# -*- coding: utf-8 -*-
from __future__ import annotations

import io
import pathlib
import os
import shutil
import sys
import tempfile
from typing import Tuple, Dict
from urllib.error import URLError

import pytest

from DisplayCAL import config
from DisplayCAL.argyll import (
    get_argyll_latest_version,
    get_argyll_util,
    make_argyll_compatible_path,
)
from DisplayCAL.cgats import CGATS
from DisplayCAL.config import initcfg, setcfg
from DisplayCAL.dev.mocks import check_call_str
from DisplayCAL.icc_profile import ICCProfile
from DisplayCAL.meta import DOMAIN
from DisplayCAL.worker import (
    add_keywords_to_cgats,
    check_cal_isfile,
    check_create_dir,
    check_file_isfile,
    check_profile_isfile,
    check_ti3_criteria1,
    get_argyll_version_string,
    get_options_from_profile,
    Sudo,
    Worker,
)
from tests.data.display_data import DisplayData


def test_get_options_from_profile_1(data_files):
    """Test ``DisplayCAL.worker.get_options_from_profile()`` function"""
    profile_path = data_files[
        "UP2516D #1 2022-03-23 16-06 D6500 2.2 F-S XYZLUT+MTX.icc"
    ].absolute()
    options = get_options_from_profile(profile=profile_path)
    assert options == (
        [
            "t6500",
            "g2.2",
            "f1.0",
            "A4.0",
            "d1",
            "c1",
            "yl",
            "P0.48923385077616427,0.8797619047619047,1.4894179894179895",
            "H",
        ],
        ["qh", "aX", 'A "Dell, Inc."'],
    )


def test_get_options_from_profile_2(data_files):
    """Test ``DisplayCAL.worker.get_options_from_profile()`` function, for #69"""
    profile_path = data_files["SW271 PM PenalNative_KB1_160_2022-03-17.icc"].absolute()
    options = get_options_from_profile(profile=profile_path)
    assert options == ([], [])  # no options on that profile


def test_make_argyll_compatible_path_1():
    """make_argyll_compatible_path is working properly with bytes input."""
    test_value = "C:\\Program Files\\some path\\executable.exe"
    result = make_argyll_compatible_path(test_value)
    if sys.platform == "win32":
        expected_result = "C:\\Program Files\\some path\\executable.exe"
    else:
        expected_result = "C_Program Files_some path_executable.exe"
    assert result == expected_result


def test_make_argyll_compatible_path_2():
    """make_argyll_compatible_path is working properly with bytes input."""
    test_value = b"C:\\Program Files\\some path\\executable.exe"
    result = make_argyll_compatible_path(test_value)
    if sys.platform == "win32":
        expected_result = b"C:\\Program Files\\some path\\executable.exe"
    else:
        expected_result = b"C_Program Files_some path_executable.exe"
    assert result == expected_result


def test_worker_get_instrument_name_1():
    """Worker.get_instrument_name() is working properly."""
    worker = Worker()
    result = worker.get_instrument_name()
    expected_result = ""
    assert result == expected_result


def test_worker_get_instrument_features():
    """Worker.get_instrument_features() is working properly."""
    worker = Worker()
    result = worker.get_instrument_features()
    assert result == {}


def test_worker_instrument_supports_css_1():
    """testing if Worker.instrument_supports_ccss is working properly"""
    worker = Worker()
    result = worker.instrument_supports_ccss()
    expected_result = None
    assert result == expected_result


# @pytest.mark.skip(reason="Test segfaults with python 3.12 - further investigation required.")
def test_generate_b2a_from_inverse_table(data_files, setup_argyll):
    """Test Worker.generate_B2A_from_inverse_table() method"""
    worker = Worker()
    icc_profile1 = ICCProfile(
        profile=data_files[
            "Monitor 1 #1 2022-03-09 16-13 D6500 2.2 F-S XYZLUT+MTX.icc"
        ].absolute()
    )
    logfile = io.StringIO()
    result = worker.generate_B2A_from_inverse_table(icc_profile1, logfile=logfile)
    assert result is True


def test_sudo_class_initialization():
    """Test worker.Sudo class initialization"""
    sudo = Sudo()
    assert sudo is not None


def test_download_method_1():
    """Test Worker.download() method."""
    worker = Worker()
    uri = f"https://{DOMAIN}/i1d3"
    result = worker.download(uri)
    assert result is not None


def test_download_method_2():
    """Test Worker.download() method."""
    worker = Worker()
    uri = f"https://{DOMAIN}/i1d3"
    result = worker.download(uri, force=True)
    assert result is not None


def test_download_method_3():
    """Test Worker.download() method."""
    worker = Worker()
    uri = f"https://{DOMAIN}/spyd2"
    result = worker.download(uri)
    assert result is not None


def test_download_method_4():
    """Test Worker.download() method."""
    worker = Worker()
    uri = f"https://{DOMAIN}/spyd2"
    result = worker.download(uri, force=True)
    assert result is not None


def test_get_display_name_1():
    """Testing Worker.get_display_name() method."""
    initcfg()
    setcfg("display.number", 1)
    worker = Worker()
    result = worker.get_display_name(False, True, False)
    assert result == ""


def test_get_pwd():
    """Testing Worker.get_display_name() method."""
    initcfg()
    worker = Worker()
    test_value = "test_value"
    worker.pwd = test_value
    assert worker.pwd == test_value


def test_update_profile_1(random_icc_profile):
    """Testing Worker.update_profile() method."""
    from DisplayCAL import worker

    worker.dbus_session = None
    worker.dbus_system = None
    initcfg()
    worker = Worker()

    icc_profile, icc_profile_path = random_icc_profile
    with check_call_str(
        "DisplayCAL.worker.Worker.get_display_edid", DisplayData.DISPLAY_DATA_2
    ):
        worker.update_profile(icc_profile_path, tags=True)


def test_exec_cmd_1():
    """Test worker.exec_cmd() function for issue #73"""
    # Command line:
    cmd = "/home/eoyilmaz/.local/bin/Argyll_V2.3.0/bin/colprof"
    args = [
        "-v",
        "-qh",
        "-ax",
        "-bn",
        "-C",
        b"No copyright. Created with DisplayCAL 3.8.9.3 and Argyll CMS 2.3.0",
        "-A",
        "Dell, Inc.",
        "-D",
        "UP2516D_#1_2022-04-01_00-26_2.2_F-S_XYZLUT+MTX",
        "/tmp/DisplayCAL-i91d9z8_/UP2516D_#1_2022-04-01_00-26_2.2_F-S_XYZLUT+MTX",
    ]
    cwd = "/tmp/DisplayCAL-i91d9z8_"
    worker = Worker()
    worker.exec_cmd(cmd=cmd, args=args)


def test_is_allowed_1():
    """Test Sudo.is_allowed() function for issue #76"""
    sudo = Sudo()
    result = sudo.is_allowed()
    assert result != ""


def test_ti3_lookup_to_ti1_1(data_files, setup_argyll):
    """Test Worker.ti3_lookup_to_ti1() function for #129"""
    ti3_path = data_files["0_16_from_issue_129.ti3"].absolute()
    profile_path = data_files[
        "UP2516D #1 2022-03-23 16-06 D6500 2.2 F-S XYZLUT+MTX.icc"
    ].absolute()

    ti3_cgat = CGATS(ti3_path)
    icc_profile = ICCProfile(profile_path)
    config.initcfg()
    worker = Worker()
    ti1, ti3v = worker.ti3_lookup_to_ti1(ti3_cgat, icc_profile)
    assert isinstance(ti1, CGATS)
    assert isinstance(ti3v, CGATS)
    assert ti1 == {
        0: {
            "COLOR_REP": b"RGB",
            "DATA": {
                0: {
                    "RGB_B": 99.9959,
                    "RGB_G": 100.0,
                    "RGB_R": 97.1526,
                    "SAMPLE_ID": 1,
                    "XYZ_X": 95.0104,
                    "XYZ_Y": 100.0,
                    "XYZ_Z": 92.7202,
                },
                1: {
                    "RGB_B": 9.1428,
                    "RGB_G": 5.8338,
                    "RGB_R": 5.842,
                    "SAMPLE_ID": 2,
                    "XYZ_X": 0.277593,
                    "XYZ_Y": 0.255279,
                    "XYZ_Z": 0.423145,
                },
                2: {
                    "RGB_B": 11.6181,
                    "RGB_G": 9.1081,
                    "RGB_R": 8.0801,
                    "SAMPLE_ID": 3,
                    "XYZ_X": 0.51238,
                    "XYZ_Y": 0.536117,
                    "XYZ_Z": 0.705578,
                },
            },
            "DATA_FORMAT": {
                0: b"SAMPLE_ID",
                1: b"RGB_R",
                2: b"RGB_G",
                3: b"RGB_B",
                4: b"XYZ_X",
                5: b"XYZ_Y",
                6: b"XYZ_Z",
            },
            "DESCRIPTOR": b"Argyll Calibration Target chart information 1",
            "KEYWORDS": {0: b"COLOR_REP"},
            "NUMBER_OF_FIELDS": None,
            "NUMBER_OF_SETS": None,
        }
    }

    assert ti3v == {
        "COLOR_REP": b"RGB_XYZ",
        "CREATED": b"Sun Jun  5 13:08:54 2022",
        "DATA": {
            0: {
                "RGB_B": 99.9959,
                "RGB_G": 100.0,
                "RGB_R": 97.1526,
                "SAMPLE_ID": 1,
                "XYZ_X": 95.0104,
                "XYZ_Y": 100.0,
                "XYZ_Z": 92.7202,
            },
            1: {
                "RGB_B": 9.1428,
                "RGB_G": 5.8338,
                "RGB_R": 5.842,
                "SAMPLE_ID": 2,
                "XYZ_X": 0.277593,
                "XYZ_Y": 0.255279,
                "XYZ_Z": 0.423145,
            },
            2: {
                "RGB_B": 11.6181,
                "RGB_G": 9.1081,
                "RGB_R": 8.0801,
                "SAMPLE_ID": 3,
                "XYZ_X": 0.51238,
                "XYZ_Y": 0.536117,
                "XYZ_Z": 0.705578,
            },
        },
        "DATA_FORMAT": {
            0: b"SAMPLE_ID",
            1: b"RGB_R",
            2: b"RGB_G",
            3: b"RGB_B",
            4: b"XYZ_X",
            5: b"XYZ_Y",
            6: b"XYZ_Z",
        },
        "DESCRIPTOR": b"Argyll Calibration Target chart information 3",
        "DEVICE_CLASS": b"DISPLAY",
        "DISPLAY_TYPE_BASE_ID": 1,
        "DISPLAY_TYPE_REFRESH": b"NO",
        "INSTRUMENT_TYPE_SPECTRAL": b"NO",
        "LUMINANCE_XYZ_CDM2": b"42.204124 44.420532 41.186805",
        "NORMALIZED_TO_Y_100": b"YES",
        "NUMBER_OF_FIELDS": None,
        "NUMBER_OF_SETS": None,
        "ORIGINATOR": b"Argyll dispread",
        "TARGET_INSTRUMENT": b"Datacolor Spyder3",
        "VIDEO_LUT_CALIBRATION_POSSIBLE": b"YES",
    }


def test_add_keywords_to_cgats(data_files) -> None:
    """Test if keywords are added to cgats by add_keywords_to_cgats."""
    path = data_files["0_16.ti3"].absolute()
    cgats = CGATS(cgats=path)
    assert "keyword" not in cgats[0]
    options = {"keyword": "Value"}
    alternated_cgats = add_keywords_to_cgats(cgats, options)
    assert "keyword" in alternated_cgats[0]


def test_check_create_dir() -> None:
    """Test function 'check_create_dir'."""
    assert check_create_dir("test_dir") == True


@pytest.mark.parametrize("file", (True, False))
def test_check_cal_isfile(data_files, file: bool) -> None:
    """Test 'check_cal_isfile'."""
    path = data_files["Monitor.cal"].absolute() if file else "no_file"
    assert check_cal_isfile(path) == True if file else "error.calibration.file_missing"


@pytest.mark.parametrize("file", (True, False))
def test_check_profile_isfile(data_files, file: bool) -> None:
    """Test 'check_profile_isfile'."""
    path = data_files["Monitor.cal"].absolute() if file else "no_file"
    assert check_profile_isfile(path) == True if file else "error.profile.file_missing"


# todo: test is working locally but not on CI
@pytest.mark.skip(
    reason="First execution of test fails on remote CI server. "
    "All following tests are positive."
)
@pytest.mark.parametrize("silent", (True, False), ids=("silent", "not silent"))
@pytest.mark.parametrize(
    "path,result",
    (
        ("data/cgats0.txt", ("True", "True")),
        ("no_file", ("False", "file.missing")),
        (".", ("False", "file.notfile")),
    ),
)
def test_check_file_isfile(
    data_files, silent: bool, path: str, result: Tuple[str, str]
) -> None:
    """Test if file gets detected."""
    assert (
        str(check_file_isfile(path, silent=silent)) == result[0]
        if silent
        else result[1]
    )


@pytest.mark.parametrize(
    "sample,result",
    (
        (
            {
                "SAMPLE_ID": 1,
                "RGB_R": 50,
                "RGB_G": 50,
                "RGB_B": 50,
                "XYZ_X": 0.5,
                "XYZ_Y": 0.5,
                "XYZ_Z": 0.5,
            },
            True,
        ),
        (
            {
                "SAMPLE_ID": 2,
                "RGB_R": 6,
                "RGB_G": 6,
                "RGB_B": 6,
                "XYZ_X": 0.5,
                "XYZ_Y": 0.5,
                "XYZ_Z": 0.5,
            },
            False,
        ),
    ),
)
def test_check_ti3_criteria1(sample: Dict[str:float], result: bool) -> None:
    """Test for ti3 criteria1 check."""
    black = (0, 0, 0)
    white = (110, 110, 110)
    criteria = check_ti3_criteria1(
        (sample["RGB_R"], sample["RGB_G"], sample["RGB_B"]),
        (sample["XYZ_X"], sample["XYZ_Y"], sample["XYZ_Z"]),
        black,
        white,
        print_debuginfo=True,
    )
    assert criteria[3] == result


def test_prepare_colprof_for_271(monkeypatch, data_path):
    """Bug report 271."""
    assert isinstance(data_path, pathlib.Path)

    def patched_getcfg(key):
        """patched getcfg()"""
        cfg = {
            "argyll.version": "2.3.1",
            "profile.name.expanded": "test_profile",
            "profile.quality": "m",
            "profile.type": "l",
            "gamap_saturation": False,
            "gamap_perceptual": False,
            "profile.quality.b2a": "h",
            "profile.b2a.hires": True,
            "copyright": "",
            "extra_args.colprof": "",
            "profile.black_point_compensation": False,
            "profile.black_point_correction": False,
            "profile.b2a.hires.size": 17,
            "profile.b2a.hires.smooth": True,
            "measure.override_min_display_update_delay_ms": False,
            "measure.override_display_settle_time_mult": False,
            "patterngenerator.ffp_insertion": False,
            "testchart.patch_sequence": "",
            "3dlut.create": False,
        }
        return cfg[key]

    monkeypatch.setattr("DisplayCAL.worker.getcfg", patched_getcfg)

    def patched_os_path_exists(filepath):
        return True

    monkeypatch.setattr("DisplayCAL.worker.os.path.exists", patched_os_path_exists)

    def patched_os_path_isfile(filepath):
        return True

    monkeypatch.setattr("DisplayCAL.worker.os.path.isfile", patched_os_path_isfile)

    worker = Worker()
    in_out_file = pathlib.Path(worker.setup_inout("test_profile")).with_suffix(".ti3")

    # copy the test file to the target path
    test_file_path = data_path / "sample" / "issue271" / "test_profile.ti3"
    os.makedirs(in_out_file.parent, exist_ok=True)
    shutil.copy(test_file_path, in_out_file)

    # This should not raise the:
    # TypeError: startswith first arg must be bytes or a tuple of bytes, not str
    worker.prepare_colprof()


def test_prepare_dispcal_1():
    """Worker.prepare_dispcal() return value should be quoted properly."""
    worker = Worker()
    return_val = worker.prepare_dispcal()
    expected_result = [
        "-v2",
        "-d0",
        "-c1",
        return_val[1][3],  # '-yl',
        return_val[1][4],  # '-P0.5,0.5,1.0',
        "-ql",
        return_val[1][6],  # '-t',
        "-g2.2",
        "-f1.0",
        return_val[1][9],  # '-k0.0',
        "/var/folders/8l/xy1__ym94nn35x86xyg56xq80000gn/T/DisplayCAL-2fdjtyql/",
    ]
    assert return_val[0] == get_argyll_util("dispcal")
    assert isinstance(return_val[1], list)
    assert return_val[1][:-1] == expected_result[:-1]  # don't check the final part
    assert tempfile.gettempdir() in return_val[1][-1]  # this should be in a temp path


@pytest.mark.skipif(
    os.getenv("GITHUB_ACTIONS") == "true",
    reason="Not working properly on GitHub.",
)
def test_get_argyll_version_string_returns_a_proper_value():
    """get_argyll_version_string() returns a proper value."""
    import wx

    config.initcfg()
    app = wx.GetApp() or wx.App()

    assert "0.0.0" != get_argyll_version_string(name="ccxxmake", silent=False)


def test_get_argyll_latest_version_returns_str():
    """get_argyll_latest_version() returns a str."""
    result = get_argyll_latest_version()
    assert isinstance(result, str)


def test_get_argyll_latest_version_returns_latest_argyll_cms_version():
    """get_argyll_latest_version() returns the latest argyll cms version."""
    result = get_argyll_latest_version()
    assert result == "3.4.1"


def test_get_argyll_latest_version_returns_the_default_version_if_no_internet_connect(
    monkeypatch,
):
    """get_argyll_latest_version() returns the default argyll cms version if no internet connection."""

    def patched_urlopen(*args, **kwargs):
        raise URLError(
            "<urlopen error [Errno 8] nodename nor servname provided, or not known>"
        )

    monkeypatch.setattr("DisplayCAL.argyll.urllib.request.urlopen", patched_urlopen)
    # print(dir(get_argyll_latest_version))
    # clear the cache
    get_argyll_latest_version.cache_clear()
    result = get_argyll_latest_version()
    assert result == config.defaults.get("argyll.version")
    # assert False


@pytest.mark.skipif(
    os.getenv("GITHUB_ACTIONS") == "true" and sys.platform == "linux",
    reason="Not working properly on GitHub on Linux machines.",
)
def test_get_technology_strings_returns_dict(setup_argyll):
    """Test get_technology_strings() returns a dict."""
    worker = Worker()
    result = worker.get_technology_strings()
    assert isinstance(result, dict)


def test_get_technology_strings_without_argyll_returns_from_argyll_17():
    """Test get_technology_strings() returns a dictionary from argyll 1.7."""
    get_argyll_latest_version.cache_clear()
    worker = Worker()
    worker.argyll_version = [0, 0, 0]

    result = worker.get_technology_strings()
    assert result == {
        "c": "CRT",
        "m": "Plasma",
        "l": "LCD",
        "1": "LCD CCFL",
        "2": "LCD CCFL IPS",
        "3": "LCD CCFL VPA",
        "4": "LCD CCFL TFT",
        "L": "LCD CCFL Wide Gamut",
        "5": "LCD CCFL Wide Gamut IPS",
        "6": "LCD CCFL Wide Gamut VPA",
        "7": "LCD CCFL Wide Gamut TFT",
        "e": "LCD White LED",
        "8": "LCD White LED IPS",
        "9": "LCD White LED VPA",
        "d": "LCD White LED TFT",
        "b": "LCD RGB LED",
        "f": "LCD RGB LED IPS",
        "g": "LCD RGB LED VPA",
        "i": "LCD RGB LED TFT",
        "h": "LCD RG Phosphor",
        "j": "LCD RG Phosphor IPS",
        "k": "LCD RG Phosphor VPA",
        "n": "LCD RG Phosphor TFT",
        "o": "LED OLED",
        "a": "LED AMOLED",
        "p": "DLP Projector",
        "q": "DLP Projector RGB Filter Wheel",
        "r": "DPL Projector RGBW Filter Wheel",
        "s": "DLP Projector RGBCMY Filter Wheel",
        "u": "Unknown",
    }

@pytest.mark.skipif(
    os.getenv("GITHUB_ACTIONS") == "true" and sys.platform == "linux",
    reason="Not working properly on GitHub on Linux machines.",
)
def test_get_technology_strings_with_argyll_returns_expected_data(setup_argyll):
    """Test get_technology_strings() returns a dict with correct data."""
    get_argyll_latest_version.cache_clear()
    worker = Worker()
    assert worker.argyll_version != [0, 0, 0]
    result = worker.get_technology_strings()
    expected = {
        "c": "CRT",
        "m": "Plasma",
        "l": "LCD",
        "1": "LCD CCFL",
        "2": "LCD CCFL IPS",
        "3": "LCD CCFL PVA",
        "4": "LCD CCFL TFT",
        "L": "LCD CCFL Wide Gamut",
        "5": "LCD CCFL Wide Gamut IPS",
        "6": "LCD CCFL Wide Gamut PVA",
        "7": "LCD CCFL Wide Gamut TFT",
        "e": "LCD White LED",
        "8": "LCD White LED IPS",
        "9": "LCD White LED PVA",
        "d": "LCD White LED TFT",
        "b": "LCD RGB LED",
        "f": "LCD RGB LED IPS",
        "g": "LCD RGB LED PVA",
        "j": "LCD RGB LED TFT",
        "h": "LCD RG Phosphor",
        "k": "LCD RG Phosphor IPS",
        "n": "LCD RG Phosphor PVA",
        "q": "LCD RG Phosphor TFT",
        "r": "LCD PFS Phosphor",
        "s": "LCD PFS Phosphor IPS",
        "t": "LCD PFS Phosphor PVA",
        "v": "LCD PFS Phosphor TFT",
        "i": "LCD GB-R Phosphor",
        "x": "LCD GB-R Phosphor IPS",
        "y": "LCD GB-R Phosphor PVA",
        "z": "LCD GB-R Phosphor TFT",
        "o": "LED OLED",
        "a": "LED AMOLED",
        "w": "LED WOLED",
        "p": "DLP Projector",
        "A": "DLP Projector RGB Filter Wheel",
        "B": "DLP Projector RGBW Filter Wheel",
        "C": "DLP Projector RGBCMY Filter Wheel",
        "u": "Unknown",
    }
    assert result == expected