# #################################################################################################
# Acknowledgement / Credits
#
# This project was built with assistance from ChatGPT (GPT-5.2 Thinking),
# which helped troubleshoot the Wokwi DS18B20 multi-sensor setup (unique deviceID per sensor)
# and refine the MicroPython code for scanning, ROM printing, and stable sensor labeling (S1–S4).
# #################################################################################################

# Butons
# Green button: Pauses or starts the display loop.
# Blue button: When the loop is paused, navigates between the pages of each sense and provides an overview.


import time
import config

from sensors_ds18b20 import SensorManager
from display_oled import OledView, uptime_str
from net_time import NetTime
from ui_pages import UIPages

sensors = SensorManager(config.ONEWIRE_PIN, config.ROM_TO_LABEL, conv_ms=750)

view = OledView(config.I2C_SDA, config.I2C_SCL, config.OLED_ADDR, config.OLED_W, config.OLED_H)

net = NetTime(config.TZ_OFFSET_HOURS, config.WIFI_CONNECT_TIMEOUT_S, config.WIFI_RETRY_EVERY_S, config.NTP_RETRY_EVERY_S)

ui = UIPages(config.BTN_PAUSE_PIN, config.BTN_NEXT_PIN, config.UI_LOOP_EVERY_S, config.UI_DEBOUNCE_MS)

next_net = time.ticks_ms()
next_render = time.ticks_ms()

NET_MS = 500
RENDER_MS = 150

while True:
    now = time.ticks_ms()

    # 1) UI (always)
    ui.update_inputs()
    ui.update_auto()

    # 2) Sensors (always - non-blocking)
    sensors.update()

    # 3) Net (scheduled)
    if time.ticks_diff(now, next_net) >= 0:
        net.update()
        next_net = time.ticks_add(now, NET_MS)

    # 4) Render (scheduled)
    if time.ticks_diff(now, next_render) >= 0:
        temps = sensors.temps

        failed = [k.upper() for k in config.ORDERED_LABELS if temps.get(k) is None]
        last_line = ("Last " + net.now_str()) if net.time_ok else uptime_str()

        ui.render(
            view=view,
            temps=temps,
            failed_upper=failed,
            wifi_ok=net.wifi_ok,
            time_ok=net.time_ok,
            last_line=last_line
        )
        next_render = time.ticks_add(now, RENDER_MS)

    time.sleep_ms(20)