import json

import pytest

from CommonServerPython import *
from BlockExternalIp import PrismaSase, PanOs


def util_load_json(path):
    with open(path, encoding="utf-8") as f:
        return json.loads(f.read())


def test_create_final_human_readable_success():
    """
    Given:
       - The integration, the ip_list, and the rule_name
    When:
       - creating the human readable that sums the execution of each integration flow.
    Then:
       - The correct human readable string is returned.
    """
    from BlockExternalIp import create_final_human_readable

    expected_hr = (
        "### The IP was blocked successfully\n|IP|Status|Result|Created rule name|Used integration|\n"
        "|---|---|---|---|---|\n| 1.1.1.1 | Done | Success | test_rule | "
        "Palo Alto Networks - Prisma SASE |\n"
    )
    result_hr = create_final_human_readable("", "Palo Alto Networks - Prisma SASE", ["1.1.1.1"], "test_rule")
    assert result_hr == expected_hr


def test_create_final_human_readable_failure():
    """
    Given:
       - A failure message the integration, the ip_list, and the rule_name
    When:
       - Creating the human readable that sums the execution of each integration flow.
    Then:
       - The correct human readable string is returned.
    """
    from BlockExternalIp import create_final_human_readable

    expected_hr = (
        "### Failed to block the IP\n|IP|Status|Result|Used integration|Message|\n|---|---|---|---|---|\n|"
        " 1.1.1.1 | Done | Failed | Cisco ASA | Failed to execute cisco-asa-create-rule command. Error: "
        "You are trying to create a rule that already exists. |\n"
    )
    failure_message = (
        "Failed to execute cisco-asa-create-rule command. Error: You are trying to create a rule that already exists."
    )
    used_integration = "Cisco ASA"
    ip_list = ["1.1.1.1"]
    result_hr = create_final_human_readable(failure_message, used_integration, ip_list)
    assert result_hr == expected_hr


def test_create_final_context_success():
    """
    Given:
       - The integration, the ip_list, and the rule_name
    When:
       - Creating the context that sums the execution of each integration flow.
    Then:
       - The correct context data list of dict is returned.
    """
    from BlockExternalIp import create_final_context

    used_integration = "FortiGate"
    ip_list = ["1.1.1.1", "2.2.2.2"]
    expected_context = [
        {"Brand": "FortiGate", "IP": "1.1.1.1", "Message": "External IP was blocked successfully", "Result": "Success"},
        {"Brand": "FortiGate", "IP": "2.2.2.2", "Message": "External IP was blocked successfully", "Result": "Success"},
    ]
    result_context = create_final_context("", used_integration, ip_list)
    assert result_context == expected_context


def test_create_final_context_failure():
    """
    Given:
       - A failure message the integration, the ip_list, and the rule_name
    When:
       - Creating the context that sums the execution of each integration flow.
    Then:
       - The correct context data list of dict is returned.
    """
    from BlockExternalIp import create_final_context

    failure_message = (
        "Failed to execute cisco-asa-create-rule command. Error: You are trying to create a rule that already exists."
    )
    used_integration = "Cisco ASA"
    ip_list = ["1.1.1.1"]
    expected_context = [
        {
            "Brand": "Cisco ASA",
            "IP": "1.1.1.1",
            "Message": "Failed to execute cisco-asa-create-rule command. Error: You are trying to create a rule "
            "that already exists.",
            "Result": "Failed",
        }
    ]
    result_context = create_final_context(failure_message, used_integration, ip_list)
    assert result_context == expected_context


def test_prepare_context_and_hr_multiple_executions():
    """
    Given:
       - A list of responses from demosto.executeCommand
    When:
       - Creating the context that sums the execution of each integration flow.
    Then:
       - The correct context data list of dict is returned.
    """
    from BlockExternalIp import prepare_context_and_hr_multiple_executions

    responses = util_load_json("test_data/prisma_sase_responses.json").get("success")
    verbose = True
    ip_list = ["7.7.7.7"]
    expected_hr = [
        "Palo Alto Networks - Prisma SASE: The item you're searching for does not exist within the Prisma SASE API.",
        "Palo Alto Networks - Prisma SASE:\n### Address Object Created\n|Address Value|Folder|Id|Name|Type|\n"
        "|---|---|---|---|---|\n| 7.7.7.7 | Shared | 11111111-1111-1111-1111-111111111111 | 7.7.7.7 | ip_netmask |\n",
        "Palo Alto Networks - Prisma SASE:\nWaiting for all data to push for job id 845",
        "### The IP was blocked successfully\n|IP|Status|Result|Used integration|\n|---|---|---|---|\n"
        "| 7.7.7.7 | Done | Success | Palo Alto Networks - Prisma SASE |\n",
    ]
    results = prepare_context_and_hr_multiple_executions(responses, verbose, "", ip_list)
    assert len(results) == 4
    for result, hr in zip(results, expected_hr):
        assert result.readable_output == hr


def test_sanitize_pan_os_responses():
    """
    Given:
       - A list of responses from demosto.executeCommand
    When:
       - Saving only the relevant part of the responses.
    Then:
       - The correct information is returned.
    """
    res_address_group_list = util_load_json("test_data/pan_os_responses.json").get("address_group_list")
    res_address_group_edit = util_load_json("test_data/pan_os_responses.json").get("edit_address_group")
    res_rules_list = util_load_json("test_data/pan_os_responses.json").get("list_rules")
    res_rule_edit = util_load_json("test_data/pan_os_responses.json").get("edit_rule")
    res_rule_move = util_load_json("test_data/pan_os_responses.json").get("move_rule")
    res_commit = util_load_json("test_data/pan_os_responses.json").get("pan_os_commit")
    responses = [res_address_group_list, res_address_group_edit, res_rules_list, res_rule_edit, res_rule_move, res_commit]
    pan_os = PanOs({})
    pan_os.responses = responses
    result_responses = pan_os.reduce_pan_os_responses()
    assert len(result_responses) == 6
    for result in result_responses:
        assert len(result[0]) == 4
        keys_list = list(result[0].keys())
        assert keys_list == ["HumanReadable", "Contents", "Type", "Metadata"]


def test_get_relevant_context():
    """
    Given:
       - The EntryContext of a response and a wanted key.
    When:
       - There is a need for an information that can be found in the context.
    Then:
       - Returns the relevant context from the EntryContext.
    """
    from BlockExternalIp import get_relevant_context

    response = util_load_json("test_data/prisma_sase_responses.json").get("address_group_list")
    entry_context = response[0].get("EntryContext", {})
    result = get_relevant_context(entry_context, "PrismaSase.Address")
    expected_context = {
        "address_value": "1.1.2.2",
        "folder": "Shared",
        "id": "11111111-1111-1111-1111-111111111111",
        "name": "1.1.2.2",
        "type": "ip_netmask",
    }
    assert result == expected_context


def test_check_value_exist_in_context():
    """
    Given:
       - The value we want to check if exists, the context to search on, and the relevant key in the context.
    When:
       - Running pan-os flow and checking whether a specific tag exists, a specific name, etc.
    Then:
       - Returns True when the value is found, False otherwise.
    """
    context = util_load_json("test_data/pan_os_responses.json").get("address_group_list_context")
    key = "Match"
    pan_os_tag_exist = PanOs({"tag": "3.4.5.6"})
    pan_os_tag_not_exist = PanOs({"tag": "1.1.1.1"})
    result_exist = pan_os_tag_exist.check_value_exist_in_context(pan_os_tag_exist.args["tag"], context, key)
    result_not_exist = pan_os_tag_not_exist.check_value_exist_in_context(pan_os_tag_not_exist.args["tag"], context, key)
    assert result_exist
    assert not result_not_exist


@pytest.mark.parametrize(
    "address_group, expected_match",
    [
        ("dynamic_address_group_test_pb3", "3.4.5.6"),  # a Match of type string
        ("test1", ""),  # non existing grou
        ("pan-os-test-group", "tag1 or tag2"),  # a Match of type dict
        ("test-playbook-do-not-delete", ""),  # an address_group that doesn't have a Match value
    ],
)
def test_get_match_by_name(address_group, expected_match):
    """
    Given:
       - The name of the address group, and the context.
    When:
       - Running pan-os flow to check if the address group has existing match value that we should add to them.
    Then:
       - Returns the current match value ot an empty string it the address group doesn't have one.
    """
    context = util_load_json("test_data/pan_os_responses.json").get("address_group_list_context")
    pan_os = PanOs({"address_group": address_group})
    result = pan_os.get_match_by_name(address_group, context)
    assert result == expected_match


def test_update_brands_to_run(mocker):
    """
    Given:
       - The list of brands that should be executed.
    When:
       - Running the script block-external-ip.
    Then:
       - Return The list of brands that were executed in previous runs and a set of the brands that should be executed
         in the current run.
    """
    from BlockExternalIp import update_brands_to_run

    brands_to_run = ["Panorama", "FortiGate"]
    expected_executed_brands = ["FortiGate"]
    expected_updated_brands_to_run = {"Panorama"}
    context = {"executed_brands": str(expected_executed_brands)}
    mocker.patch.object(demisto, "context", return_value=context)
    result_executed_brands, result_updated_brands_to_run = update_brands_to_run(brands_to_run)
    assert expected_executed_brands == result_executed_brands
    assert expected_updated_brands_to_run == result_updated_brands_to_run


def test_prisma_sase_candidate_config_push_false():
    """
    Given:
      - auto_commit = false, and an object to save the responses of execute command.
    When:
      - Running the script block-external-ip for the prisma-sase brand, checking if a commit should be executed or not.
    Then:
      - A command result with a warning is returned.
    """
    prisma_sase = PrismaSase({"auto_commit": False})
    expected_auto_commit_message = (
        "Not commiting the changes in Palo Alto Networks - Prisma SASE, since auto_commit=False."
        " Please do so manually for the changes to take affect."
    )
    result_auto_commit_message = prisma_sase.prisma_sase_candidate_config_push()
    assert result_auto_commit_message.readable_output == expected_auto_commit_message


def test_prisma_sase_candidate_config_push_true(mocker):
    """
    Given:
      - auto_commit = true, and an object to save the responses of execute command.
    When:
      - Running the script block-external-ip for the prisma-sase brand, checking if a commit should be executed or not.
    Then:
      - Verify the correct outputs are returned from the function.
    """
    prisma_sase = PrismaSase({"auto_commit": True})
    entries = util_load_json("test_data/prisma_sase_responses.json").get("candidate_config_push")
    mocker_object = mocker.patch.object(demisto, "executeCommand", return_value=entries)
    result_auto_commit_message = prisma_sase.prisma_sase_candidate_config_push()
    assert not result_auto_commit_message
    assert len(prisma_sase.responses) == 1
    mocker_object.assert_called_with(
        "prisma-sase-candidate-config-push", {"folders": "Remote Networks, Mobile Users, Service Connections"}
    )


def test_prisma_sase_security_rule_update_needed(mocker):
    """
    Given:
      - rule_name, address_group, a responses list.
    When:
      - Running the script block-external-ip for the prisma-sase brand, checking if a rule update should be performed.
    Then:
      - Verify the correct outputs are returned from the function, the response of the command in case it was executed,
        otherwise [].
    """
    res_rule_list = util_load_json("test_data/prisma_sase_responses.json").get("security_rule_list")
    prisma_sase = PrismaSase({"rule_name": "rules", "address_group": "test_debug1"})
    prisma_sase.responses = [res_rule_list]
    entries = util_load_json("test_data/prisma_sase_responses.json").get("security_rule_update")
    mocker_object = mocker.patch.object(demisto, "executeCommand", return_value=entries)
    result = prisma_sase.prisma_sase_security_rule_update(res_rule_list)
    assert result == entries
    assert len(prisma_sase.responses) == 2
    mocker_object.assert_called_with(
        "prisma-sase-security-rule-update",
        {"rule_id": "11111111-1111-1111-1111-111111111111", "action": "deny", "destination": prisma_sase.args["address_group"]},
    )


def test_prisma_sase_security_rule_update_not_needed():
    """
    Given:
      - rule_name, address_group, a responses list.
    When:
      - Running the script block-external-ip for the prisma-sase brand, checking if a rule update should be performed.
        In this case the address_group is in the rule destination, no need for a rule update.
    Then:
      - Verify the correct outputs are returned from the function, the response of the command in case it was executed,
        otherwise [].
    """
    res_rule_list = util_load_json("test_data/prisma_sase_responses.json").get("security_rule_list")
    prisma_sase = PrismaSase({"rule_name": "rules", "address_group": "test_debug"})
    prisma_sase.responses = [res_rule_list]
    result = prisma_sase.prisma_sase_security_rule_update(res_rule_list)
    assert not result


def test_prisma_sase_block_ip_object_not_exist(mocker):
    """
    Given:
      - The arguments for running the prisma flow.
    When:
      - Running the script block-external-ip for the prisma-sase brand.
    Then:
      - Verify the correct outputs are returned from the function, the first command result should contain that the ip
        does not exist.
    """
    args = {"ip": "1.2.3.7", "address_group": "test_debug2", "verbose": True, "rule_name": "rules", "auto_commit": False}
    prisma_sase = PrismaSase(args)
    res_address_object_list = util_load_json("test_data/prisma_sase_responses.json").get("address_object_list_1237")
    res_create_object = util_load_json("test_data/prisma_sase_responses.json").get("address_object_create1237")
    res_address_group_list = util_load_json("test_data/prisma_sase_responses.json").get("address_group_list1237")
    res_address_group_update = util_load_json("test_data/prisma_sase_responses.json").get("address_group_update1237")
    mocker.patch.object(
        demisto,
        "executeCommand",
        side_effect=[res_address_object_list, res_create_object, res_address_group_list, res_address_group_update],
    )
    results = prisma_sase.prisma_sase_block_ip()
    assert len(results) == 6
    assert results[0].readable_output == (
        "Palo Alto Networks - Prisma SASE: The item you're searching for does not exist within the Prisma SASE API."
    )
    assert results[1].readable_output == (
        "Palo Alto Networks - Prisma SASE:\n### Address Object Created\n"
        "|Address Value|Folder|Id|Name|Type|\n|---|---|---|---|---|\n"
        "| 1.2.3.7 | Shared | 11111111-1111-1111-1111-111111111111 | 1.2.3.7 | ip_netmask |\n"
    )
    assert results[2].readable_output == (
        "Palo Alto Networks - Prisma SASE:\n### Address Groups\n"
        "|Id|Name|Description|Addresses|Dynamic Filter|\n|---|---|---|---|---|\n"
        "| id | test_debug2 |  | 1.2.3.6 |  |\n"
    )
    assert results[3].readable_output == (
        "Palo Alto Networks - Prisma SASE:\n### Address Group updated\n"
        "|Addresses|Folder|Id|Name|\n|---|---|---|---|\n"
        "| 1.2.3.6,<br>1.2.3.7 | Shared | id | test_debug2 |\n"
    )
    assert results[4].readable_output == (
        "### The IP was blocked successfully\n|IP|Status|Result|Created rule name|"
        "Used integration|\n|---|---|---|---|---|\n| 1.2.3.7 | Done | Success | rules | "
        "Palo Alto Networks - Prisma SASE |\n"
    )
    assert results[5].readable_output == (
        "Not commiting the changes in Palo Alto Networks - Prisma SASE, since "
        "auto_commit=False. Please do so manually for the changes to take affect."
    )


def test_pan_os_commit_status(mocker):
    """
    Given:
      - The commit job id.
    When:
      - Running the script block-external-ip for the panorama brand, and we need to check the commit status.
    Then:
      - Verify the correct outputs are returned from the function.
    """
    from BlockExternalIp import pan_os_commit_status

    args = {"commit_job_id": "2925"}
    responses = []
    res_commit_status = util_load_json("test_data/pan_os_responses.json").get("commit_status")
    mocker_object = mocker.patch.object(demisto, "executeCommand", return_value=res_commit_status)
    result = pan_os_commit_status(args, responses)
    assert result.readable_output == "### Commit Status:\n|JobID|Status|\n|---|---|\n| 2925 | Success |\n"
    assert len(responses) == 1
    mocker_object.assert_called_with("pan-os-commit-status", {"job_id": "2925"})


def test_pan_os_check_trigger_push_to_device(mocker):
    """
    Given:
      - A list with the pan-os responses so far.
    When:
      - Running the script block-external-ip for the panorama brand, to verify if this is a Panorama instance.
    Then:
      - True since it is a panorama instance.
    """
    pan_os = PanOs({})
    res_pan_os = util_load_json("test_data/pan_os_responses.json").get("pan_os_check_panorama")
    mocker_object = mocker.patch.object(demisto, "executeCommand", return_value=res_pan_os)
    result = pan_os.pan_os_check_trigger_push_to_device()
    assert result
    mocker_object.assert_called_with("pan-os", {"cmd": "<show><system><info></info></system></show>", "type": "op"})


def test_pan_os_check_trigger_push_to_device_not_panorama(mocker):
    """
    Given:
      - A list with the pan-os responses so far.
    When:
      - Running the script block-external-ip for the panorama brand, to verify if this is a Panorama instance.
    Then:
      - False since it is not a panorama instance.
    """
    pan_os = PanOs({})
    res_pan_os = util_load_json("test_data/pan_os_responses.json").get("pan_os_check_not_panorama")
    mocker_object = mocker.patch.object(demisto, "executeCommand", return_value=res_pan_os)
    result = pan_os.pan_os_check_trigger_push_to_device()
    assert not result
    mocker_object.assert_called_with("pan-os", {"cmd": "<show><system><info></info></system></show>", "type": "op"})


def test_pan_os_push_to_device(mocker):
    """
    Given:
      - A list with the pan-os responses so far.
    When:
      - Running the script block-external-ip for the panorama brand, to trigger the push for the panorama devices.
    Then:
      - The correct output is returned, and the push_job_id has been updated in the context.
    """
    from BlockExternalIp import pan_os_push_to_device

    responses = []
    res_push_to_device = util_load_json("test_data/pan_os_responses.json").get("push_to_device")
    mocker.patch.object(demisto, "executeCommand", return_value=res_push_to_device)
    mocker_object = mocker.patch.object(demisto, "setContext", return_value={})
    result = pan_os_push_to_device({}, responses)
    assert result.readable_output == (
        "### Push to Device Group:\n|DeviceGroup|JobID|Status|\n|---|---|---|\n| device-group | 2936 | Pending |\n"
    )
    mocker_object.assert_called_with("push_job_id", "2936")


def test_pan_os_push_status(mocker):
    """
    Given:
      - The command arguments and a lost of the previous responses.
    When:
      - Running the script block-external-ip for the panorama brand, to check what is the status of the push for
        the panorama devices action.
    Then:
      - The correct output is returned.
    """
    from BlockExternalIp import pan_os_push_status

    args = {"push_job_id": "2936"}
    responses = []
    res_push_to_device_status = util_load_json("test_data/pan_os_responses.json").get("push_status")
    mocker_object = mocker.patch.object(demisto, "executeCommand", return_value=res_push_to_device_status)
    result = pan_os_push_status(args, responses)
    assert result.readable_output == "### Push to Device Group:\n|JobID|Status|\n|---|---|\n| 2936 | ACT |\n"
    mocker_object.assert_called_with("pan-os-push-status", {"job_id": "2936"})
    assert len(responses) == 1


def test_final_part_pan_os(mocker):
    """
    Given:
      - The command arguments and a lost of the previous responses.
    When:
      - Running the script block-external-ip for the panorama brand, at the end of the flow.
    Then:
      - Verify the context was cleared and the execute command is called with the correct arguments.
    """
    tag = "new_tag3"
    ip_list = ["1.2.3.7"]
    args = {"tag": tag, "ip_list": ip_list, "verbose": False, "rule_name": "rule_name"}
    pan_os = PanOs(args)
    res_register_ip_tag = util_load_json("test_data/pan_os_responses.json").get("register_ip_tag")
    mocker_register_ip = mocker.patch.object(demisto, "executeCommand", return_value=res_register_ip_tag)
    mocker_set_context = mocker.patch.object(demisto, "setContext", return_value={})
    pan_os.pan_os_register_ip_finish()
    assert mocker_set_context.call_count == 3
    mocker_register_ip.assert_called_with("pan-os-register-ip-tag", {"tag": tag, "IPs": ip_list})


def test_pan_os_commit(mocker):
    """
    Given:
      - The command arguments and a list of the previous responses.
    When:
      - Running the script block-external-ip for the panorama brand, triggering the commit action.
    Then:
      - Verify the context was set with the correct arguments, and the output is correct.
    """
    from BlockExternalIp import pan_os_commit

    args = {
        "ip_list": ["1.2.3.7"],
        "rule_name": "new_rule3",
        "log_forwarding_name": "",
        "address_group": "new_add_group3",
        "tag": "new_tag3",
        "auto_commit": True,
        "verbose": True,
        "brands": ["Panorama"],
    }
    responses = []
    res_commit = util_load_json("test_data/pan_os_responses.json").get("pan_os_commit")
    mocker_commit = mocker.patch.object(demisto, "executeCommand", return_value=res_commit)
    mocker_set_context = mocker.patch.object(demisto, "setContext", return_value={})
    result = pan_os_commit(args, responses)
    mocker_commit.assert_called_with("pan-os-commit", {"polling": True})
    mocker_set_context.assert_called_with("commit_job_id", "2925")
    assert result.readable_output == "### Commit Status:\n|JobID|Status|\n|---|---|\n| 2925 | Pending |\n"
    assert len(responses) == 1


def test_pan_os_create_update_address_group_create(mocker):
    """
    Given:
      - The address group, relevant context, tag, and a list of the previous responses.
    When:
      - Running the script block-external-ip for the panorama brand, creating a new address group.
    Then:
      - Verify the pan-os-create-address-group was called with the correct arguments.
    """
    from BlockExternalIp import get_relevant_context

    address_group = "new_add_group3"
    tag = "new_tag3"
    pan_os = PanOs({"address_group": address_group, "tag": tag})
    res_address_group_list = util_load_json("test_data/pan_os_responses.json").get("address_group_list")
    res_address_group_create = util_load_json("test_data/pan_os_responses.json").get("create_address_group")
    context_address_group_list = get_relevant_context(res_address_group_list[0].get("EntryContext", {}), "Panorama.AddressGroups")
    mocker_address_group_create = mocker.patch.object(demisto, "executeCommand", return_value=res_address_group_create)
    pan_os.pan_os_create_edit_address_group(context_address_group_list)
    mocker_address_group_create.assert_called_with(
        "pan-os-create-address-group", {"name": address_group, "type": "dynamic", "match": tag}
    )
    assert len(pan_os.responses) == 1


def test_pan_os_create_update_address_group_edit(mocker):
    """
    Given:
      - The address group, relevant context, tag, and a list of the previous responses.
    When:
      - Running the script block-external-ip for the panorama brand, update an existing address group.
    Then:
      - Verify the pan-os-edit-address-group was called with the correct arguments.
    """
    from BlockExternalIp import get_relevant_context

    address_group = "testing2"
    tag = "some_tag2"
    pan_os = PanOs({"address_group": address_group, "tag": tag})
    res_address_group_list = util_load_json("test_data/pan_os_responses.json").get("address_group_list")
    res_address_group_edit = util_load_json("test_data/pan_os_responses.json").get("edit_address_group")
    context_address_group_list = get_relevant_context(res_address_group_list[0].get("EntryContext", {}), "Panorama.AddressGroups")
    expected_match = "xsiam-blocked-external-ip or shalom21 or some_tag or some_tag1 or some_tag2"
    mocker_address_group_edit = mocker.patch.object(demisto, "executeCommand", return_value=res_address_group_edit)
    pan_os.pan_os_create_edit_address_group(context_address_group_list)
    mocker_address_group_edit.assert_called_with(
        "pan-os-edit-address-group", {"name": address_group, "type": "dynamic", "match": expected_match}
    )
    assert len(pan_os.responses) == 1


def test_pan_os_create_edit_rule_create(mocker):
    """
    Given:
      - The rule name, relevant context, address group, log forwarding name, and a list of the previous responses.
    When:
      - Running the script block-external-ip for the panorama brand, create new rule.
    Then:
      - Verify the pan-os-create-rule was called with the correct arguments.
    """
    from BlockExternalIp import get_relevant_context

    address_group = "testing2"
    rule_name = "rule_name1"
    pan_os = PanOs({"address_group": address_group, "rule_name": rule_name, "log_forwarding_name": "log_forwarding_name"})
    expected_create_rule_args = {
        "action": "deny",
        "rulename": rule_name,
        "pre_post": "pre-rulebase",
        "source": address_group,
        "log_forwarding": "log_forwarding_name",
    }
    expected_calls = [
        mocker.call("pan-os-create-rule", expected_create_rule_args),
        mocker.call("pan-os-move-rule", {"rulename": rule_name, "where": "top", "pre_post": "pre-rulebase"}),
    ]
    res_rules_list = util_load_json("test_data/pan_os_responses.json").get("list_rules")
    res_rule_create = util_load_json("test_data/pan_os_responses.json").get("create_rule")
    res_rule_move = util_load_json("test_data/pan_os_responses.json").get("move_rule")
    context_rule_list = get_relevant_context(res_rules_list[0].get("EntryContext", {}), "Panorama.SecurityRule")
    mocker_execute_command = mocker.patch.object(demisto, "executeCommand", side_effect=[res_rule_create, res_rule_move])
    pan_os.pan_os_create_edit_rule(context_rule_list)
    assert len(pan_os.responses) == 2
    assert mocker_execute_command.call_count == 2
    mocker_execute_command.assert_has_calls(expected_calls)


def test_pan_os_create_edit_rule_edit(mocker):
    """
    Given:
      - The rule name, relevant context, address group, log forwarding name, and a list of the previous responses.
    When:
      - Running the script block-external-ip for the panorama brand, update an existing rule.
    Then:
      - Verify the pan-os-edit-rule was called with the correct arguments.
    """
    from BlockExternalIp import get_relevant_context

    address_group = "testing2"
    rule_name = "new_rule"
    pan_os = PanOs({"address_group": address_group, "rule_name": rule_name})
    expected_edit_rule_args = {
        "rulename": rule_name,
        "element_to_change": "source",
        "element_value": address_group,
        "pre_post": "pre-rulebase",
    }
    expected_calls = [
        mocker.call("pan-os-edit-rule", expected_edit_rule_args),
        mocker.call("pan-os-move-rule", {"rulename": rule_name, "where": "top", "pre_post": "pre-rulebase"}),
    ]
    res_rules_list = util_load_json("test_data/pan_os_responses.json").get("list_rules")
    res_rule_edit = util_load_json("test_data/pan_os_responses.json").get("edit_rule")
    res_rule_move = util_load_json("test_data/pan_os_responses.json").get("move_rule")
    context_rule_list = get_relevant_context(res_rules_list[0].get("EntryContext", {}), "Panorama.SecurityRule")
    mocker_execute_command = mocker.patch.object(demisto, "executeCommand", side_effect=[res_rule_edit, res_rule_move])
    pan_os.pan_os_create_edit_rule(context_rule_list)
    assert len(pan_os.responses) == 2
    assert mocker_execute_command.call_count == 2
    mocker_execute_command.assert_has_calls(expected_calls)


def test_start_pan_os_flow_edit(mocker):
    """
    Given:
      - The flow arguments.
    When:
      - Running the script block-external-ip for the panorama brand, the tag doesn't exist, but the address group
        and rule does, so they need to be edited, and the changes should be committed.
    Then:
      - Verify the outputs of the start_pan_os_flow, include all the relevant responses, and auto_commit == true.
    """
    args = {
        "ip_list": ["1.2.5.9"],
        "rule_name": "new_rule",
        "log_forwarding_name": "",
        "address_group": "testing2",
        "tag": "some_tag3",
        "auto_commit": True,
        "verbose": False,
        "brands": ["Panorama"],
        "commit_job_id": "",
        "polling": True,
    }
    pan_os = PanOs(args)
    res_address_group_list = util_load_json("test_data/pan_os_responses.json").get("address_group_list")
    res_address_group_edit = util_load_json("test_data/pan_os_responses.json").get("edit_address_group")
    res_rules_list = util_load_json("test_data/pan_os_responses.json").get("list_rules")
    res_rule_edit = util_load_json("test_data/pan_os_responses.json").get("edit_rule")
    res_rule_move = util_load_json("test_data/pan_os_responses.json").get("move_rule")
    mocker_execute_command = mocker.patch.object(
        demisto,
        "executeCommand",
        side_effect=[res_address_group_list, res_address_group_edit, res_rules_list, res_rule_edit, res_rule_move],
    )
    _, auto_commit = pan_os.start_pan_os_flow()
    assert mocker_execute_command.call_count == 5
    assert len(pan_os.responses) == 5
    assert auto_commit


def test_start_pan_os_flow_register(mocker):
    """
    Given:
      - The flow arguments.
    When:
      - Running the script block-external-ip for the panorama brand, the tag exist, just register the ip.
    Then:
      - Verify the outputs of the start_pan_os_flow, include all the relevant responses, and auto_commit == false.
    """
    args = {
        "ip_list": ["1.2.5.9"],
        "rule_name": "new_rule",
        "log_forwarding_name": "",
        "address_group": "testing2",
        "tag": "some_tag",
        "auto_commit": True,
        "verbose": False,
        "brands": ["Panorama"],
        "commit_job_id": "",
        "polling": True,
    }
    pan_os = PanOs(args)
    res_address_group_list = util_load_json("test_data/pan_os_responses.json").get("address_group_list")
    res_address_register_ip_tag = util_load_json("test_data/pan_os_responses.json").get("register_ip_tag")
    mocker_execute_command = mocker.patch.object(
        demisto, "executeCommand", side_effect=[res_address_group_list, res_address_register_ip_tag]
    )
    results, auto_commit = pan_os.start_pan_os_flow()
    assert mocker_execute_command.call_count == 2
    assert not auto_commit
    assert results[0].readable_output == (
        "### The IP was blocked successfully\n|IP|Status|Result|Used integration|\n"
        "|---|---|---|---|\n| 1.2.5.9 | Done | Success | Panorama |\n"
    )