import logging
from apscheduler.schedulers.blocking import BlockingScheduler

import EnergyPriceScraperFactory
import app_impl

from utils.logging import setup_logging
from utils.time import WARSAW_TZ

from app_impl import hourly_tick
from utils.logging import function_logger

import datetime

setup_logging(logging.DEBUG)
sched = BlockingScheduler(timezone=WARSAW_TZ)

def run(name: str):
    log = function_logger()
    log.info(f"Running {name}")
    try:
        conn = EnergyPriceScraperFactory.setup_db()
        pstryk_scraper = EnergyPriceScraperFactory.create(name, conn=conn)
        # 11:30 and hourly safety check
        hourly_tick(pstryk_scraper)
    except Exception as e:
        log.error(f"{name} throw an exception: {e}")


# def run_arbitrary(name: str, date):
#     log = function_logger()
#     log.info(f"Running {name}")
#     try:
#         conn = EnergyPriceScraperFactory.setup_db()
#         pstryk_scraper = EnergyPriceScraperFactory.create(name, conn=conn)
#         # 11:30 and hourly safety check
#         app_impl.date_run_tick(pstryk_scraper, date)
#     except Exception as e:
#         log.error(f"{name} throw an exception: {e}")


def run_pstryk():
    run("Pstryk")

def run_PSE_RCE():
    run("PSE_RCE")

def run_TGE_RDN():
    run("TGE_RDN")

# Daily triggers at exact local times (DST-safe)
sched.add_job(run_pstryk, 'cron', hour='*', minute='35')
sched.add_job(run_PSE_RCE, 'cron', hour='*', minute='35')
sched.add_job(run_TGE_RDN, 'cron', hour='*', minute='25')

sched.start()