115 lines
3.7 KiB
Python
115 lines
3.7 KiB
Python
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from tests.output_aristaproto.enum import (
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ArithmeticOperator,
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Choice,
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Test,
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)
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def test_enum_set_and_get():
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assert Test(choice=Choice.ZERO).choice == Choice.ZERO
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assert Test(choice=Choice.ONE).choice == Choice.ONE
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assert Test(choice=Choice.THREE).choice == Choice.THREE
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assert Test(choice=Choice.FOUR).choice == Choice.FOUR
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def test_enum_set_with_int():
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assert Test(choice=0).choice == Choice.ZERO
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assert Test(choice=1).choice == Choice.ONE
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assert Test(choice=3).choice == Choice.THREE
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assert Test(choice=4).choice == Choice.FOUR
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def test_enum_is_comparable_with_int():
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assert Test(choice=Choice.ZERO).choice == 0
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assert Test(choice=Choice.ONE).choice == 1
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assert Test(choice=Choice.THREE).choice == 3
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assert Test(choice=Choice.FOUR).choice == 4
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def test_enum_to_dict():
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assert (
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"choice" not in Test(choice=Choice.ZERO).to_dict()
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), "Default enum value is not serialized"
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assert (
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Test(choice=Choice.ZERO).to_dict(include_default_values=True)["choice"]
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== "ZERO"
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)
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assert Test(choice=Choice.ONE).to_dict()["choice"] == "ONE"
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assert Test(choice=Choice.THREE).to_dict()["choice"] == "THREE"
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assert Test(choice=Choice.FOUR).to_dict()["choice"] == "FOUR"
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def test_repeated_enum_is_comparable_with_int():
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assert Test(choices=[Choice.ZERO]).choices == [0]
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assert Test(choices=[Choice.ONE]).choices == [1]
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assert Test(choices=[Choice.THREE]).choices == [3]
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assert Test(choices=[Choice.FOUR]).choices == [4]
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def test_repeated_enum_set_and_get():
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assert Test(choices=[Choice.ZERO]).choices == [Choice.ZERO]
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assert Test(choices=[Choice.ONE]).choices == [Choice.ONE]
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assert Test(choices=[Choice.THREE]).choices == [Choice.THREE]
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assert Test(choices=[Choice.FOUR]).choices == [Choice.FOUR]
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def test_repeated_enum_to_dict():
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assert Test(choices=[Choice.ZERO]).to_dict()["choices"] == ["ZERO"]
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assert Test(choices=[Choice.ONE]).to_dict()["choices"] == ["ONE"]
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assert Test(choices=[Choice.THREE]).to_dict()["choices"] == ["THREE"]
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assert Test(choices=[Choice.FOUR]).to_dict()["choices"] == ["FOUR"]
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all_enums_dict = Test(
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choices=[Choice.ZERO, Choice.ONE, Choice.THREE, Choice.FOUR]
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).to_dict()
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assert (all_enums_dict["choices"]) == ["ZERO", "ONE", "THREE", "FOUR"]
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def test_repeated_enum_with_single_value_to_dict():
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assert Test(choices=Choice.ONE).to_dict()["choices"] == ["ONE"]
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assert Test(choices=1).to_dict()["choices"] == ["ONE"]
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def test_repeated_enum_with_non_list_iterables_to_dict():
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assert Test(choices=(1, 3)).to_dict()["choices"] == ["ONE", "THREE"]
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assert Test(choices=(1, 3)).to_dict()["choices"] == ["ONE", "THREE"]
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assert Test(choices=(Choice.ONE, Choice.THREE)).to_dict()["choices"] == [
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"ONE",
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"THREE",
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]
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def enum_generator():
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yield Choice.ONE
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yield Choice.THREE
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assert Test(choices=enum_generator()).to_dict()["choices"] == ["ONE", "THREE"]
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def test_enum_mapped_on_parse():
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# test default value
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b = Test().parse(bytes(Test()))
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assert b.choice.name == Choice.ZERO.name
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assert b.choices == []
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# test non default value
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a = Test().parse(bytes(Test(choice=Choice.ONE)))
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assert a.choice.name == Choice.ONE.name
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assert b.choices == []
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# test repeated
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c = Test().parse(bytes(Test(choices=[Choice.THREE, Choice.FOUR])))
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assert c.choices[0].name == Choice.THREE.name
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assert c.choices[1].name == Choice.FOUR.name
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# bonus: defaults after empty init are also mapped
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assert Test().choice.name == Choice.ZERO.name
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def test_renamed_enum_members():
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assert set(ArithmeticOperator.__members__) == {
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"NONE",
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"PLUS",
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"MINUS",
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"_0_PREFIXED",
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}
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