# Copyright (c) Quectel Wireless Solution, Co., Ltd.All Rights Reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#     http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

import utime

from usr.logging import Logger
from usr.battery import Battery
from usr.history import History
from usr.location import Location
from usr.quecthing import QuecThing
from usr.mpower import LowEnergyRTC
from usr.common import Observable, Observer
from usr.remote import RemoteSubcribe, RemotePublish
from usr.settings import Settings, PROJECT_NAME, PROJECT_VERSION, \
    quec_object_model, quec_object_model_struct

log = Logger(__name__)


def test_led():
    pass


def test_logger():
    res = {"all": 0, "success": 0, "failed": 0}

    log = Logger("test_logger")
    log.debug("debug Level Log.")
    log.info("info Level Log.")
    log.warn("warn Level Log.")
    log.error("error Level Log.")
    log.critical("critical Level Log.")

    assert log.get_debug() is True, "[test_logger] FAILED: log.get_debug() is not True."
    print("[test_logger] SUCCESS: log.get_debug() is True.")
    res["success"] += 1

    assert log.set_debug(True) is True, "[test_logger] FAILED: log.set_debug(True)."
    print("[test_logger] SUCCESS: log.set_debug(True).")
    res["success"] += 1
    assert log.set_debug(False) is True, "[test_logger] FAILED: log.set_debug(False)."
    print("[test_logger] SUCCESS: log.set_debug(False).")
    res["success"] += 1

    assert log.get_level() == "debug", "[test_logger] FAILED: log.get_level() is not debug."
    print("[test_logger] SUCCESS: log.get_level() is debug.")
    res["success"] += 1

    for level in ("debug", "info", "warn", "error", "critical"):
        assert log.set_level(level) is True and log.get_level() == level, "[test_logger] FAILED: log.set_level(%s)." % level
        print("[test_logger] SUCCESS: log.set_level(%s)." % level)
        res["success"] += 1

    res["all"] = res["success"] + res["failed"]
    print("[test_logger] ALL: %s SUCCESS: %s, FAILED: %s." % (res["all"], res["success"], res["failed"]))


def test_settings():
    res = {"all": 0, "success": 0, "failed": 0}
    settings = Settings()

    assert settings.init() is True, "[test_settings] FAILED: Settings.init()."
    print("[test_settings] SUCCESS: Settings.init().")
    res["success"] += 1

    current_settings = settings.get()
    assert current_settings and isinstance(current_settings, dict)
    print("[test_settings] SUCCESS: Settings.get().")
    res["success"] += 1

    for key, val in current_settings.get("app", {}).items():
        val = "18888888888" if key == "phone_num" else val
        assert settings.set(key, val) is True, "[test_settings] FAILED: APP Settings.set(%s, %s)." % (key, val)
        print("[test_settings] SUCCESS: APP Settings.set(%s, %s)." % (key, val))
        res["success"] += 1
    for key, val in current_settings.get("sys", {}).items():
        if key in ("sw_log", "ota_status", "cloud_init_params", "user_ota_action"):
            assert settings.set(key, val) is True, "[test_settings] FAILED: SYS Settings.set(%s, %s)." % (key, val)
            print("[test_settings] SUCCESS: SYS Settings.set(%s, %s)." % (key, val))
            res["success"] += 1

    assert settings.save() is True, "[test_settings] FAILED: Settings.save()."
    print("[test_settings] SUCCESS: Settings.save().")
    res["success"] += 1

    assert settings.reset() is True, "[test_settings] FAILED: Settings.reset()."
    print("[test_settings] SUCCESS: Settings.reset().")
    res["success"] += 1

    res["all"] = res["success"] + res["failed"]
    print("[test_settings] ALL: %s SUCCESS: %s, FAILED: %s." % (res["all"], res["success"], res["failed"]))


def test_battery():
    res = {"all": 0, "success": 0, "failed": 0}
    battery = Battery()

    assert battery.get_temp() == 20, "[test_battery] FAILED: battery.get_temp() is not 20."
    print("[test_battery] SUCCESS: battery.get_temp() is 20.")
    res["success"] += 1

    assert battery.set_temp(30) and battery.get_temp() == 30, "[test_battery] FAILED: battery.set_temp(30)."
    print("[test_battery] SUCCESS: battery.set_temp(30).")
    res["success"] += 1

    voltage = battery.get_voltage()
    assert isinstance(voltage, int) and voltage > 0, "[test_battery] FAILED: battery.get_voltage() %s." % voltage
    print("[test_battery] SUCCESS: battery.get_voltage() is %s." % voltage)
    res["success"] += 1

    energy = battery.get_energy()
    assert isinstance(energy, int) and energy >= 0, "[test_battery] FAILED: battery.get_energy() %s." % energy
    print("[test_battery] SUCCESS: battery.get_energy() is %s." % energy)
    res["success"] += 1

    res["all"] = res["success"] + res["failed"]
    print("[test_battery] ALL: %s SUCCESS: %s, FAILED: %s." % (res["all"], res["success"], res["failed"]))


class TestHistObservable(Observable):

    def produce_hist_data(self, local_time):
        hist_data = [{"local_time": local_time}]
        self.notifyObservers(self, *hist_data)


def test_history():
    res = {"all": 0, "success": 0, "failed": 0}

    history = History()
    test_hist_obs = TestHistObservable()
    test_hist_obs.addObserver(history)

    hist_data = [{"test": "test"}]
    assert history.write(hist_data), "[test_history] FAILED: history.write()."
    print("[test_history] SUCCESS: history.write(%s)." % str(hist_data))
    res["success"] += 1

    hist = history.read()
    assert hist.get("data") is not None and isinstance(hist["data"], list), "[test_history] FAILED: history.read() %s." % hist
    print("[test_history] SUCCESS: history.read() is %s." % hist)
    res["success"] += 1

    local_time = utime.mktime(utime.localtime())
    test_hist_obs.produce_hist_data(local_time)
    hist = history.read()
    obs_res = False
    for i in hist.get("data", []):
        if i.get("local_time") == local_time:
            obs_res = True
            break
    assert obs_res, "[test_history] FAILED: history.update() %s." % str(hist)
    print("[test_history] SUCCESS: history.update() %s." % str(hist))
    res["success"] += 1

    assert history.clean(), "[test_history] FAILED: history.clean()."
    print("[test_history] SUCCESS: history.clean().")
    res["success"] += 1

    res["all"] = res["success"] + res["failed"]
    print("[test_history] ALL: %s SUCCESS: %s, FAILED: %s." % (res["all"], res["success"], res["failed"]))


def test_location():
    res = {"all": 0, "success": 0, "failed": 0}

    settings = Settings()
    current_settings = settings.get()
    gps_mode = 0x2
    locator_init_params = current_settings["sys"]["locator_init_params"]

    locator = Location(gps_mode, locator_init_params)
    for loc_method in range(1, 8):
        loc_data = locator.read(loc_method)
        if loc_method & 0x1:
            assert loc_data.get(0x1) not in ("", (), None), "[test_location] FAILED: locator.read(%s) loc_data: %s." % (loc_method, loc_data)
        if loc_method & 0x2:
            assert loc_data.get(0x2) not in ("", (), None), "[test_location] FAILED: locator.read(%s) loc_data: %s." % (loc_method, loc_data)
        if loc_method & 0x4:
            assert loc_data.get(0x4) not in ("", (), None), "[test_location] FAILED: locator.read(%s) loc_data: %s." % (loc_method, loc_data)
        print("[test_location] SUCCESS: locator.read(%s) loc_data: %s." % (loc_method, loc_data))
        res["success"] += 1

    res["all"] = res["success"] + res["failed"]

    print("[test_location] ALL: %s SUCCESS: %s, FAILED: %s." % (res["all"], res["success"], res["failed"]))


def test_quecthing():
    res = {"all": 0, "success": 0, "failed": 0}

    settings = Settings()
    current_settings = settings.get()
    cloud_init_params = current_settings["sys"]["cloud_init_params"]

    cloud = QuecThing(
        cloud_init_params["PK"],
        cloud_init_params["PS"],
        cloud_init_params["DK"],
        cloud_init_params["DS"],
        cloud_init_params["SERVER"],
        mcu_name=PROJECT_NAME,
        mcu_version=PROJECT_VERSION
    )
    remote_sub = RemoteSubcribe()
    cloud.addObserver(remote_sub)

    gps_mode = 0x2
    locator_init_params = current_settings["sys"]["locator_init_params"]
    locator = Location(gps_mode, locator_init_params)

    msg = "[test_quecthing] %s: cloud.set_object_model(%s)."
    assert cloud.set_object_model(quec_object_model), msg % ("FAILED", quec_object_model)
    print(msg % ("SUCCESS", quec_object_model))
    res["success"] += 1

    msg = "[test_quecthing] %s: cloud.set_object_model_struct(%s)."
    assert cloud.set_object_model_struct(quec_object_model_struct), msg % ("FAILED", quec_object_model_struct)
    print(msg % ("SUCCESS", quec_object_model_struct))
    res["success"] += 1

    msg = "[test_quecthing] %s: cloud.init()."
    assert cloud.init(), msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    msg = "[test_quecthing] %s: cloud.get_loc_data(%s, %s) %s."
    loc_method = 0x2
    loc_data = ""
    quec_loc_data = cloud.get_loc_data(loc_method, loc_data)
    assert quec_loc_data == {"non_gps": ["LBS"]}, msg % ("FAILED", loc_method, loc_data, quec_loc_data)
    print(msg % ("SUCCESS", loc_method, loc_data, quec_loc_data))
    res["success"] += 1

    loc_method = 0x1
    loc_data = locator.read(loc_method)
    quec_loc_data = cloud.get_loc_data(loc_method, loc_data.get(loc_method))
    assert quec_loc_data != "", msg % ("FAILED", loc_method, loc_data, quec_loc_data)
    print(msg % ("SUCCESS", loc_method, loc_data, quec_loc_data))
    res["success"] += 1

    msg = "[test_quecthing] %s: cloud.post_data(%s)."
    assert cloud.post_data(quec_loc_data), msg % ("FAILED", str(quec_loc_data))
    print(msg % ("SUCCESS", str(quec_loc_data)))
    res["success"] += 1

    msg = "[test_quecthing] %s: cloud.ota_request()."
    assert cloud.ota_request(), msg % ("FAILED",)
    print(msg % ("SUCCESS",))
    res["success"] += 1

    # # PASS: No OTA Plain, ota_action Return False
    # msg = "[test_quecthing] %s: cloud.ota_action()."
    # assert cloud.ota_action() is True, msg % ("FAILED",)
    # print(msg % ("SUCCESS",))

    msg = "[test_quecthing] %s: cloud.close()."
    assert cloud.close(), msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    res["all"] = res["success"] + res["failed"]
    print("[test_quecthing] ALL: %s SUCCESS: %s, FAILED: %s." % (res["all"], res["success"], res["failed"]))


def test_remote():
    res = {"all": 0, "success": 0, "failed": 0}

    settings = Settings()
    current_settings = settings.get()
    cloud_init_params = current_settings["sys"]["cloud_init_params"]

    cloud = QuecThing(
        cloud_init_params["PK"],
        cloud_init_params["PS"],
        cloud_init_params["DK"],
        cloud_init_params["DS"],
        cloud_init_params["SERVER"],
        mcu_name=PROJECT_NAME,
        mcu_version=PROJECT_VERSION
    )
    remote_sub = RemoteSubcribe()
    cloud.addObserver(remote_sub)
    remote_pub = RemotePublish()

    msg = "[test_remote] %s: cloud.cloud_init()."
    assert cloud.cloud_init(), msg % "FAILED"
    print(msg % "SUCCESS")

    msg = "[test_remote] %s: remote_pub.set_cloud(cloud)."
    assert remote_pub.set_cloud(cloud), msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    msg = "[test_remote] %s: remote_pub.get_cloud()."
    assert isinstance(remote_pub.get_cloud(), QuecThing), msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    msg = "[test_remote] %s: remote_pub.cloud_ota_check()."
    assert remote_pub.cloud_ota_check(), msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    # # PASS: No OTA Plain, ota_action Return False
    # msg = "[test_remote] %s: remote_pub.ota_request()."
    # assert remote_pub.ota_request(), msg % "FAILED"
    # print(msg % "SUCCESS")

    gps_mode = 0x2
    locator_init_params = current_settings["sys"]["locator_init_params"]
    locator = Location(gps_mode, locator_init_params)

    loc_method = 0x1
    loc_data = locator.read(loc_method)
    quec_loc_data = cloud.get_loc_data(loc_method, loc_data.get(loc_method))

    msg = "[test_remote] %s: remote_pub.post_data(%s)."
    assert remote_pub.post_data(quec_loc_data), msg % ("FAILED", str(quec_loc_data))
    print(msg % ("SUCCESS", str(quec_loc_data)))
    res["success"] += 1

    res["all"] = res["success"] + res["failed"]
    print("[test_remote] ALL: %s SUCCESS: %s, FAILED: %s." % (res["all"], res["success"], res["failed"]))


class TestRTCObserver(Observer):

    def update(self, observable, *args, **kwargs):
        log.debug("observable: %s" % observable)
        log.debug("args: %s" % str(args))
        log.debug("kwargs: %s" % str(kwargs))
        observable.start_rtc()
        return True


def test_low_energy_rtc():
    res = {"all": 0, "success": 0, "failed": 0}

    low_energy_rtc = LowEnergyRTC()
    test_rtc_obs = TestRTCObserver()
    low_energy_rtc.addObserver(test_rtc_obs)

    period = 5
    msg = "[test_low_energy_rtc] %s: low_energy_rtc.set_period(%s)."
    assert low_energy_rtc.set_period(period), msg % ("FAILED", period)
    print(msg % ("SUCCESS", period))
    res["success"] += 1

    msg = "[test_low_energy_rtc] %s: low_energy_rtc.get_period()."
    assert low_energy_rtc.get_period() == period, msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    low_energy_method = "PM"
    msg = "[test_low_energy_rtc] %s: low_energy_rtc.set_low_energy_method(%s)."
    assert low_energy_rtc.set_low_energy_method(low_energy_method), msg % ("FAILED", low_energy_method)
    print(msg % ("SUCCESS", low_energy_method))
    res["success"] += 1

    msg = "[test_low_energy_rtc] %s: low_energy_rtc.get_low_energy_method()."
    assert low_energy_rtc.get_low_energy_method() == low_energy_method, msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    msg = "[test_low_energy_rtc] %s: low_energy_rtc.low_energy_init()."
    assert low_energy_rtc.low_energy_init(), msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    msg = "[test_low_energy_rtc] %s: low_energy_rtc.get_lpm_fd()."
    assert low_energy_rtc.get_lpm_fd() is not None, msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    msg = "[test_low_energy_rtc] %s: low_energy_rtc.start_rtc()."
    assert low_energy_rtc.start_rtc(), msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    utime.sleep(period * 3 + 1)
    msg = "[test_low_energy_rtc] %s: low_energy_rtc.enable_rtc(0)."
    assert low_energy_rtc.enable_rtc(0), msg % "FAILED"
    print(msg % "SUCCESS")
    res["success"] += 1

    res["all"] = res["success"] + res["failed"]
    print("[test_low_energy_rtc] ALL: %s SUCCESS: %s, FAILED: %s." % (res["all"], res["success"], res["failed"]))


def test_tracker():
    pass


def main():
    # test_logger()
    # test_settings()
    # test_battery()
    # test_history()
    # test_location()
    # test_quecthing()
    # test_remote()
    test_low_energy_rtc()


if __name__ == "__main__":
    main()