import sys
import _thread
import datetime
import time
import schedule

import echo_controller.controller as Controller
import echo_db.database as EchoDB

class EchoScheduler:

    

    @staticmethod
    def init():
        print('Starting Echo Scheduler Thread...')
        _thread.start_new_thread(EchoScheduler.scheduler, ("Main Scheduler Thread", 2, ))

    @staticmethod
    def scheduler(threadname, delay):
        print('Echo Scheduler Thread started!')

        # Schedule Tasks
        schedule.every(2.1).minutes.do(EchoScheduler.getClimateData)
        schedule.every(2.2).minutes.do(EchoScheduler.getLightData)
        schedule.every(1).minute.do(EchoScheduler.checkAutomaticShutdown)
        schedule.every(1).minute.do(EchoScheduler.checkAutomaticBlinds)

        # collection_delete = EchoDB.EchoDB.database['ClimateLogs']
        # collection_delete.remove({})

        while True:
            schedule.run_pending()
            time.sleep(1)
    
    @staticmethod
    def getClimateData():
        # Get Device
        collection = EchoDB.EchoDB.database['Devices']
        device = collection.find_one({'uuid': 'aa50-48fd'})

        # Call Action
        Controller.Controller.handle_action(device, "gather_climate_data")

        print('Scheduler Gathered Climate Data')

    @staticmethod
    def getLightData():
        # Get Device
        collection = EchoDB.EchoDB.database['Devices']
        device = collection.find_one({'uuid': 'be0c-4bc7'})

        # Call Action
        Controller.Controller.handle_action(device, "gather_light_data")

        print('Scheduler Gathered Light Data')

    @staticmethod
    def checkAutomaticShutdown():
        collection = EchoDB.EchoDB.database['Devices']

        # 
        # Main Light
        # 

        # Get Device
        device_main_light = collection.find_one({'uuid': '9472-4f60'})

        # Check if light is on
        if device_main_light['status'] == "off":
            return;

        # Check if automatic movement is enabled
        if device_main_light['automatic_movement'] == False:
            return;

        # Check if date is current time is past device automatic shutdown time
        automatic_shutdown_time = device_main_light['automatic_shutdown']
        current_time = datetime.datetime.now()

        if current_time > automatic_shutdown_time:
            Controller.Controller.handle_action(device_main_light, "off")
            print('Scheduler Turned off main light')

        # 
        # LED Light
        # 
        
        # Get Device
        device_bed_led = collection.find_one({'uuid': '34gr-54jf'})

        # Check if light is on
        if device_bed_led['status'] == "off":
            return;

        # Check if automatic movement is enabled
        if device_bed_led['automatic_movement'] == False:
            return;

        # Check if date is current time is past device automatic shutdown time
        automatic_shutdown_time = device_bed_led['automatic_shutdown']
        current_time = datetime.datetime.now()

        if current_time > automatic_shutdown_time:
            Controller.Controller.handle_action(device_bed_led, "off")
            print('Scheduler Turned off main bed led light')
    
    @staticmethod
    def checkAutomaticBlinds():
        # Get current time
        now_time = datetime.datetime.now()
        now_hours = now_time.hour
        now_minutes = now_time.minute
        check_time = str(now_hours).zfill(2) + ":" + str(now_minutes).zfill(2)

        # Get Device
        collection = EchoDB.EchoDB.database['Devices']
        device = collection.find_one({'uuid': 'b039-471a'})

        # Check if automatic open is enabled
        if device['automatic_open'] == False:
            return;
        
        automatic_open_time = device['automatic_open_time']

        if automatic_open_time == check_time:
            Controller.Controller.handle_action(device, "preset", "open")
            print('Scheduler Opened Sunblinds')