"""
Unit tests for the SOCFWPackManager script.

Follows the pattern from SOCCommandWrapper_test.py.
Run: pytest Packs/SocFrameworkManager/Scripts/SOCFWPackManager_test.py
"""

import importlib
import json
import sys
import types

import pytest

SCRIPT_MODULE_NAME = "SOCFWPackManager"


def load_script():
    """Import SOCFWPackManager with mocked XSOAR runtime."""
    demisto_mock = types.SimpleNamespace()
    demisto_mock._args = {}
    demisto_mock._results = []
    demisto_mock._commands = []
    demisto_mock._command_responses = {}
    demisto_mock._context = {}

    def _execute_command(command, args):
        demisto_mock._commands.append((command, args))
        response = demisto_mock._command_responses.get(command)
        if callable(response):
            return response(args)
        return response if response is not None else []

    demisto_mock.args = lambda: demisto_mock._args
    demisto_mock.results = lambda x: demisto_mock._results.append(x)
    demisto_mock.executeCommand = _execute_command
    demisto_mock.debug = lambda x: None
    demisto_mock.info = lambda x: None
    demisto_mock.context = lambda: demisto_mock._context
    demisto_mock._modules = {}
    demisto_mock.getModules = lambda: demisto_mock._modules

    sys.modules["demistomock"] = demisto_mock

    common = types.ModuleType("CommonServerPython")
    common.return_results = lambda x: demisto_mock._results.append(x)
    common.return_error = lambda x: (_ for _ in ()).throw(RuntimeError(x))
    common.argToList = lambda v: (
        v if isinstance(v, list) else [x.strip() for x in str(v).split(",") if x.strip()] if v not in (None, "") else []
    )

    class _CommandResults:
        def __init__(self, outputs_prefix=None, outputs_key_field=None, outputs=None, readable_output=None):
            self.outputs_prefix = outputs_prefix
            self.outputs_key_field = outputs_key_field
            self.outputs = outputs
            self.readable_output = readable_output

    common.CommandResults = _CommandResults
    sys.modules["CommonServerPython"] = common

    if SCRIPT_MODULE_NAME in sys.modules:
        del sys.modules[SCRIPT_MODULE_NAME]

    module = importlib.import_module(SCRIPT_MODULE_NAME)

    # Inject demisto into the module namespace.
    # Scripts use demisto as a module-level global; importlib loses
    # the binding when sys.modules["demistomock"] is swapped between tests.
    module.demisto = demisto_mock
    module.return_results = lambda x: demisto_mock._results.append(x)
    module.return_error = lambda msg: (_ for _ in ()).throw(RuntimeError(msg))

    return module, demisto_mock


# ── Utility helpers ───────────────────────────────────────────────────────────


def test_arg_to_bool_true_variants():
    script, _ = load_script()
    for v in ("true", "True", "1", "yes", "y", "on", True):
        assert script.arg_to_bool(v) is True


def test_arg_to_bool_false_variants():
    script, _ = load_script()
    for v in ("false", "False", "0", "no", "n", "off", False):
        assert script.arg_to_bool(v) is False


def test_arg_to_bool_none_returns_default():
    script, _ = load_script()
    assert script.arg_to_bool(None, True) is True
    assert script.arg_to_bool(None, False) is False


def test_to_int_valid():
    script, _ = load_script()
    assert script.to_int("42", 0) == 42


def test_to_int_invalid_returns_default():
    script, _ = load_script()
    assert script.to_int("bad", 99) == 99


def test_guess_pack_id_from_label_strips_version():
    script, _ = load_script()
    assert script._guess_pack_id_from_label("soc-optimization-unified-v3.4.0.zip") == "soc-optimization-unified"
    assert script._guess_pack_id_from_label("SocFrameworkTrendMicroVisionOne-v1.0.30.zip") == "SocFrameworkTrendMicroVisionOne"
    assert script._guess_pack_id_from_label("soc-optimization-unified") == "soc-optimization-unified"


def test_is_timeout_error_detects_common_patterns():
    script, _ = load_script()
    assert script.is_timeout_error("read timed out") is True
    assert script.is_timeout_error("context deadline exceeded") is True
    assert script.is_timeout_error("awaiting headers") is True
    assert script.is_timeout_error("connection refused") is False


# ── Catalog helpers ───────────────────────────────────────────────────────────


def test_find_pack_in_catalog_found():
    script, _ = load_script()
    catalog = {
        "packs": [
            {"id": "soc-optimization-unified", "version": "3.6.3"},
            {"id": "SocFrameworkTrendMicroVisionOne", "version": "1.0.30"},
        ]
    }
    result = script.find_pack_in_catalog(catalog, "soc-optimization-unified")
    assert result["version"] == "3.6.3"


def test_find_pack_in_catalog_not_found():
    script, _ = load_script()
    catalog = {"packs": [{"id": "pack-a", "version": "1.0.0"}]}
    assert script.find_pack_in_catalog(catalog, "pack-z") is None


def test_find_pack_in_catalog_empty():
    script, _ = load_script()
    assert script.find_pack_in_catalog({}, "anything") is None


# ── xsoar_config helpers ──────────────────────────────────────────────────────


def test_extract_custom_packs_from_xsoar_cfg():
    script, _ = load_script()
    cfg = {
        "custom_packs": [
            {"id": "my-pack.zip", "url": "https://example.com/my-pack-v1.0.0.zip", "system": "true"},
        ]
    }
    result = script._extract_custom_packs_from_xsoar_cfg(cfg)
    assert len(result) == 1
    assert result[0]["url"] == "https://example.com/my-pack-v1.0.0.zip"
    assert result[0]["system"] == "true"


def test_extract_custom_packs_from_xsoar_cfg_empty():
    script, _ = load_script()
    assert script._extract_custom_packs_from_xsoar_cfg({}) == []
    assert script._extract_custom_packs_from_xsoar_cfg({"custom_packs": []}) == []


def test_has_config_docs_pre_true():
    script, _ = load_script()
    cfg = {"pre_config_docs": [{"name": "README", "url": "https://example.com/README.md"}]}
    assert script.has_config_docs(cfg, "pre") is True


def test_has_config_docs_post_false_when_empty():
    script, _ = load_script()
    assert script.has_config_docs({}, "post") is False
    assert script.has_config_docs({"post_config_docs": []}, "post") is False


# ── action=list ───────────────────────────────────────────────────────────────


def test_do_list_renders_table(mocker):
    script, demisto = load_script()
    catalog = {
        "packs": [
            {
                "id": "soc-optimization-unified",
                "display_name": "SOC Framework Unified",
                "version": "3.6.3",
                "visible": True,
                "path": "Packs/soc-optimization-unified",
            },
            {
                "id": "SocFrameworkTrendMicroVisionOne",
                "display_name": "SOC Trend Micro",
                "version": "1.0.30",
                "visible": True,
                "path": "Packs/SocFrameworkTrendMicroVisionOne",
            },
        ]
    }
    mocker.patch.object(script, "fetch_pack_catalog", return_value=catalog)

    script.do_list(
        {
            "limit": "50",
            "offset": "0",
            "sort_by": "id",
            "sort_dir": "asc",
            "fields": "id,display_name,version,visible,path",
            "show_total": "True",
        }
    )

    output = " ".join(str(r) for r in demisto._results)
    assert "soc-optimization-unified" in output
    assert "SocFrameworkTrendMicroVisionOne" in output
    assert "2 pack(s)" in output


def test_do_list_filter(mocker):
    script, demisto = load_script()
    catalog = {
        "packs": [
            {
                "id": "soc-optimization-unified",
                "display_name": "SOC Framework Unified",
                "version": "3.6.3",
                "visible": True,
                "path": "Packs/soc-optimization-unified",
            },
            {
                "id": "SocFrameworkTrendMicroVisionOne",
                "display_name": "Trend Micro",
                "version": "1.0.30",
                "visible": True,
                "path": "Packs/SocFrameworkTrendMicroVisionOne",
            },
        ]
    }
    mocker.patch.object(script, "fetch_pack_catalog", return_value=catalog)

    script.do_list({"filter": "trend", "limit": "50", "offset": "0", "sort_by": "id", "fields": "id,version"})

    output = " ".join(str(r) for r in demisto._results)
    assert "SocFrameworkTrendMicroVisionOne" in output
    assert "1 pack(s)" in output


# ── action=sync-tags ──────────────────────────────────────────────────────────


def test_compute_hash_is_stable():
    script, _ = load_script()
    rows = [{"ScriptID": "cs-falcon-contain-host", "Tag": "isolate", "Time": "5"}]
    h1 = script._compute_hash(rows)
    h2 = script._compute_hash(rows)
    assert h1 == h2
    assert len(h1) == 32  # MD5 hex


def test_compute_hash_differs_on_change():
    script, _ = load_script()
    rows_a = [{"ScriptID": "cs-falcon-contain-host", "Tag": "isolate", "Time": "5"}]
    rows_b = [{"ScriptID": "cs-falcon-contain-host", "Tag": "isolate", "Time": "10"}]
    assert script._compute_hash(rows_a) != script._compute_hash(rows_b)


def test_do_sync_tags_up_to_date(mocker):
    script, demisto = load_script()

    rows = [{"ScriptID": "test", "Tag": "t", "Time": "1"}]
    current_hash = script._compute_hash(rows)

    mocker.patch.object(script, "http_get_json", return_value=rows)
    mocker.patch.object(script, "_normalize_lookup_rows", return_value=rows)
    mocker.patch.object(script, "_remove_omitted_fields", return_value=rows)
    mocker.patch.object(
        script,
        "_get_current_meta",
        return_value={"hash": current_hash, "version": current_hash[:8], "updated_at": "2026-01-01T00:00:00Z"},
    )

    script.do_sync_tags({"force": "False"})

    results_flat = " ".join(json.dumps(r) if not isinstance(r, str) else r for r in demisto._results)
    assert "up_to_date" in results_flat


def test_do_sync_tags_updates_when_hash_differs(mocker):
    script, demisto = load_script()

    rows = [{"ScriptID": "new-script", "Tag": "t", "Time": "2"}]
    mocker.patch.object(script, "http_get_json", return_value=rows)
    mocker.patch.object(script, "_normalize_lookup_rows", return_value=rows)
    mocker.patch.object(script, "_remove_omitted_fields", return_value=rows)
    mocker.patch.object(
        script,
        "_get_current_meta",
        return_value={"hash": "old_hash_abc", "version": "old_hash", "updated_at": "2025-01-01T00:00:00Z"},
    )
    mock_upload = mocker.patch.object(script, "_xql_lookup_add_data_list")
    mock_set = mocker.patch.object(script, "_set_current_meta")

    script.do_sync_tags({"force": "False"})

    mock_upload.assert_called_once()
    mock_set.assert_called_once()
    upload_rows = mock_upload.call_args[1]["rows"] if mock_upload.call_args[1] else mock_upload.call_args[0][1]
    assert upload_rows == rows  # only data rows, no meta row in dataset


def test_do_sync_tags_force_updates_even_when_equal(mocker):
    script, demisto = load_script()

    rows = [{"ScriptID": "s", "Tag": "t", "Time": "1"}]
    current_hash = script._compute_hash(rows)

    mocker.patch.object(script, "http_get_json", return_value=rows)
    mocker.patch.object(script, "_normalize_lookup_rows", return_value=rows)
    mocker.patch.object(script, "_remove_omitted_fields", return_value=rows)
    mocker.patch.object(
        script,
        "_get_current_meta",
        return_value={"hash": current_hash, "version": current_hash[:8], "updated_at": "2026-01-01T00:00:00Z"},
    )
    mock_upload = mocker.patch.object(script, "_xql_lookup_add_data_list")
    mocker.patch.object(script, "_set_current_meta")

    script.do_sync_tags({"force": "True"})

    mock_upload.assert_called_once()


def test_do_sync_tags_no_rows_raises(mocker):
    script, _ = load_script()
    mocker.patch.object(script, "http_get_json", return_value=[])
    mocker.patch.object(script, "_normalize_lookup_rows", return_value=[])
    mocker.patch.object(script, "_remove_omitted_fields", return_value=[])

    with pytest.raises(Exception, match="0 usable rows"):
        script.do_sync_tags({})


# ── action=configure ──────────────────────────────────────────────────────────


def test_do_configure_missing_pack_id_raises():
    script, _ = load_script()
    with pytest.raises(Exception, match="pack_id is required"):
        script.do_configure({})


def test_do_configure_skips_lookups_by_default(mocker):
    script, _ = load_script()

    xsoar_cfg = {
        "integration_instances": [{"name": "inst1", "brand": "BrandA", "data": []}],
        "jobs": [],
        "lookup_datasets": [],
    }
    mock_catalog = {"packs": [{"id": "my-pack", "version": "1.0.0", "xsoar_config": "https://example.com/xsoar_config.json"}]}
    mocker.patch.object(script, "fetch_pack_catalog", return_value=mock_catalog)
    mocker.patch.object(script, "fetch_xsoar_config", return_value=xsoar_cfg)
    mocker.patch.object(script, "fetch_installed_marketplace_pack_ids", return_value=[])
    mock_integ = mocker.patch.object(script, "configure_integrations_from_xsoar_config")
    mock_jobs = mocker.patch.object(script, "configure_jobs_from_xsoar_config")
    mock_lookups = mocker.patch.object(script, "configure_lookups_from_xsoar_config")
    mocker.patch.object(script, "print_config_docs")

    script.do_configure({"pack_id": "my-pack"})

    mock_integ.assert_called_once()
    mock_jobs.assert_called_once()
    # configure_lookups defaults to false: a pack that ships a Lookup directory
    # already brings its dataset with it.
    mock_lookups.assert_not_called()

    script.do_configure({"pack_id": "my-pack", "configure_lookups": "true"})
    mock_lookups.assert_called_once()


def test_do_configure_respects_flags(mocker):
    script, _ = load_script()

    xsoar_cfg = {"integration_instances": [], "jobs": [], "lookup_datasets": []}
    mocker.patch.object(script, "fetch_pack_catalog", return_value={"packs": [{"id": "p", "version": "1.0.0"}]})
    mocker.patch.object(script, "fetch_xsoar_config", return_value=xsoar_cfg)
    mocker.patch.object(script, "fetch_installed_marketplace_pack_ids", return_value=[])
    mock_integ = mocker.patch.object(script, "configure_integrations_from_xsoar_config")
    mock_jobs = mocker.patch.object(script, "configure_jobs_from_xsoar_config")
    mock_lookups = mocker.patch.object(script, "configure_lookups_from_xsoar_config")
    mocker.patch.object(script, "print_config_docs")

    script.do_configure(
        {
            "pack_id": "p",
            "configure_integrations": "False",
            "configure_jobs": "False",
            "configure_lookups": "True",
        }
    )

    mock_integ.assert_not_called()
    mock_jobs.assert_not_called()
    mock_lookups.assert_called_once()


# ── action dispatch (main) ────────────────────────────────────────────────────


def test_main_unsupported_action_raises():
    script, demisto = load_script()
    demisto._args = {"action": "explode"}
    with pytest.raises(Exception, match="Unsupported action"):
        script.main()


def test_main_list_calls_do_list(mocker):
    script, demisto = load_script()
    demisto._args = {"action": "list"}
    mock_list = mocker.patch.object(script, "do_list")
    script.main()
    mock_list.assert_called_once()


def test_main_configure_calls_do_configure(mocker):
    script, demisto = load_script()
    demisto._args = {"action": "configure", "pack_id": "soc-optimization-unified"}
    mock_cfg = mocker.patch.object(script, "do_configure")
    script.main()
    mock_cfg.assert_called_once()


def test_main_sync_tags_calls_do_sync_tags(mocker):
    script, demisto = load_script()
    demisto._args = {"action": "sync-tags"}
    mock_sync = mocker.patch.object(script, "do_sync_tags")
    script.main()
    mock_sync.assert_called_once()


def test_main_apply_requires_pack_id():
    script, demisto = load_script()
    demisto._args = {"action": "apply"}
    with pytest.raises(Exception, match="pack_id is required"):
        script.main()


def test_main_apply_pre_config_gate_stops_when_docs_present(mocker):
    script, demisto = load_script()
    demisto._args = {
        "action": "apply",
        "pack_id": "SocFrameworkTrendMicroVisionOne",
        "pre_config_gate": "True",
        "pre_config_done": "False",
    }
    manifest = {
        "marketplace_packs": [],
        "custom_zip_urls": [],
        "xsoar_config_url": "https://example.com/xsoar_config.json",
        "pack_version": "1.0.30",
    }
    xsoar_cfg = {
        "pre_config_docs": [{"name": "README", "url": "https://example.com/README.md"}],
        "integration_instances": [],
        "jobs": [],
        "lookup_datasets": [],
    }
    mocker.patch.object(script, "resolve_manifest", return_value=manifest)
    mocker.patch.object(script, "fetch_xsoar_config", return_value=xsoar_cfg)
    mocker.patch.object(script, "print_config_docs")

    script.main()

    results_flat = json.dumps(demisto._results)
    assert "stopped_after_pre_docs" in results_flat or "pre_config" in results_flat


# ── Marketplace install ───────────────────────────────────────────────────────


def test_ver_key_orders_versions():
    script, _ = load_script()
    assert script._ver_key("1.2.3") == (1, 2, 3)
    assert script._ver_key("1.22.28") > script._ver_key("1.9.99")
    assert script._ver_key("") == (0, 0, 0)
    assert script._ver_key(None) == (0, 0, 0)
    assert script._ver_key("2.0") == (2, 0, 0)


def test_fetch_installed_packs_parses_version_and_update_flag():
    script, demisto_mock = load_script()
    demisto_mock._command_responses["core-api-get"] = [
        {
            "Type": 1,
            "Contents": {
                "response": [
                    {"id": "Base", "currentVersion": "1.42.2", "updateAvailable": True},
                    {"id": "Whois", "currentVersion": "1.5.42", "updateAvailable": False},
                    {"currentVersion": "9.9.9"},
                ]
            },
        }
    ]
    out = script.fetch_installed_packs("")
    assert out["Base"] == {"version": "1.42.2", "update_available": True}
    assert out["Whois"] == {"version": "1.5.42", "update_available": False}
    assert len(out) == 2


def test_fetch_installed_packs_returns_empty_on_error():
    script, demisto_mock = load_script()

    def boom(args):
        raise RuntimeError("500")

    demisto_mock._command_responses["core-api-get"] = boom
    assert script.fetch_installed_packs("") == {}


def test_fetch_mandatory_dependencies_filters_optional():
    script, _ = load_script()
    payload = {
        "response": {
            "packs": [
                {
                    "id": "CommonScripts",
                    "extras": {
                        "pack": {
                            "dependencies": {
                                "Base": {"mandatory": True, "minVersion": "1.42.1"},
                                "Core": {"mandatory": True, "minVersion": "3.5.65"},
                                "Optional": {"mandatory": False, "minVersion": "1.0.0"},
                            }
                        }
                    },
                }
            ]
        }
    }
    script.core_api_post = lambda path, body, using="": payload
    out = script.fetch_mandatory_dependencies([{"id": "CommonScripts", "version": "1.0.0"}], "")
    assert out == {"CommonScripts": {"Base": "1.42.1", "Core": "3.5.65"}}


def test_resolve_install_closure_expands_transitive_dependencies():
    script, _ = load_script()
    graph = {
        "CommonScripts": {"Base": "1.42.1", "DemistoRESTAPI": "1.4.5"},
        "Base": {"Core": "3.5.65"},
        "Core": {"CommonPlaybooks": "2.8.0"},
        "CommonPlaybooks": {"rasterize": "2.1.30"},
    }

    def fake_deps(packs, using):
        return {p["id"]: graph.get(p["id"], {}) for p in packs}

    script.fetch_mandatory_dependencies = fake_deps
    closure = script.resolve_install_closure([{"id": "CommonScripts", "version": "1.22.28"}], "", {})

    assert set(closure) == {
        "CommonScripts",
        "Base",
        "DemistoRESTAPI",
        "Core",
        "CommonPlaybooks",
        "rasterize",
    }
    assert closure["CommonScripts"] == "1.22.28"
    assert closure["Core"] == "3.5.65"


def test_resolve_install_closure_prefers_installed_version_for_latest():
    script, _ = load_script()
    script.fetch_mandatory_dependencies = lambda packs, using: {}

    def should_not_be_called(pack_id, using):
        raise AssertionError("marketplace lookup should be skipped when the pack is installed")

    script.resolve_latest_version = should_not_be_called
    installed = {"Whois": {"version": "1.5.42", "update_available": True}}
    closure = script.resolve_install_closure([{"id": "Whois", "version": "latest"}], "", installed)
    assert closure == {"Whois": "1.5.42"}


def test_resolve_install_closure_resolves_latest_when_not_installed():
    script, _ = load_script()
    script.fetch_mandatory_dependencies = lambda packs, using: {}
    script.resolve_latest_version = lambda pack_id, using: "9.9.9"
    closure = script.resolve_install_closure([{"id": "Whois", "version": "latest"}], "", {})
    assert closure == {"Whois": "9.9.9"}


def test_resolve_install_closure_upgrades_dependency_below_min_version():
    script, _ = load_script()
    script.fetch_mandatory_dependencies = lambda packs, using: (
        {"A": {"Base": "2.0.0"}} if packs and packs[0]["id"] == "A" else {}
    )
    installed = {"Base": {"version": "1.0.0", "update_available": True}}
    closure = script.resolve_install_closure([{"id": "A", "version": "1.0.0"}], "", installed)
    assert closure["Base"] == "2.0.0"


def test_install_marketplace_packs_sends_full_closure_in_object_body():
    script, demisto_mock = load_script()
    script.fetch_installed_packs = lambda using: {}
    script.resolve_install_closure = lambda seeds, using, installed, upgrade=False: {
        "CommonScripts": "1.22.28",
        "Base": "1.42.2",
    }
    demisto_mock._command_responses["core-api-post"] = [{"Type": 1, "Contents": {"response": []}}]

    result = script.install_marketplace_packs([{"id": "CommonScripts", "version": "latest"}], "", 0, 0, debug=False)

    posts = [c for c in demisto_mock._commands if c[0] == "core-api-post"]
    assert len(posts) == 1
    args = posts[0][1]
    assert args["uri"] == "/contentpacks/marketplace/install"
    body = json.loads(args["body"])
    # Object wrapper, and the dependency has to ride along with the requested pack.
    assert sorted(body["packs"], key=lambda p: p["id"]) == [
        {"id": "Base", "version": "1.42.2"},
        {"id": "CommonScripts", "version": "1.22.28"},
    ]
    assert result["installed"] == {"CommonScripts": "1.22.28", "Base": "1.42.2"}


def test_install_marketplace_packs_skips_when_already_satisfied():
    script, demisto_mock = load_script()
    script.fetch_installed_packs = lambda using: {"CommonScripts": {"version": "1.22.28", "update_available": False}}
    script.resolve_install_closure = lambda seeds, using, installed, upgrade=False: {"CommonScripts": "1.22.28"}

    result = script.install_marketplace_packs([{"id": "CommonScripts", "version": "latest"}], "", 0, 0, debug=False)

    assert [c for c in demisto_mock._commands if c[0] == "core-api-post"] == []
    assert result["installed"] == {}
    assert result["already_present"] == {"CommonScripts": "1.22.28"}


def test_install_marketplace_packs_emits_legacy_context_on_success():
    script, demisto_mock = load_script()
    script.fetch_installed_packs = lambda using: {}
    script.resolve_install_closure = lambda seeds, using, installed, upgrade=False: {
        "CommonScripts": "1.22.28",
        "Base": "1.42.2",
    }
    demisto_mock._command_responses["core-api-post"] = [{"Type": 1, "Contents": {"response": []}}]

    script.install_marketplace_packs([{"id": "CommonScripts", "version": "latest"}], "", 0, 0, debug=False)

    ctx = [r for r in demisto_mock._results if getattr(r, "outputs_prefix", None) == "ConfigurationSetup.MarketplacePacks"]
    assert len(ctx) == 1
    assert ctx[0].outputs_key_field == "packid"
    rows = {r["packid"]: r["installationstatus"] for r in ctx[0].outputs}
    assert rows["CommonScripts"] == "Success."
    assert rows["Base"] == "Installed as requirement."


def test_install_marketplace_packs_emits_legacy_context_on_failure():
    script, demisto_mock = load_script()
    script.fetch_installed_packs = lambda using: {}
    script.resolve_install_closure = lambda seeds, using, installed, upgrade=False: {"CommonScripts": "1.22.28"}

    def boom(args):
        raise RuntimeError("dependency missing")

    demisto_mock._command_responses["core-api-post"] = boom

    with pytest.raises(Exception):
        script.install_marketplace_packs([{"id": "CommonScripts", "version": "latest"}], "", 0, 0, debug=False)

    ctx = [r for r in demisto_mock._results if getattr(r, "outputs_prefix", None) == "ConfigurationSetup.MarketplacePacks"]
    assert ctx
    assert ctx[-1].outputs[0]["installationstatus"] == "Failed to install."


def test_marketplace_context_rows_match_legacy_shape():
    script, _ = load_script()
    rows = script._marketplace_context_rows({"A", "B", "C"}, {"A": "1.0.0", "D": "2.0.0"}, {"B": "3.0.0"}, {"C": "4.0.0"})
    by_id = {r["packid"]: r for r in rows}
    assert set(by_id["A"]) == {"packid", "packversion", "installationstatus"}
    assert by_id["A"]["installationstatus"] == "Success."
    assert by_id["D"]["installationstatus"] == "Installed as requirement."
    assert by_id["B"]["installationstatus"] == "Already Installed on the machine."
    assert by_id["C"]["installationstatus"] == "Failed to install."
    assert by_id["A"]["packversion"] == "1.0.0"


# ── list: drift + category grouping ───────────────────────────────────────────


def _list_catalog():
    return {
        "packs": [
            {"id": "soc-a", "display_name": "A", "category": "Endpoint", "version": "1.0.5", "visible": True},
            {"id": "soc-b", "display_name": "B", "category": "Endpoint", "version": "2.0.0", "visible": True},
            {"id": "soc-c", "display_name": "C", "category": "Identity", "version": "1.0.0", "visible": True},
        ]
    }


def test_do_list_reports_install_status_per_pack(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(
        script,
        "fetch_installed_packs",
        return_value={
            "soc-a": {"version": "1.0.4", "update_available": True},
            "soc-b": {"version": "2.0.0", "update_available": False},
        },
    )

    script.do_list({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "update available" in out
    assert "up to date" in out
    assert "not installed" in out
    assert "1.0.4" in out


def test_do_list_groups_by_category_and_drops_visible_and_path(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={"soc-a": {"version": "1.0.5"}})

    script.do_list({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "**ENDPOINT**" in out
    assert "**IDENTITY**" in out
    # visible/path are not rendered; "visible_only" in the summary line is fine.
    assert "| visible" not in out
    assert "Packs/soc-a" not in out


def test_do_list_defaults_to_list_not_table(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={"soc-a": {"version": "1.0.4"}})

    script.do_list({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    # A markdown table gets transposed when a category has a single pack.
    assert "| --- |" not in out
    assert "**soc-a**" in out
    assert "🔵 **soc-a**  1.0.4 → 1.0.5" in out


def test_do_list_table_format_still_available(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={"soc-a": {"version": "1.0.5"}})

    script.do_list({"output_format": "table"})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "| --- |" in out
    assert "| installed" in out


def test_do_list_line_wording_per_status(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(
        script,
        "fetch_installed_packs",
        return_value={"soc-a": {"version": "1.0.5"}, "soc-b": {"version": "9.9.9"}},
    )

    script.do_list({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "🟢 **soc-a**  1.0.5" in out
    assert "🟠 **soc-b**  9.9.9 installed · catalog 2.0.0" in out
    assert "⚪ **soc-c**  1.0.0 available" in out


def test_do_list_flat_when_grouping_disabled(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={})

    script.do_list({"group_by_category": "false"})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "**Endpoint**" not in out
    assert "soc-a" in out


def test_do_list_marks_status_unknown_when_installed_lookup_fails(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={})

    script.do_list({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "unknown" in out
    assert "not installed" not in out


def test_do_list_flags_pack_ahead_of_catalog(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={"soc-a": {"version": "9.9.9"}})

    script.do_list({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "ahead of catalog" in out


def test_pack_docs_url_uses_docs_path_basename():
    script, _ = load_script()
    url = script._pack_docs_url(
        {"id": "soc-wiz-cloud", "docs_path": "docs/soc-wiz-cloud"},
        "https://palo-cortex.github.io/secops-framework",
    )
    assert url == "https://palo-cortex.github.io/secops-framework/soc-wiz-cloud/overview/"


def test_pack_docs_url_is_absolute_and_tolerates_trailing_slash():
    script, _ = load_script()
    url = script._pack_docs_url(
        {"id": "soc-a", "docs_path": "docs/soc-a/"},
        "https://example.com/site/",
    )
    assert url.startswith("https://")
    assert url == "https://example.com/site/soc-a/overview/"


def test_pack_docs_url_falls_back_to_pack_id():
    script, _ = load_script()
    url = script._pack_docs_url({"id": "soc-b"}, "https://example.com")
    assert url == "https://example.com/soc-b/overview/"


def test_pack_docs_url_empty_when_base_disabled():
    script, _ = load_script()
    assert script._pack_docs_url({"id": "soc-b", "docs_path": "docs/soc-b"}, "") == ""


def test_do_list_links_pack_id_to_docs(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={"soc-a": {"version": "1.0.5"}})

    script.do_list({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "**soc-a**" in out
    assert "[docs](https://palo-cortex.github.io/secops-framework/soc-a/overview/)" in out
    # Never emit a relative href -- XSIAM resolves it against the tenant host.
    assert "](/" not in out


def test_do_list_omits_link_when_docs_base_url_blank(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={})

    script.do_list({"docs_base_url": ""})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "soc-a" in out
    assert "](http" not in out


def test_pack_docs_url_prefers_explicit_absolute_docs_field():
    script, _ = load_script()
    url = script._pack_docs_url(
        {"id": "soc-a", "docs_path": "docs/soc-a", "docs": "https://example.com/custom/page/"},
        "https://palo-cortex.github.io/secops-framework",
    )
    assert url == "https://example.com/custom/page/"


def test_pack_docs_url_treats_relative_docs_field_as_a_path():
    script, _ = load_script()
    url = script._pack_docs_url(
        {"id": "soc-a", "docs": "docs/soc-a"},
        "https://example.com",
    )
    assert url == "https://example.com/soc-a/overview/"


def test_do_list_leaves_pack_id_unlinked_for_copy_paste(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={"soc-a": {"version": "1.0.4"}})

    script.do_list({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    # The id has to be plain text so it can be pasted into pack_id=.
    assert "**soc-a**" in out
    assert "[soc-a](" not in out
    assert "[docs](https://palo-cortex.github.io/secops-framework/soc-a/overview/)" in out


def test_do_list_table_puts_docs_in_its_own_column(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={"soc-a": {"version": "1.0.5"}})

    script.do_list({"output_format": "table"})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "| docs |" in out
    assert "[soc-a](" not in out
    assert "[docs](" in out


def test_do_list_headings_are_not_absorbed_into_a_markdown_list(mocker):
    script, demisto_mock = load_script()
    mocker.patch.object(script, "fetch_pack_catalog", return_value=_list_catalog())
    mocker.patch.object(script, "fetch_installed_packs", return_value={"soc-a": {"version": "1.0.4"}})

    script.do_list({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    # A bold heading directly after a list item becomes a lazy continuation of
    # that list, which indents every heading after the first.
    assert "\n- " not in out
    for line in out.splitlines():
        if line.startswith("**") and line.endswith("**"):
            continue
        assert not line.lstrip().startswith("- ")


# ── diagnose + loud degradation ───────────────────────────────────────────────


def test_dependency_lookup_failure_raises_typed_error():
    script, demisto_mock = load_script()

    def boom(args):
        raise RuntimeError("404 route not found")

    demisto_mock._command_responses["core-api-post"] = boom
    with pytest.raises(script.DependencyLookupError):
        script.fetch_mandatory_dependencies([{"id": "CommonScripts", "version": "1.0.0"}], "")

    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))
    assert "Dependency lookup failed" in out
    assert "404 route not found" in out
    assert "not the install endpoint" in out


def test_install_does_not_attempt_when_dependencies_unresolvable():
    script, demisto_mock = load_script()
    script.fetch_installed_packs = lambda using: {}

    def raise_lookup(seeds, using, installed, upgrade=False):
        raise script.DependencyLookupError("dependency endpoint returned 500")

    script.resolve_install_closure = raise_lookup

    with pytest.raises(Exception) as exc:
        script.install_marketplace_packs([{"id": "CommonScripts", "version": "latest"}], "", 0, 0, debug=False)

    assert "was not attempted" in str(exc.value)
    assert "dependency endpoint returned 500" in str(exc.value)
    # Nothing should have been sent to the install endpoint.
    assert [c for c in demisto_mock._commands if c[0] == "core-api-post"] == []


def test_installed_packs_failure_is_announced():
    script, demisto_mock = load_script()

    def boom(args):
        raise RuntimeError("500 internal")

    demisto_mock._command_responses["core-api-get"] = boom
    assert script.fetch_installed_packs("") == {}

    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))
    assert "Could not read installed packs" in out
    assert "500 internal" in out


def test_diagnose_reports_pass_and_fail_per_endpoint():
    script, demisto_mock = load_script()
    script.fetch_installed_packs = lambda using: {}

    def get_ok(args):
        uri = args.get("uri", "")
        if uri.endswith("/metadata/installed"):
            return [{"Type": 1, "Contents": {"response": [{"id": "Whois", "currentVersion": "1.5.42"}]}}]
        raise RuntimeError("boom on marketplace metadata")

    def post_fail(args):
        raise RuntimeError("dependency endpoint unavailable")

    demisto_mock._command_responses["core-api-get"] = get_ok
    demisto_mock._command_responses["core-api-post"] = post_fail

    script.do_diagnose({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "installed packs" in out
    assert "pass" in out
    assert "FAIL" in out
    assert "dependency endpoint unavailable" in out


def test_diagnose_all_pass_verdict():
    script, demisto_mock = load_script()
    demisto_mock._modules = {"Core REST API_instance_1": {"brand": "Core REST API", "state": "active"}}

    def get_ok(args):
        uri = args.get("uri", "")
        if uri.endswith("/metadata/installed"):
            return [{"Type": 1, "Contents": {"response": [{"id": "Whois", "currentVersion": "1.5.42"}]}}]
        return [{"Type": 1, "Contents": {"response": {"currentVersion": "1.5.43"}}}]

    def post_ok(args):
        return [
            {
                "Type": 1,
                "Contents": {
                    "response": {
                        "packs": [
                            {
                                "id": "Whois",
                                "extras": {"pack": {"dependencies": {"Base": {"mandatory": True, "minVersion": "1.0.0"}}}},
                            }
                        ]
                    }
                },
            }
        ]

    demisto_mock._command_responses["core-api-get"] = get_ok
    demisto_mock._command_responses["core-api-post"] = post_ok

    script.do_diagnose({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    assert "All checks passed" in out
    assert "FAIL" not in out


def test_find_core_rest_api_instances_matches_known_brands():
    script, demisto_mock = load_script()
    demisto_mock._modules = {
        "Core REST API_instance_1": {"brand": "Core REST API", "state": "active"},
        "SOCFWPackManager_instance_1": {"brand": "SOCFWPackManager", "state": "active"},
        "Something": {"brand": "Whois", "state": "active"},
    }
    found = script.find_core_rest_api_instances()
    assert [f["name"] for f in found] == ["Core REST API_instance_1"]


def test_find_core_rest_api_instances_empty_when_absent():
    script, demisto_mock = load_script()
    demisto_mock._modules = {"SOCFWPackManager_instance_1": {"brand": "SOCFWPackManager", "state": "active"}}
    assert script.find_core_rest_api_instances() == []


def test_diagnose_names_missing_core_rest_api_instance_first():
    script, demisto_mock = load_script()
    demisto_mock._modules = {}

    def boom(args):
        raise RuntimeError("connection refused")

    demisto_mock._command_responses["core-api-get"] = boom
    demisto_mock._command_responses["core-api-post"] = boom

    script.do_diagnose({})
    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))

    # The missing instance is the real cause; it must be named rather than
    # leaving three opaque transport errors to interpret.
    assert "Core REST API instance" in out
    assert "none configured" in out
    assert out.index("Core REST API instance") < out.index("installed packs")


def test_dependency_failure_hint_names_missing_instance():
    script, demisto_mock = load_script()
    demisto_mock._modules = {}

    def boom(args):
        raise RuntimeError("500")

    demisto_mock._command_responses["core-api-post"] = boom
    with pytest.raises(script.DependencyLookupError):
        script.fetch_mandatory_dependencies([{"id": "CommonScripts", "version": "1.0.0"}], "")

    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))
    assert "No Core REST API instance is configured" in out


def test_dependency_failure_hint_when_instance_present():
    script, demisto_mock = load_script()
    demisto_mock._modules = {"Core REST API_instance_1": {"brand": "Core REST API", "state": "active"}}

    def boom(args):
        raise RuntimeError("404")

    demisto_mock._command_responses["core-api-post"] = boom
    with pytest.raises(script.DependencyLookupError):
        script.fetch_mandatory_dependencies([{"id": "CommonScripts", "version": "1.0.0"}], "")

    out = "\n".join(str(r.get("Contents", "")) for r in demisto_mock._results if isinstance(r, dict))
    assert "route or payload problem" in out


# ── upgrade_marketplace ───────────────────────────────────────────────────────


def test_closure_default_keeps_installed_version_and_skips_lookup():
    script, _ = load_script()
    script.fetch_mandatory_dependencies = lambda packs, using: {}

    def should_not_run(pack_id, using):
        raise AssertionError("marketplace lookup must be skipped when not upgrading")

    script.resolve_latest_version = should_not_run
    installed = {"CommonScripts": {"version": "1.22.28", "update_available": True}}
    closure = script.resolve_install_closure([{"id": "CommonScripts", "version": "latest"}], "", installed)
    assert closure == {"CommonScripts": "1.22.28"}


def test_closure_upgrade_resolves_newest_published_version():
    script, _ = load_script()
    script.fetch_mandatory_dependencies = lambda packs, using: {}
    script.resolve_latest_version = lambda pack_id, using: "1.22.39"
    installed = {"CommonScripts": {"version": "1.22.28", "update_available": True}}
    closure = script.resolve_install_closure([{"id": "CommonScripts", "version": "latest"}], "", installed, upgrade=True)
    assert closure == {"CommonScripts": "1.22.39"}


def test_closure_upgrade_skips_lookup_when_no_update_available():
    script, _ = load_script()
    script.fetch_mandatory_dependencies = lambda packs, using: {}

    def should_not_run(pack_id, using):
        raise AssertionError("no update available, so the large lookup is wasted")

    script.resolve_latest_version = should_not_run
    installed = {"Whois": {"version": "1.5.43", "update_available": False}}
    closure = script.resolve_install_closure([{"id": "Whois", "version": "latest"}], "", installed, upgrade=True)
    assert closure == {"Whois": "1.5.43"}


def test_closure_upgrade_does_not_force_upgrade_dependencies():
    script, _ = load_script()
    script.resolve_latest_version = lambda pack_id, using: "2.0.0"
    script.fetch_mandatory_dependencies = lambda packs, using: (
        {"A": {"Base": "1.0.0"}} if packs and packs[0]["id"] == "A" else {}
    )
    installed = {
        "A": {"version": "1.0.0", "update_available": True},
        "Base": {"version": "1.42.2", "update_available": True},
    }
    closure = script.resolve_install_closure([{"id": "A", "version": "latest"}], "", installed, upgrade=True)
    assert closure["A"] == "2.0.0"
    # Dependency already satisfies minVersion, so it stays put.
    assert closure["Base"] == "1.42.2"


def test_install_marketplace_packs_upgrade_produces_pending_install():
    script, demisto_mock = load_script()
    script.fetch_installed_packs = lambda using: {"CommonScripts": {"version": "1.22.28", "update_available": True}}
    script.fetch_mandatory_dependencies = lambda packs, using: {}
    script.resolve_latest_version = lambda pack_id, using: "1.22.39"
    demisto_mock._command_responses["core-api-post"] = [{"Type": 1, "Contents": {"response": []}}]

    result = script.install_marketplace_packs([{"id": "CommonScripts", "version": "latest"}], "", 0, 0, debug=False, upgrade=True)

    posts = [c for c in demisto_mock._commands if c[0] == "core-api-post"]
    assert len(posts) == 1
    body = json.loads(posts[0][1]["body"])
    assert body["packs"] == [{"id": "CommonScripts", "version": "1.22.39"}]
    assert result["installed"] == {"CommonScripts": "1.22.39"}


def test_closure_takes_highest_minversion_across_requirers():
    """Regression: Base and CommonScripts want Core >= 3.5.75 while
    CommonPlaybooks only wants 3.5.73. Taking the first value seen resolved
    Core to 3.5.73 and the platform rejected the whole install with
    'Mismatching dependency contentpack with ID Core'.
    """
    script, _ = load_script()
    graph = {
        "Base": {"Core": "3.5.75"},
        "CommonPlaybooks": {"Core": "3.5.73"},
        "CommonScripts": {"Core": "3.5.75"},
        "Core": {},
    }

    def fake_deps(packs, using):
        return {p["id"]: graph.get(p["id"], {}) for p in packs}

    script.fetch_mandatory_dependencies = fake_deps
    closure = script.resolve_install_closure(
        [
            {"id": "CommonPlaybooks", "version": "2.8.5"},
            {"id": "Base", "version": "1.42.13"},
            {"id": "CommonScripts", "version": "1.22.39"},
        ],
        "",
        {},
    )
    assert closure["Core"] == "3.5.75"


def test_closure_highest_minversion_regardless_of_requirer_order():
    script, _ = load_script()
    graph = {"A": {"Dep": "1.0.0"}, "B": {"Dep": "5.0.0"}, "Dep": {}}

    def fake_deps(packs, using):
        return {p["id"]: graph.get(p["id"], {}) for p in packs}

    script.fetch_mandatory_dependencies = fake_deps
    for seeds in (
        [{"id": "A", "version": "1.0.0"}, {"id": "B", "version": "1.0.0"}],
        [{"id": "B", "version": "1.0.0"}, {"id": "A", "version": "1.0.0"}],
    ):
        closure = script.resolve_install_closure(seeds, "", {})
        assert closure["Dep"] == "5.0.0", f"order-dependent result for {seeds}"


def test_closure_keeps_installed_version_when_it_exceeds_all_minimums():
    script, _ = load_script()
    graph = {"A": {"Dep": "1.0.0"}, "B": {"Dep": "2.0.0"}, "Dep": {}}
    script.fetch_mandatory_dependencies = lambda packs, using: {p["id"]: graph.get(p["id"], {}) for p in packs}
    installed = {"Dep": {"version": "9.9.9", "update_available": False}}
    closure = script.resolve_install_closure([{"id": "A", "version": "1.0.0"}, {"id": "B", "version": "1.0.0"}], "", installed)
    assert closure["Dep"] == "9.9.9"


def test_closure_raising_a_dependency_pulls_its_own_new_dependencies():
    script, _ = load_script()
    graph = {
        "A": {"Mid": "2.0.0"},
        # Mid only gains this dependency at 2.0.0.
        "Mid": {"Deep": "1.0.0"},
        "Deep": {},
    }
    script.fetch_mandatory_dependencies = lambda packs, using: {p["id"]: graph.get(p["id"], {}) for p in packs}
    closure = script.resolve_install_closure([{"id": "A", "version": "1.0.0"}], "", {})
    assert closure["Mid"] == "2.0.0"
    assert closure["Deep"] == "1.0.0"


def test_install_sends_ignore_warnings():
    """Regression: without ignoreWarnings a pre-existing incident field makes
    the platform reject the entire install ("Field with name 'Email
    Classification' already exists"), which is guaranteed on any tenant that
    already has content.
    """
    script, demisto_mock = load_script()
    script.fetch_installed_packs = lambda using: {}
    script.resolve_install_closure = lambda seeds, using, installed, upgrade=False: {"CommonScripts": "1.22.39"}
    demisto_mock._command_responses["core-api-post"] = [{"Type": 1, "Contents": {"response": []}}]

    script.install_marketplace_packs([{"id": "CommonScripts", "version": "latest"}], "", 0, 0, debug=False)

    posts = [c for c in demisto_mock._commands if c[0] == "core-api-post"]
    body = json.loads(posts[0][1]["body"])
    assert body["ignoreWarnings"] is True
    assert body["packs"] == [{"id": "CommonScripts", "version": "1.22.39"}]


# ── pack id / directory naming ─────────────────────────────────────────────────


def test_guess_pack_id_strips_version_and_prerelease_suffix():
    script, _ = load_script()
    cases = {
        "soc-optimization-unified.zip": "soc-optimization-unified",
        "soc-optimization-unified-v3.11.2.zip": "soc-optimization-unified",
        "soc-optimization-unified-v3.11.2": "soc-optimization-unified",
        "soc-optimization-unified-v3.11.1-pr1008.zip": "soc-optimization-unified",
        "soc-common-playbooks-unified": "soc-common-playbooks-unified",
        "SocFrameworkAbnormalSecurity-v1.0.4.zip": "SocFrameworkAbnormalSecurity",
        "": "",
    }
    for given, expected in cases.items():
        assert script._guess_pack_id_from_label(given) == expected, given


def test_guess_pack_id_leaves_embedded_dash_v_alone():
    """A naive split on "-v" truncated any pack whose own name contains it."""
    script, _ = load_script()
    assert script._guess_pack_id_from_label("soc-vendor-thing.zip") == "soc-vendor-thing"
    assert script._guess_pack_id_from_label("soc-vendor-thing-v1.2.3.zip") == "soc-vendor-thing"


# ---------------------------
# catalog URL resolution
# ---------------------------


def test_resolve_catalog_url_explicit_arg_wins():
    script, demisto_mock = load_script()
    demisto_mock._command_responses["socfw-catalog-url-get"] = [
        {"Type": 1, "Contents": {"catalog_url": "https://instance.example/catalog.json"}}
    ]

    assert script.resolve_catalog_url("https://explicit.example/catalog.json") == "https://explicit.example/catalog.json"
    # The instance is not consulted when an explicit value is supplied.
    assert not [c for c in demisto_mock._commands if c[0] == "socfw-catalog-url-get"]


def test_resolve_catalog_url_uses_instance_value():
    script, demisto_mock = load_script()
    demisto_mock._command_responses["socfw-catalog-url-get"] = [
        {"Type": 1, "Contents": {"catalog_url": "https://instance.example/catalog.json"}}
    ]

    assert script.resolve_catalog_url("") == "https://instance.example/catalog.json"


def test_resolve_catalog_url_falls_back_when_command_missing():
    script, _ = load_script()
    # No response registered: the command does not exist on this tenant.
    assert script.resolve_catalog_url("") == script.DEFAULT_CATALOG_URL


def test_resolve_catalog_url_falls_back_on_error_entry():
    script, demisto_mock = load_script()
    demisto_mock._command_responses["socfw-catalog-url-get"] = [{"Type": 4, "Contents": "Unsupported command (23)"}]

    assert script.resolve_catalog_url("") == script.DEFAULT_CATALOG_URL


# ---------------------------
# version comparison and install closure
# ---------------------------


def test_ver_key_ignores_prerelease_suffix():
    """A pre-release suffix must not inflate the patch number.

    Collecting every digit in the part folded the suffix into the number, so
    1.0.6-pr1008 keyed as (1, 0, 61008) and compared greater than 1.0.7.
    """
    script, _ = load_script()
    assert script._ver_key("1.0.6-pr1008") == (1, 0, 6)
    assert script._ver_key("1.0.6-rc1") == (1, 0, 6)
    assert script._ver_key("1.0.6") < script._ver_key("1.0.7")
    assert script._ver_key("1.0.6-pr1008") < script._ver_key("1.0.7")
    assert script._ver_key("3.11.2") == (3, 11, 2)
    assert script._ver_key("1.0") == (1, 0, 0)
    assert script._ver_key("") == (0, 0, 0)
    assert script._ver_key(None) == (0, 0, 0)


def test_ver_key_orders_double_digit_minor_correctly():
    script, _ = load_script()
    assert script._ver_key("3.9.0") < script._ver_key("3.11.0")


def test_resolve_install_closure_does_not_downgrade_an_upgrade_target(mocker):
    """A pack that is both requested and a dependency keeps its upgrade target.

    The dependency pass computes the installed version when it already
    satisfies minVersion. Writing that unconditionally overwrote the seed's
    resolved upgrade target and silently undid the upgrade.
    """
    script, _ = load_script()
    installed = {
        "PackA": {"version": "1.0.0", "update_available": True},
        "Shared": {"version": "3.0.0", "update_available": True},
    }
    mocker.patch.object(
        script, "resolve_latest_version", side_effect=lambda pid, using: {"PackA": "2.0.0", "Shared": "4.0.0"}[pid]
    )
    # PackA depends on Shared at a minimum far below what is installed.
    mocker.patch.object(
        script,
        "fetch_mandatory_dependencies",
        side_effect=[{"PackA": {"Shared": "1.0.0"}}, {}],
    )

    wanted = script.resolve_install_closure(
        [{"id": "PackA", "version": "latest"}, {"id": "Shared", "version": "latest"}],
        using="",
        installed=installed,
        upgrade=True,
    )

    assert wanted["PackA"] == "2.0.0"
    # Shared was requested for upgrade to 4.0.0; the dependency pass must not
    # drag it back to the installed 3.0.0.
    assert wanted["Shared"] == "4.0.0"


def test_resolve_install_closure_still_raises_a_dependency_to_min_version(mocker):
    script, _ = load_script()
    installed = {"PackA": {"version": "1.0.0"}, "Dep": {"version": "1.0.0"}}
    mocker.patch.object(script, "resolve_latest_version", side_effect=lambda pid, using: "1.0.0")
    mocker.patch.object(
        script,
        "fetch_mandatory_dependencies",
        side_effect=[{"PackA": {"Dep": "2.5.0"}}, {}],
    )

    wanted = script.resolve_install_closure([{"id": "PackA", "version": "latest"}], using="", installed=installed, upgrade=False)

    assert wanted["Dep"] == "2.5.0"