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How to use eq method in lisa

Best Python code snippet using lisa_python

FacebookService.pyi

Source:FacebookService.pyi

...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): ......

formula.py

Source:formula.py

...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 "â¤"29        else:30            return "â¥"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 "Â¬" + 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 "â¡" + 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 "â" + "[" + 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__() + " " + "â§" + " " + 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__() + " " + "â¨" + " " + 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__() + " " + "â" + " " + 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):...

test_compare.py

Source:test_compare.py

...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),...

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