import demistomock as demisto  # noqa: F401
import pytest


def test_canonicalize():
    from InferWhetherServiceIsDev import _canonicalize_string

    assert _canonicalize_string("BLAH") == "blah"
    assert _canonicalize_string("'BLAH'") == "blah"
    assert _canonicalize_string('" BLAH" ') == "blah"


@pytest.mark.parametrize(
    "raw,matches,list_type",
    [
        ([{"key": "ENV", "value": "non-prd"}], [{"key": "ENV", "value": "non-prd"}], "dictionary"),
        ([{"key": "ENV", "value": "prd"}], [], "dictionary"),
        (
            [{"key": "ENV", "value": "dv"}, {"key": "stage", "value": "sbx"}],
            [{"key": "ENV", "value": "dv"}, {"key": "stage", "value": "sbx"}],
            "dictionary",
        ),
        (["eng-dev", "rando"], ["eng-dev"], "string"),
        (["eng-dev"], [], "break"),
    ],
)
def test_get_indicators_from_list(raw, matches, list_type):
    from InferWhetherServiceIsDev import get_indicators_from_list
    from InferWhetherServiceIsDev import is_dev_indicator

    assert get_indicators_from_list(raw, is_dev_indicator, list_type) == matches


def test_is_dev_indicator():
    from InferWhetherServiceIsDev import is_dev_indicator

    # Test Dev Matches
    assert is_dev_indicator("dev")
    assert is_dev_indicator("uat")
    assert is_dev_indicator("non-prod")
    assert is_dev_indicator("noprod")

    # Test no match
    assert not is_dev_indicator("devops")
    assert not is_dev_indicator("prod")
    assert not is_dev_indicator("pr")


def test_is_prod_indicator():
    from InferWhetherServiceIsDev import is_prod_indicator

    # Test Dev Matches
    assert is_prod_indicator("pr")
    assert is_prod_indicator("prod")

    # Test no Matches
    assert not is_prod_indicator("non-prod")
    assert not is_prod_indicator("staging")


@pytest.mark.parametrize(
    "classifications, matches", [(["SshServer", "DevelopmentEnvironment"], ["DevelopmentEnvironment"]), (["SshServer"], [])]
)
def test_get_indicators_from_external_classification(classifications, matches):
    from InferWhetherServiceIsDev import get_indicators_from_external_classification

    assert get_indicators_from_external_classification(classifications) == matches


@pytest.mark.parametrize(
    "external, internal, reason",
    [
        (["DevelopmentEnvironment"], [], "match on external classification of DevelopmentEnvironment"),
        (
            ["DevelopmentEnvironment"],
            [{"key": "env", "value": "non-prod", "source": "AWS"}],
            "match on external classification of DevelopmentEnvironment and tag {env: non-prod} from AWS",
        ),
        ([], [{"key": "env", "value": "non-prod", "source": "AWS"}], "match on tag {env: non-prod} from AWS"),
        (
            [],
            [{"key": "env", "value": "non-prod", "source": "AWS"}, {"key": "stage", "value": "sbx", "source": "GCP"}],
            "match on tag {env: non-prod} from AWS and tag {stage: sbx} from GCP",
        ),
    ],
)
def test_determine_reason(external, internal, reason):
    from InferWhetherServiceIsDev import determine_reason

    assert determine_reason(external, internal, [], "") == reason


def test_full_truth_table():
    sample_dev_tag = [{"key": "stage", "value": "non-prod", "source": "AWS"}]
    sample_prod_tag = [{"key": "tier", "value": "prod", "source": "Tenable.io"}]
    # Blank list means no external classification or tag matches.
    sample_no_match = []
    sample_dev_classification = ["DevelopmentEnvironment"]
    sample_dev_hierarchy = ["ENG-DEV"]
    sample_prod_hierarchy = ["ENG-PROD"]

    from InferWhetherServiceIsDev import final_decision

    # dev == True, all else is False

    # kv pair contains no indicators
    # DevEnv is set (--> dev)
    assert final_decision(sample_dev_classification, sample_no_match, sample_no_match, sample_no_match, sample_no_match, "")[
        "result"
    ]
    # DevEnv is not set (--> can't tell)
    assert not final_decision(sample_no_match, sample_no_match, sample_no_match, sample_no_match, sample_no_match, "")["result"]

    # kv pair contains dev indicators only
    # DevEnv is set (--> dev)
    # Dev Tags only
    assert final_decision(sample_dev_classification, sample_dev_tag, sample_no_match, sample_no_match, sample_no_match, "")[
        "result"
    ]
    # Dev Hierachy only
    assert final_decision(sample_dev_classification, sample_no_match, sample_no_match, sample_dev_hierarchy, sample_no_match, "")[
        "result"
    ]
    # Both Dev Tags and Hierarchy
    assert final_decision(sample_dev_classification, sample_dev_tag, sample_no_match, sample_dev_hierarchy, sample_no_match, "")[
        "result"
    ]
    #
    # DevEnv is not set (--> dev)
    # Dev Tag only
    assert final_decision(sample_no_match, sample_dev_tag, sample_no_match, sample_no_match, sample_no_match, "")["result"]
    # Dev Hierachy only
    assert final_decision(sample_no_match, sample_no_match, sample_no_match, sample_dev_hierarchy, sample_no_match, "")["result"]
    # Both Dev Tags and Hierarchy
    assert final_decision(sample_no_match, sample_dev_tag, sample_no_match, sample_dev_hierarchy, sample_no_match, "")["result"]

    # kv pair contains prod indicators only
    # DevEnv is set (--> conflicting)
    # PROD Tag only
    assert not final_decision(sample_dev_classification, sample_no_match, sample_prod_tag, sample_no_match, sample_no_match, "")[
        "result"
    ]
    # PROD Hierachy only
    assert not final_decision(
        sample_dev_classification, sample_no_match, sample_no_match, sample_no_match, sample_prod_hierarchy, ""
    )["result"]
    # Both PROD Tags and Hierarchy
    assert not final_decision(
        sample_dev_classification, sample_no_match, sample_prod_tag, sample_no_match, sample_prod_hierarchy, ""
    )["result"]
    #
    # DevEnv is not set (--> prod)
    # PROD Tag only
    assert not final_decision(sample_no_match, sample_no_match, sample_prod_tag, sample_no_match, sample_no_match, "")["result"]
    # PROD Hierachy only
    assert not final_decision(sample_no_match, sample_no_match, sample_no_match, sample_no_match, sample_prod_hierarchy, "")[
        "result"
    ]
    # Both PROD Tags and Hierarchy
    assert not final_decision(sample_no_match, sample_no_match, sample_prod_tag, sample_no_match, sample_prod_hierarchy, "")[
        "result"
    ]

    # kv pair contains conflicting indicators
    # DevEnv is set (--> conflicting)
    # Conflicting tags only
    assert not final_decision(sample_dev_classification, sample_dev_tag, sample_prod_tag, sample_no_match, sample_no_match, "")[
        "result"
    ]
    # Conflicting hierarchy only
    assert not final_decision(
        sample_dev_classification, sample_no_match, sample_no_match, sample_dev_hierarchy, sample_prod_hierarchy, ""
    )["result"]
    # Conflicting hiearchy and tags (would need other combinations to do full truth table)
    assert not final_decision(
        sample_dev_classification, sample_dev_tag, sample_prod_tag, sample_dev_hierarchy, sample_prod_hierarchy, ""
    )["result"]
    #
    # DevEnv is not set (--> conflicting)
    assert not final_decision(sample_no_match, sample_dev_tag, sample_prod_tag, sample_no_match, sample_no_match, "")["result"]
    # Conflicting hierarchy only
    assert not final_decision(sample_no_match, sample_no_match, sample_no_match, sample_dev_hierarchy, sample_prod_hierarchy, "")[
        "result"
    ]
    # Conflicting hiearchy and tags (would need other combinations to do full truth table)
    assert not final_decision(sample_no_match, sample_dev_tag, sample_prod_tag, sample_dev_hierarchy, sample_prod_hierarchy, "")[
        "result"
    ]


@pytest.mark.parametrize(
    "in_classifications,in_tags,expected_out_boolean",
    [
        (
            [],
            [{"key": "ENV", "value": "non-prod", "source": "AWS"}],
            [
                {
                    "result": True,
                    "result_readable": "The service is development",
                    "confidence": "Likely Development",
                    "reason": "match on tag {ENV: non-prod} from AWS",
                }
            ],
        )
    ],
)
def test_main(mocker, in_classifications, in_tags, expected_out_boolean):
    import InferWhetherServiceIsDev
    import unittest

    # Construct payload
    arg_payload = {}
    if in_classifications:
        arg_payload["active_classifications"] = in_classifications
    if in_tags:
        arg_payload["asm_tags"] = in_tags
    mocker.patch.object(demisto, "args", return_value=arg_payload)

    # Execute main using a mock that we can inspect for `executeCommand`
    demisto_execution_mock = mocker.patch.object(demisto, "executeCommand")
    InferWhetherServiceIsDev.main()

    # Verify the output value was set
    expected_calls_to_mock_object = [unittest.mock.call("setAlert", {"asmdevcheckdetails": expected_out_boolean})]
    assert demisto_execution_mock.call_args_list == expected_calls_to_mock_object