logger.set_name_mapping(t1=t1, t2=t2, t3=t3)127 t3.set_value1.connect(t2.get_values)128 t3.set_value2.connect(t2.get_bools)129 call_logger.compare([])130 # check the executed methods131 t1.set_value(25.4)132 assert t3.get_values() == ((25.4,), (True,))133 call_logger.compare([(t1, "set_value", [25.4], t1), (t1, "get_value", [], 25.4), (t2, "add_value", (25.4,)),134 {((t2, "get_values", (), (25.4,)), (t3, "set_value1", ((25.4,),), t3)),135 ((t2, "get_bools", (), (True,)), (t3, "set_value2", ((True,),), t3))},136 (t3, "get_values", [], ((25.4,), (True,)))])137def test_disconnect():138 """Tests the behavior when disconnecting a multi-input connector"""139 t1 = testclasses.Simple()140 t2 = testclasses.Simple()141 t3 = testclasses.ReplacingMultiInput()142 t3.add_value.connect(t1.get_value)143 t3.add_value.connect(t2.get_value)144 t1.set_value(1.0)145 t2.set_value(2.0)146 assert t3.get_values() == (1.0, 2.0)147 t3.add_value.disconnect(t2.get_value)148 assert t3.get_values() == (1.0,)149def test_laziness_on_connect():150 """Tests the behavior of a non-lazy multi-input connector, that requests new151 data as soon as it becomes available and also when connecting an output connector152 to the multi-input connector"""153 call_logger = helper.CallLogger()154 # set up a small processing chain155 t1 = testclasses.NonReplacingMultiInput(call_logger)156 t2 = testclasses.NonLazyInputs(call_logger)157 call_logger.set_name_mapping(t1=t1, t2=t2)158 t2.add_value.set_laziness(connectors.Laziness.ON_CONNECT)159 t2.add_value.connect(t1.get_values)160 call_logger.compare([(t1, "get_values", None), (t2, "add_value", None)])161 # change a value and check that the setter is called162 call_logger.clear()163 t1.add_value(1.0)164 call_logger.compare([(t1, "add_value", [1.0]), (t1, "get_values", [], (1.0,)), (t2, "replace_value")])165 # change the input's laziness and check again166 call_logger.clear()167 t2.add_value.set_laziness(connectors.Laziness.ON_REQUEST)168 t1.add_value(2.0)169 call_logger.compare([(t1, "add_value", [2.0])])170def test_laziness_on_announce():171 """Tests the behavior of a non-lazy multi-input connector, that requests new172 data as soon as it becomes available"""173 call_logger = helper.CallLogger()174 # set up a small processing chain175 t1 = testclasses.NonReplacingMultiInput(call_logger)176 t2 = testclasses.NonLazyInputs(call_logger).add_value.connect(t1.get_values)177 call_logger.set_name_mapping(t1=t1, t2=t2)178 call_logger.compare([])179 # change a value and check that the setter is called180 t1.add_value(1.0)181 call_logger.compare([(t1, "add_value", [1.0]), (t1, "get_values", [], (1.0,)), (t2, "add_value", [(1.0,)])])182 # change the input's laziness and check again183 call_logger.clear()184 t2.add_value.set_laziness(connectors.Laziness.ON_REQUEST)185 t1.add_value(2.0)186 call_logger.compare([(t1, "add_value", [2.0])])187 # check that the set_laziness method is also available in the proxies188 call_logger.clear()189 t3 = testclasses.ReplacingMultiInput(call_logger)190 call_logger.set_name_mapping(t3=t3)191 t3.add_value.set_laziness(connectors.Laziness.ON_ANNOUNCE)192 t3.add_value.connect(t1.get_values)193 call_logger.compare([])194 t1.add_value(3.0)195 call_logger.compare([(t1, "add_value", [3.0]),196 (t1, "get_values", [], (1.0, 2.0, 3.0)),197 (t3, "add_value", [(1.0, 2.0, 3.0)])])198def test_laziness_on_notify():199 """Tests the behavior of a non-lazy multi-input connector, that requests new200 data as soon as it has been computed"""201 call_logger = helper.CallLogger()202 # set up a small processing chain203 t1 = testclasses.Simple(call_logger)204 t2 = testclasses.Simple(call_logger).set_value.connect(t1.get_value)205 t3 = testclasses.NonReplacingMultiInput(call_logger).add_value.connect(t1.get_value)206 call_logger.set_name_mapping(t1=t1, t2=t2, t3=t3)207 t3.add_value.set_laziness(connectors.Laziness.ON_NOTIFY)208 call_logger.compare([])209 # set the value210 t1.set_value(1.0)211 call_logger.compare([(t1, "set_value", [1.0], t1)])212 call_logger.clear()213 # retrieve the value through t2 and check if t3 updates itself214 assert t2.get_value() == 1.0215 call_logger.compare([(t1, "get_value", [], 1.0),216 {((t2, "set_value", (1.0,), t2), (t2, "get_value", (), 1.0)),217 ((t3, "add_value", (1.0,)),)}])218 call_logger.clear()219 assert t3.get_values() == (1.0,)220 call_logger.compare([(t3, "get_values", [], (1.0,))])221def test_condition_on_announce():222 """Tests the conditional announcement of value changes"""223 call_logger = helper.CallLogger()224 t1 = testclasses.Simple(call_logger)225 t2 = testclasses.ConditionalMultiInputAnnouncement(call_logger).add_value.connect(t1.get_value)226 t3 = testclasses.Simple(call_logger).set_value.connect(t2.get_values)227 call_logger.set_name_mapping(t1=t1, t2=t2, t3=t3)228 # test with condition == True229 call_logger.compare([])230 t1.set_value(1.0)231 assert t3.get_value() == (1.0,)232 call_logger.compare([(t1, "set_value", [1.0], t1), (t1, "get_value", [], 1.0),233 (t2, "add_value", [1.0]), (t2, "get_values", [], (1.0,)),234 (t3, "set_value", [(1.0,)], t3), (t3, "get_value", [], (1.0,))])235 # test with condition == False236 t2.condition = False237 call_logger.clear()238 t1.set_value(2.0)239 assert t3.get_value() == (1.0,)240 call_logger.compare([(t1, "set_value", [2.0], t1)])241 assert t2.get_values() == (1.0,)242 # test calling the method directly243 t2.condition = False244 call_logger.clear()245 t2.add_value(3.0)246 assert t3.get_value() == (1.0, 3.0)247 call_logger.compare([(t2, "add_value", [3.0]), (t2, "get_values", [], (1.0, 3.0)),248 (t3, "set_value", [(1.0, 3.0)], t3), (t3, "get_value", [], (1.0, 3.0))])249 # test disconnecting250 t2.condition = False251 call_logger.clear()252 t1.get_value.disconnect(t2.add_value)253 assert t3.get_value() == (3.0,)254 call_logger.compare([(t2, "remove_value"), (t2, "get_values", [], (3.0,)),255 (t3, "set_value", [(3.0,)], t3), (t3, "get_value", [], (3.0,))])256def test_condition_on_notify():257 """Tests the conditional notification of observing output connectors about value changes"""258 call_logger = helper.CallLogger()259 t1 = testclasses.Simple(call_logger)260 t2 = testclasses.ConditionalMultiInputNotification(call_logger).add_value.connect(t1.get_value)261 t3 = testclasses.Simple(call_logger).set_value.connect(t2.get_values)262 call_logger.set_name_mapping(t1=t1, t2=t2, t3=t3)263 call_logger.compare([])264 # test with condition == True265 t1.set_value(1.0)266 assert t3.get_value() == (1.0,)267 call_logger.compare([(t1, "set_value", [1.0], t1), (t1, "get_value", [], 1.0),268 (t2, "add_value", [1.0]), (t2, "get_values", [], (1.0,)),269 (t3, "set_value", [(1.0,)], t3), (t3, "get_value", [], (1.0,))])270 # test with condition == False271 t2.condition = False272 call_logger.clear()273 t1.set_value(2.0)274 assert t3.get_value() == (1.0,)275 call_logger.compare([(t1, "set_value", [2.0], t1),276 (t1, "get_value", [], 2.0),277 (t2, "replace_value")])278 assert t2.get_values() == (1.0,)279 # test calling the method directly280 t2.condition = False281 call_logger.clear()282 t2.add_value(3.0)283 assert t3.get_value() == (1.0,)284 call_logger.compare([(t2, "add_value", [3.0])])285 assert t2.get_values() == (1.0,)286 # test for an implementation detail, that specifying the value as keyword argument takes a slightly more complex code path287 data_id = t2.add_value(value=4.0)288 t2.remove_value(data_id)289 # test disconnecting290 t2.condition = False291 call_logger.clear()292 t1.get_value.disconnect(t2.add_value)293 assert t3.get_value() == (1.0,)294 call_logger.compare([(t2, "remove_value", None, t2)])295 # test changing the condition296 call_logger.clear()297 t2.set_condition(True)298 assert t3.get_value() == (3.0,) # the value from calling the method directly299 call_logger.compare([(t2, "set_condition", [True], t2), (t2, "get_values", [], (3.0,)),...
vm_triples.py
Source:vm_triples.py
...14 self.y = y15 self.r = r16 def __repr__(self) -> str:17 ''' Return canonical string representation.'''18 return f'Triple{self.get_values()}'19 def __eq__(self, other) -> bool:20 ''' Comparison based on the values.'''21 x1, y1, z1 = self.get_values()22 x2, y2, z2 = other.get_values()23 return (approx_equal(x1, x2) and approx_equal(y1, y2) and 24 approx_equal(z1, z2))25 def __add__(self, other):26 '''Addition of triples, using formula on pp8 of book on Triples.'''27 x, y, r = self.get_values()28 bx, by, br = other.get_values()29 return Triple(x * bx - y * by, y * bx + x * by, r * br).reduce()30 def __sub__(self, other):31 '''Subtraction of triples, using method on pp10 of book on Triples.'''32 x, y, r = self.get_values()33 bx, by, br = other.get_values()34 return Triple(x * bx + y * by, y * bx - x * by, r * br).reduce()35 def double(self):36 '''Double angle formula, pp9 in Triple book.'''37 x, y, r = self.get_values()38 return Triple(x * x - y * y, 2 * x * y, r * r).reduce()39 def half(self):40 '''Half angle method, pp17 in Triple Book'''41 x, y, r = self.get_values()42 hx = x + r43 hy = y44 hr = sqrt(hx * hx + hy * hy)45 return Triple(hx, hy, hr).reduce()46 def get_values(self):47 '''48 Return a tuple of the attributes x, y, r.49 '''50 return (self.x, self.y, self.r)51 def is_valid(self):52 '''53 Tests for the validity of the triple.54 '''55 (x, y, r) = self.get_values()56 return approx_equal(x ** 2 + y ** 2, r ** 2)57 def base(self):58 return self.x59 def height(self):60 return self.y61 def hypotenuse(self):62 return self.r63 def cos(self):64 '''65 Cosine of the angle of the triple.66 '''67 return self.x / self.r68 def sin(self):69 '''70 Sine of the angle of the triple.71 '''72 return self.y / self.r73 def tan(self):74 '''75 Tan of the angle of the triple.76 '''77 return self.y / self.x78 def cosec(self):79 '''80 Cosec of the angle of the triple.81 '''82 return self.r / self.x83 def sec(self):84 '''85 Sec of the angle of the triple.86 '''87 return self.r / self.y88 def cot(self):89 '''90 Cot of the angle of the triple.91 '''92 return self.x / self.y93 def complimentary(self):94 '''95 Returns the complimentary triple.96 '''97 x, y, r = self.get_values()98 return Triple(y, x, r)99 def is_similar(self, other):100 ''' Test for similarity between triples.'''101 s = self.get_values()102 o = other.get_values()103 ratios = [e[0] / e[1] for e in zip(s, o)]104 return all([r == ratios[0] for r in ratios])105 def divide(self, c):106 '''Divide elements by a common factor.'''107 x, y, r = self.get_values()108 return Triple(x / c, y / c, r / c)109 def multiply(self, c):110 '''Multiply elements by a common factor.'''111 x, y, r = self.get_values()112 return Triple(x * c, y * c, r * c)113 def reduce(self):114 '''115 Reduce to the form where the first elements have no common factors.116 '''117 x, y, r = self.get_values()118 if type(x) == int and type(y) == int:119 d = gcd(x, y)120 if d > 1:121 x, y, r = x / d, y / d, r / d122 return Triple(x, y, r)123 def normalise(self):124 '''125 Normalise to the form where the radius is one.126 '''127 x, y, r = self.get_values()128 return Triple(x / r, y / r, 1)129TRIPLE_0 = Triple(1, 0, 1)130TRIPLE_90 = Triple(0, 1, 1)131TRIPLE_180 = Triple(-1, 0, 1)132TRIPLE_270 = Triple(0, -1, 1)133TRIPLE_360 = Triple(1, 0, 1)134TRIPLE_30 = Triple(sqrt(3), 1 ,2)135TRIPLE_45 = Triple(1, 1, sqrt(2))136TRIPLE_60 = Triple(1, sqrt(3) ,2)137class Quadruple:138 '''139 Class for computing with quadruples. For reference see the 140 book Triples by Kenneth Williams.141 '''142 def __init__(self, x, y, z, r):143 '''144 Initialise the attributes of a quadruple.145 '''146 self.x = x147 self.y = y148 self.z = z149 self.r = r150 def __repr__(self) -> str:151 ''' Return canonical string representation.'''152 return f'Quadruple{self.get_values()}'153 def __eq__(self, other) -> bool:154 ''' Comparison based on the values.'''155 x1, y1, z1, r1 = self.get_values()156 x2, y2, z2, r2 = other.get_values()157 return (approx_equal(x1, x2) and approx_equal(y1, y2) and 158 approx_equal(z1, z2) and approx_equal(r1, r2))159 def get_values(self):160 '''161 Return a tuple of the attributes x, y, z, r.162 '''163 return (self.x, self.y, self.z, self.r)164 def is_valid(self):165 '''166 Tests for the validity of the quadruple.167 '''168 (x, y, z, r) = self.get_values()169 return approx_equal(x ** 2 + y ** 2 + z ** 2, r ** 2)170 def get_composite_triples(self):171 '''Return a list of the four composite triples, as per diagram172 on pp 162 of the Triples book.'''173 x, y, z, r = self.get_values()174 return [175 Triple(x, sqrt(r * r - x * x) ,r), 176 Triple(y, z, sqrt(y * y + z * z)),177 Triple(x, y, sqrt(x * x + y * y)),178 Triple(sqrt(r * r - z * z), z, r)179 ]180 def reduce(self):181 '''182 Reduce to the form where the first elements have no common factors.183 '''184 x, y, z, r = self.get_values()185 if type(x) == int and type(y) == int and type(z) == int:186 d = gcd(gcd(x, y), z)187 if d > 1:188 x, y, z, r = x / d, y / d, z / d, r / d189 return Quadruple(x, y, z, r)190# as per pp164 of the Triples book191QUAD_POSX = Quadruple(1, 0, 0, 1)192QUAD_NEGX = Quadruple(-1, 0, 0, 1)193QUAD_POSY = Quadruple(0, 1, 0, 1)194QUAD_NEGY = Quadruple(0, -1, 0, 1)195QUAD_POSZ = Quadruple(0, 0, 1, 1)196QUAD_NEGZ = Quadruple(0, 0, -1, 1)197class Quintuple:198 '''199 Class for computing with quintuples. For reference see the 200 book Triples by Kenneth Williams. Required for quadruple subtraction pp164.201 '''202 def __init__(self, w, x, y, z, r):203 '''204 Initialise the attributes of a quintuple.205 '''206 self.w = w207 self.x = x208 self.y = y209 self.z = z210 self.r = r211 def __repr__(self) -> str:212 ''' Return canonical string representation.'''213 return f'Quintuple{self.get_values()}'214 def __eq__(self, other) -> bool:215 ''' Comparison based on the values.'''216 w1, x1, y1, z1, r1 = self.get_values()217 w2, x2, y2, z2, r2 = other.get_values()218 return (approx_equal(w1, w2) and approx_equal(x1, x2) and 219 approx_equal(y1, y2) and approx_equal(z1, z2) and 220 approx_equal(r1, r2))221 def get_values(self):222 '''223 Return a tuple of the attributes w, x, y, z, r.224 '''225 return (self.w, self.x, self.y, self.z, self.r)226 def is_valid(self):227 '''228 Tests for the validity of the quintuple.229 '''230 (w, x, y, z, r) = self.get_values()231 return approx_equal(w ** 2 + x ** 2 + y ** 2 + z ** 2, r ** 2)232 def reduce(self):233 '''234 Reduce to the form where the first elements have no common factors.235 '''236 w, x, y, z, r = self.get_values()237 if (type(w) == int and type(x) == int and type(y) == int and 238 type(z) == int):239 d = gcd(gcd(gcd(w, x), y), z)240 if d > 1:241 w, x, y, z, r = w / d, x / d, y / d, z / d, r / d...
calculator.py
Source:calculator.py
...29 # First line frame30 self.first_line = Frame(self.kb_main_frame)31 self.first_line.pack()32 # Buttons first line33 self.b_null = Button(self.first_line, text='C', font=('Verdana', 25), width=3, command=lambda: self.get_values('clear'))34 self.b_null.pack(side=LEFT, padx=2, pady=2)35 self.b_divide = Button(self.first_line, text='/', font=('Verdana', 25), width=3, command=lambda: self.get_values('/'))36 self.b_divide.pack(side=LEFT, padx=2, pady=2)37 self.b_times = Button(self.first_line, text='*', font=('Verdana', 25), width=3, command=lambda : self.get_values('*'))38 self.b_times.pack(side=LEFT, padx=2, pady=2)39 self.b_minus = Button(self.first_line, text='-', font=('Verdana', 25), width=3, command=lambda: self.get_values('-'))40 self.b_minus.pack(side=LEFT, padx=2, pady=2)41 # Second line frame42 self.second_line = Frame(self.kb_main_frame)43 self.second_line.pack()44 # Buttons second line45 self.b_seven = Button(self.second_line, text='7', font=('Verdana', 25), width=3, command=lambda: self.get_values(7))46 self.b_seven.pack(side=LEFT, padx=2, pady=2)47 self.b_eight = Button(self.second_line, text='8', font=('Verdana', 25), width=3, command=lambda: self.get_values(8))48 self.b_eight.pack(side=LEFT, padx=2, pady=2)49 self.b_nine = Button(self.second_line, text='9', font=('Verdana', 25), width=3, command=lambda: self.get_values(9))50 self.b_nine.pack(side=LEFT, padx=2, pady=2)51 self.b_plus = Button(self.second_line, text='+', font=('Verdana', 25), width=3, command=lambda: self.get_values('+'))52 self.b_plus.pack(side=LEFT, padx=2, pady=2)53 # Third line frame54 self.third_line = Frame(self.kb_main_frame)55 self.third_line.pack()56 # Buttons third line57 self.b_four = Button(self.third_line, text='4', font=('Verdana', 25), width=3, command=lambda: self.get_values(4))58 self.b_four.pack(side=LEFT, padx=2, pady=2)59 self.b_five = Button(self.third_line, text='5', font=('Verdana', 25), width=3, command=lambda: self.get_values(5))60 self.b_five.pack(side=LEFT, padx=2, pady=2)61 self.b_six = Button(self.third_line, text='6', font=('Verdana', 25), width=3, command=lambda: self.get_values(6))62 self.b_six.pack(side=LEFT, padx=2, pady=2)63 self.b_dot = Button(self.third_line, text='.', font=('Verdana', 25), width=3, command=lambda: self.get_values('.'))64 self.b_dot.pack(side=LEFT, padx=2, pady=2)65 # Fourth line frame66 self.fourth_line = Frame(self.kb_main_frame)67 self.fourth_line.pack()68 # Buttons fourth line69 self.b_one = Button(self.fourth_line, text='1', font=('Verdana', 25), width=3, command=lambda: self.get_values(1))70 self.b_one.pack(side=LEFT, padx=2, pady=2)71 self.b_two = Button(self.fourth_line, text='2', font=('Verdana', 25), width=3, command=lambda: self.get_values(2))72 self.b_two.pack(side=LEFT, padx=2, pady=2)73 self.b_three = Button(self.fourth_line, text='3', font=('Verdana', 25), width=3, command=lambda: self.get_values(3))74 self.b_three.pack(side=LEFT, padx=2, pady=2)75 self.parentheses = Frame(self.fourth_line,)76 self.parentheses.pack(side=LEFT, padx=2, pady=2)77 self.b_p_right = Button(self.parentheses, text='(', font=('Verdana', 12), width=2, )78 self.b_p_right.pack(side=LEFT, padx=2, pady=2)79 self.b_p_left = Button(self.parentheses, text=')', font=('Verdana', 12), width=2, )80 self.b_p_left.pack(side=LEFT, padx=2, pady=2)81 # Fourth line frame82 self.fifth_line = Frame(self.kb_main_frame)83 self.fifth_line.pack()84 # Buttons fourth line85 self.b_zero = Button(self.fifth_line, text='0', font=('Verdana', 25), width=7, command=lambda: self.get_values(0))86 self.b_zero.pack(side=LEFT, padx=2, pady=2)87 # Button to calculate88 self.b_calculate = Button(self.fifth_line, text='=', font=('Verdana', 25), width=7, command=self.calculate)89 self.b_calculate.pack(side=LEFT, padx=2, pady=2)90 # Save the expression91 self.ex_cima = ''92 self.numeroembaixo = ''93 # Get all the values and concatenate them94 def get_values(self, txt):95 # If button 'C' is pressed, clear the screen96 if txt == 'clear':97 self.ex_cima = ''98 self.numeroembaixo = ''99 self.baixo.config(text='')100 self.cima.config(text='')101 else:102 if txt == '+':103 self.ex_cima += self.numeroembaixo + '+'104 self.cima.config(text=self.ex_cima)105 self.numeroembaixo = ''106 print(self.numeroembaixo)107 elif txt == '-':108 self.ex_cima += self.numeroembaixo + '-'...
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