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1
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from networkx_query.definition import OperatoryArity |
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2
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3
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4
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def test_operator_arity_definition(): |
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5
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assert OperatoryArity.UNARY.arity == 1 |
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assert OperatoryArity.BINARY.arity == 2 |
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7
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assert OperatoryArity.TERNARY.arity == 3 |
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8
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assert OperatoryArity.NARY.arity == 1 |
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9
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10
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11
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def test_operator_arity_unary_is_compliant(): |
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t = OperatoryArity.UNARY.is_compliant([]) |
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assert t == (True, 0) |
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t = OperatoryArity.UNARY.is_compliant([True]) |
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15
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assert t == (False, 1) |
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18
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def test_operator_arity_binary_is_compliant(): |
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t = OperatoryArity.BINARY.is_compliant([]) |
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assert t == (False, -1) |
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t = OperatoryArity.BINARY.is_compliant([True]) |
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assert t == (True, 0) |
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t = OperatoryArity.BINARY.is_compliant([True, True]) |
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assert t == (False, 1) |
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t = OperatoryArity.BINARY.is_compliant([True, True, True]) |
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assert t == (False, 2) |
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28
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29
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def test_operator_arity_ternary_is_compliant(): |
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30
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t = OperatoryArity.TERNARY.is_compliant([]) |
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assert t == (False, -2) |
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32
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t = OperatoryArity.TERNARY.is_compliant([True]) |
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assert t == (False, -1) |
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34
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t = OperatoryArity.TERNARY.is_compliant([True, True]) |
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assert t == (True, 0) |
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t = OperatoryArity.TERNARY.is_compliant([True, True, True]) |
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assert t == (False, 1) |
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t = OperatoryArity.TERNARY.is_compliant([True, True, True, True]) |
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39
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assert t == (False, 2) |
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40
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41
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42
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def test_operator_arity_nary_is_compliant(): |
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t = OperatoryArity.NARY.is_compliant([]) |
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assert t == (False, -1) |
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t = OperatoryArity.NARY.is_compliant([True]) |
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assert t == (True, 0) |
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t = OperatoryArity.NARY.is_compliant([True, True]) |
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48
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assert t == (True, 0) |
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49
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t = OperatoryArity.NARY.is_compliant([True, True, True]) |
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assert t == (True, 0) |
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51
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t = OperatoryArity.NARY.is_compliant([True, True, True, True]) |
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assert t == (True, 0) |
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53
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geronimo-iia /
networkx-query
