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How to use is_less_than method in assertpy

Best Python code snippet using assertpy_python

dijkstras.py

Source:dijkstras.py

...51        size = self.size()52        ileft = self.ileft(i)53        iright = self.iright(i)54        imin = i55        if (ileft < size and self.is_less_than(self.nodes[ileft], self.nodes[imin])):56            imin = ileft57        if (iright < size and self.is_less_than(self.nodes[iright], self.nodes[imin])):58            imin = iright59        if (imin != i):60            self.nodes[i], self.nodes[imin] = self.nodes[imin], self.nodes[i]61            # If there is a lambda to get absolute index of a node62            # update your order_mapping array to indicate where that index lives63            # in the nodes array (so lookup by this index is O(1))64            if self.get_index is not None:65                self.order_mapping[self.get_index(self.nodes[imin])] = imin66                self.order_mapping[self.get_index(self.nodes[i])] = i67            self.min_heapify_subtree(imin)68    # Heapify an un-heapified array69    def min_heapify(self):70        for i in range(len(self.nodes), -1, -1):71            self.min_heapify_subtree(i)72    def min(self):73        return self.nodes[0]74    def pop(self):75        min = self.nodes[0]76        if self.size() > 1:77            self.nodes[0] = self.nodes[-1]78            self.nodes.pop()79            # Update order_mapping if applicable80            if self.get_index is not None:81                self.order_mapping[self.get_index(self.nodes[0])] = 082            self.min_heapify_subtree(0)83        elif self.size() == 1:84            self.nodes.pop()85        else:86            return None87        # If self.get_index exists, update self.order_mapping to indicate88        # the node of this index is no longer in the heap89        if self.get_index is not None:90            # Set value in self.order_mapping to None to indicate it is not in the heap91            self.order_mapping[self.get_index(min)] = None92        return min93    # Update node value, bubble it up as necessary to maintain heap property94    def decrease_key(self, i, val):95        self.nodes[i] = self.update_node(self.nodes[i], val)96        iparent = self.iparent(i)97        while (i != 0 and not self.is_less_than(self.nodes[iparent], self.nodes[i])):98            self.nodes[iparent], self.nodes[i] = self.nodes[i], self.nodes[iparent]99            # If there is a lambda to get absolute index of a node100            # update your order_mapping array to indicate where that index lives101            # in the nodes array (so lookup by this index is O(1))102            if self.get_index is not None:103                self.order_mapping[self.get_index(self.nodes[iparent])] = iparent104                self.order_mapping[self.get_index(self.nodes[i])] = i105            i = iparent106            iparent = self.iparent(i) if i > 0 else None107    def index_of_node_at(self, i):108        return self.get_index(self.nodes[i])109class Graph:110    def __init__(self, nodes):111        self.adj_list = [[node, []] for node in nodes]...

numeric_classifier_test.py

Source:numeric_classifier_test.py

...21    def testNumericClassifier(self):22        assert NumericClassifier.equals(3, 3)23        assert NumericClassifier.equals(3.0, 3)24        assert not NumericClassifier.equals(4, 3)25        assert NumericClassifier.is_less_than(3, 4)26        assert NumericClassifier.is_less_than(3.0, 4)27        assert NumericClassifier.is_less_than(3.0, 4.0)28        assert not NumericClassifier.is_less_than(3, 3)29        assert not NumericClassifier.is_less_than(3.0, 3.0)30        assert not NumericClassifier.is_less_than(4.0, 3.0)31        assert not NumericClassifier.is_less_than(4, 3)32        assert NumericClassifier.is_greater_than(4, 3)33        assert NumericClassifier.is_greater_than(4, 3.0)34        assert NumericClassifier.is_greater_than(4.0, 3.0)35        assert not NumericClassifier.is_greater_than(3, 3)36        assert not NumericClassifier.is_greater_than(3.0, 3.0)37        assert not NumericClassifier.is_greater_than(3.0, 4.0)38        assert not NumericClassifier.is_greater_than(3, 4)39        assert NumericClassifier.is_less_than_or_equal_to(3, 4)40        assert NumericClassifier.is_less_than_or_equal_to(3, 3)41        assert not NumericClassifier.is_less_than_or_equal_to(4, 3)42        assert NumericClassifier.is_greater_than_or_equal_to(4, 3)43        assert NumericClassifier.is_greater_than_or_equal_to(3, 3)44        assert not NumericClassifier.is_greater_than_or_equal_to(3, 4)45        assert NumericClassifier.is_inclusively_between(2, 1, 3)...

test_is_less_than.py

Source:test_is_less_than.py

...21        ]22        for fr_param in field_params_rule_params:23            with self.subTest(fr_param=fr_param):24                self.assertTrue(25                    self.FRC.is_less_than(26                        LinkedProtoField(value=fr_param[1]),27                        Rule(verb="is_less_than", params=fr_param[0]),28                    )29                )30    def test_not_comply_less(self):31        field_params_rule_params = [32            [2, 1],33            [0, -1],34            [1, 0],35            [1, -1],36            [-1, -2],37            [-1.3, -1.5],38            [0.9, -1.3],39        ]40        for fr_param in field_params_rule_params:41            with self.subTest(fr_param=fr_param):42                self.assertFalse(43                    self.FRC.is_less_than(44                        LinkedProtoField(value=fr_param[0]),45                        Rule(verb="is_less_than", params=fr_param[1]),46                    )47                )48    def test_not_comply_equal(self):49        field_params_rule_params = [[3, 3], [0, 0], [-1, -1], [-1.5, -1.5], [2.3, 2.3]]50        for fr_param in field_params_rule_params:51            with self.subTest(fr_param=fr_param):52                self.assertFalse(53                    self.FRC.is_less_than(54                        LinkedProtoField(value=fr_param[1]),55                        Rule(verb="is_less_than", params=fr_param[0]),56                    )...

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