How to use __eq__ method in molecule

Best Python code snippet using molecule_python

FacebookService.pyi

Source:FacebookService.pyi Github

copy

Full Screen

...74 thrift_spec: Any75 def read(self, iprot): ...76 def write(self, oprot): ...77 def validate(self): ...78 def __eq__(self, other): ...79 def __ne__(self, other): ...80class getName_result:81 thrift_spec: Any82 success: Any83 def __init__(self, success=...) -> None: ...84 def read(self, iprot): ...85 def write(self, oprot): ...86 def validate(self): ...87 def __eq__(self, other): ...88 def __ne__(self, other): ...89class getVersion_args:90 thrift_spec: Any91 def read(self, iprot): ...92 def write(self, oprot): ...93 def validate(self): ...94 def __eq__(self, other): ...95 def __ne__(self, other): ...96class getVersion_result:97 thrift_spec: Any98 success: Any99 def __init__(self, success=...) -> None: ...100 def read(self, iprot): ...101 def write(self, oprot): ...102 def validate(self): ...103 def __eq__(self, other): ...104 def __ne__(self, other): ...105class getStatus_args:106 thrift_spec: Any107 def read(self, iprot): ...108 def write(self, oprot): ...109 def validate(self): ...110 def __eq__(self, other): ...111 def __ne__(self, other): ...112class getStatus_result:113 thrift_spec: Any114 success: Any115 def __init__(self, success=...) -> None: ...116 def read(self, iprot): ...117 def write(self, oprot): ...118 def validate(self): ...119 def __eq__(self, other): ...120 def __ne__(self, other): ...121class getStatusDetails_args:122 thrift_spec: Any123 def read(self, iprot): ...124 def write(self, oprot): ...125 def validate(self): ...126 def __eq__(self, other): ...127 def __ne__(self, other): ...128class getStatusDetails_result:129 thrift_spec: Any130 success: Any131 def __init__(self, success=...) -> None: ...132 def read(self, iprot): ...133 def write(self, oprot): ...134 def validate(self): ...135 def __eq__(self, other): ...136 def __ne__(self, other): ...137class getCounters_args:138 thrift_spec: Any139 def read(self, iprot): ...140 def write(self, oprot): ...141 def validate(self): ...142 def __eq__(self, other): ...143 def __ne__(self, other): ...144class getCounters_result:145 thrift_spec: Any146 success: Any147 def __init__(self, success=...) -> None: ...148 def read(self, iprot): ...149 def write(self, oprot): ...150 def validate(self): ...151 def __eq__(self, other): ...152 def __ne__(self, other): ...153class getCounter_args:154 thrift_spec: Any155 key: Any156 def __init__(self, key=...) -> None: ...157 def read(self, iprot): ...158 def write(self, oprot): ...159 def validate(self): ...160 def __eq__(self, other): ...161 def __ne__(self, other): ...162class getCounter_result:163 thrift_spec: Any164 success: Any165 def __init__(self, success=...) -> None: ...166 def read(self, iprot): ...167 def write(self, oprot): ...168 def validate(self): ...169 def __eq__(self, other): ...170 def __ne__(self, other): ...171class setOption_args:172 thrift_spec: Any173 key: Any174 value: Any175 def __init__(self, key=..., value=...) -> None: ...176 def read(self, iprot): ...177 def write(self, oprot): ...178 def validate(self): ...179 def __eq__(self, other): ...180 def __ne__(self, other): ...181class setOption_result:182 thrift_spec: Any183 def read(self, iprot): ...184 def write(self, oprot): ...185 def validate(self): ...186 def __eq__(self, other): ...187 def __ne__(self, other): ...188class getOption_args:189 thrift_spec: Any190 key: Any191 def __init__(self, key=...) -> None: ...192 def read(self, iprot): ...193 def write(self, oprot): ...194 def validate(self): ...195 def __eq__(self, other): ...196 def __ne__(self, other): ...197class getOption_result:198 thrift_spec: Any199 success: Any200 def __init__(self, success=...) -> None: ...201 def read(self, iprot): ...202 def write(self, oprot): ...203 def validate(self): ...204 def __eq__(self, other): ...205 def __ne__(self, other): ...206class getOptions_args:207 thrift_spec: Any208 def read(self, iprot): ...209 def write(self, oprot): ...210 def validate(self): ...211 def __eq__(self, other): ...212 def __ne__(self, other): ...213class getOptions_result:214 thrift_spec: Any215 success: Any216 def __init__(self, success=...) -> None: ...217 def read(self, iprot): ...218 def write(self, oprot): ...219 def validate(self): ...220 def __eq__(self, other): ...221 def __ne__(self, other): ...222class getCpuProfile_args:223 thrift_spec: Any224 profileDurationInSec: Any225 def __init__(self, profileDurationInSec=...) -> None: ...226 def read(self, iprot): ...227 def write(self, oprot): ...228 def validate(self): ...229 def __eq__(self, other): ...230 def __ne__(self, other): ...231class getCpuProfile_result:232 thrift_spec: Any233 success: Any234 def __init__(self, success=...) -> None: ...235 def read(self, iprot): ...236 def write(self, oprot): ...237 def validate(self): ...238 def __eq__(self, other): ...239 def __ne__(self, other): ...240class aliveSince_args:241 thrift_spec: Any242 def read(self, iprot): ...243 def write(self, oprot): ...244 def validate(self): ...245 def __eq__(self, other): ...246 def __ne__(self, other): ...247class aliveSince_result:248 thrift_spec: Any249 success: Any250 def __init__(self, success=...) -> None: ...251 def read(self, iprot): ...252 def write(self, oprot): ...253 def validate(self): ...254 def __eq__(self, other): ...255 def __ne__(self, other): ...256class reinitialize_args:257 thrift_spec: Any258 def read(self, iprot): ...259 def write(self, oprot): ...260 def validate(self): ...261 def __eq__(self, other): ...262 def __ne__(self, other): ...263class shutdown_args:264 thrift_spec: Any265 def read(self, iprot): ...266 def write(self, oprot): ...267 def validate(self): ...268 def __eq__(self, other): ......

Full Screen

Full Screen

formula.py

Source:formula.py Github

copy

Full Screen

...9 super().__init__()10 self.identifier = identifier11 def __str__(self):12 return self.identifier13 def __eq__(self, other):14 if isinstance(other, Atomic):15 return self.identifier == other.identifier16 else:17 return False18 def __ne__(self, other):19 return not self.__eq__(other)20 def accept(self, visitor):21 return visitor.visit_atomic_formula(self)22class Boolean(Formula):23 def __init__(self, constant):24 super().__init__()25 self.constant = constant26 def __str__(self):27 if self.constant:28 return "⊤"29 else:30 return "⊥"31 def __eq__(self, other):32 if isinstance(other, Boolean):33 return self.constant == other.constant34 else:35 return False36 def __ne__(self, other):37 return not self.__eq__(other)38 def accept(self, visitor):39 return visitor.visit_boolean_formula(self)40class Negation(Formula):41 def __init__(self, left: Formula):42 super().__init__()43 self.left = left44 def __str__(self):45 return "¬" + self.left.__str__()46 def __eq__(self, other):47 if isinstance(other, Negation):48 return self.left.__eq__(other.left)49 else:50 return False51 def __ne__(self, other):52 return not self.__eq__(other)53 def accept(self, visitor):54 return visitor.visit_negation_formula(self)55class Always(Formula):56 def __init__(self, left: Formula):57 super().__init__()58 self.left = left59 def __str__(self):60 return "□" + self.left.__str__()61 def __eq__(self, other):62 if isinstance(other, Always):63 return self.left.__eq__(other.left)64 else:65 return False66 def __ne__(self, other):67 return not self.__eq__(other)68 def accept(self, visitor):69 return visitor.visit_always_formula(self)70class Eventually(Formula):71 def __init__(self, left: Formula, left_bound, right_bound):72 super().__init__()73 self.left = left74 self.left_bound = left_bound75 self.right_bound = right_bound76 def __str__(self):77 return "◊" + "[" + str(self.left_bound) + "," + str(self.right_bound) + "]" + " " + self.left.__str__()78 def __eq__(self, other):79 if isinstance(other, Eventually):80 return self.left.__eq__(other.left) \81 and self.left_bound == other.left_bound \82 and self.right_bound == other.right_bound83 else:84 return False85 def __ne__(self, other):86 return not self.__eq__(other)87 def accept(self, visitor):88 return visitor.visit_eventually_formula(self)89class Previous(Formula):90 def accept(self, visitor):91 raise NotImplementedError("Accept method not implemented for Previous.")92class Next(Formula):93 def accept(self, visitor):94 raise NotImplementedError("Accept method not implemented for Next.")95class Until(Formula):96 def __init__(self, left: Formula, right: Formula, left_bound, right_bound):97 super().__init__()98 self.left = left99 self.right = right100 self.left_bound = left_bound101 self.right_bound = right_bound102 def __str__(self):103 interval = ""104 if self.is_unbounded():105 interval = "[" + str(self.left_bound) + "," + str(self.right_bound) + ")"106 else:107 interval = "[" + str(self.left_bound) + "," + str(self.right_bound) + "]"108 return "(" + self.left.__str__() \109 + " " + "U" + interval + " " \110 + self.right.__str__() + ")"111 def __eq__(self, other):112 if isinstance(other, Until):113 return self.left.__eq__(other.left) \114 and self.right.__eq__(other.right) \115 and self.left_bound == other.left_bound \116 and self.right_bound == other.right_bound117 else:118 return False119 def __ne__(self, other):120 return not self.__eq__(other)121 def is_unbounded(self):122 return True if self.right_bound == math.inf else False123 def member(self, n):124 return self.left_bound <= n <= self.right_bound125 def accept(self, visitor):126 return visitor.visit_until_formula(self)127class Since(Formula):128 def __init__(self, left: Formula, right: Formula, left_bound, right_bound):129 super().__init__()130 self.left = left131 self.right = right132 self.left_bound = left_bound133 self.right_bound = right_bound134 def __str__(self):135 return self.left.__str__() \136 + " " + "S" + "[" + str(self.left_bound) + "," + str(self.right_bound) + "]" + " " \137 + self.right.__str__()138 def __eq__(self, other):139 if isinstance(other, Since):140 return self.left.__eq__(other.left) \141 and self.right.__eq__(other.right) \142 and self.left_bound == other.left_bound \143 and self.right_bound == other.right_bound144 else:145 return False146 def __ne__(self, other):147 return not self.__eq__(other)148 def is_unbounded(self):149 return True if self.right_bound == math.inf else False150 def member(self, n):151 return self.left_bound <= n <= self.right_bound152 def accept(self, visitor):153 return visitor.visit_since_formula(self)154class Conjunction(Formula):155 def __init__(self, left: Formula, right: Formula):156 super().__init__()157 self.left = left158 self.right = right159 def __str__(self):160 return "(" + self.left.__str__() + " " + "∧" + " " + self.right.__str__() + ")"161 def __eq__(self, other):162 if isinstance(other, Conjunction):163 return self.left.__eq__(other.left) and self.right.__eq__(other.right)164 else:165 return False166 def __ne__(self, other):167 return not self.__eq__(other)168 def accept(self, visitor):169 return visitor.visit_disjunction_formula(self)170class Disjunction(Formula):171 def __init__(self, left: Formula, right: Formula):172 super().__init__()173 self.left = left174 self.right = right175 def __str__(self):176 return "(" + self.left.__str__() + " " + "∨" + " " + self.right.__str__() + ")"177 def __eq__(self, other):178 if isinstance(other, Disjunction):179 return self.left.__eq__(other.left) and self.right.__eq__(other.right)180 else:181 return False182 def __ne__(self, other):183 return not self.__eq__(other)184 def accept(self, visitor):185 return visitor.visit_disjunction_formula(self)186class Implication(Formula):187 def __init__(self, left: Formula, right: Formula):188 super().__init__()189 self.left = left190 self.right = right191 def __str__(self):192 return self.left.__str__() + " " + "→" + " " + self.right.__str__()193 def __eq__(self, other):194 if isinstance(other, Implication):195 return self.left.__eq__(other.left) and self.right.__eq__(other.right)196 else:197 return False198 def __ne__(self, other):199 return not self.__eq__(other)200 def accept(self, visitor):...

Full Screen

Full Screen

test_compare.py

Source:test_compare.py Github

copy

Full Screen

...6 def __init__(self,arg):7 self.arg = arg8 def __repr__(self):9 return '<Cmp %s>' % self.arg10 def __eq__(self, other):11 return self.arg == other12class Anything:13 def __eq__(self, other):14 return True15 def __ne__(self, other):16 return False17class ComparisonTest(unittest.TestCase):18 set1 = [2, 2.0, 2, 2+0j, Cmp(2.0)]19 set2 = [[1], (3,), None, Empty()]20 candidates = set1 + set221 def test_comparisons(self):22 for a in self.candidates:23 for b in self.candidates:24 if ((a in self.set1) and (b in self.set1)) or a is b:25 self.assertEqual(a, b)26 else:27 self.assertNotEqual(a, b)28 def test_id_comparisons(self):29 # Ensure default comparison compares id() of args30 L = []31 for i in range(10):32 L.insert(len(L)//2, Empty())33 for a in L:34 for b in L:35 self.assertEqual(a == b, id(a) == id(b),36 'a=%r, b=%r' % (a, b))37 def test_ne_defaults_to_not_eq(self):38 a = Cmp(1)39 b = Cmp(1)40 c = Cmp(2)41 self.assertIs(a == b, True)42 self.assertIs(a != b, False)43 self.assertIs(a != c, True)44 def test_ne_high_priority(self):45 """object.__ne__() should allow reflected __ne__() to be tried"""46 calls = []47 class Left:48 # Inherits object.__ne__()49 def __eq__(*args):50 calls.append('Left.__eq__')51 return NotImplemented52 class Right:53 def __eq__(*args):54 calls.append('Right.__eq__')55 return NotImplemented56 def __ne__(*args):57 calls.append('Right.__ne__')58 return NotImplemented59 Left() != Right()60 self.assertSequenceEqual(calls, ['Left.__eq__', 'Right.__ne__'])61 def test_ne_low_priority(self):62 """object.__ne__() should not invoke reflected __eq__()"""63 calls = []64 class Base:65 # Inherits object.__ne__()66 def __eq__(*args):67 calls.append('Base.__eq__')68 return NotImplemented69 class Derived(Base): # Subclassing forces higher priority70 def __eq__(*args):71 calls.append('Derived.__eq__')72 return NotImplemented73 def __ne__(*args):74 calls.append('Derived.__ne__')75 return NotImplemented76 Base() != Derived()77 self.assertSequenceEqual(calls, ['Derived.__ne__', 'Base.__eq__'])78 def test_other_delegation(self):79 """No default delegation between operations except __ne__()"""80 ops = (81 ('__eq__', lambda a, b: a == b),82 ('__lt__', lambda a, b: a < b),83 ('__le__', lambda a, b: a <= b),84 ('__gt__', lambda a, b: a > b),...

Full Screen

Full Screen

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.

LambdaTest Learning Hubs:

YouTube

You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.

Run molecule automation tests on LambdaTest cloud grid

Perform automation testing on 3000+ real desktop and mobile devices online.

Try LambdaTest Now !!

Get 100 minutes of automation test minutes FREE!!

Next-Gen App & Browser Testing Cloud

Was this article helpful?

Helpful

NotHelpful