import json
from unittest.mock import patch

import defusedxml.ElementTree as defused_ET
import demistomock as demisto  # noqa: F401
import pytest
from CommonServerPython import *  # noqa: F401
from freezegun import freeze_time

"""MOCK PARAMETERS """
SERVER_URL = "https://192.168.30.124"
BASE_URL = f"{SERVER_URL}/phoenix/rest"
USERNAME = "TEST_USERNAME"
PASSWORD = "XXXX"
QUERY = "eventId=123"
IP_ADDRESS_1 = "1.1.1.1"
IP_ADDRESS_2 = "2.2.2.2"


def load_json_mock_response(file_name: str) -> dict:
    """
    Load mock file that simulates an API response.
    Args:
        file_name (str): Name of the mock response JSON file to return.
    Returns:
        str: Mock file content.
    """
    with open(f"test_data/{file_name}", encoding="utf-8") as mock_file:
        return json.loads(mock_file.read())


def load_xml_mock_response(file_name: str) -> str:
    """
    Load mock file in XML format that simulates an API response.
    Args:
        file_name (str): Name of the mock response XML file to return.
    Returns:
        str: Mock file content.
    """
    file_path = f"test_data/{file_name}"

    top = defused_ET.parse(file_path)
    return ET.tostring(top.getroot(), encoding="utf8").decode("utf-8")


def mock_client():
    from FortiSIEMV2 import FortiSIEMClient

    return FortiSIEMClient(SERVER_URL, True, False, {}, (USERNAME, PASSWORD))


@pytest.mark.parametrize(
    "mock_response_file,command_arguments,expected_devices_number,expected_device_name",
    [
        ("list_devices_1.xml", {"include_ip_list": f"{IP_ADDRESS_1},{IP_ADDRESS_2}"}, 2, "DEVICE_1"),
        ("list_devices_1.xml", {}, 2, "DEVICE_1"),
        (
            "list_devices_2.xml",
            {"include_ip_list": f"{IP_ADDRESS_1}-{IP_ADDRESS_2}", "exclude_ip_list": f"{IP_ADDRESS_1}"},
            1,
            "DEVICE_2",
        ),
    ],
)
def test_cmdb_devices_list(mock_response_file, command_arguments, expected_devices_number, expected_device_name, requests_mock):
    """
    Scenario: List CMDB devices.
    Given:
     - User has provided valid credentials.
     - User may provided list/range of include/exclude IP addresses.
    When:
     - fortisiem-cmdb-device-list command called.
    Then:
     - Ensure number of items is correct.
     - Ensure outputs prefix is correct.
    - Validate outputs' fields.
    """
    from FortiSIEMV2 import cmdb_devices_list_command

    client = mock_client()
    mock_response = load_xml_mock_response(mock_response_file)
    requests_mock.get(f"{client._base_url}cmdbDeviceInfo/devices", text=mock_response)
    result = cmdb_devices_list_command(client, command_arguments)
    outputs = result.outputs
    assert len(outputs) == expected_devices_number
    assert outputs[0]["name"] == expected_device_name


def test_cmdb_device_get(requests_mock):
    """
    Scenario: Get CMDB device.
    Given:
     - User has provided valid credentials.
     - User has provided valid IP address.
    When:
     - fortisiem-cmdb-device-get command called.
    Then:
     - Ensure outputs prefix is correct.
    - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, cmdb_device_get_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_xml_mock_response("get_device.xml")
    requests_mock.get(f"{client._base_url}cmdbDeviceInfo/device", text=mock_response)
    results = cmdb_device_get_command(client, {"ips": IP_ADDRESS_1})
    outputs = results[0].outputs
    assert outputs[0]["name"] == "DEVICE_1"
    assert outputs[0]["accessIp"] == IP_ADDRESS_1


def test_monitored_organizations_list(requests_mock):
    """
    Scenario: List Organizations.
    Given:
        - User has provided valid credentials.
    When:
        - fortisiem-monitored-organizations-list command called.
    Then:
        - Ensure number of items is correct.
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, monitored_organizations_list_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_xml_mock_response("list_organizations.xml")
    requests_mock.get(f"{client._base_url}config/Domain", text=mock_response)
    result = monitored_organizations_list_command(client, {"limit": 2})
    outputs = result.outputs
    assert len(outputs) == 1
    assert outputs[0]["custId"] == "0"
    assert outputs[0]["id"] == "500003"


@pytest.mark.parametrize(
    "command_arguments,expected_response,expected_msg",
    [({"incident_id": "123", "comment": "test-success"}, "OK", "successfully updated")],
)
def test_update_incident(command_arguments, expected_response, expected_msg, requests_mock):
    """
    Scenario: Update incident.
    Given:
        - User has provided valid credentials.
        - User provided incident ID.
        - User provided comment.
    When:
        - fortisiem-incident-update command called.
    Then:
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, incident_update_command

    client: FortiSIEMClient = mock_client()
    requests_mock.post(f"{client._base_url}incident/external", json=expected_response)
    result = incident_update_command(client, command_arguments)
    outputs = result.readable_output
    assert expected_msg in outputs


def test_list_events_by_incident(requests_mock):
    """
    Scenario: List triggered events.
    Given:
        - User has provided valid credentials.
        - User has provided incident ID.
    When:
        - fortisiem-event-list-by-incident command called.
    Then:
        - Ensure number of items is correct.
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, events_list_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("list_events_by_incident.json")
    requests_mock.get(f"{client._base_url}pub/incident/triggeringEvents", json=mock_response)
    result = events_list_command(client, {"limit": 2, "incident_id": 123})
    outputs = result.outputs
    assert len(outputs) == 2
    assert outputs[0]["id"] == "1111"
    assert outputs[0]["attributes"]["Reporting IP"] == "192.168.1.1"
    assert outputs[1]["id"] == "9071234812007542512"
    assert outputs[1]["attributes"]["Reporting IP"] == "192.168.1.2"


@pytest.mark.parametrize(
    "command_arguments,response_file,suffix_url,watchlist_number,watchlist_id,watchlist_display_name",
    [
        ({"limit": "2"}, "list_watchlist.json", "watchlist/all", 2, 111, "Accounts Locked"),
        ({"entry_value": "192.168.1.1"}, "list_watchlist2.json", "watchlist/value", 1, 112, "Port Scanners"),
    ],
)
def test_list_watchlist(
    command_arguments, response_file, suffix_url, watchlist_number, watchlist_id, watchlist_display_name, requests_mock
):
    """
    Scenario: List Watchlist groups.
    Given:
        - User has provided valid credentials.
    When:
        - fortisiem-watchlist-list command called.
    Then:
        - Ensure number of items is correct.
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, watchlist_list_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response(response_file)
    requests_mock.get(f"{client._base_url}{suffix_url}", json=mock_response)
    result = watchlist_list_command(client, command_arguments)
    outputs = result.outputs
    assert len(outputs) == watchlist_number
    assert result.outputs_prefix == "FortiSIEM.Watchlist"
    assert outputs[0]["id"] == watchlist_id
    assert outputs[0]["displayName"] == watchlist_display_name


@pytest.mark.parametrize(
    "command_arguments,response_file,suffix_url,watchlist_id,watchlist_display_name",
    [
        ({"watchlist_ids": "111"}, "get_watchlist.json", "watchlist/111", 111, "Accounts Locked"),
        ({"entry_id": "55555"}, "list_watchlist2.json", "watchlist/byEntry/55555", 112, "Port Scanners"),
    ],
)
def test_get_watchlist(command_arguments, response_file, suffix_url, watchlist_id, watchlist_display_name, requests_mock):
    """
    Scenario: Get Watchlist group.
    Given:
        - User has provided valid credentials.
    When:
        - fortisiem-watchlist-get command called.
    Then:
        - Ensure number of items is correct.
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, watchlist_get_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response(response_file)
    requests_mock.get(f"{client._base_url}{suffix_url}", json=mock_response)
    results = watchlist_get_command(client, command_arguments)
    outputs = results[0].outputs
    assert results[0].outputs_prefix == "FortiSIEM.Watchlist"
    assert outputs[0]["id"] == watchlist_id
    assert outputs[0]["displayName"] == watchlist_display_name


def test_add_watchlist(requests_mock):
    """
    Scenario: Add Watchlist group.
    Given:
        - User has provided valid credentials.
    When:
        - fortisiem-watchlist-add command called.
    Then:
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, watchlist_add_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("add_watchlist.json")
    requests_mock.post(f"{client._base_url}watchlist/save", json=mock_response)
    result = watchlist_add_command(
        client,
        {
            "description": "Servers, network or storage devices",
            "display_name": "Resource Issues Test4",
            "is_case_sensitive": False,
            "data_creation_type": "USER",
            "value_type": "STRING",
            "entry_inclusive": "true",
        },
    )
    outputs = result.outputs
    assert result.outputs_prefix == "FortiSIEM.Watchlist"
    assert outputs[0]["id"] == 111
    assert outputs[0]["displayName"] == "Resource Issues Test4"
    assert outputs[0]["description"] == "Servers, network or storage devices"
    assert outputs[0]["valueType"] == "STRING"


def test_add_entry(requests_mock):
    """
    Scenario: Add Entry.
    Given:
        - User has provided valid credentials.
    When:
        - fortisiem-watchlist-entry-add command called.
    Then:
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, watchlist_entry_add_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("add_entry.json")
    requests_mock.post(f"{client._base_url}watchlist/addTo", json=mock_response)
    result = watchlist_entry_add_command(
        client,
        {
            "watchlist_id": 500496,
            "value": "192.168.1.1",
            "inclusive": True,
            "count": 2,
        },
    )
    readable_output = result.readable_output
    assert readable_output.startswith("Successfully added Entry")


def test_update_entry(requests_mock):
    """
    Scenario: Update Entry.
    Given:
        - User has provided valid credentials.
    When:
        - fortisiem-watchlist-entry-update command called.
    Then:
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, watchlist_entry_update_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("update_entry.json")
    requests_mock.post(f"{client._base_url}watchlist/entry/save", json=mock_response)
    result = watchlist_entry_update_command(
        client,
        {
            "data_creation_type": "USER",
            "count": 100,
            "triggering_rules": "Datastore Space Warning",
            "description": "Testing again",
            "entry_id": 889400,
            "inclusive": True,
            "value": "PVVol_A001_A000356_POWER23",
        },
    )
    outputs = result.outputs
    assert result.outputs_prefix == "FortiSIEM.WatchlistEntry"
    assert outputs[0]["id"] == 889400
    assert outputs[0]["state"] == "Enabled"
    assert outputs[0]["triggeringRules"] == "Datastore Space Warning"
    assert outputs[0]["dataCreationType"] == "USER"
    assert outputs[0]["description"] == "Testing again"


def test_delete_watchlist(requests_mock):
    """
    Scenario: Delete Watchlist.
    Given:
        - User has provided valid credentials.
    When:
        - fortisiem-watchlist-delete command called.
    Then:
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, watchlist_delete_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("delete_watchlist.json")
    requests_mock.post(f"{client._base_url}watchlist/delete", json=mock_response)
    results = watchlist_delete_command(client, {"watchlist_id": 111})
    readable_output = results[0].readable_output
    assert readable_output == "The watchlist 111 was deleted successfully."


def test_delete_entry(requests_mock):
    """
    Scenario: Delete entry.
    Given:
        - User has provided valid credentials.
    When:
        - fortisiem-watchlist-entry-delete command called.
    Then:
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, watchlist_entry_delete_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("delete_entry.json")
    requests_mock.post(f"{client._base_url}watchlist/entry/delete", json=mock_response)
    results = watchlist_entry_delete_command(client, {"entry_ids": 11111})
    readable_output = results[0].readable_output
    assert readable_output == "The entry 11111 were deleted successfully."


def test_get_entry(requests_mock):
    """
    Scenario: Get entry.
    Given:
        - User has provided valid credentials.
        - User has provided entry ID.
    When:
        - fortisiem-watchlist-entry-get command called.
    Then:
        - Ensure number of items is correct.
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, watchlist_entry_get_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("get_entry.json")
    entry_id = 55555
    requests_mock.get(f"{client._base_url}watchlist/entry/{entry_id}", json=mock_response)
    results = watchlist_entry_get_command(client, {"entry_ids": entry_id})
    outputs = results[0].outputs
    assert results[0].outputs_prefix == "FortiSIEM.WatchlistEntry"
    assert len(outputs) == 1
    assert outputs[0]["id"] == entry_id


def test_events_search_init(requests_mock):
    """
    Scenario: Initiate events search query..
    Given:
        - User has provided valid credentials.
        - User has provided valid query.
    When:
        - fortisiem-event-search command called.
    Then:
        - Ensure number of items is correct.
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, events_search_init_command

    client: FortiSIEMClient = mock_client()
    query_id = "10931,1638796483313"
    query = "eventId='9071234812007542512'"
    from_time = "2021-10-12"
    to_time = "2022=-02-10"
    requests_mock.post(f"{client._base_url}query/eventQuery", text=query_id)
    results = events_search_init_command(
        client,
        {
            "query": query,
            "from_time": from_time,
            "to_time": to_time,
        },
    )
    outputs = results.outputs
    assert results.outputs_prefix == "FortiSIEM.EventsSearchInit"
    assert len(outputs) == 1
    assert outputs["search_id"] == query_id


def test_events_search_status(requests_mock):
    """
    Scenario: Get events search query status.
    Given:
        - User has provided valid credentials.
        - User has provided valid search ID.
    When:
        - fortisiem-event-search-status command called.
    Then:
        - Ensure number of items is correct.
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, events_search_status_command

    client: FortiSIEMClient = mock_client()
    search_id = "10931,1638796483313"
    mock_response = "100"
    requests_mock.get(f"{client._base_url}query/progress/{search_id}", text=mock_response)
    results = events_search_status_command(client, {"search_id": search_id})
    outputs = results.outputs
    assert results.outputs_prefix == "FortiSIEM.EventsSearchStatus"
    assert len(outputs) == 2
    assert outputs["percentage_status"] == mock_response


def test_events_search_results(requests_mock):
    """
    Scenario: Retrieve the events that returned from the specified search query ID.
    Given:
        - User has provided valid credentials.
        - User has provided search ID.
    When:
        -  'fortisiem-event-search-results' command called.
    Then:
        - Ensure number of items is correct.
        - Ensure outputs prefix is correct.
        - Validate outputs' fields.
    """
    from FortiSIEMV2 import FortiSIEMClient, events_search_results_command

    client: FortiSIEMClient = mock_client()
    mock_response = load_xml_mock_response("list_events_via_search_query.xml")
    start_index = 0
    limit = 1
    search_id = "47189,1638796483313"
    requests_mock.get(f"{client._base_url}query/events/{search_id}/{start_index}/{limit}", text=mock_response)
    result = events_search_results_command(client, {"search_id": search_id, "limit": limit, "page": 1})
    outputs = result.outputs
    assert len(outputs) == 1
    assert result.outputs_prefix == "FortiSIEM.Event"
    assert outputs[0]["id"] == "9071234812100595667"
    assert outputs[0]["attributes"]["reptDevIpAddr"] == "192.168.1.1"


@pytest.mark.parametrize(
    "incident_attrib,original_key,formatted_key",
    [("incidentTarget", "hostName", "target_hostName"), ("incidentSrc", "hostIpAddr", "source_ipAddr")],
)
def test_build_readable_attribute_key(incident_attrib, original_key, formatted_key):
    """
    Scenario: Formatting nested attribute name to be more readable, and convenient to display in fetch incident command.
    For the input of "srcIpAddr", "incidentSrc" the formatted key will be: "source_ipAddr".
    Given:
        - Incident attribute name.
        - The nested key of the value the resides in the incident attribute.
    When:
        -  During fetch incidents command is invoked.
    Then:
        - Validate method's output.
    """
    from FortiSIEMV2 import build_readable_attribute_key

    result = build_readable_attribute_key(original_key, incident_attrib)
    assert result == formatted_key


@pytest.mark.parametrize(
    "args,expected_output",
    [
        (
            {"extended_data": True, "eventId": "111", "eventType": "ASA-Built-Conn"},
            'eventId = "111" AND eventType = "ASA-Built-Conn"',
        ),
        ({"query": "eventId!=111", "extended_data": False}, ""),
    ],
)
def test_build_constraint_from_args(args, expected_output):
    """
    Building a constraint for the search query.
    Given:
        - 'fortisiem-event-search' arguments.
    When:
        -  'fortisiem-event-search' command called.
    Then:
        - Validate method's output.
    """
    from FortiSIEMV2 import build_constraint_from_args

    result = build_constraint_from_args(args)
    assert result == expected_output


@pytest.mark.commands
@freeze_time(time.ctime(1646205070))
@pytest.mark.parametrize(
    "last_run,incidents_file,fetch_with_events,expected_output",
    [
        (
            {},
            "fetch_incidents.json",
            False,
            {
                "incidents_number": 10,
                "events_number": 0,
                "last_run": {"create_time": 1646105070000, "last_incidents": [1, 2, 3, 4, 5, 6, 7, 8, 9, 10], "start_index": 0},
            },
        ),
        (
            {"create_time": 1646094600000, "last_incidents": [1, 2, 3, 4, 5], "start_index": 0},
            "fetch_incidents.json",
            False,
            {
                "incidents_number": 5,
                "events_number": 0,
                "last_run": {"create_time": 1646105070000, "last_incidents": [6, 7, 8, 9, 10], "start_index": 0},
            },
        ),
        (
            {"create_time": 1646105070000, "last_incidents": [1, 2, 3, 4, 5, 6, 7, 8, 9, 10], "start_index": 0},
            "fetch_incidents_empty.json",
            False,
            {
                "incidents_number": 0,
                "events_number": 0,
                "last_run": {"create_time": 1646105070000, "last_incidents": [1, 2, 3, 4, 5, 6, 7, 8, 9, 10], "start_index": 0},
            },
        ),
        (
            {},
            "fetch_incidents.json",
            True,
            {
                "incidents_number": 10,
                "events_number": 5,
                "last_run": {"create_time": 1646105070000, "last_incidents": [1, 2, 3, 4, 5, 6, 7, 8, 9, 10], "start_index": 0},
            },
        ),
        (
            {"last_incidents": [1, 2, 3, 4, 5, 6, 7, 8, 9, 10], "start_index": 0, "create_time": 1646092830000},
            "fetch_incidents_same_time.json",
            False,
            {
                "incidents_number": 5,
                "events_number": 0,
                "last_run": {
                    "last_incidents": [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15],
                    "start_index": 5,
                    "create_time": 1646092830000,
                },
            },
        ),
    ],
)
def test_fetch_incidents(last_run, incidents_file, fetch_with_events, expected_output, requests_mock):
    """
    Fetching incidents.
    Given:
        - 'fetch-incidents' arguments.
    Scenarios:
        - Last run do not exist.
        - Last run exists
        - No incidents to fetch.
        - Incidents to fetch with events.
        - New incidents came in the same time like prev last incidents.
    Then:
        - Validate incidents & updated last run obj.
    """
    from FortiSIEMV2 import FortiSIEMClient, fetch_incidents

    client: FortiSIEMClient = mock_client()
    status_list = ["Active"]
    max_fetch = 10
    max_events_fetch = 5
    first_fetch = "1 week"

    mock_response = load_json_mock_response(incidents_file)
    requests_mock.post(f"{client._base_url}pub/incident", json=mock_response)
    if fetch_with_events:
        events_mock_response = load_json_mock_response("triggered_events.json")
        requests_mock.get(f"{client._base_url}pub/incident/triggeringEvents", json=events_mock_response)

    incidents, updated_last_run = fetch_incidents(
        client, max_fetch, first_fetch, status_list, fetch_with_events, max_events_fetch, last_run
    )

    expected_incidents_number = expected_output.get("incidents_number")
    expected_events_number = expected_output.get("events_number")
    expected_last_run = expected_output.get("last_run")
    incident_raw_json = json.loads(incidents[0]["rawJSON"]) if incidents else {}
    events = incident_raw_json.get("events")
    events_number = len(events) if events else 0
    assert len(incidents) == expected_incidents_number
    assert updated_last_run == expected_last_run
    assert events_number == expected_events_number


@pytest.mark.commands
@freeze_time(time.ctime(1646240070))
@patch("FortiSIEMV2.FortiSIEMClient.fetch_incidents_request")
def test_fetch_incidents_with_pagination(post_mock):
    """
    Fetching incidents in pagination use case.
    Given:
        - 'fetch-incidents' arguments.
    Scenarios:
        - Fetch incidents which retrieved from different pages.
    Then:
        - Validate incidents & updated last run obj.
    """
    from FortiSIEMV2 import FortiSIEMClient, fetch_incidents

    client: FortiSIEMClient = mock_client()
    status_list = ["Active"]
    max_fetch = 5
    max_events_fetch = 5
    first_fetch = "3 hours"

    mocked_responses = [
        load_json_mock_response("fetch_incidents_paging_1.json"),
        load_json_mock_response("fetch_incidents_paging_2.json"),
    ]

    post_mock.side_effect = mocked_responses
    incidents, updated_last_run = fetch_incidents(client, max_fetch, first_fetch, status_list, False, max_events_fetch, {})
    assert len(incidents) == 5
    assert updated_last_run["create_time"] == 1646237070000
    assert updated_last_run["last_incidents"] == [9, 10, 11, 12, 13]


@pytest.mark.parametrize(
    "nested_attr, expected_result",
    [
        ("key:value", ("key", "value")),
        ("key:value:extra", ("key", "value")),
        ("", (None, None)),
        ("key", (None, None)),
    ],
)
def test_format_nested_incident_attribute(nested_attr, expected_result):
    """
    Formatting incident attributes.
    Given:
        - Some incident attributes.
    When:
        - format_nested_incident_attribute is running.
    Then:
        - Check that the formatted incident attribute is as expected.
    """
    from FortiSIEMV2 import format_nested_incident_attribute

    assert format_nested_incident_attribute(nested_attr) == expected_result


@pytest.mark.parametrize(
    "events_mock_response, expected_result",
    [
        ({"result": {"description": "The incident detail was not found for incident 123465"}}, 0),
        (load_json_mock_response("triggered_events.json"), 5),
        (load_json_mock_response("triggered_events_dict.json"), 5),
    ],
)
def test_get_related_events_for_fetch_command(events_mock_response, expected_result, requests_mock):
    """
    Fetching events per incident.
    Given:
        - Incident ID with/without events.
    When:
        - get_related_events_for_fetch_command is running.
    Then:
        - Check that the sum of the events is as expected.
    """
    from FortiSIEMV2 import FortiSIEMClient, get_related_events_for_fetch_command

    client: FortiSIEMClient = mock_client()
    requests_mock.get(f"{client._base_url}pub/incident/triggeringEvents", json=events_mock_response)

    assert len(get_related_events_for_fetch_command("123456", 20, client)) == expected_result


@pytest.mark.commands
@freeze_time(time.ctime(1646205070))
def test_fetch_incidents_without_incident_title(requests_mock):
    """
    Fetching incidents.
    Given:
        - 'fetch-incidents' arguments.
    Scenarios:
        - Last run do not exist.
        - Last run exists
        - No incidents to fetch.
        - Incidents to fetch with events.
        - New incidents came in the same time like prev last incidents.
    Then:
        - Validate incidents & updated last run obj.
    """

    incidents_file = "fetch_incidents_without_incidentTitle.json"
    expected_output = {
        "incidents_number": 1,
        "events_number": 0,
        "last_run": {"create_time": 1646092830000, "last_incidents": [1], "start_index": 0},
    }
    from FortiSIEMV2 import FortiSIEMClient, fetch_incidents

    client: FortiSIEMClient = mock_client()
    status_list = ["Active"]
    max_fetch = 1
    max_events_fetch = 5
    first_fetch = "1 week"

    mock_response = load_json_mock_response(incidents_file)
    requests_mock.post(f"{client._base_url}pub/incident", json=mock_response)
    incidents, updated_last_run = fetch_incidents(client, max_fetch, first_fetch, status_list, False, max_events_fetch, {})

    expected_incidents_number = expected_output.get("incidents_number")
    expected_events_number = expected_output.get("events_number")
    expected_last_run = expected_output.get("last_run")
    incident_raw_json = json.loads(incidents[0]["rawJSON"]) if incidents else {}
    events = incident_raw_json.get("events")
    events_number = len(events) if events else 0
    assert len(incidents) == expected_incidents_number
    assert updated_last_run == expected_last_run
    assert incidents[0].get("name") == "FortiSIEM incident: 1"
    assert events_number == expected_events_number


def test_events_list_request_with_time_params_success(requests_mock):
    """
    Testing events_list_request with timeFrom/timeTo parameters - success path.
    Given:
        - An incident ID and time_from/time_to parameters are provided.
    When:
        - events_list_request is called with time_from and time_to.
    Then:
        - The request is made with timeFrom and timeTo query params.
        - The response is returned correctly.
    """
    from FortiSIEMV2 import FortiSIEMClient

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("list_events_by_incident.json")
    incident_id = "123"
    time_from = 1646092830000
    time_to = 1646147610000

    adapter = requests_mock.get(f"{client._base_url}pub/incident/triggeringEvents", json=mock_response)

    result = client.events_list_request(size=10, incident_id=incident_id, time_from=time_from, time_to=time_to)

    assert result == mock_response
    assert adapter.called_once
    # Verify the request was made with time params
    assert adapter.last_request.qs["timefrom"] == [str(time_from)]
    assert adapter.last_request.qs["timeto"] == [str(time_to)]
    assert adapter.last_request.qs["incidentid"] == [incident_id]


def test_events_list_request_with_time_params_fallback(requests_mock):
    """
    Testing events_list_request with timeFrom/timeTo parameters - fallback path.
    Given:
        - An incident ID and time_from/time_to parameters are provided.
        - The first request (with time params) raises an exception.
    When:
        - events_list_request is called with time_from and time_to.
    Then:
        - The first request with time params fails.
        - A fallback request without time params is made and succeeds.
        - The fallback response is returned correctly.
    """
    from FortiSIEMV2 import FortiSIEMClient

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("list_events_by_incident.json")
    incident_id = "123"
    time_from = 1646092830000
    time_to = 1646147610000

    # First call raises an exception (with time params), second call succeeds (without time params)
    responses = [
        {"status_code": 500, "json": {"error": "timeFrom/timeTo not supported"}},
        {"status_code": 200, "json": mock_response},
    ]
    adapter = requests_mock.get(f"{client._base_url}pub/incident/triggeringEvents", responses)

    result = client.events_list_request(size=10, incident_id=incident_id, time_from=time_from, time_to=time_to)

    assert result == mock_response
    # Verify both requests were attempted
    assert adapter.call_count == 2
    # First request should have time params
    first_request = adapter.request_history[0]
    assert "timefrom" in first_request.qs
    assert "timeto" in first_request.qs
    # Second request (fallback) should NOT have time params
    second_request = adapter.request_history[1]
    assert "timefrom" not in second_request.qs
    assert "timeto" not in second_request.qs


def test_events_list_request_without_time_params(requests_mock):
    """
    Testing events_list_request without timeFrom/timeTo parameters - original behavior.
    Given:
        - An incident ID is provided but no time_from/time_to parameters.
    When:
        - events_list_request is called without time_from and time_to.
    Then:
        - The request is made without timeFrom and timeTo query params.
        - The original behavior is preserved.
    """
    from FortiSIEMV2 import FortiSIEMClient

    client: FortiSIEMClient = mock_client()
    mock_response = load_json_mock_response("list_events_by_incident.json")
    incident_id = "123"

    adapter = requests_mock.get(f"{client._base_url}pub/incident/triggeringEvents", json=mock_response)

    result = client.events_list_request(size=10, incident_id=incident_id)

    assert result == mock_response
    assert adapter.called_once
    # Verify the request was made WITHOUT time params
    assert "timefrom" not in adapter.last_request.qs
    assert "timeto" not in adapter.last_request.qs
    assert adapter.last_request.qs["incidentid"] == [incident_id]


@patch("FortiSIEMV2.FortiSIEMClient.events_list_request")
def test_get_related_events_for_fetch_command_with_time_params(mock_events_list_request):
    """
    Testing get_related_events_for_fetch_command with time_from and time_to parameters.
    Given:
        - An incident ID, max_events_fetch, and time_from/time_to parameters are provided.
    When:
        - get_related_events_for_fetch_command is called with time_from and time_to.
    Then:
        - events_list_request is called with the time_from and time_to parameters forwarded.
    """
    from FortiSIEMV2 import FortiSIEMClient, get_related_events_for_fetch_command

    client: FortiSIEMClient = mock_client()
    mock_events_list_request.return_value = load_json_mock_response("triggered_events.json")

    time_from = 1646092830000
    time_to = 1646147610000

    result = get_related_events_for_fetch_command("123456", 20, client, time_from=time_from, time_to=time_to)

    assert len(result) == 5
    mock_events_list_request.assert_called_once_with(20, "123456", time_from=time_from, time_to=time_to)


@pytest.mark.commands
@freeze_time(time.ctime(1646205070))
@patch("FortiSIEMV2.FortiSIEMClient.events_list_request")
def test_fetch_incidents_passes_time_params_to_events(mock_events_list_request, requests_mock):
    """
    Testing that fetch_incidents passes incidentFirstSeen/incidentLastSeen (with 5-minute buffer)
    as time_from/time_to to events_list_request when fetching with events.
    Given:
        - fetch_with_events is True.
        - Incidents have incidentFirstSeen and incidentLastSeen fields.
    When:
        - fetch_incidents is called.
    Then:
        - events_list_request is called with time_from=incidentFirstSeen - EVENTS_TIME_BUFFER_MS
          and time_to=incidentLastSeen + EVENTS_TIME_BUFFER_MS for each incident.
    """
    from FortiSIEMV2 import EVENTS_TIME_BUFFER_MS, FortiSIEMClient, fetch_incidents

    client: FortiSIEMClient = mock_client()
    status_list = ["Active"]
    max_fetch = 2
    max_events_fetch = 5
    first_fetch = "1 week"

    mock_response = load_json_mock_response("fetch_incidents.json")
    # Limit to 2 incidents for simplicity
    mock_response["data"] = mock_response["data"][:2]
    mock_response["total"] = 2
    mock_response["size"] = 2

    requests_mock.post(f"{client._base_url}pub/incident", json=mock_response)

    events_data = load_json_mock_response("triggered_events.json")
    mock_events_list_request.return_value = events_data

    incidents, _ = fetch_incidents(client, max_fetch, first_fetch, status_list, True, max_events_fetch, {})

    assert len(incidents) == 2
    # Verify events_list_request was called with time params from each incident
    assert mock_events_list_request.call_count == 2

    # First incident: incidentFirstSeen=1646092830000, incidentLastSeen=1646147610000
    # Buffer of EVENTS_TIME_BUFFER_MS (300000ms = 5 minutes) is subtracted from time_from and added to time_to
    first_call_kwargs = mock_events_list_request.call_args_list[0]
    assert first_call_kwargs[1]["time_from"] == 1646092830000 - EVENTS_TIME_BUFFER_MS
    assert first_call_kwargs[1]["time_to"] == 1646147610000 + EVENTS_TIME_BUFFER_MS

    # Second incident: incidentFirstSeen=1646093040000, incidentLastSeen=1646697840000
    second_call_kwargs = mock_events_list_request.call_args_list[1]
    assert second_call_kwargs[1]["time_from"] == 1646093040000 - EVENTS_TIME_BUFFER_MS
    assert second_call_kwargs[1]["time_to"] == 1646697840000 + EVENTS_TIME_BUFFER_MS


@patch("FortiSIEMV2.get_related_events_for_fetch_command")
def test_fetch_events_concurrently_success(mock_get_events):
    """
    Testing fetch_events_concurrently with multiple incidents - all succeed.
    Given:
        - 3 formatted incidents with incidentId, incidentFirstSeen, and incidentLastSeen.
        - get_related_events_for_fetch_command returns sample events for each incident.
    When:
        - fetch_events_concurrently is called.
    Then:
        - The returned events_map has the correct keys and values.
        - success_count == 3 and fail_count == 0.
        - get_related_events_for_fetch_command was called with the correct time_from (with 5-minute buffer subtracted)
          and time_to (with 5-minute buffer added).
    """
    from FortiSIEMV2 import EVENTS_TIME_BUFFER_MS, fetch_events_concurrently

    client = mock_client()

    sample_incidents = [
        {"incidentId": 101, "incidentFirstSeen": 1646092830000, "incidentLastSeen": 1646147610000},
        {"incidentId": 102, "incidentFirstSeen": 1646093040000, "incidentLastSeen": 1646697840000},
        {"incidentId": 103, "incidentFirstSeen": 1646094000000, "incidentLastSeen": 1646700000000},
    ]

    def side_effect(incident_id, max_events, cli, time_from=None, time_to=None):
        return [{"Event ID": f"event_{incident_id}_1"}, {"Event ID": f"event_{incident_id}_2"}]

    mock_get_events.side_effect = side_effect

    events_map, total_time, success_count, fail_count = fetch_events_concurrently(sample_incidents, 20, client)

    assert success_count == 3
    assert fail_count == 0
    assert len(events_map) == 3
    assert 101 in events_map
    assert 102 in events_map
    assert 103 in events_map
    assert len(events_map[101]) == 2
    assert len(events_map[102]) == 2
    assert len(events_map[103]) == 2

    # Verify get_related_events_for_fetch_command was called with correct time_from/time_to
    assert mock_get_events.call_count == 3
    for call_args in mock_get_events.call_args_list:
        inc_id = call_args[0][0]
        called_time_from = call_args[1]["time_from"]
        called_time_to = call_args[1]["time_to"]
        matching_incident = next(i for i in sample_incidents if i["incidentId"] == inc_id)
        assert called_time_from == matching_incident["incidentFirstSeen"] - EVENTS_TIME_BUFFER_MS
        assert called_time_to == matching_incident["incidentLastSeen"] + EVENTS_TIME_BUFFER_MS


@patch("FortiSIEMV2.get_related_events_for_fetch_command")
def test_fetch_events_concurrently_partial_failure(mock_get_events):
    """
    Testing fetch_events_concurrently with partial failure - some incidents fail.
    Given:
        - 3 formatted incidents.
        - get_related_events_for_fetch_command succeeds for incidents 201 and 203 but raises an exception for 202.
    When:
        - fetch_events_concurrently is called.
    Then:
        - Successful incidents have events in the map.
        - Failed incident has an empty list in the map.
        - success_count == 2 and fail_count == 1.
    """
    from FortiSIEMV2 import fetch_events_concurrently

    client = mock_client()

    sample_incidents = [
        {"incidentId": 201, "incidentFirstSeen": 1000000, "incidentLastSeen": 2000000},
        {"incidentId": 202, "incidentFirstSeen": 3000000, "incidentLastSeen": 4000000},
        {"incidentId": 203, "incidentFirstSeen": 5000000, "incidentLastSeen": 6000000},
    ]

    def side_effect(incident_id, max_events, cli, time_from=None, time_to=None):
        if incident_id == 202:
            raise Exception("API error for incident 202")
        return [{"Event ID": f"event_{incident_id}_1"}]

    mock_get_events.side_effect = side_effect

    events_map, total_time, success_count, fail_count = fetch_events_concurrently(sample_incidents, 20, client)

    assert success_count == 2
    assert fail_count == 1
    assert len(events_map) == 3
    assert len(events_map[201]) == 1
    assert events_map[202] == []
    assert len(events_map[203]) == 1


def test_fetch_events_concurrently_empty_list():
    """
    Testing fetch_events_concurrently with an empty incidents list.
    Given:
        - An empty formatted_incidents list.
    When:
        - fetch_events_concurrently is called.
    Then:
        - A ValueError is raised because ThreadPoolExecutor requires max_workers > 0.
    Note:
        - In production, fetch_incidents() guards against this by checking
          `if fetch_with_events and formatted_incidents` before calling fetch_events_concurrently.
    """
    from FortiSIEMV2 import fetch_events_concurrently

    client = mock_client()

    with pytest.raises(ValueError, match="max_workers must be greater than 0"):
        fetch_events_concurrently([], 20, client)


@patch("FortiSIEMV2.get_related_events_for_fetch_command")
def test_fetch_events_concurrently_time_buffer(mock_get_events):
    """
    Testing that the 5-minute buffer is correctly applied to time_from and time_to.
    Given:
        - An incident with incidentFirstSeen=1000000 and incidentLastSeen=2000000.
    When:
        - fetch_events_concurrently is called.
    Then:
        - get_related_events_for_fetch_command is called with
          time_from=1000000 - 300000 = 700000 and time_to=2000000 + 300000 = 2300000.
    """
    from FortiSIEMV2 import EVENTS_TIME_BUFFER_MS, fetch_events_concurrently

    client = mock_client()

    sample_incidents = [
        {"incidentId": 301, "incidentFirstSeen": 1000000, "incidentLastSeen": 2000000},
    ]

    mock_get_events.return_value = [{"Event ID": "event_301_1"}]

    events_map, total_time, success_count, fail_count = fetch_events_concurrently(sample_incidents, 20, client)

    assert success_count == 1
    assert fail_count == 0
    assert EVENTS_TIME_BUFFER_MS == 300000

    mock_get_events.assert_called_once()
    call_kwargs = mock_get_events.call_args[1]
    assert call_kwargs["time_from"] == 700000  # 1000000 - 300000
    assert call_kwargs["time_to"] == 2300000  # 2000000 + 300000


@pytest.mark.commands
@freeze_time(time.ctime(1646205070))
@patch("FortiSIEMV2.get_related_events_for_fetch_command")
def test_fetch_incidents_with_concurrent_events(mock_get_events, requests_mock):
    """
    Integration-style test that verifies fetch_incidents uses concurrent fetching.
    Given:
        - fetch_with_events is True.
        - fetch_relevant_incidents returns sample incidents.
        - get_related_events_for_fetch_command returns sample events.
    When:
        - fetch_incidents is called with fetch_with_events=True.
    Then:
        - The returned incidents contain the expected events.
        - get_related_events_for_fetch_command is called for each incident.
    """
    from FortiSIEMV2 import FortiSIEMClient, fetch_incidents

    client: FortiSIEMClient = mock_client()
    status_list = ["Active"]
    max_fetch = 2
    max_events_fetch = 5
    first_fetch = "1 week"

    mock_response = load_json_mock_response("fetch_incidents.json")
    mock_response["data"] = mock_response["data"][:2]
    mock_response["total"] = 2
    mock_response["size"] = 2

    requests_mock.post(f"{client._base_url}pub/incident", json=mock_response)

    def side_effect(incident_id, max_events, cli, time_from=None, time_to=None):
        return [{"Event ID": f"event_{incident_id}_1"}, {"Event ID": f"event_{incident_id}_2"}]

    mock_get_events.side_effect = side_effect

    incidents, _ = fetch_incidents(client, max_fetch, first_fetch, status_list, True, max_events_fetch, {})

    assert len(incidents) == 2
    assert mock_get_events.call_count == 2

    # Verify each incident has events in rawJSON
    for incident in incidents:
        raw_json = json.loads(incident["rawJSON"])
        events = raw_json.get("events", [])
        assert len(events) == 2