PaulskPt/DataToGoogle_MAGTAG

## README.txt
There are 2 examples of code.py in this DataToGoogle_MAGTAG Gist:
1) The CircuitPython script, "code_using_aio.py" (rename it to "code.py"), uses the following CircuitPython (V9) library files:
- adafruit_bitmap_font;
- adafruit_io;
- adafruit_magtag;
- adafruit_minimqtt;
- adafruit_ahtx0.mpy;
- simpleio.mpy.

2) The CircuitPython script,  "code_using_adafruit_ntp.py" (rename it to "code.py").
For this script, beside the modules used in example 1), we need also the modules:
socketpool;
adafruit_ntp;
and my own module: dst_prt (see below in this Gist).


## code_using_adafruit_ntp.py
# SPDX-FileCopyrightText: 2020 Brent Rubell, written for Adafruit Industries
#
# SPDX-License-Identifier: Unlicense
#
# File very modified by @PaulskPt. Latest updates on: 2022-08-11, 2024-03-23
# (Github @PaulskPt)
# Last CircuitPython update on: 2024-03-22. Updated CPY to V9.0.0
# This script has functionality to "hotplug-ing" the sensor.
# 2024-03-24 15h00 in function send_to_pushingbox() added variable stat_result. If stat == 200, stat_result
# will show the text "OK" in the top right of the MAGTAG page "latest sensor data". If stat != 200, stat_result
# will show the text "NO" (meaning: fail).
# 2024-03-25 13h20 added global variables use_sound and use_leds
# Button A will toggle sound
# Button B will toggle LEDs
# Button C will toggle the global variable wait_for_zero_sec. Then tries to write this setting to file: settings.toml.
# Button D will toggle the global variable my_debug. Then tries to write this setting to file: settings.toml.
# Note that file settings.toml can only be updated from within this script when the MAGTAG is not connected to USB.
# In function send_to_pushingbox() the response is 200 (OK), the LEDs will blink green if use_leds is True.
# the leds will blink red if the response is other than 200.
# For module cptoml see: https://github.com/beryllium-org/cptoml
# When reading the sensor the LEDs of the MAGTAG will blink one time in color Yellow.
# Depending on the global variable use_sound, a tone will be produced or not.
# When the datetime stamp and sensor data successfully are sent to Pushingbox.com, the LEDs of the MAGTAG will blink
# Depending on the global variable use_sound, a tone will be produced or not.
# one time Green.
# Added function is_usb() that ckecks if the board is connected to USB or not.
# Update 2024-03-31
# Added modules: adafruit_ntp, socketpool and own module dst_prt
# Deleted function get_time_fm_aio() by set_INT_RTC() which uses adafruit_ntp.
# From file settings.toml removed "ADAFRUIT_IO_USERNAME" and "ADAFRUIT_IO_KEY"
"""
  The Adafruit MAGTAG contains an ESP32-S2 WROVER chip.

  Note: On 2022-08-10 at 17h12 utc+1 the Google Apps Script system reported that the project
  'DataToGoogle_MAGTAG', deployment version 6, executed successfully.
  This execution came from Pushingbox.com that was triggered by this CircuitPython script (see function 'send_data_to_google()')
  Note also that the Google Apps Script deployment was set that it was available to 'anyone' (with the link).
  On 2024-03-24, in Google Apps Scripts I had to create a new deployment (version 7). It executed successfully.

"""
import sys
import os
import gc
import supervisor
import board
import time
import wifi
import rtc
import ipaddress
from adafruit_magtag.magtag import MagTag
import adafruit_ahtx0
import socketpool
import adafruit_ntp
from dst_PRT import dst

# Global flags (see setup()):
use_sound = None
use_leds = None
wait_for_zero_sec = None
my_debug = None
on_usb = None

SOUND_IDX = 0
LEDS_IDX = 1
ZEROSEC_IDX = 2
DEBUG_IDX = 3

TZ_OFFSET = None
sensor = None
stat_result = None
interval = None
ip = 0

i2c = board.STEMMA_I2C()

try:
    sensor = adafruit_ahtx0.AHTx0(i2c)
except ValueError as e:
    print(f"Global. Error: {e}. Check wiring!")
    pass

# Create an instance of the MagTag class
magtag = MagTag()
height = magtag.graphics.display.height -1
width  = magtag.graphics.display.width -1

# Less brillance than originally (mod by @paulsk)
b1=25 # originally 255
b2=15 # idem       150
b3=18 # idem       180

red_tpl = (b2, 0, 0)
ylw_tpl = (b1, b2, 0)
grn_tpl = (0, b2, 0)
blu_tpl = (0, 0, b2)
blk_tpl = (0,0,0)

RED = 0
YLW = 1
GRN = 2
BLU = 3
BLK = 4

clr_dict = {
    RED : "RED",
    YLW : "YLW",
    GRN : "GRN",
    BLU : "BLU",
    BLK : "BLK"
}
button_colors = (red_tpl, ylw_tpl, grn_tpl, blu_tpl, blk_tpl) # last tuple added for color black
button_tones = (1047, 1318, 1568, 2093, 440)

msg_sent = 0

tmp_old = 0.00
hum_old = 0.00
upd_dt_old = ""
dts = "" # Set by get_time_fm_aio() and used in get_th_direct()
curr_tm = None # struct_time
rtc_set = False
rtc_bi = rtc.RTC() # create an instance of the built-in RTC
weekdays = {0:"Monday", 1:"Tuesday",2:"Wednesday",3:"Thursday",4:"Friday",5:"Saturday",6:"Sunday"}
tmp_cl = None
hum_cl = None

tm_wday = 6
tm_yday = 7
tm_isdst = 8

rtc_DOW = DOW = {
    0: "Monday",
    1: "Tuesday",
    2: "Wednesday",
    3: "Thursday",
    4: "Friday",
    5: "Saturday",
    6: "Sunday",
}
SYS_dt = None
set_SYS_RTC = True
SYS_RTC_is_set = False
TZ_OFFSET = int(os.getenv("TZ_OFFSET"))
if my_debug:
    print(f"TZ_OFFSET= {TZ_OFFSET}")
pool = socketpool.SocketPool(wifi.radio)
ntp = adafruit_ntp.NTP(pool, tz_offset=TZ_OFFSET)
NTP_dt = None
NTP_dt_is_set = False
COUNTRY = None
STATE = None
dst_offset = 0  # PT wintertime

class Date:
    def __init__(self):
        self.d1 = 0 # d
        self.m1 = 0 # m
        self.y1 = 0 # y
        self.d2 = 0 # d
        self.m2 = 0 # m
        self.y2 = 0 # y
        self.monthDays = [31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31]
        # To store number of days in all months from
        # January to Dec.

    # This function counts number of leap years
    # before the given date
    # d = (dd, mo, yy)
    def countLeapYears(self, d):

        years = d[2]

        # Check if the current year needs to be considered
        # for the count of leap years or not
        if (d[1] <= 2):
            years -= 1

        # An year is a leap year if it is a multiple of 4,
        # multiple of 400 and not a multiple of 100.
        return int(years / 4) - int(years / 100) + int(years / 400)


    # This function returns number of days between two
    # given dates
    def getDifference(self, dt1, dt2):
        TAG = "Date.getDifference(): "
        # COUNT TOTAL NUMBER OF DAYS BEFORE FIRST DATE 'dt1'

        for _ in range(2):
            if _ == 0:
                p = dt1
            elif _ == 1:
                p = dt2
            if not isinstance(p, tuple):
                print(TAG+f"Parameter {"dt1" if _ == 0 else "dt2" if _ == 1 else "?"} has to be of type tuple, received type: {type(p)}")

        self.d1 = dt1[0]
        self.m1 = dt1[1]
        self.y1 = dt1[2]

        self.d2 = dt2[0]
        self.m2 = dt2[1]
        self.y2 = dt2[2]

        # initialize count using years and day
        n1 = self.y1 * 365 + self.d1

        # Add days for months in given date
        for i in range(0, self.m1 - 1):
            n1 += self.monthDays[i]

        # Since every leap year is of 366 days,
        # Add a day for every leap year
        n1 += self.countLeapYears(dt1)

        # SIMILARLY, COUNT TOTAL NUMBER OF DAYS BEFORE 'dt2'

        n2 = self.y2 * 365 + self.d2
        for i in range(0, self.m2 - 1):
            n2 += self.monthDays[i]
        n2 += self.countLeapYears(dt2)

        # return difference between two counts
        return (n2 - n1)


class sensor_tmp:
    def __init__(self, tmp, dt):
        self._tmp = tmp
        self._dt = dt

    @property
    def tmp(self):
        return self._tmp

    @tmp.setter
    def tmp(self, tmp):
        if isinstance(tmp, float):
            self._tmp = tmp
        elif isinstance(tmp, int):
            self._tmp = float(tmp)

    @property
    def last_upd(self):
        return self._dt

    @last_upd.setter
    def last_upd(self, dt):
        if isinstance(dt, str):
            self._dt = dt


class sensor_hum:
    def __init__(self, hum, dt):
        self._hum = hum
        self._dt = dt

    @property
    def hum(self):
        return self._hum

    @hum.setter
    def hum(self, hum):
        if isinstance(hum, float):
            self._hum = hum
        elif isinstance(hum, int):
            self._hum = float(hum)

    @property
    def last_upd(self):
        return self._dt

    @last_upd.setter
    def last_upd(self, dt):
        if isinstance(dt, str):
            self._dt = dt


# pylint: disable=no-name-in-module,wrong-import-order

def setup():
    global tmp_cl, hum_cl, on_usb, use_sound, use_leds, wait_for_zero_sec, my_debug, interval, TZ_OFFSET, COUNTRY, STATE
    TAG = 'setup(): '

    on_usb = is_usb()

    use_sound = True if int(os.getenv("USE_SOUND")) else False
    use_leds = True if int(os.getenv("USE_LEDS")) else False
    wait_for_zero_sec = True if int(os.getenv("WAIT_FOR_ZERO_SEC")) else False
    my_debug =  True if int(os.getenv("MY_DEBUG")) else False
    interval = int(os.getenv("INTERVAL_SECONDS"))
    TZ_OFFSET = int(os.getenv("TZ_OFFSET"))
    COUNTRY = os.getenv("COUNTRY")
    STATE = os.getenv("STATE")

    if my_debug:
        print(TAG+f"use_sound= {use_sound}")
        print(TAG+f"use_leds= {use_leds}")
        print(TAG+f"wait_for_zero_sec= {wait_for_zero_sec}")
    print(TAG+f"Interval set for {interval} seconds")

    print(TAG+"Display height= {}, width= {}".format(height, width))  # result: height 127, width 295
    # h0 = height // 6   #  127 // 6 = 21     20 + 21 = 41 , 20 + (2 x 21) = 62, 20 + (3*21)= 83, 20 + (4x21)= 104
    # hlist = [h0, h0*3, h0*5]
    hlist = [20, 41, 62, 83, 104]
    for _ in range (len(hlist)):
        magtag.add_text(
            #text_font="/fonts/Arial-12.pcf",
            text_position=(
                10,
                hlist[_],
            ),
            text_scale=2,
        )


    # Create instances of the sensor_tmp and sensor_hum classes
    tmp_cl = sensor_tmp(0.00, "")  # create class instance with default values
    hum_cl = sensor_hum(0.00, "")  # same

    text_items = ["Sensor data to Google", "using", "Pushingbox.com", "(c) 2024 @PaulskPt", f"USB connected: {"Yes" if on_usb else "No "}"]
    for i in range(len(text_items)):
        magtag.set_text(text_items[i], i, auto_refresh = False)  # Display the dt, tm and tz
    time.sleep(1)  # to prevent RuntimeError Refresh too soon
    try:
        magtag.display.refresh() # refresh the display
    except RuntimeError:
        print(TAG+"RuntimeError")
        pass  # reason: Refresh too soon

    # +-----------------------------------------------------------+
    # | CONNECT TO WiFi                                           |
    # +-----------------------------------------------------------+
    wifi.AuthMode.WPA2   # set only once
    ssid = os.getenv("CIRCUITPY_WIFI_SSID")
    print(TAG+f"Connecting to AP {os.getenv("CIRCUITPY_WIFI_SSID")}")
    wifi_cnt = 0
    while not wifi_is_connected():
        if not do_connect():
            print(TAG+f"WiFi failed to connect to {ssid}")
            wifi_cnt += 1
            if wifi_cnt >= 5:
                print(TAG+f"tried {wifi_cnt} times to connect WiFi but failed. Exiting...")
                time.sleep(3)
                break

    if wifi_is_connected():
        time.sleep(2)
        ipv4 = ipaddress.ip_address("8.8.8.8")
        ping_time = 0.0
        ping_cnt = 0
        while ping_time is 0.00:
            ping_time = wifi.radio.ping(ipv4)
            if ping_time is None:  # prevent crash
                ping_time = 0.0
            if ping_time < 0.001:
                ping_cnt += 1
                if ping_cnt >= 10:
                    print(TAG+f"Ping to Google failed. Tried {ping_cnt} times")
                    break
            if ping_time > 0.00:
                print(TAG+f"Ping google.com: {ping_time} ms")

    if is_NTP():
        if not my_debug:
            print(TAG + "We have NTP")
    if is_INT_RTC():
        if not my_debug:
            print(TAG + "We have an internal RTC")
            print(TAG + "Going to set internal RTC")
        set_INT_RTC()
        dummy = is_dst( time.localtime(time.time()) )
        if SYS_RTC_is_set:
            if my_debug:
                print(TAG + "and the internal RTC is set from an NTP server")


def blink_and_button_test(clr=None):
    TAG= "blink_test(): "
    if my_debug:
        print(TAG+f"param clr= {clr} = {clr_dict[clr]}")
    cnt = 0
    if clr is None:  # Do the test
        while True:
            for i, b in enumerate(magtag.peripherals.buttons):
                if not b.value:
                    print("Button %c pressed" % chr((ord("A") + i)))
                    magtag.peripherals.neopixel_disable = False
                    magtag.peripherals.neopixels.fill(button_colors[i])
                    magtag.peripherals.play_tone(button_tones[i], 0.25)
                    break
            else:
                magtag.peripherals.neopixels.fill(button_colors[BLK])  # switch neopixels to black (off)
                magtag.peripherals.neopixel_disable = True
            time.sleep(0.01)
            cnt += 1
            if cnt >= len(button_colors):
                print(f"Exiting function: {TAG[:-4]}")
                break

def blink_leds(clr=BLK):
    if not use_leds:
        return
    TAG= "blink_leds(): "
    if isinstance(clr, int):
        le = len(button_colors)
        if clr < 0:
            clr = 0
        if clr >= le:
            clr = le -1

        if my_debug:
            print(TAG+f"param clr= {clr} = {clr_dict[clr]}")
        magtag.peripherals.neopixel_disable = False
        magtag.peripherals.neopixels.fill(button_colors[clr])
        if use_sound and clr != BLK: # Only sound tone if color is not black
            magtag.peripherals.play_tone(button_tones[clr], 0.25)
        time.sleep(0.01)
        magtag.peripherals.neopixels.fill(button_colors[BLK])  # switch neopixels to black (off)
        magtag.peripherals.neopixel_disable = True


"""
 * @brief This function checks if exists an ntp object
 * If so, it retrieves a datetime stamp from an NTP server
 * and sets NTP_dt to the retrieved datetime stamp
 * It then also sets the NTP_dt_is_set flag
 *
 * @param state
 *
 * @return boolean
"""
def is_NTP():
    TAG = "is_NTP(): "
    global NTP_dt_is_set, NTP_dt, ntp
    ret = False
    try:
        if ntp is not None:
            if not NTP_dt_is_set:
                if my_debug:
                    print(TAG+f"type(ntp)= {type(ntp)}")
                    print(TAG+f"ntp.datetime= {ntp.datetime}")
            NTP_dt = ntp.datetime
            if my_debug:
                print(TAG + f"NTP_dt: {NTP_dt}")
            NTP_dt_is_set = True
            ret = True if NTP_dt is not None else False
    except OSError as e:
        print(f"is_NTP() error: {e}")
    return ret

"""
 * @brief This function checks if the passed
 * param tm falls between the limits of
 * 'daylight-saving-time' (dst) of the
 * actual country.
 * This function:
 * - uses the dt dictionary,
 *   which has been imported from the file
 *   dst_prt.py
 * - If global variable my_debug is True, prints to REPL:
 *      - the dst datetime limits to the REPL
 *      - nr of days to the start of dst period.
 *      - nr of days to the end of dst period.
 * - returns True if the given
 *   date is within the dst limits.
 * - returns False if the given
 *   date is not within the dst limits.
 *
 * @param  tm (a  time structure)
 *
 * @return Boolean
"""
def is_dst(tm):
    global ntp, dst_offset, NTP_dt
    TAG = "is_dst(): "

    if not my_debug:
        print(TAG+f"param tm= {tm}")

    yy = tm.tm_year

    dst_org = dst_offset  # get original value

    if not yy in dst.keys():
        print(
            TAG
            + f"year: {yy} not in dst dictionary {dst.keys()}.\nUpdate the dictionary! Exiting..."
        )
        #raise SystemExit
    else:
        dst_start_end = dst[yy]
    if not my_debug:
        print(TAG + f"year: {yy}, dst_start_end: {dst_start_end}")
    cur_dt = time.localtime()
    dst_start1 = dst_start_end[0]
    dst_end1 = dst_start_end[1]
    dst_start2 = time.localtime(dst_start1)
    dst_end2 = time.localtime(dst_end1)
    if my_debug:
        print(
            TAG
            + "dst_start1:   {:4d}-{:02d}-{:02d} {:02d}:{:02d}:{:02d}".format(
                dst_start2.tm_year,
                dst_start2.tm_mon,
                dst_start2.tm_mday,
                dst_start2.tm_hour,
                dst_start2.tm_min,
                dst_start2.tm_sec,
            )
        )
        print(
            TAG
            + "current date: {:4d}-{:02d}-{:02d} {:02d}:{:02d}:{:02d}".format(
                cur_dt.tm_year,
                cur_dt.tm_mon,
                cur_dt.tm_mday,
                cur_dt.tm_hour,
                cur_dt.tm_min,
                cur_dt.tm_sec,
            )
        )
        print(
            TAG
            + "dst_end1:     {:4d}-{:02d}-{:02d} {:02d}:{:02d}:{:02d}".format(
                dst_end2.tm_year,
                dst_end2.tm_mon,
                dst_end2.tm_mday,
                dst_end2.tm_hour,
                dst_end2.tm_min,
                dst_end2.tm_sec,
            )
        )

    if my_debug:
        print(
            TAG
            + f"year: {tm.tm_year}, dst start: {dst_start2}, dst end: {dst_end2}"
        )
    current_time = time.time()
    if current_time > dst_start1 and current_time < dst_end1:
        dst_new = 1
    else:
        dst_new = 0

    if dst_new != dst_org:
        dst_offset = dst_new
        print(TAG+f"dst_org {dst_org}, dst_new: {dst_new}. We are going to set the ntp object with timezone offset: {TZ_OFFSET if dst_offset else 0} hour(s)")
        ntp = adafruit_ntp.NTP(pool, tz_offset=TZ_OFFSET if dst_offset else 0)
        set_INT_RTC()

    ret = True if dst_offset == 1 else False
    if not my_debug:
        # print(TAG+f"dst_offset: {dst_offset}")
        s = "Yes" if dst_offset == 1 else "No"
        print(
            TAG
            + f"Are we in daylight saving time for country: '{COUNTRY}',  state: '{STATE}' ? {s}"
        )

        myDate = Date()

        curr_yr = time.localtime(current_time)[0]
        curr_mon = time.localtime(current_time)[1]
        curr_mday = time.localtime(current_time)[2]
        curr_dt = (curr_mday, curr_mon, curr_yr)

        start_yr = time.localtime(dst_start1)[0]
        start_mon = time.localtime(dst_start1)[1]
        start_mday = time.localtime(dst_start1)[2]
        start_dt = (start_mday, start_mon, start_yr)

        end_yr = time.localtime(dst_end1)[0]
        end_mon = time.localtime(dst_end1)[1]
        end_mday = time.localtime(dst_end1)[2]
        end_dt = (end_mday, end_mon, end_yr)

        if dst_offset:
            days_to_dst_start = myDate.getDifference(curr_dt, start_dt)
            days_to_dst_end   = myDate.getDifference(curr_dt, end_dt)
        else:
            days_to_dst_start = myDate.getDifference(curr_dt, start_dt)
            days_to_dst_end   = myDate.getDifference(curr_dt, end_dt)

        print(TAG+"Days to start of daylight saving time period: {:3d}".format(days_to_dst_start))
        print(TAG+"Days to end   of daylight saving time period: {:3d}".format(days_to_dst_end))

    return ret


def dt_fm_rtc():
    TAG = "dt_fm_rtc(): "
    dt = time.localtime()
    dts = "{:d}-{:02d}-{:02d}T{:02d}:{:02d}:{:02d}Z".format(dt.tm_year, dt.tm_mon, dt.tm_mday, dt.tm_hour, dt.tm_min, dt.tm_sec)
    if not my_debug:
        print(TAG+f"dts= {dts}")  #, dt.tm_isdst= {dt.tm_isdst}")
    return dts


"""
 * @brief function returns True
 * if RTC object instance mRTC exists
 *
 * @param state
 *
 * @return None
"""
def is_INT_RTC():
    if rtc_bi is not None:
        return True
    return False


"""
 * @brief This function sets the internal
 * realtime clock
 * It retrieves the datetime stamp from an NTP server
 * on internet
 *
 * @param state
 *
 * @return None
"""
def set_INT_RTC():
    global rtc_bi, rtc_set, curr_tm, dts
    if not set_SYS_RTC:
        return

    TAG = "set_INT_RTC(): "
    s1 = "Internal (SYS) RTC is set from "
    s2 = "datetime stamp: "
    dt = None
    internal_RTC = True if is_INT_RTC() else False

    if internal_RTC:
        try:
            dt = ntp.datetime
            if not rtc_set:
                rtc_bi.datetime = dt
                rtc_set = True
        except OSError as e:
            err = e.args[0]
            if err == -2:  # gaierror
                print(TAG+"Name or service not known. Exiting function")
                return
            elif err == 116:
                print(TAG+"NTP timed out. Exiting function.")
                return
            else:
                print(
                    TAG + f"Error while trying to set internal RTC from NTP datetime: {e}"
                )
                raise
        except Exception as e:
            raise

        if wait_for_zero_sec:  # see flag at start of this func
            print(TAG+"Waiting for time.localtime seconds reaching 0 ...")
            while True:
                t = time.localtime()
                if t[5] == 0: # Wait until seconds is almost 60 (0)
                    # print("t[tm_sec]=", t[5])
                    break
            print(TAG+f"finished waiting for zero second")
            curr_tm = time.time() # get the time in seconds since epoch (set curr_tm only at startup)
            rtc_set = True

            # Prepare datetime for funct get_th_direct()
            # format: 2022-08-10T16:40:16Z
            #dts = dt[:4] + "-" + dt[5:7] + "-" + dt[8:10] + "T" + resp_lst[1][:2] + ":" + resp_lst[1][3:5] + ":" + resp_lst[1][6:8] + "Z"
            # dts = dt[:4] + "-" + dt[5:7] + "-" + dt[8:10] + "T" + resp_lst[1][:2] + ":" + resp_lst[1][3:5] + ":" + resp_lst[1][6:8] + "Z"
            dts = "{}-{:02d}-{:02d}T{:02d}:{:02d}:{:02d}Z".format(dt.tm_year, dt.tm_mon, dt.tm_mday, dt.tm_hour, dt.tm_min, dt.tm_sec)
        SYS_dt = rtc_bi.datetime
        if my_debug:
            print(TAG + f"rtc_bi.datetime: {rtc_bi.datetime}")
        # print(TAG+f"SYS_dt: {SYS_dt}")
        SYS_RTC_is_set = True
        if SYS_dt.tm_year >= 2000:
            print(TAG + s1 + "NTP service " + s2)

    dt = SYS_dt
    if not my_debug:
        print(TAG + "{:d}/{:02d}/{:02d}".format(dt.tm_mon, dt.tm_mday, dt.tm_year))
        print(
            TAG
            + "{:02d}:{:02d}:{:02d} weekday: {:s}".format(
                dt.tm_hour, dt.tm_min, dt.tm_sec, rtc_DOW[dt.tm_wday]
            )
        )
        if internal_RTC:
            print(TAG + "Note that NTP weekday starts with 0")


def get_th_direct():
    global t_dict, h_dict, curr_tm, tmp_old, hum_old, tmp_cl, hum_cl, sensor
    # datetime e.g.: 2022-08-10T16:40:16Z
    TAG = "get_th_direct(): "

    dts = dt_fm_rtc() # get datetime from builtin rtc

    # --------------------------------------------------------------
    if not sensor:
        try:
            sensor = adafruit_ahtx0.AHTx0(i2c)
        except ValueError as e:
            print(TAG+f"Error: {e}. Check wiring!")

    if sensor:
        try:
            tmp = sensor.temperature
            hum = sensor.relative_humidity
            if my_debug:
                blink_leds(YLW)

            tmp_cl.tmp = tmp
            tmp_cl.last_upd = dts

            if tmp != tmp_old:
                tmp_old = tmp
            # ------------------

            hum_cl.hum = hum
            hum_cl.last_upd = dts

            if hum != hum_old:
                hum_old = hum
            # -----------------
            if my_debug:
                print(TAG+f"updated_at:  {tmp_cl.last_upd}")
                print(TAG+f"Temperature: {tmp_cl.tmp}")
                print(TAG+f"Humidity:    {hum_cl.hum}")

        except ValueError as e:
            print(TAG+f"Error: {e}. Check wiring!")
            pass

def pr_th_msg():
    global stat_result
    TAG = "pr_th_msg(): "
    if stat_result is None:
        stat_result = ""

    ret = True


    upd_dt = tmp_cl.last_upd # [:10]    # e.g.: 2022-08-10T16:40:16Z

    # -----------------
    tmp = tmp_cl.tmp
    tmp_s = str(tmp)
    # -----------------
    hum = hum_cl.hum
    hum_s = str(hum)
    # ----------------

    text_items = ["latest sensor data   "+stat_result, "-" * 23, upd_dt, "Temperature: "+tmp_s+" C", "Humidity:    "+hum_s+" %"]

    magtag.remove_all_text
    for i in range(len(text_items)):
        magtag.set_text(text_items[i], i, auto_refresh = False)  # Display the dt, tm and tz
    cnt = 0
    while True:
        try:
            magtag.display.refresh() # refresh the display
            cnt += 1
            if cnt >= 10:
                ret = False
                break
        except RuntimeError:
            # print(TAG+"RuntimeError")
            pass  # reason: Refresh too soon

    return ret

def send_to_pushingbox():
    global msg_sent, upd_dt_old, tmp_old, hum_old, stat_result
    TAG = "send_to_pushingbox(): "
    ret = True
    tmp_s = None
    hum_s = None
    response = None
    stat_result = None
    devid = os.getenv("PUSHING_BOX_DEVID") # device ID on Pushingbox for our Scenario

    upd_dt = tmp_cl.last_upd # [:10]    # e.g.: 2022-08-10T16:40:16Z

    # --------------------------------------------------------------
    tmp = tmp_cl.tmp
    tmp_s = str(tmp)
    if my_debug:
        print(TAG+f"tmp_s= \'{tmp_s}\', tmp_old= {tmp_old}")
    # --------------------------------------------------------------
    hum = hum_cl.hum
    hum_s = str(hum)
    if my_debug:
        print(TAG+f"hum_s= \'{hum_s}\', hum_old= {hum_old}")
    # --------------------------------------------------------------

    # le_old = len(upd_dt_old)
    # if (le_old > 0) and (tmp == tmp_old) and (hum == hum_old):  # and upd_dt == upd_dt_old
    if (upd_dt_old == upd_dt) and (tmp == tmp_old) and (hum == hum_old):  # and upd_dt == upd_dt_old
        print(TAG+"datetime stamp unchanged. Waiting for new sensor data...")
        return ret # We don't want to send duplicates
    else:
        upd_dt_old = upd_dt  #
        #upd_tm = t_dict["updated_at"][11:19]

        msg_sent += 1  # increase the messages sent count
        # dteData = upd_dt  # Added 2024-03-22 because this variable was missing.
        #  ?date=$date$&time=$time$&temp=$temp$&hum=$hum$

        s = "http://api.pushingbox.com/pushingbox?devid="
        s += devid
        s += "&date=\"" + upd_dt + "\""
        s += "&temp=" + tmp_s
        s += "&hum=" + hum_s

        if my_debug:
            print(TAG+upd_dt, end='')
            print(". Sending Data message nr: ", end='')
            print(msg_sent, end='')
            print(" to middle-man server...", end='\n')
            print(TAG+"Going to send:", end='')
            print("\n\""+s, end='')
            print("\"", end='\n')  # To complete the message to the Serial (REPL) window
            print(TAG+"Data Sent")
        try:
            network = magtag.network
            response = network.fetch(s) # Get the spreadsheet partly
        except OSError as e:
            print(TAG+f"Error: {e}")
            if e.args[0] == -2:  # gaierror
                # See: https://docs.circuitpython.org/_/downloads/en/6.3.x/pdf/, page 216
                return  # do nothing
        except RuntimeError as e:   # can be activated by adafruit_requests, OutOfRetries error
            #                         or by get_socket. RuntimeError, EHOSTUNREACH errno 118
            print(TAG+f"Error: {e}")
            return  # do nothing

        if my_debug:
            print()
            print(TAG+f"response= {response}")
        if response:
            le = len(response.text)
            if le > 0:
                n = response.text.find("404")
                print(TAG,end='')
                if n >=0:
                    print("error 404: file not found on this server.")
                else:
                    print(f"response.text[:100]= {response.text[:100]}", end='')
                    print(" [...] ", end='')
                    print(f"{response.text[-100:]}", end='\n')
            status = response.status_code
            stat_result = "OK" if status == 200 else "NO"
            print()
            s1 = "response.status_code="
            s2 = "{} (= {})".format(status, stat_result)
            print(TAG+f"{s1} {s2}")
            if status == 200:
                blink_leds(GRN)
            else:
                blink_leds(RED)
            if my_debug:
                pr_msg(["send result:", s2])
            response = None
        if my_debug:
            print(TAG+f"upd_dt= {upd_dt}, tmp_s= {tmp_s}, hum_s= {hum_s}")
        pr_th_msg()
    return ret

def yes_no(nr):
    ret = None
    y = "Yes"
    n = "No "
    if isinstance(nr, int):
        if nr >= 0 and nr <= 3:
            if nr == SOUND_IDX:
                ret = y if use_sound else n
            if nr == LEDS_IDX:
                ret = y if use_leds else n
            if nr == ZEROSEC_IDX:
                ret = y if wait_for_zero_sec else n
            if nr == DEBUG_IDX:
                ret = y if my_debug else n
    return ret

def pr_buttons():
    text_items = [
        "Btn: Function:",
        "A:   sound",
        "B:   LEDs",
        "C:   wait for zero sec",
        "D:   debug texts"]

    pr_msg(text_items)

def pr_flags():
    TAG= "pr_flags(): "
    itms_lst = ["sound", "LEDs", "start at zero sec", "print debug", ]
    le = len(itms_lst)
    print("\nStatus of global flags: (set in file settings.toml):")
    for _ in range(le):
         print(TAG+"{:17s}: {:s}".format(itms_lst[_], yes_no(_)))
    print()

    text_items = ["global flags "]
    for _ in range(le):
        s = "{:17s}: {:s}".format(itms_lst[_], yes_no(_))
        text_items.append(s)

    for i in range(len(text_items)):
        magtag.set_text(text_items[i], i, auto_refresh = False)  # Display the dt, tm and tz
    time.sleep(1)  # to prevent RuntimeError Refresh too soon
    cnt = 0
    while True:
        try:
            magtag.display.refresh() # refresh the display
            cnt += 1
            if cnt >= 10:
                break
        except RuntimeError:
            # print(TAG+"RuntimeError")
            pass  # reason: Refresh too soon

def is_usb():
    # Test if we're connected to USB
    # If an error occurs we are on USB
    ret = False
    try:
        from storage import remount
        remount("/", False)
    except (RuntimeError) as e:
        ret = True

    print(f"is_usb(): Are we connected to USB? {"Yes" if ret else "No"}")
    return ret

def do_connect():
    global ip
    TAG = "do_connect(): "
    ret = False
    # Get env variables from file settings.toml
    ssid = os.getenv("CIRCUITPY_WIFI_SSID")
    pw = os.getenv("CIRCUITPY_WIFI_PASSWORD")
    s__ip = ""
    try:
        wifi.radio.connect(ssid=ssid, password=pw)
    except ConnectionError as e:
        print(TAG+f"WiFi connection Error: \'{e}\'")
    except Exception as e:
        print(TAG+f"Error: {dir(e)}")

    ip = wifi.radio.ipv4_address

    if ip:
        s__ip = str(ip)
        ret = True
        if my_debug:
            print(TAG+f"connected to \'{ssid}\'. IP: {s__ip}")
    return ret

def wifi_is_connected():
    global ip
    s__ip = str(ip)
    return True if s__ip is not None and len(s__ip) > 0 and s__ip != '0.0.0.0' else False

def pr_msg(msg):
    text_items = []
    le_max = 5
    if isinstance(msg, list):
        le_msg = len(msg)
        if le_msg > 0 and le_msg <= le_max:
            for _ in range(len(msg)):
                text_items.append(msg[_])
            le = len(text_items)
            if le_max - le > 0:  # fill up with blank lines
                for _ in range(le_max - le):
                    text_items.append(" ")
        for i in range(len(text_items)):
            magtag.set_text(text_items[i], i, auto_refresh = False)  # Display the dt, tm and tz
        time.sleep(1)  # to prevent RuntimeError Refresh too soon
        cnt = 0
        while True:
            try:
                magtag.display.refresh() # refresh the display
                cnt += 1
                if cnt >= 10:
                    break
            except RuntimeError:
                # print(TAG+"RuntimeError")
                pass  # reason: Refresh too soon

def wr_to_toml(itm):
    TAG= "wr_to_toml(): "
    toml_f = "settings.toml"
    if on_usb:
        s1 = "Writing to file"
        s2 = "works only when"
        s3 = "not connected to USB"
        print(TAG+f"{s1}{toml_f} {s2} {s3}")
        pr_msg([s1, toml_f, s2, s3])
        pr_th_msg() # rewrite the temperature & humidity page
        return False

    ret = True
    delay = 3
    itms = [("WAIT_FOR_ZERO_SEC", wait_for_zero_sec), ("MY_DEBUG", my_debug)]

    print(TAG+f"param rcvd: itm= {itm}")

    itm_s = itms[itm][0]
    val = itms[itm][1]
    val_s = "1" if val == True else "0"
    print(TAG+f"Trying to write to file: {toml_f}, item: \"{itm_s}\" with value: {val_s}")
    # Write
    try:
        from cptoml import put
        from storage import remount
        remount("/", False)
        #put("CIRCUITPY_PYSTACK_SIZE", 7000) # To set an item in root table
        put(itm_s, val_s) #, "subtable1", comment="This is useless") # To set item1 in subtable1 with comment
        remount("/", True)
        pr_msg([itm_s, "value: " + val_s, "successfully", "written to:", toml_f])
        print("Software reset in %d seconds" % delay)
        time.sleep(delay)
        supervisor.reload()
    except (RuntimeError, ImportError, OSError) as e:
        print(TAG+f"Error: {e}")
        ret = False
    return ret

def main():
    global curr_tm, use_sound, use_leds, wait_for_zero_sec, my_debug, interval
    TAG = 'main(): '
    setup()
    curr_tm = time.time()  # set curr_tm for the first time
    start = True
    msg_sent = False
    delay = 3
    # blink_and_button_test()  # Test the Magtag LEDs
    pr_buttons()
    pr_flags()
    toml_zero_sec = 0
    toml_debug = 1
    wifi_cnt = 0
    doit = False
    while True:
        try:
            while not wifi_is_connected():
                if do_connect():
                    break
                else:
                    wifi_cnt += 1
                    if wifi_cnt >= 5:
                        print(TAG+f"WiFi connection failed. Tried {wifi_cnt} times")
                        raise RuntimeError

            if magtag.peripherals.button_a_pressed:
                use_sound = not use_sound  # toggle sound
                s1 = "button A pressed."
                s2 = "sound {:s}".format(yes_no(SOUND_IDX))
                print(TAG+f"{s1} {s2}")
                pr_msg([s1, s2])
                pr_th_msg() # rewrite the temperature & humidity page
            if magtag.peripherals.button_b_pressed:
                use_leds = not use_leds # toggle leds
                s1 = "button B pressed."
                s2 = "LEDs {:s}".format(yes_no(LEDS_IDX))
                print(TAG+f"{s1} {s2}")
                pr_msg([s1, s2])
                pr_th_msg() # rewrite the temperature & humidity page
            if magtag.peripherals.button_c_pressed:
                wait_for_zero_sec = not wait_for_zero_sec
                print(TAG+"button C pressed. Start time wait for zero seconds {:s}".format(yes_no(ZEROSEC_IDX)))
                wr_to_toml(toml_zero_sec)
            if magtag.peripherals.button_d_pressed:
                my_debug = not my_debug
                print(TAG+"button d pressed. Debug print statements {:s}".format(yes_no(DEBUG_IDX)))
                wr_to_toml(toml_debug)

            if not rtc_set:
                set_INT_RTC()
                # get_time_fm_aio()

            if rtc_set:
                ct = time.time()  # rtc_bi.datetime
                c_diff = ct - curr_tm
                dt1 = interval // 6  # default: 3600 seconds. 3600 // 6 = 600 seconds = 10 minutes. See setup().
                dt2 = interval     # default: 3600 seconds = 1 hour
                c1 = c_diff % dt1
                c2 = c_diff % dt2
                # print(TAG+"c1: {:4d}, dt1: {:4d}, c1 % 10 = {:2d}. c1 == dt1: {:s}".format(c1, dt1, c1 % 10, "True" if (c1 == dt1) else "False"))
                # print(TAG+"c2: {:4d}, dt2: {:4d}, c2 % 10 = {:2d}. c2 == dt2: {:s}".format(c2, dt2, c2 % 10, "True" if (c1 == dt1) else "False"))
                if c1 % 10 == 0:
                    if msg_sent:
                        msg_sent = False
                    # print(TAG+f"ct= {ct}, curr_tm= {curr_tm}. Difference= {ct - curr_tm} secs.")
                    # print(TAG+f"c_diff % {dt1}= {c1}. c_diff % {dt2}= {c2}. Looping...")
                    print(TAG+"c_diff % {:3d}= {:4d}, c_diff % {:4d}= {:4d}. Looping...".format(dt1, c1, dt2, c2))
                    # doit = True if (c2 == dt2)  else False
                if c2 == 0:
                    doit = True
                else:
                    doit = False
                if start or (not sensor) or (doit) and (not msg_sent):
                    start = False
                    blink_leds() # switch off LEDs
                    get_th_direct() # sensor directly connected to MAGTAG board via I2C/Stemma_QT
                    gc.collect()
                    if not send_to_pushingbox():
                        raise KeyboardInterrupt
                    else:
                        msg_sent = True
                # if c2 == 30:
                #     sys.exit()  # Temporary forced end of execution
                if doit:
                    set_INT_RTC()
                    curr_tm = ct
            time.sleep(1)
        except ImportError:  # e.g.: no module named 'platform'  (in file :/lib/Adafruit_IO/Client.py, line 24)
            pass
        except KeyboardInterrupt:
            raise SystemExit

if __name__ == '__main__':
    main()

## code_using_aio.py
# SPDX-FileCopyrightText: 2020 Brent Rubell, written for Adafruit Industries
#
# SPDX-License-Identifier: Unlicense
#
# File very modified by @PaulskPt. Latest updates on: 2022-08-11, 2024-03-23
# (Github @PaulskPt)
# Last CircuitPython update on: 2024-03-22. Updated CPY to V9.0.0
# This script has functionality to "hotplug-ing" the sensor.
# 2024-03-24 15h00 in function send_to_pushingbox() added variable stat_result. If stat == 200, stat_result
# will show the text "OK" in the top right of the MAGTAG page "latest sensor data". If stat != 200, stat_result
# will show the text "NO" (meaning: fail).
# 2024-03-25 13h20 added global variables use_sound and use_leds
# Button A will toggle sound
# Button B will toggle LEDs
# Button C will toggle the global variable wait_for_zero_sec. Then tries to write this setting to file: settings.toml.
# Button D will toggle the global variable my_debug. Then tries to write this setting to file: settings.toml.
# Note that file settings.toml can only be updated from within this script when the MAGTAG is not connected to USB.
# In function send_to_pushingbox() the response is 200 (OK), the LEDs will blink green if use_leds is True.
# the leds will blink red if the response is other than 200.
# For module cptoml see: https://github.com/beryllium-org/cptoml
# When reading the sensor the LEDs of the MAGTAG will blink one time in color Yellow.
# Depending on the global variable use_sound, a tone will be produced or not.
# When the datetime stamp and sensor data successfully are sent to Pushingbox.com, the LEDs of the MAGTAG will blink
# Depending on the global variable use_sound, a tone will be produced or not.
# one time Green.
# Added function is_usb() that ckecks if the board is connected to USB or not.
"""
  The Adafruit MAGTAG contains an ESP32-S2 WROVER chip.

  Note: On 2022-08-10 at 17h12 utc+1 the Google Apps Script system reported that the project
  'DataToGoogle_MAGTAG', deployment version 6, executed successfully.
  This execution came from Pushingbox.com that was triggered by this CircuitPython script (see function 'send_data_to_google()')
  Note also that the Google Apps Script deployment was set that it was available to 'anyone' (with the link).
  On 2024-03-24, in Google Apps Scripts I had to create a new deployment (version 7). It executed successfully.

"""
import sys
import os
import supervisor
import board
import time
import wifi
import rtc
import ipaddress
from adafruit_magtag.magtag import MagTag
import adafruit_ahtx0

# Global flags (see setup()):
use_sound = None
use_leds = None
wait_for_zero_sec = None
my_debug = None
on_usb = None

SOUND_IDX = 0
LEDS_IDX = 1
ZEROSEC_IDX = 2
DEBUG_IDX = 3

sensor = None
stat_result = None
interval = None
ip = 0

i2c = board.STEMMA_I2C()

try:
    sensor = adafruit_ahtx0.AHTx0(i2c)
except ValueError as e:
    print(f"Global. Error: {e}. Check wiring!")
    pass

# Create an instance of the MagTag class
magtag = MagTag()
height = magtag.graphics.display.height -1
width  = magtag.graphics.display.width -1

# Less brillance than originally (mod by @paulsk)
b1=25 # originally 255
b2=15 # idem       150
b3=18 # idem       180

red_tpl = (b2, 0, 0)
ylw_tpl = (b1, b2, 0)
grn_tpl = (0, b2, 0)
blu_tpl = (0, 0, b2)
blk_tpl = (0,0,0)

RED = 0
YLW = 1
GRN = 2
BLU = 3
BLK = 4

clr_dict = {
    RED : "RED",
    YLW : "YLW",
    GRN : "GRN",
    BLU : "BLU",
    BLK : "BLK"
}
button_colors = (red_tpl, ylw_tpl, grn_tpl, blu_tpl, blk_tpl) # last tuple added for color black
button_tones = (1047, 1318, 1568, 2093, 440)

msg_sent = 0

tmp_old = 0.00
hum_old = 0.00
upd_dt_old = ""
dts = "" # Set by get_time_fm_aio() and used in get_th_direct()
curr_tm = None # struct_time
rtc_set = False
rtc_bi = rtc.RTC() # create an instance of the built-in RTC
weekdays = {0:"Monday", 1:"Tuesday",2:"Wednesday",3:"Thursday",4:"Friday",5:"Saturday",6:"Sunday"}
tmp_cl = None
hum_cl = None

class sensor_tmp:
    def __init__(self, tmp, dt):
        self._tmp = tmp
        self._dt = dt

    @property
    def tmp(self):
        return self._tmp

    @tmp.setter
    def tmp(self, tmp):
        if isinstance(tmp, float):
            self._tmp = tmp
        elif isinstance(tmp, int):
            self._tmp = float(tmp)

    @property
    def last_upd(self):
        return self._dt

    @last_upd.setter
    def last_upd(self, dt):
        if isinstance(dt, str):
            self._dt = dt


class sensor_hum:
    def __init__(self, hum, dt):
        self._hum = hum
        self._dt = dt

    @property
    def hum(self):
        return self._hum

    @hum.setter
    def hum(self, hum):
        if isinstance(hum, float):
            self._hum = hum
        elif isinstance(hum, int):
            self._hum = float(hum)

    @property
    def last_upd(self):
        return self._dt

    @last_upd.setter
    def last_upd(self, dt):
        if isinstance(dt, str):
            self._dt = dt


# pylint: disable=no-name-in-module,wrong-import-order

def setup():
    global tmp_cl, hum_cl, on_usb, use_sound, use_leds, wait_for_zero_sec, my_debug, interval
    TAG = 'setup(): '

    on_usb = is_usb()

    use_sound = True if int(os.getenv("USE_SOUND")) else False
    use_leds = True if int(os.getenv("USE_LEDS")) else False
    wait_for_zero_sec = True if int(os.getenv("WAIT_FOR_ZERO_SEC")) else False
    my_debug =  True if int(os.getenv("MY_DEBUG")) else False
    interval = int(os.getenv("INTERVAL_SECONDS"))

    if my_debug:
        print(TAG+f"use_sound= {use_sound}")
        print(TAG+f"use_leds= {use_leds}")
        print(TAG+f"wait_for_zero_sec= {wait_for_zero_sec}")
    print(TAG+f"Interval set for {interval} seconds")

    print(TAG+"Display height= {}, width= {}".format(height, width))  # result: height 127, width 295
    # h0 = height // 6   #  127 // 6 = 21     20 + 21 = 41 , 20 + (2 x 21) = 62, 20 + (3*21)= 83, 20 + (4x21)= 104
    # hlist = [h0, h0*3, h0*5]
    hlist = [20, 41, 62, 83, 104]
    for _ in range (len(hlist)):
        magtag.add_text(
            #text_font="/fonts/Arial-12.pcf",
            text_position=(
                10,
                hlist[_],
            ),
            text_scale=2,
        )

    # Create instances of the sensor_tmp and sensor_hum classes
    tmp_cl = sensor_tmp(0.00, "")  # create class instance with default values
    hum_cl = sensor_hum(0.00, "")  # same

    text_items = ["Sensor data to Google", "using", "Pushingbox.com", "(c) 2024 @PaulskPt", f"USB connected: {"Yes" if on_usb else "No "}"]
    for i in range(len(text_items)):
        magtag.set_text(text_items[i], i, auto_refresh = False)  # Display the dt, tm and tz
    time.sleep(1)  # to prevent RuntimeError Refresh too soon
    try:
        magtag.display.refresh() # refresh the display
    except RuntimeError:
        print(TAG+"RuntimeError")
        pass  # reason: Refresh too soon

    # +-----------------------------------------------------------+
    # | CONNECT TO WiFi                                           |
    # +-----------------------------------------------------------+
    wifi.AuthMode.WPA2   # set only once
    ssid = os.getenv("CIRCUITPY_WIFI_SSID")
    print(TAG+f"Connecting to AP {os.getenv("CIRCUITPY_WIFI_SSID")}")
    wifi_cnt = 0
    while not wifi_is_connected():
        if not do_connect():
            print(TAG+f"WiFi failed to connect to {ssid}")
            wifi_cnt += 1
            if wifi_cnt >= 5:
                print(TAG+f"tried {wifi_cnt} times to connect WiFi but failed. Exiting...")
                time.sleep(3)
                break

    if wifi_is_connected():
        time.sleep(2)
        ipv4 = ipaddress.ip_address("8.8.8.8")
        ping_time = 0.0
        ping_cnt = 0
        while ping_time is 0.00:
            ping_time = wifi.radio.ping(ipv4)
            if ping_time is None:  # prevent crash
                ping_time = 0.0
            if ping_time < 0.001:
                ping_cnt += 1
                if ping_cnt >= 10:
                    print(TAG+f"Ping to Google failed. Tried {ping_cnt} times")
                    break
            if ping_time > 0.00:
                print(TAG+f"Ping google.com: {ping_time} ms")


def blink_and_button_test(clr=None):
    TAG= "blink_test(): "
    if my_debug:
        print(TAG+f"param clr= {clr} = {clr_dict[clr]}")
    cnt = 0
    if clr is None:  # Do the test
        while True:
            for i, b in enumerate(magtag.peripherals.buttons):
                if not b.value:
                    print("Button %c pressed" % chr((ord("A") + i)))
                    magtag.peripherals.neopixel_disable = False
                    magtag.peripherals.neopixels.fill(button_colors[i])
                    magtag.peripherals.play_tone(button_tones[i], 0.25)
                    break
            else:
                magtag.peripherals.neopixels.fill(button_colors[BLK])  # switch neopixels to black (off)
                magtag.peripherals.neopixel_disable = True
            time.sleep(0.01)
            cnt += 1
            if cnt >= len(button_colors):
                print(f"Exiting function: {TAG[:-4]}")
                break

def blink_leds(clr=BLK):
    if not use_leds:
        return
    TAG= "blink_leds(): "
    if isinstance(clr, int):
        le = len(button_colors)
        if clr < 0:
            clr = 0
        if clr >= le:
            clr = le -1

        if my_debug:
            print(TAG+f"param clr= {clr} = {clr_dict[clr]}")
        magtag.peripherals.neopixel_disable = False
        magtag.peripherals.neopixels.fill(button_colors[clr])
        if use_sound and clr != BLK: # Only sound tone if color is not black
            magtag.peripherals.play_tone(button_tones[clr], 0.25)
        time.sleep(0.01)
        magtag.peripherals.neopixels.fill(button_colors[BLK])  # switch neopixels to black (off)
        magtag.peripherals.neopixel_disable = True


def dt_fm_rtc():
    dt = time.localtime()
    dts = "{:d}-{:02d}-{:02d}T{:02d}:{:02d}:{:02d}Z".format(dt.tm_year, dt.tm_mon, dt.tm_mday, dt.tm_hour, dt.tm_min, dt.tm_sec)
    return dts

def get_time_fm_aio():
    global rtc_set, curr_tm, dts
    TAG = "get_time_fm_aio(): "
    network = magtag.network
    TIME_URL = "https://io.adafruit.com/api/v2/{:s}/integrations/".format(os.getenv("ADAFRUIT_IO_USERNAME"))
    TIME_URL += "time/strftime?x-aio-key={:s}".format(os.getenv("ADAFRUIT_IO_KEY"))
    TIME_URL += "&fmt=%25Y-%25m-%25d+%25H%3A%25M%3A%25S.%25L+%25j+%25u+%25z+%25Z"
    print(TAG+"Fetching date and time from: \"{}...\"".format(TIME_URL[:31])) # don't print aio_username neither aio_key

    try:
        response = network.fetch(TIME_URL)
    except (ConnectionError, ValueError, RuntimeError) as e:
        print(TAG+f"Error: {e}. Restarting in 3 seconds...")
        # Exit program and restart in 3 seconds.
        magtag.exit_and_deep_sleep(3)

    if my_debug and response is not None:
        print()
        print("-" * 40)
        print(TAG+f"response.text= {response.text}")
        print("-" * 40)
    if response:
        if not rtc_set:
            curr_date = response.text[:10]
            curr_time = response.text[11:19]
            print(f"curr_date: {curr_date}, curr_time: {curr_time}")
            # tm = time.struct_time

            tz = response.text[30:40]
            if my_debug:
                print(TAG+"tz= \"{}\"".format(tz))
            resp_lst = response.text.split(" ") # response split =  ['2022-03-13', '17:02:51.303', '072', '7', '+0000', 'WET']
            if resp_lst[5] == 'WEST':
                dst = 1
            elif resp_lst[5] == 'WET':
                dst = 0
            else:
                dst = -1
            if my_debug:
                print(TAG+"dst=", dst)
                print(TAG+"response.text.split=", resp_lst)
            dt = response.text[:10]
            # tm = response.text[11:16] # 23]
            hh = int(resp_lst[1][:2])
            mm = int(resp_lst[1][3:5]) # +mm_corr # add the correction
            ss = int(resp_lst[1][6:8])
            yd = int(resp_lst[2]) # day of the year
            wd = int(resp_lst[3])-1 # day of the week -- strftime %u (weekday base Monday = 1), so correct because CPY datetime uses base 0
            # sDt = "Day of the year: {}, {} {} {} {} {}".format(yd, weekdays[wd], resp_lst[0], resp_lst[1][:5], resp_lst[4], resp_lst[5])

            # Set the internal RTC
            yy = int(dt[:4])
            mo = int(dt[5:7])
            dd = int(dt[8:10])
            tm2 = (yy, mo, dd, hh, mm, ss, wd, yd, dst)
            tm3 = time.struct_time(tm2)
            if my_debug:
                print(TAG+"dt=",dt)
                print(TAG+"yy ={}, mo={}, dd={}".format(yy, mm, dd))
                print(TAG+"tm2=",tm2)
                print(TAG+"tm3=",tm3)

            rtc_bi.datetime = tm3 # set the built-in RTC

            if wait_for_zero_sec:  # see flag at start of this func
                print(TAG+"Waiting for time.localtime seconds reaching 0 ...")
                while True:
                    t = time.localtime()
                    if t[5] == 0: # Wait until seconds is almost 60 (0)
                        # print("t[tm_sec]=", t[5])
                        break
                print(TAG+f"finished waiting for zero second")
            curr_tm = time.time() # get the time in seconds since epoch (set curr_tm only at startup)
            rtc_set = True

            # Prepare datetime for funct get_th_direct()
            # format: 2022-08-10T16:40:16Z
            dts = dt[:4] + "-" + dt[5:7] + "-" + dt[8:10] + "T" + resp_lst[1][:2] + ":" + resp_lst[1][3:5] + ":" + resp_lst[1][6:8] + "Z"


        response.close()  # Free resources (like socket) - to be used elsewhere


def get_th_direct():
    global t_dict, h_dict, curr_tm, tmp_old, hum_old, tmp_cl, hum_cl, sensor
    # datetime e.g.: 2022-08-10T16:40:16Z
    TAG = "get_th_direct(): "

    dts = dt_fm_rtc() # get datetime from builtin rtc

    # --------------------------------------------------------------
    if not sensor:
        try:
            sensor = adafruit_ahtx0.AHTx0(i2c)
        except ValueError as e:
            print(TAG+f"Error: {e}. Check wiring!")

    if sensor:
        try:
            tmp = sensor.temperature
            hum = sensor.relative_humidity
            if my_debug:
                blink_leds(YLW)

            tmp_cl.tmp = tmp
            tmp_cl.last_upd = dts

            if tmp != tmp_old:
                tmp_old = tmp
            # ------------------

            hum_cl.hum = hum
            hum_cl.last_upd = dts

            if hum != hum_old:
                hum_old = hum
            # -----------------
            if my_debug:
                print(TAG+f"updated_at:  {tmp_cl.last_upd}")
                print(TAG+f"Temperature: {tmp_cl.tmp}")
                print(TAG+f"Humidity:    {hum_cl.hum}")

        except ValueError as e:
            print(TAG+f"Error: {e}. Check wiring!")
            pass

def pr_th_msg():
    global stat_result
    TAG = "pr_th_msg(): "
    if stat_result is None:
        stat_result = ""

    ret = True

    upd_dt = tmp_cl.last_upd # [:10]    # e.g.: 2022-08-10T16:40:16Z

    # -----------------
    tmp = tmp_cl.tmp
    tmp_s = str(tmp)
    # -----------------
    hum = hum_cl.hum
    hum_s = str(hum)
    # ----------------

    text_items = ["latest sensor data   "+stat_result, "-" * 23, upd_dt, "Temperature: "+tmp_s+" C", "Humidity:    "+hum_s+" %"]

    magtag.remove_all_text
    for i in range(len(text_items)):
        magtag.set_text(text_items[i], i, auto_refresh = False)  # Display the dt, tm and tz
    cnt = 0
    while True:
        try:
            magtag.display.refresh() # refresh the display
            cnt += 1
            if cnt >= 10:
                ret = False
                break
        except RuntimeError:
            # print(TAG+"RuntimeError")
            pass  # reason: Refresh too soon

    return ret

def send_to_pushingbox():
    global msg_sent, upd_dt_old, tmp_old, hum_old, stat_result
    TAG = "send_to_pushingbox(): "
    ret = True
    tmp_s = None
    hum_s = None
    network = magtag.network
    stat_result = None
    devid = os.getenv("PUSHING_BOX_DEVID") # device ID on Pushingbox for our Scenario

    upd_dt = tmp_cl.last_upd # [:10]    # e.g.: 2022-08-10T16:40:16Z

    # --------------------------------------------------------------
    tmp = tmp_cl.tmp
    tmp_s = str(tmp)
    if my_debug:
        print(TAG+f"tmp_s= \'{tmp_s}\', tmp_old= {tmp_old}")
    # --------------------------------------------------------------
    hum = hum_cl.hum
    hum_s = str(hum)
    if my_debug:
        print(TAG+f"hum_s= \'{hum_s}\', hum_old= {hum_old}")
    # --------------------------------------------------------------

    # le_old = len(upd_dt_old)
    # if (le_old > 0) and (tmp == tmp_old) and (hum == hum_old):  # and upd_dt == upd_dt_old
    if (upd_dt_old == upd_dt) and (tmp == tmp_old) and (hum == hum_old):  # and upd_dt == upd_dt_old
        print(TAG+"datetime stamp unchanged. Waiting for new sensor data...")
        return ret # We don't want to send duplicates
    else:
        upd_dt_old = upd_dt  #
        #upd_tm = t_dict["updated_at"][11:19]

        msg_sent += 1  # increase the messages sent count
        # dteData = upd_dt  # Added 2024-03-22 because this variable was missing.
        #  ?date=$date$&time=$time$&temp=$temp$&hum=$hum$

        s = "http://api.pushingbox.com/pushingbox?devid="
        s += devid
        s += "&date=\"" + upd_dt + "\""
        s += "&temp=" + tmp_s
        s += "&hum=" + hum_s

        if my_debug:
            print(TAG+upd_dt, end='')
            print(". Sending Data message nr: ", end='')
            print(msg_sent, end='')
            print(" to middle-man server...", end='\n')
            print(TAG+"Going to send:", end='')
            print("\n\""+s, end='')
            print("\"", end='\n')  # To complete the message to the Serial (REPL) window
            print(TAG+"Data Sent")

        try:
            response = network.fetch(s) # Get the spreadsheet partly
        except OSError as e:
            print(TAG+f"Error: {e}")
            if e.args[0] == -2:  # gaierror
                # See: https://docs.circuitpython.org/_/downloads/en/6.3.x/pdf/, page 216
                return  # do nothing

        if response:
            le = len(response.text)
            if le > 0:
                n = response.text.find("404")
                print(TAG,end='')
                if n >=0:
                    print("error 404: file not found on this server.")
                else:
                    print(f"response.text[:100]= {response.text[:100]}", end='')
                    print(" [...] ", end='')
                    print(f"{response.text[-100:]}", end='\n')
            status = response.status_code
            stat_result = "OK" if status == 200 else "NO"
            print()
            s1 = "response.status_code="
            s2 = "{} (= {})".format(status, stat_result)
            print(TAG+f"{s1} {s2}")
            if status == 200:
                blink_leds(GRN)
            else:
                blink_leds(RED)
            if my_debug:
                pr_msg(["send result:", s2])
            response = None
        if my_debug:
            print(TAG+f"upd_dt= {upd_dt}, tmp_s= {tmp_s}, hum_s= {hum_s}")
        pr_th_msg()
    return ret

def yes_no(nr):
    ret = None
    y = "Yes"
    n = "No "
    if isinstance(nr, int):
        if nr >= 0 and nr <= 3:
            if nr == SOUND_IDX:
                ret = y if use_sound else n
            if nr == LEDS_IDX:
                ret = y if use_leds else n
            if nr == ZEROSEC_IDX:
                ret = y if wait_for_zero_sec else n
            if nr == DEBUG_IDX:
                ret = y if my_debug else n
    return ret

def pr_buttons():
    text_items = [
        "Btn: Function:",
        "A:   sound",
        "B:   LEDs",
        "C:   wait for zero sec",
        "D:   debug texts"]

    pr_msg(text_items)

def pr_flags():
    TAG= "pr_flags(): "
    itms_lst = ["sound", "LEDs", "start at zero sec", "print debug", ]
    le = len(itms_lst)
    print("\nStatus of global flags: (set in file settings.toml):")
    for _ in range(le):
         print(TAG+"{:17s}: {:s}".format(itms_lst[_], yes_no(_)))
    print()

    text_items = ["global flags state:"]
    for _ in range(le):
        s = "{:17s}: {:s}".format(itms_lst[_], yes_no(_))
        text_items.append(s)

    for i in range(len(text_items)):
        magtag.set_text(text_items[i], i, auto_refresh = False)  # Display the dt, tm and tz
    time.sleep(1)  # to prevent RuntimeError Refresh too soon
    cnt = 0
    while True:
        try:
            magtag.display.refresh() # refresh the display
            cnt += 1
            if cnt >= 10:
                break
        except RuntimeError:
            # print(TAG+"RuntimeError")
            pass  # reason: Refresh too soon

def is_usb():
    # Test if we're connected to USB
    # If an error occurs we are on USB
    ret = False
    try:
        from storage import remount
        remount("/", False)
    except (RuntimeError) as e:
        ret = True

    print(f"is_usb(): Are we connected to USB? {"Yes" if ret else "No"}")
    return ret

def do_connect():
    global ip
    TAG = "do_connect(): "
    ret = False
    # Get env variables from file settings.toml
    ssid = os.getenv("CIRCUITPY_WIFI_SSID")
    pw = os.getenv("CIRCUITPY_WIFI_PASSWORD")
    s__ip = ""
    try:
        wifi.radio.connect(ssid=ssid, password=pw)
    except ConnectionError as e:
        print(TAG+f"WiFi connection Error: \'{e}\'")
    except Exception as e:
        print(TAG+f"Error: {dir(e)}")

    ip = wifi.radio.ipv4_address

    if ip:
        s__ip = str(ip)
        ret = True
        if my_debug:
            print(TAG+f"connected to \'{ssid}\'. IP: {s__ip}")
    return ret

def wifi_is_connected():
    global ip
    s__ip = str(ip)
    return True if s__ip is not None and len(s__ip) > 0 and s__ip != '0.0.0.0' else False

def pr_msg(msg):
    text_items = []
    le_max = 5
    if isinstance(msg, list):
        le_msg = len(msg)
        if le_msg > 0 and le_msg <= le_max:
            for _ in range(len(msg)):
                text_items.append(msg[_])
            le = len(text_items)
            if le_max - le > 0:  # fill up with blank lines
                for _ in range(le_max - le):
                    text_items.append(" ")
        for i in range(len(text_items)):
            magtag.set_text(text_items[i], i, auto_refresh = False)  # Display the dt, tm and tz
        time.sleep(1)  # to prevent RuntimeError Refresh too soon
        cnt = 0
        while True:
            try:
                magtag.display.refresh() # refresh the display
                cnt += 1
                if cnt >= 10:
                    break
            except RuntimeError:
                # print(TAG+"RuntimeError")
                pass  # reason: Refresh too soon

def wr_to_toml(itm):
    TAG= "wr_to_toml(): "
    toml_f = "settings.toml"
    if on_usb:
        s1 = "Writing to file"
        s2 = "works only when"
        s3 = "not connected to USB"
        print(TAG+f"{s1}{toml_f} {s2} {s3}")
        pr_msg([s1, toml_f, s2, s3])
        pr_th_msg() # rewrite the temperature & humidity page
        return False

    ret = True
    delay = 3
    itms = [("WAIT_FOR_ZERO_SEC", wait_for_zero_sec), ("MY_DEBUG", my_debug)]

    print(TAG+f"param rcvd: itm= {itm}")

    itm_s = itms[itm][0]
    val = itms[itm][1]
    val_s = "1" if val == True else "0"
    print(TAG+f"Trying to write to file: {toml_f}, item: \"{itm_s}\" with value: {val_s}")
    # Write
    try:
        from cptoml import put
        from storage import remount
        remount("/", False)
        #put("CIRCUITPY_PYSTACK_SIZE", 7000) # To set an item in root table
        put(itm_s, val_s) #, "subtable1", comment="This is useless") # To set item1 in subtable1 with comment
        remount("/", True)
        pr_msg([itm_s, "value: " + val_s, "successfully", "written to:", toml_f])
        print("Software reset in %d seconds" % delay)
        time.sleep(delay)
        supervisor.reload()
    except (RuntimeError, ImportError, OSError) as e:
        print(TAG+f"Error: {e}")
        ret = False
    return ret

def main():
    global curr_tm, use_sound, use_leds, wait_for_zero_sec, my_debug, interval
    TAG = 'main(): '
    setup()
    curr_tm = time.time()  # set curr_tm for the first time
    start = True
    msg_sent = False
    delay = 3
    # blink_and_button_test()  # Test the Magtag LEDs
    pr_buttons()
    pr_flags()
    toml_zero_sec = 0
    toml_debug = 1
    wifi_cnt = 0
    doit = False
    while True:
        try:
            while not wifi_is_connected():
                if do_connect():
                    break
                else:
                    wifi_cnt += 1
                    if wifi_cnt >= 5:
                        print(TAG+f"WiFi connection failed. Tried {wifi_cnt} times")
                        raise RuntimeError

            if magtag.peripherals.button_a_pressed:
                use_sound = not use_sound  # toggle sound
                s1 = "button A pressed."
                s2 = "sound {:s}".format(yes_no(SOUND_IDX))
                print(TAG+f"{s1} {s2}")
                pr_msg([s1, s2])
                pr_th_msg() # rewrite the temperature & humidity page
            if magtag.peripherals.button_b_pressed:
                use_leds = not use_leds # toggle leds
                s1 = "button B pressed."
                s2 = "LEDs {:s}".format(yes_no(LEDS_IDX))
                print(TAG+f"{s1} {s2}")
                pr_msg([s1, s2])
                pr_th_msg() # rewrite the temperature & humidity page
            if magtag.peripherals.button_c_pressed:
                wait_for_zero_sec = not wait_for_zero_sec
                print(TAG+"button C pressed. Start time wait for zero seconds {:s}".format(yes_no(ZEROSEC_IDX)))
                wr_to_toml(toml_zero_sec)
            if magtag.peripherals.button_d_pressed:
                my_debug = not my_debug
                print(TAG+"button d pressed. Debug print statements {:s}".format(yes_no(DEBUG_IDX)))
                wr_to_toml(toml_debug)

            if not rtc_set:
                get_time_fm_aio()

            if rtc_set:
                ct = time.time()  # rtc_bi.datetime
                c_diff = ct - curr_tm
                dt1 = interval // 6  # default: 3600 seconds. 3600 // 6 = 600 seconds = 10 minutes. See setup().
                dt2 = interval     # default: 3600 seconds = 1 hour
                c1 = c_diff % dt1
                c2 = c_diff % dt2

                if c1 % 10 == 0:
                    if msg_sent:
                        msg_sent = False
                    # print(TAG+f"ct= {ct}, curr_tm= {curr_tm}. Difference= {ct - curr_tm} secs.")
                    # print(TAG+f"c_diff % {dt1}= {c1}. c_diff % {dt2}= {c2}. Looping...")
                    print(TAG+"c_diff % {:3d}= {:4d}, c_diff % {:4d}= {:4d}. Looping...".format(dt1, c1, dt2, c2))
                    # doit = True if (c2 == dt2)  else False
                if c2 == 0:
                    doit = True
                else:
                    doit = False
                if start or (not sensor) or (doit) and (not msg_sent):
                    start = False
                    blink_leds() # switch off LEDs
                    get_th_direct() # sensor directly connected to MAGTAG board via I2C/Stemma_QT

                    if not send_to_pushingbox():
                        raise KeyboardInterrupt
                    else:
                        msg_sent = True
                #if c2 == 30:
                #    sys.exit()  # Temporary forced end of execution

                if c2 >= (dt2 - 10) and c2 <= dt2:  # 1 hour interval (give some space)
                    get_time_fm_aio()
                    curr_tm = ct
            time.sleep(1)
        except ImportError:  # e.g.: no module named 'platform'  (in file :/lib/Adafruit_IO/Client.py, line 24)
            pass
        except KeyboardInterrupt:
            raise SystemExit

if __name__ == '__main__':
    main()

## DataToGoogle_MAGTAG
/*
* -----------------------------------------------
* Originally published by Mogsdad@Stackoverflow
* Modified for jarkomdityaz.appspot.com
* Adapted for use on an Arduino Nano RP2040 Connect.
* 2022-08-01 adapted for use on an Adafruit MAGTAG datetime script by @Paulskpt Github.
* -----------------------------------------------
*
*  GET request query:
*  https://script.google.com/macros/s/<id>/exec/?date=$date&temp=temp&hum=hum$*
*
*  Link to shared spreadsheet. Everyone with this link can edit the sheet:
*  https://docs.google.com/spreadsheets/d/<id>/edit?usp=sharing
*
*  2024-03-24: Renamed copy of original spreadsheet. New name: "TempHumAHT20_fm_MAGTAG"
*  https://docs.google.com/spreadsheets/d/<id>/edit#gid=0
*
*  Example to test this script:
*  https://script.google.com/macros/s/<id>/dev/dev?date="2022-08-09T19:54:06Z"&temp=28.0878&hum=53.8874
*
*
*  Example with value:
*  https://script.google.com/macros/s/<id>/exec?date="2022-08-09T19:54:06Z"&temp=28.0878&hum=53.8874
*
*
*  Using spreadsheet API
*
*/


function doGet(e) {

  // Example of received data string: "date=\"2022-08-09T19:54:06Z\"&temp=28.0878&hum=53.8874";

  Logger.log( JSON.stringify(e) );  // view parameters

  var result = 'Ok'; // assume success

  if (e.parameter == undefined) {
    result = 'No Parameters';
  }
  else
  {                              // Spreadsheet filename: TempHumAHT20_fm_MAGTAG
    var id = '<spreadsheet_id>'  // Spreadsheet ID

    var sheet = SpreadsheetApp.openById(id).getActiveSheet();
    var newRow = sheet.getLastRow() + 1;
    var rowData = [];

    for (var param in e.parameter)
    {
      Logger.log('In for loop, param='+param);
      var value = stripQuotes(e.parameter[param]);
      Logger.log(param + ':' + e.parameter[param]);
      Logger.log("value (stripped)= "); // +value.toString);
      Logger.log(value);
      switch (param)
      {
        case 'date': // column_A   Date (updated_at) e.g.: 2022-08-09T02:05:27Z
          rowData[0] = value;
          break;
        case 'temp': // column_B   Temperature
          rowData[1] = value;
          break;
        case 'hum': // column_C   Humidity
            rowData[2] = value;
          break;
        default:
          result = "unsupported parameter";
      }
    }
    rowData.push(new Date()); // Add the datetime of execution of this macro
    Logger.log(JSON.stringify(rowData));
    // Write new row below
    var newRange = sheet.getRange(newRow, 1, 1, rowData.length);
    newRange.setValues([rowData]);
  }

  // Return result of operation
  return ContentService.createTextOutput(result);
}

/**
* Remove leading and trailing single or double quotes
*/
function stripQuotes( value ) {
  return value.replace(/^["']|['"]$/g, "");
}


## dst_PRT.py
# Only used in example 2
# See: https://www.epochconverter.com/
# Values are for timezone Europe/Portugal
dst = {
        2024:(1711846800, 1729994400),  # 2024-03-31 01:00:00 / 2024-10-27 02:00:00
        2025:(1743296400, 1761444000),  # 2025 03-30 01:00:00 / 2025-10-28 02:00:00
        2026:(1774746000, 1792893600),  # 2026-03-29 01:00:00 / 2026-10-25 02:00:00
        2027:(1806195600, 1824948000),  # 2027-03-28 01:00:00 / 2027-10-31 02:00:00
        2028:(1837645200, 1856397600),  # 2028-03-26 01:00:00 / 2028-10-29 02:00:00
        2029:(1869094800, 1887847200),  # 2029-03-25 01:00:00 / 2029-10-28 02:00:00
        2030:(1901149200, 1919296800),  # 2030-03-31 01:00:00 / 2030-10-27 02:00:00
        2031:(1932598800, 1950746400),  # 2031-03-30 01:00:00 / 2031-10-26 02:00:00
}

## REPL_example1_output.txt
Saturday 2024-03-23 18h22 utc
Board: Adafruit MagTag
connected to STEMMA_QT connector: Adafruit AHT20 temperature & humidity sensor

Board flashed with:
Adafruit CircuitPython 9.0.0 on 2024-03-19; Adafruit MagTag with ESP32S2

IDE: mu-editor V1.2.0

REPL Output:


soft reboot

Auto-reload is on. Simply save files over USB to run them or enter REPL to disable.
code.py uitvoer:
setup(): Display height= 127, width= 295
setup(): Connecting to AP _____________
setup(): Connected to _______________
setup(): My IP address is 192.168.x.xxx
setup(): Ping google.com: 0.014 ms
get_time_fm_aio(): Fetching date and time from: "https://io.adafruit.com/api/v2/..."
Connecting to AP ______________
Retrieving data...
----------------------------------------
get_time_fm_aio(): response.text= 2024-03-23 18:22:41.667 083 6 +0000 UTC
----------------------------------------
curr_date: 2024-03-23, curr_time: 18:22:41
get_time_fm_aio(): dst= -1
get_time_fm_aio(): response.text.split= ['2024-03-23', '18:22:41.667', '083', '6', '+0000', 'UTC']
get_time_fm_aio(): Waiting for time.localtime seconds reaching 0 ...
main(): c_diff % 300=    0. c_diff % 1800=    0. Looping...
get_th_direct(): updated_at:  2024-03-23T18:22:41Z
get_th_direct(): Temperature: 25.1592
get_th_direct(): Humidity:    53.797
send_to_pushingbox(): tmp_s= '25.1592', tmp= 25.1592, tmp_old= 25.1592
send_to_pushingbox(): hum_s= '53.797', hum= 53.797, hum_old= 53.797
send_to_pushingbox(): 2024-03-23T18:22:41Z. Sending Data message nr: 1 to middle-man server...
send_to_pushingbox(): Going to send:
"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:22:41Z"&temp=25.1592&hum=53.797"
send_to_pushingbox(): Data Sent
Retrieving data...
send_to_pushingbox(): response.status_code= 200 (= OK)
main(): c_diff % 300=   10. c_diff % 1800=   10. Looping...
main(): c_diff % 300=   20. c_diff % 1800=   20. Looping...
main(): c_diff % 300=   30. c_diff % 1800=   30. Looping...
main(): c_diff % 300=   40. c_diff % 1800=   40. Looping...
main(): c_diff % 300=   50. c_diff % 1800=   50. Looping...
main(): c_diff % 300=   60. c_diff % 1800=   60. Looping...
main(): c_diff % 300=   70. c_diff % 1800=   70. Looping...
main(): c_diff % 300=   80. c_diff % 1800=   80. Looping...
main(): c_diff % 300=   90. c_diff % 1800=   90. Looping...
main(): c_diff % 300=  100. c_diff % 1800=  100. Looping...
main(): c_diff % 300=  110. c_diff % 1800=  110. Looping...
main(): c_diff % 300=  120. c_diff % 1800=  120. Looping...
main(): c_diff % 300=  130. c_diff % 1800=  130. Looping...
main(): c_diff % 300=  140. c_diff % 1800=  140. Looping...
main(): c_diff % 300=  150. c_diff % 1800=  150. Looping...
main(): c_diff % 300=  160. c_diff % 1800=  160. Looping...
main(): c_diff % 300=  170. c_diff % 1800=  170. Looping...
main(): c_diff % 300=  180. c_diff % 1800=  180. Looping...
main(): c_diff % 300=  190. c_diff % 1800=  190. Looping...
main(): c_diff % 300=  200. c_diff % 1800=  200. Looping...
main(): c_diff % 300=  210. c_diff % 1800=  210. Looping...
main(): c_diff % 300=  220. c_diff % 1800=  220. Looping...
main(): c_diff % 300=  230. c_diff % 1800=  230. Looping...
main(): c_diff % 300=  240. c_diff % 1800=  240. Looping...
main(): c_diff % 300=  250. c_diff % 1800=  250. Looping...
main(): c_diff % 300=  260. c_diff % 1800=  260. Looping...
main(): c_diff % 300=  270. c_diff % 1800=  270. Looping...
main(): c_diff % 300=  280. c_diff % 1800=  280. Looping...
main(): c_diff % 300=  290. c_diff % 1800=  290. Looping...
get_th_direct(): updated_at:  2024-03-23T18:27:31Z
get_th_direct(): Temperature: 25.0925
get_th_direct(): Humidity:    53.6681
send_to_pushingbox(): tmp_s= '25.0925', tmp= 25.0925, tmp_old= 25.0925
send_to_pushingbox(): hum_s= '53.6681', hum= 53.6681, hum_old= 53.6681
send_to_pushingbox(): 2024-03-23T18:27:31Z. Sending Data message nr: 2 to middle-man server...
send_to_pushingbox(): Going to send:
"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:27:31Z"&temp=25.0925&hum=53.6681"
send_to_pushingbox(): Data Sent
Retrieving data...
send_to_pushingbox(): response.status_code= 200 (= OK)
main(): c_diff % 300=    0. c_diff % 1800=  300. Looping...
main(): c_diff % 300=   10. c_diff % 1800=  310. Looping...
main(): c_diff % 300=   20. c_diff % 1800=  320. Looping...
main(): c_diff % 300=   30. c_diff % 1800=  330. Looping...
main(): c_diff % 300=   40. c_diff % 1800=  340. Looping...
main(): c_diff % 300=   50. c_diff % 1800=  350. Looping...
main(): c_diff % 300=   60. c_diff % 1800=  360. Looping...
main(): c_diff % 300=   70. c_diff % 1800=  370. Looping...
main(): c_diff % 300=   80. c_diff % 1800=  380. Looping...
main(): c_diff % 300=   90. c_diff % 1800=  390. Looping...
main(): c_diff % 300=  100. c_diff % 1800=  400. Looping...
main(): c_diff % 300=  110. c_diff % 1800=  410. Looping...
main(): c_diff % 300=  120. c_diff % 1800=  420. Looping...
main(): c_diff % 300=  130. c_diff % 1800=  430. Looping...
main(): c_diff % 300=  140. c_diff % 1800=  440. Looping...
main(): c_diff % 300=  150. c_diff % 1800=  450. Looping...
main(): c_diff % 300=  160. c_diff % 1800=  460. Looping...
main(): c_diff % 300=  170. c_diff % 1800=  470. Looping...
main(): c_diff % 300=  180. c_diff % 1800=  480. Looping...
main(): c_diff % 300=  190. c_diff % 1800=  490. Looping...
main(): c_diff % 300=  200. c_diff % 1800=  500. Looping...
main(): c_diff % 300=  210. c_diff % 1800=  510. Looping...
main(): c_diff % 300=  220. c_diff % 1800=  520. Looping...
main(): c_diff % 300=  230. c_diff % 1800=  530. Looping...
main(): c_diff % 300=  240. c_diff % 1800=  540. Looping...
main(): c_diff % 300=  250. c_diff % 1800=  550. Looping...
main(): c_diff % 300=  260. c_diff % 1800=  560. Looping...
main(): c_diff % 300=  270. c_diff % 1800=  570. Looping...
main(): c_diff % 300=  280. c_diff % 1800=  580. Looping...
main(): c_diff % 300=  290. c_diff % 1800=  590. Looping...
get_th_direct(): updated_at:  2024-03-23T18:32:31Z
get_th_direct(): Temperature: 25.1354
get_th_direct(): Humidity:    53.1785
send_to_pushingbox(): tmp_s= '25.1354', tmp= 25.1354, tmp_old= 25.1354
send_to_pushingbox(): hum_s= '53.1785', hum= 53.1785, hum_old= 53.1785
send_to_pushingbox(): 2024-03-23T18:32:31Z. Sending Data message nr: 3 to middle-man server...
send_to_pushingbox(): Going to send:
"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:32:31Z"&temp=25.1354&hum=53.1785"
send_to_pushingbox(): Data Sent
Retrieving data...
send_to_pushingbox(): response.status_code= 200 (= OK)
main(): c_diff % 300=    0. c_diff % 1800=  600. Looping...
main(): c_diff % 300=   10. c_diff % 1800=  610. Looping...
main(): c_diff % 300=   20. c_diff % 1800=  620. Looping...
main(): c_diff % 300=   30. c_diff % 1800=  630. Looping...
main(): c_diff % 300=   40. c_diff % 1800=  640. Looping...
main(): c_diff % 300=   50. c_diff % 1800=  650. Looping...
main(): c_diff % 300=   60. c_diff % 1800=  660. Looping...
main(): c_diff % 300=   70. c_diff % 1800=  670. Looping...
main(): c_diff % 300=   80. c_diff % 1800=  680. Looping...
main(): c_diff % 300=   90. c_diff % 1800=  690. Looping...
main(): c_diff % 300=  100. c_diff % 1800=  700. Looping...
main(): c_diff % 300=  110. c_diff % 1800=  710. Looping...
main(): c_diff % 300=  120. c_diff % 1800=  720. Looping...
main(): c_diff % 300=  130. c_diff % 1800=  730. Looping...
main(): c_diff % 300=  140. c_diff % 1800=  740. Looping...
main(): c_diff % 300=  150. c_diff % 1800=  750. Looping...
main(): c_diff % 300=  160. c_diff % 1800=  760. Looping...
main(): c_diff % 300=  170. c_diff % 1800=  770. Looping...
main(): c_diff % 300=  180. c_diff % 1800=  780. Looping...
main(): c_diff % 300=  190. c_diff % 1800=  790. Looping...
main(): c_diff % 300=  200. c_diff % 1800=  800. Looping...
main(): c_diff % 300=  210. c_diff % 1800=  810. Looping...
main(): c_diff % 300=  220. c_diff % 1800=  820. Looping...
main(): c_diff % 300=  230. c_diff % 1800=  830. Looping...
main(): c_diff % 300=  240. c_diff % 1800=  840. Looping...
main(): c_diff % 300=  250. c_diff % 1800=  850. Looping...
main(): c_diff % 300=  260. c_diff % 1800=  860. Looping...
main(): c_diff % 300=  270. c_diff % 1800=  870. Looping...
main(): c_diff % 300=  280. c_diff % 1800=  880. Looping...
main(): c_diff % 300=  290. c_diff % 1800=  890. Looping...
get_th_direct(): updated_at:  2024-03-23T18:37:31Z
get_th_direct(): Temperature: 25.1554
get_th_direct(): Humidity:    54.6952
send_to_pushingbox(): tmp_s= '25.1554', tmp= 25.1554, tmp_old= 25.1554
send_to_pushingbox(): hum_s= '54.6952', hum= 54.6952, hum_old= 54.6952
send_to_pushingbox(): 2024-03-23T18:37:31Z. Sending Data message nr: 4 to middle-man server...
send_to_pushingbox(): Going to send:
"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:37:31Z"&temp=25.1554&hum=54.6952"
send_to_pushingbox(): Data Sent
Retrieving data...
send_to_pushingbox(): response.status_code= 200 (= OK)
main(): c_diff % 300=    0. c_diff % 1800=  900. Looping...
main(): c_diff % 300=   10. c_diff % 1800=  910. Looping...
main(): c_diff % 300=   20. c_diff % 1800=  920. Looping...
main(): c_diff % 300=   30. c_diff % 1800=  930. Looping...
main(): c_diff % 300=   40. c_diff % 1800=  940. Looping...
main(): c_diff % 300=   50. c_diff % 1800=  950. Looping...
main(): c_diff % 300=   60. c_diff % 1800=  960. Looping...
main(): c_diff % 300=   70. c_diff % 1800=  970. Looping...
main(): c_diff % 300=   80. c_diff % 1800=  980. Looping...
main(): c_diff % 300=   90. c_diff % 1800=  990. Looping...
main(): c_diff % 300=  100. c_diff % 1800= 1000. Looping...
main(): c_diff % 300=  110. c_diff % 1800= 1010. Looping...
main(): c_diff % 300=  120. c_diff % 1800= 1020. Looping...
main(): c_diff % 300=  130. c_diff % 1800= 1030. Looping...
main(): c_diff % 300=  140. c_diff % 1800= 1040. Looping...
main(): c_diff % 300=  150. c_diff % 1800= 1050. Looping...
main(): c_diff % 300=  160. c_diff % 1800= 1060. Looping...
main(): c_diff % 300=  170. c_diff % 1800= 1070. Looping...
main(): c_diff % 300=  180. c_diff % 1800= 1080. Looping...
main(): c_diff % 300=  190. c_diff % 1800= 1090. Looping...
main(): c_diff % 300=  200. c_diff % 1800= 1100. Looping...
main(): c_diff % 300=  210. c_diff % 1800= 1110. Looping...
main(): c_diff % 300=  220. c_diff % 1800= 1120. Looping...
main(): c_diff % 300=  230. c_diff % 1800= 1130. Looping...
main(): c_diff % 300=  240. c_diff % 1800= 1140. Looping...
main(): c_diff % 300=  250. c_diff % 1800= 1150. Looping...
main(): c_diff % 300=  260. c_diff % 1800= 1160. Looping...
main(): c_diff % 300=  270. c_diff % 1800= 1170. Looping...
main(): c_diff % 300=  280. c_diff % 1800= 1180. Looping...
main(): c_diff % 300=  290. c_diff % 1800= 1190. Looping...
get_th_direct(): updated_at:  2024-03-23T18:42:31Z
get_th_direct(): Temperature: 24.901
get_th_direct(): Humidity:    53.5997
send_to_pushingbox(): tmp_s= '24.901', tmp= 24.901, tmp_old= 24.901
send_to_pushingbox(): hum_s= '53.5997', hum= 53.5997, hum_old= 53.5997
send_to_pushingbox(): 2024-03-23T18:42:31Z. Sending Data message nr: 5 to middle-man server...
send_to_pushingbox(): Going to send:
"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:42:31Z"&temp=24.901&hum=53.5997"
send_to_pushingbox(): Data Sent
Retrieving data...
send_to_pushingbox(): response.status_code= 200 (= OK)
main(): c_diff % 300=    0. c_diff % 1800= 1200. Looping...
main(): c_diff % 300=   10. c_diff % 1800= 1210. Looping...
main(): c_diff % 300=   20. c_diff % 1800= 1220. Looping...
main(): c_diff % 300=   30. c_diff % 1800= 1230. Looping...
main(): c_diff % 300=   40. c_diff % 1800= 1240. Looping...
main(): c_diff % 300=   50. c_diff % 1800= 1250. Looping...
main(): c_diff % 300=   60. c_diff % 1800= 1260. Looping...
main(): c_diff % 300=   70. c_diff % 1800= 1270. Looping...
main(): c_diff % 300=   80. c_diff % 1800= 1280. Looping...
main(): c_diff % 300=   90. c_diff % 1800= 1290. Looping...
main(): c_diff % 300=  100. c_diff % 1800= 1300. Looping...
main(): c_diff % 300=  110. c_diff % 1800= 1310. Looping...
main(): c_diff % 300=  120. c_diff % 1800= 1320. Looping...
main(): c_diff % 300=  130. c_diff % 1800= 1330. Looping...
main(): c_diff % 300=  140. c_diff % 1800= 1340. Looping...
main(): c_diff % 300=  150. c_diff % 1800= 1350. Looping...
main(): c_diff % 300=  160. c_diff % 1800= 1360. Looping...
main(): c_diff % 300=  170. c_diff % 1800= 1370. Looping...
main(): c_diff % 300=  180. c_diff % 1800= 1380. Looping...
main(): c_diff % 300=  190. c_diff % 1800= 1390. Looping...
main(): c_diff % 300=  200. c_diff % 1800= 1400. Looping...
main(): c_diff % 300=  210. c_diff % 1800= 1410. Looping...
main(): c_diff % 300=  220. c_diff % 1800= 1420. Looping...
main(): c_diff % 300=  230. c_diff % 1800= 1430. Looping...
main(): c_diff % 300=  240. c_diff % 1800= 1440. Looping...
main(): c_diff % 300=  250. c_diff % 1800= 1450. Looping...
main(): c_diff % 300=  260. c_diff % 1800= 1460. Looping...
main(): c_diff % 300=  270. c_diff % 1800= 1470. Looping...
main(): c_diff % 300=  280. c_diff % 1800= 1480. Looping...
main(): c_diff % 300=  290. c_diff % 1800= 1490. Looping...
get_th_direct(): updated_at:  2024-03-23T18:47:31Z
get_th_direct(): Temperature: 24.8535
get_th_direct(): Humidity:    53.9628
send_to_pushingbox(): tmp_s= '24.8535', tmp= 24.8535, tmp_old= 24.8535
send_to_pushingbox(): hum_s= '53.9628', hum= 53.9628, hum_old= 53.9628
send_to_pushingbox(): 2024-03-23T18:47:31Z. Sending Data message nr: 6 to middle-man server...
send_to_pushingbox(): Going to send:
"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:47:31Z"&temp=24.8535&hum=53.9628"
send_to_pushingbox(): Data Sent
Retrieving data...
send_to_pushingbox(): response.status_code= 200 (= OK)
main(): c_diff % 300=    0. c_diff % 1800= 1500. Looping...
main(): c_diff % 300=   10. c_diff % 1800= 1510. Looping...
main(): c_diff % 300=   20. c_diff % 1800= 1520. Looping...
main(): c_diff % 300=   30. c_diff % 1800= 1530. Looping...
main(): c_diff % 300=   40. c_diff % 1800= 1540. Looping...
main(): c_diff % 300=   50. c_diff % 1800= 1550. Looping...
main(): c_diff % 300=   60. c_diff % 1800= 1560. Looping...
main(): c_diff % 300=   70. c_diff % 1800= 1570. Looping...
main(): c_diff % 300=   80. c_diff % 1800= 1580. Looping...
main(): c_diff % 300=   90. c_diff % 1800= 1590. Looping...
main(): c_diff % 300=  100. c_diff % 1800= 1600. Looping...
main(): c_diff % 300=  110. c_diff % 1800= 1610. Looping...
main(): c_diff % 300=  120. c_diff % 1800= 1620. Looping...
main(): c_diff % 300=  130. c_diff % 1800= 1630. Looping...
main(): c_diff % 300=  140. c_diff % 1800= 1640. Looping...
main(): c_diff % 300=  150. c_diff % 1800= 1650. Looping...
main(): c_diff % 300=  160. c_diff % 1800= 1660. Looping...
main(): c_diff % 300=  170. c_diff % 1800= 1670. Looping...
main(): c_diff % 300=  180. c_diff % 1800= 1680. Looping...
main(): c_diff % 300=  190. c_diff % 1800= 1690. Looping...
main(): c_diff % 300=  200. c_diff % 1800= 1700. Looping...
main(): c_diff % 300=  210. c_diff % 1800= 1710. Looping...
main(): c_diff % 300=  220. c_diff % 1800= 1720. Looping...
main(): c_diff % 300=  230. c_diff % 1800= 1730. Looping...
main(): c_diff % 300=  240. c_diff % 1800= 1740. Looping...
main(): c_diff % 300=  250. c_diff % 1800= 1750. Looping...
main(): c_diff % 300=  260. c_diff % 1800= 1760. Looping...
main(): c_diff % 300=  270. c_diff % 1800= 1770. Looping...
main(): c_diff % 300=  280. c_diff % 1800= 1780. Looping...
main(): c_diff % 300=  290. c_diff % 1800= 1790. Looping...
get_th_direct(): updated_at:  2024-03-23T18:52:31Z
get_th_direct(): Temperature: 24.925
get_th_direct(): Humidity:    53.6928
send_to_pushingbox(): tmp_s= '24.925', tmp= 24.925, tmp_old= 24.925
send_to_pushingbox(): hum_s= '53.6928', hum= 53.6928, hum_old= 53.6928
send_to_pushingbox(): 2024-03-23T18:52:31Z. Sending Data message nr: 7 to middle-man server...
send_to_pushingbox(): Going to send:
"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:52:31Z"&temp=24.925&hum=53.6928"
send_to_pushingbox(): Data Sent
Retrieving data...
send_to_pushingbox(): response.status_code= 200 (= OK)
get_time_fm_aio(): Fetching date and time from: "https://io.adafruit.com/api/v2/..."
Retrieving data...
----------------------------------------
get_time_fm_aio(): response.text= 2024-03-23 18:52:36.342 083 6 +0000 UTC
----------------------------------------
main(): c_diff % 300=   10. c_diff % 1800=   10. Looping...
main(): c_diff % 300=   20. c_diff % 1800=   20. Looping...
main(): c_diff % 300=   30. c_diff % 1800=   30. Looping...

## REPL_example2_output.txt
Monday 2024-04-01 00h18 utc+1

Board: MAGTAG


soft reboot

Auto-reload is on. Simply save files over USB to run them or enter REPL to disable.
code.py output:
is_usb(): Are we connected to USB? Yes
setup(): Interval set for 3600 seconds
setup(): Display height= 127, width= 295
setup(): Connecting to AP ____________
setup(): Ping google.com: 0.013 ms
setup(): We have NTP
setup(): We have an internal RTC
setup(): Going to set internal RTC
is_dst(): dst_start_end: (1711846800, 1729994400)
is_dst(): dst_org 0, dst_new: 1. We are going to set the ntp object with timezone offset: 1 hour(s)
set_INT_RTC(): Internal (SYS) RTC is set from NTP service datetime stamp:
set_INT_RTC(): 4/01/2024
set_INT_RTC(): 00:18:26 weekday: Monday
set_INT_RTC(): Note that NTP weekday starts with 0
is_dst(): Are we in daylight saving time for country: 'PRT',  state: '' ? Yes
is_dst(): Days to start of daylight saving time period:  -1
is_dst(): Days to end   of daylight saving time period: 209

Status of global flags: (set in file settings.toml):
pr_flags(): sound            : Yes
pr_flags(): LEDs             : Yes
pr_flags(): start at zero sec: No
pr_flags(): print debug      : No

dt_fm_rtc(): dts= 2024-04-01T00:18:41Z
Connecting to AP ______________
Retrieving data...
send_to_pushingbox(): response.status_code= 200 (= OK)
main(): c_diff % 600=   30. c_diff % 3600=   30. Looping...
main(): c_diff % 600=   40. c_diff % 3600=   40. Looping...
main(): c_diff % 600=   50. c_diff % 3600=   50. Looping...
main(): c_diff % 600=   60. c_diff % 3600=   60. Looping...
main(): c_diff % 600=   70. c_diff % 3600=   70. Looping...
main(): c_diff % 600=   80. c_diff % 3600=   80. Looping...
main(): c_diff % 600=   90. c_diff % 3600=   90. Looping...
main(): c_diff % 600=  100. c_diff % 3600=  100. Looping...
main(): c_diff % 600=  110. c_diff % 3600=  110. Looping...
main(): c_diff % 600=  120. c_diff % 3600=  120. Looping...
main(): c_diff % 600=  130. c_diff % 3600=  130. Looping...
main(): c_diff % 600=  140. c_diff % 3600=  140. Looping...
main(): c_diff % 600=  150. c_diff % 3600=  150. Looping...
main(): c_diff % 600=  160. c_diff % 3600=  160. Looping...
main(): c_diff % 600=  170. c_diff % 3600=  170. Looping...
main(): c_diff % 600=  180. c_diff % 3600=  180. Looping...
main(): c_diff % 600=  190. c_diff % 3600=  190. Looping...
main(): c_diff % 600=  200. c_diff % 3600=  200. Looping...
main(): c_diff % 600=  210. c_diff % 3600=  210. Looping...
main(): c_diff % 600=  220. c_diff % 3600=  220. Looping...
main(): c_diff % 600=  230. c_diff % 3600=  230. Looping...
main(): c_diff % 600=  240. c_diff % 3600=  240. Looping...
main(): c_diff % 600=  250. c_diff % 3600=  250. Looping...
main(): c_diff % 600=  260. c_diff % 3600=  260. Looping...
main(): c_diff % 600=  270. c_diff % 3600=  270. Looping...
main(): c_diff % 600=  280. c_diff % 3600=  280. Looping...
main(): c_diff % 600=  290. c_diff % 3600=  290. Looping...
main(): c_diff % 600=  300. c_diff % 3600=  300. Looping...
main(): c_diff % 600=  310. c_diff % 3600=  310. Looping...
main(): c_diff % 600=  320. c_diff % 3600=  320. Looping...
main(): c_diff % 600=  330. c_diff % 3600=  330. Looping...
main(): c_diff % 600=  340. c_diff % 3600=  340. Looping...
main(): c_diff % 600=  350. c_diff % 3600=  350. Looping...
main(): c_diff % 600=  360. c_diff % 3600=  360. Looping...
main(): c_diff % 600=  370. c_diff % 3600=  370. Looping...
main(): c_diff % 600=  380. c_diff % 3600=  380. Looping...
main(): c_diff % 600=  390. c_diff % 3600=  390. Looping...
main(): c_diff % 600=  400. c_diff % 3600=  400. Looping...
main(): c_diff % 600=  410. c_diff % 3600=  410. Looping...
main(): c_diff % 600=  420. c_diff % 3600=  420. Looping...
main(): c_diff % 600=  430. c_diff % 3600=  430. Looping...
main(): c_diff % 600=  440. c_diff % 3600=  440. Looping...
main(): c_diff % 600=  450. c_diff % 3600=  450. Looping...
main(): c_diff % 600=  460. c_diff % 3600=  460. Looping...
main(): c_diff % 600=  470. c_diff % 3600=  470. Looping...
main(): c_diff % 600=  480. c_diff % 3600=  480. Looping...
main(): c_diff % 600=  490. c_diff % 3600=  490. Looping...
main(): c_diff % 600=  500. c_diff % 3600=  500. Looping...
main(): c_diff % 600=  510. c_diff % 3600=  510. Looping...
main(): c_diff % 600=  520. c_diff % 3600=  520. Looping...
main(): c_diff % 600=  530. c_diff % 3600=  530. Looping...
main(): c_diff % 600=  540. c_diff % 3600=  540. Looping...
main(): c_diff % 600=  550. c_diff % 3600=  550. Looping...
main(): c_diff % 600=  560. c_diff % 3600=  560. Looping...
main(): c_diff % 600=  570. c_diff % 3600=  570. Looping...
main(): c_diff % 600=  580. c_diff % 3600=  580. Looping...
main(): c_diff % 600=  590. c_diff % 3600=  590. Looping...
main(): c_diff % 600=    0. c_diff % 3600=  600. Looping...
main(): c_diff % 600=   10. c_diff % 3600=  610. Looping...
main(): c_diff % 600=   20. c_diff % 3600=  620. Looping...
main(): c_diff % 600=   30. c_diff % 3600=  630. Looping...
main(): c_diff % 600=   40. c_diff % 3600=  640. Looping...
main(): c_diff % 600=   50. c_diff % 3600=  650. Looping...
main(): c_diff % 600=   60. c_diff % 3600=  660. Looping...
main(): c_diff % 600=   70. c_diff % 3600=  670. Looping...
main(): c_diff % 600=   80. c_diff % 3600=  680. Looping...
main(): c_diff % 600=   90. c_diff % 3600=  690. Looping...
main(): c_diff % 600=  100. c_diff % 3600=  700. Looping...
main(): c_diff % 600=  110. c_diff % 3600=  710. Looping...
main(): c_diff % 600=  120. c_diff % 3600=  720. Looping...
main(): c_diff % 600=  130. c_diff % 3600=  730. Looping...
main(): c_diff % 600=  140. c_diff % 3600=  740. Looping...
main(): c_diff % 600=  150. c_diff % 3600=  750. Looping...
main(): c_diff % 600=  160. c_diff % 3600=  760. Looping...
main(): c_diff % 600=  170. c_diff % 3600=  770. Looping...
main(): c_diff % 600=  180. c_diff % 3600=  780. Looping...
main(): c_diff % 600=  190. c_diff % 3600=  790. Looping...
main(): c_diff % 600=  200. c_diff % 3600=  800. Looping...
main(): c_diff % 600=  210. c_diff % 3600=  810. Looping...
main(): c_diff % 600=  220. c_diff % 3600=  820. Looping...
main(): c_diff % 600=  230. c_diff % 3600=  830. Looping...
main(): c_diff % 600=  240. c_diff % 3600=  840. Looping...
main(): c_diff % 600=  250. c_diff % 3600=  850. Looping...
main(): c_diff % 600=  260. c_diff % 3600=  860. Looping...
main(): c_diff % 600=  270. c_diff % 3600=  870. Looping...
main(): c_diff % 600=  280. c_diff % 3600=  880. Looping...
main(): c_diff % 600=  290. c_diff % 3600=  890. Looping...
main(): c_diff % 600=  300. c_diff % 3600=  900. Looping...
main(): c_diff % 600=  310. c_diff % 3600=  910. Looping...
main(): c_diff % 600=  320. c_diff % 3600=  920. Looping...
main(): c_diff % 600=  330. c_diff % 3600=  930. Looping...
main(): c_diff % 600=  340. c_diff % 3600=  940. Looping...
main(): c_diff % 600=  350. c_diff % 3600=  950. Looping...
main(): c_diff % 600=  360. c_diff % 3600=  960. Looping...
main(): c_diff % 600=  370. c_diff % 3600=  970. Looping...
main(): c_diff % 600=  380. c_diff % 3600=  980. Looping...
main(): c_diff % 600=  390. c_diff % 3600=  990. Looping...
main(): c_diff % 600=  400. c_diff % 3600= 1000. Looping...
main(): c_diff % 600=  410. c_diff % 3600= 1010. Looping...
main(): c_diff % 600=  420. c_diff % 3600= 1020. Looping...
main(): c_diff % 600=  430. c_diff % 3600= 1030. Looping...
main(): c_diff % 600=  440. c_diff % 3600= 1040. Looping...
main(): c_diff % 600=  450. c_diff % 3600= 1050. Looping...
main(): c_diff % 600=  460. c_diff % 3600= 1060. Looping...
main(): c_diff % 600=  470. c_diff % 3600= 1070. Looping...
main(): c_diff % 600=  480. c_diff % 3600= 1080. Looping...
main(): c_diff % 600=  490. c_diff % 3600= 1090. Looping...
main(): c_diff % 600=  500. c_diff % 3600= 1100. Looping...
main(): c_diff % 600=  510. c_diff % 3600= 1110. Looping...
main(): c_diff % 600=  520. c_diff % 3600= 1120. Looping...
main(): c_diff % 600=  530. c_diff % 3600= 1130. Looping...
main(): c_diff % 600=  540. c_diff % 3600= 1140. Looping...
main(): c_diff % 600=  550. c_diff % 3600= 1150. Looping...
main(): c_diff % 600=  560. c_diff % 3600= 1160. Looping...
main(): c_diff % 600=  570. c_diff % 3600= 1170. Looping...
main(): c_diff % 600=  580. c_diff % 3600= 1180. Looping...
main(): c_diff % 600=  590. c_diff % 3600= 1190. Looping...
main(): c_diff % 600=    0. c_diff % 3600= 1200. Looping...
main(): c_diff % 600=   10. c_diff % 3600= 1210. Looping...
main(): c_diff % 600=   20. c_diff % 3600= 1220. Looping...
main(): c_diff % 600=   30. c_diff % 3600= 1230. Looping...
main(): c_diff % 600=   40. c_diff % 3600= 1240. Looping...
main(): c_diff % 600=   50. c_diff % 3600= 1250. Looping...
main(): c_diff % 600=   60. c_diff % 3600= 1260. Looping...
main(): c_diff % 600=   70. c_diff % 3600= 1270. Looping...
main(): c_diff % 600=   80. c_diff % 3600= 1280. Looping...
main(): c_diff % 600=   90. c_diff % 3600= 1290. Looping...
main(): c_diff % 600=  100. c_diff % 3600= 1300. Looping...
main(): c_diff % 600=  110. c_diff % 3600= 1310. Looping...
main(): c_diff % 600=  120. c_diff % 3600= 1320. Looping...
main(): c_diff % 600=  130. c_diff % 3600= 1330. Looping...
main(): c_diff % 600=  140. c_diff % 3600= 1340. Looping...
main(): c_diff % 600=  150. c_diff % 3600= 1350. Looping...
main(): c_diff % 600=  160. c_diff % 3600= 1360. Looping...
main(): c_diff % 600=  170. c_diff % 3600= 1370. Looping...
main(): c_diff % 600=  180. c_diff % 3600= 1380. Looping...
main(): c_diff % 600=  190. c_diff % 3600= 1390. Looping...
main(): c_diff % 600=  200. c_diff % 3600= 1400. Looping...
main(): c_diff % 600=  210. c_diff % 3600= 1410. Looping...
main(): c_diff % 600=  220. c_diff % 3600= 1420. Looping...
main(): c_diff % 600=  230. c_diff % 3600= 1430. Looping...
main(): c_diff % 600=  240. c_diff % 3600= 1440. Looping...
main(): c_diff % 600=  250. c_diff % 3600= 1450. Looping...
main(): c_diff % 600=  260. c_diff % 3600= 1460. Looping...
main(): c_diff % 600=  270. c_diff % 3600= 1470. Looping...
main(): c_diff % 600=  280. c_diff % 3600= 1480. Looping...
main(): c_diff % 600=  290. c_diff % 3600= 1490. Looping...
main(): c_diff % 600=  300. c_diff % 3600= 1500. Looping...
main(): c_diff % 600=  310. c_diff % 3600= 1510. Looping...
main(): c_diff % 600=  320. c_diff % 3600= 1520. Looping...
main(): c_diff % 600=  330. c_diff % 3600= 1530. Looping...
main(): c_diff % 600=  340. c_diff % 3600= 1540. Looping...
main(): c_diff % 600=  350. c_diff % 3600= 1550. Looping...
main(): c_diff % 600=  360. c_diff % 3600= 1560. Looping...
main(): c_diff % 600=  370. c_diff % 3600= 1570. Looping...
main(): c_diff % 600=  380. c_diff % 3600= 1580. Looping...
main(): c_diff % 600=  390. c_diff % 3600= 1590. Looping...
main(): c_diff % 600=  400. c_diff % 3600= 1600. Looping...
main(): c_diff % 600=  410. c_diff % 3600= 1610. Looping...
main(): c_diff % 600=  420. c_diff % 3600= 1620. Looping...
main(): c_diff % 600=  430. c_diff % 3600= 1630. Looping...
main(): c_diff % 600=  440. c_diff % 3600= 1640. Looping...
main(): c_diff % 600=  450. c_diff % 3600= 1650. Looping...
main(): c_diff % 600=  460. c_diff % 3600= 1660. Looping...
main(): c_diff % 600=  470. c_diff % 3600= 1670. Looping...
main(): c_diff % 600=  480. c_diff % 3600= 1680. Looping...
main(): c_diff % 600=  490. c_diff % 3600= 1690. Looping...
main(): c_diff % 600=  500. c_diff % 3600= 1700. Looping...
main(): c_diff % 600=  510. c_diff % 3600= 1710. Looping...
main(): c_diff % 600=  520. c_diff % 3600= 1720. Looping...
main(): c_diff % 600=  530. c_diff % 3600= 1730. Looping...
main(): c_diff % 600=  540. c_diff % 3600= 1740. Looping...
main(): c_diff % 600=  550. c_diff % 3600= 1750. Looping...
main(): c_diff % 600=  560. c_diff % 3600= 1760. Looping...
main(): c_diff % 600=  570. c_diff % 3600= 1770. Looping...
main(): c_diff % 600=  580. c_diff % 3600= 1780. Looping...
main(): c_diff % 600=  590. c_diff % 3600= 1790. Looping...
main(): c_diff % 600=    0. c_diff % 3600= 1800. Looping...
main(): c_diff % 600=   10. c_diff % 3600= 1810. Looping...
main(): c_diff % 600=   20. c_diff % 3600= 1820. Looping...
main(): c_diff % 600=   30. c_diff % 3600= 1830. Looping...
main(): c_diff % 600=   40. c_diff % 3600= 1840. Looping...
main(): c_diff % 600=   50. c_diff % 3600= 1850. Looping...
main(): c_diff % 600=   60. c_diff % 3600= 1860. Looping...
main(): c_diff % 600=   70. c_diff % 3600= 1870. Looping...
main(): c_diff % 600=   80. c_diff % 3600= 1880. Looping...
main(): c_diff % 600=   90. c_diff % 3600= 1890. Looping...
main(): c_diff % 600=  100. c_diff % 3600= 1900. Looping...
main(): c_diff % 600=  110. c_diff % 3600= 1910. Looping...
main(): c_diff % 600=  120. c_diff % 3600= 1920. Looping...
main(): c_diff % 600=  130. c_diff % 3600= 1930. Looping...
main(): c_diff % 600=  140. c_diff % 3600= 1940. Looping...
main(): c_diff % 600=  150. c_diff % 3600= 1950. Looping...
main(): c_diff % 600=  160. c_diff % 3600= 1960. Looping...
main(): c_diff % 600=  170. c_diff % 3600= 1970. Looping...
main(): c_diff % 600=  180. c_diff % 3600= 1980. Looping...
main(): c_diff % 600=  190. c_diff % 3600= 1990. Looping...
main(): c_diff % 600=  200. c_diff % 3600= 2000. Looping...
main(): c_diff % 600=  210. c_diff % 3600= 2010. Looping...
main(): c_diff % 600=  220. c_diff % 3600= 2020. Looping...
main(): c_diff % 600=  230. c_diff % 3600= 2030. Looping...
main(): c_diff % 600=  240. c_diff % 3600= 2040. Looping...
main(): c_diff % 600=  250. c_diff % 3600= 2050. Looping...
main(): c_diff % 600=  260. c_diff % 3600= 2060. Looping...
main(): c_diff % 600=  270. c_diff % 3600= 2070. Looping...
main(): c_diff % 600=  280. c_diff % 3600= 2080. Looping...
main(): c_diff % 600=  290. c_diff % 3600= 2090. Looping...
main(): c_diff % 600=  300. c_diff % 3600= 2100. Looping...
main(): c_diff % 600=  310. c_diff % 3600= 2110. Looping...
main(): c_diff % 600=  320. c_diff % 3600= 2120. Looping...
main(): c_diff % 600=  330. c_diff % 3600= 2130. Looping...
main(): c_diff % 600=  340. c_diff % 3600= 2140. Looping...
main(): c_diff % 600=  350. c_diff % 3600= 2150. Looping...
main(): c_diff % 600=  360. c_diff % 3600= 2160. Looping...
main(): c_diff % 600=  370. c_diff % 3600= 2170. Looping...
main(): c_diff % 600=  380. c_diff % 3600= 2180. Looping...
main(): c_diff % 600=  390. c_diff % 3600= 2190. Looping...
main(): c_diff % 600=  400. c_diff % 3600= 2200. Looping...
main(): c_diff % 600=  410. c_diff % 3600= 2210. Looping...
main(): c_diff % 600=  420. c_diff % 3600= 2220. Looping...
main(): c_diff % 600=  430. c_diff % 3600= 2230. Looping...
main(): c_diff % 600=  440. c_diff % 3600= 2240. Looping...
main(): c_diff % 600=  450. c_diff % 3600= 2250. Looping...
main(): c_diff % 600=  460. c_diff % 3600= 2260. Looping...
main(): c_diff % 600=  470. c_diff % 3600= 2270. Looping...
main(): c_diff % 600=  480. c_diff % 3600= 2280. Looping...
main(): c_diff % 600=  490. c_diff % 3600= 2290. Looping...
main(): c_diff % 600=  500. c_diff % 3600= 2300. Looping...
main(): c_diff % 600=  510. c_diff % 3600= 2310. Looping...
main(): c_diff % 600=  520. c_diff % 3600= 2320. Looping...
main(): c_diff % 600=  530. c_diff % 3600= 2330. Looping...
main(): c_diff % 600=  540. c_diff % 3600= 2340. Looping...
main(): c_diff % 600=  550. c_diff % 3600= 2350. Looping...
main(): c_diff % 600=  560. c_diff % 3600= 2360. Looping...
main(): c_diff % 600=  570. c_diff % 3600= 2370. Looping...
main(): c_diff % 600=  580. c_diff % 3600= 2380. Looping...
main(): c_diff % 600=  590. c_diff % 3600= 2390. Looping...
main(): c_diff % 600=    0. c_diff % 3600= 2400. Looping...
main(): c_diff % 600=   10. c_diff % 3600= 2410. Looping...
main(): c_diff % 600=   20. c_diff % 3600= 2420. Looping...
main(): c_diff % 600=   30. c_diff % 3600= 2430. Looping...
main(): c_diff % 600=   40. c_diff % 3600= 2440. Looping...
main(): c_diff % 600=   50. c_diff % 3600= 2450. Looping...
main(): c_diff % 600=   60. c_diff % 3600= 2460. Looping...
main(): c_diff % 600=   70. c_diff % 3600= 2470. Looping...
main(): c_diff % 600=   80. c_diff % 3600= 2480. Looping...
main(): c_diff % 600=   90. c_diff % 3600= 2490. Looping...
main(): c_diff % 600=  100. c_diff % 3600= 2500. Looping...
main(): c_diff % 600=  110. c_diff % 3600= 2510. Looping...
main(): c_diff % 600=  120. c_diff % 3600= 2520. Looping...
main(): c_diff % 600=  130. c_diff % 3600= 2530. Looping...
main(): c_diff % 600=  140. c_diff % 3600= 2540. Looping...
main(): c_diff % 600=  150. c_diff % 3600= 2550. Looping...
main(): c_diff % 600=  160. c_diff % 3600= 2560. Looping...
main(): c_diff % 600=  170. c_diff % 3600= 2570. Looping...
main(): c_diff % 600=  180. c_diff % 3600= 2580. Looping...
main(): c_diff % 600=  190. c_diff % 3600= 2590. Looping...
main(): c_diff % 600=  200. c_diff % 3600= 2600. Looping...
main(): c_diff % 600=  210. c_diff % 3600= 2610. Looping...
main(): c_diff % 600=  220. c_diff % 3600= 2620. Looping...
main(): c_diff % 600=  230. c_diff % 3600= 2630. Looping...
main(): c_diff % 600=  240. c_diff % 3600= 2640. Looping...
main(): c_diff % 600=  250. c_diff % 3600= 2650. Looping...
main(): c_diff % 600=  260. c_diff % 3600= 2660. Looping...
main(): c_diff % 600=  270. c_diff % 3600= 2670. Looping...
main(): c_diff % 600=  280. c_diff % 3600= 2680. Looping...
main(): c_diff % 600=  290. c_diff % 3600= 2690. Looping...
main(): c_diff % 600=  300. c_diff % 3600= 2700. Looping...
main(): c_diff % 600=  310. c_diff % 3600= 2710. Looping...
main(): c_diff % 600=  320. c_diff % 3600= 2720. Looping...
main(): c_diff % 600=  330. c_diff % 3600= 2730. Looping...
main(): c_diff % 600=  340. c_diff % 3600= 2740. Looping...
main(): c_diff % 600=  350. c_diff % 3600= 2750. Looping...
main(): c_diff % 600=  360. c_diff % 3600= 2760. Looping...
main(): c_diff % 600=  370. c_diff % 3600= 2770. Looping...
main(): c_diff % 600=  380. c_diff % 3600= 2780. Looping...
main(): c_diff % 600=  390. c_diff % 3600= 2790. Looping...
main(): c_diff % 600=  400. c_diff % 3600= 2800. Looping...
main(): c_diff % 600=  410. c_diff % 3600= 2810. Looping...
main(): c_diff % 600=  420. c_diff % 3600= 2820. Looping...
main(): c_diff % 600=  430. c_diff % 3600= 2830. Looping...
main(): c_diff % 600=  440. c_diff % 3600= 2840. Looping...
main(): c_diff % 600=  450. c_diff % 3600= 2850. Looping...
main(): c_diff % 600=  460. c_diff % 3600= 2860. Looping...
main(): c_diff % 600=  470. c_diff % 3600= 2870. Looping...
main(): c_diff % 600=  480. c_diff % 3600= 2880. Looping...
main(): c_diff % 600=  490. c_diff % 3600= 2890. Looping...
main(): c_diff % 600=  500. c_diff % 3600= 2900. Looping...
main(): c_diff % 600=  510. c_diff % 3600= 2910. Looping...
main(): c_diff % 600=  520. c_diff % 3600= 2920. Looping...
main(): c_diff % 600=  530. c_diff % 3600= 2930. Looping...
main(): c_diff % 600=  540. c_diff % 3600= 2940. Looping...
main(): c_diff % 600=  550. c_diff % 3600= 2950. Looping...
main(): c_diff % 600=  560. c_diff % 3600= 2960. Looping...
main(): c_diff % 600=  570. c_diff % 3600= 2970. Looping...
main(): c_diff % 600=  580. c_diff % 3600= 2980. Looping...
main(): c_diff % 600=  590. c_diff % 3600= 2990. Looping...
main(): c_diff % 600=    0. c_diff % 3600= 3000. Looping...
main(): c_diff % 600=   10. c_diff % 3600= 3010. Looping...
main(): c_diff % 600=   20. c_diff % 3600= 3020. Looping...
main(): c_diff % 600=   30. c_diff % 3600= 3030. Looping...
main(): c_diff % 600=   40. c_diff % 3600= 3040. Looping...
main(): c_diff % 600=   50. c_diff % 3600= 3050. Looping...
main(): c_diff % 600=   60. c_diff % 3600= 3060. Looping...
main(): c_diff % 600=   70. c_diff % 3600= 3070. Looping...
main(): c_diff % 600=   80. c_diff % 3600= 3080. Looping...
main(): c_diff % 600=   90. c_diff % 3600= 3090. Looping...
main(): c_diff % 600=  100. c_diff % 3600= 3100. Looping...
main(): c_diff % 600=  110. c_diff % 3600= 3110. Looping...
main(): c_diff % 600=  120. c_diff % 3600= 3120. Looping...
main(): c_diff % 600=  130. c_diff % 3600= 3130. Looping...
main(): c_diff % 600=  140. c_diff % 3600= 3140. Looping...
main(): c_diff % 600=  150. c_diff % 3600= 3150. Looping...
main(): c_diff % 600=  160. c_diff % 3600= 3160. Looping...
main(): c_diff % 600=  170. c_diff % 3600= 3170. Looping...
main(): c_diff % 600=  180. c_diff % 3600= 3180. Looping...
main(): c_diff % 600=  190. c_diff % 3600= 3190. Looping...
main(): c_diff % 600=  200. c_diff % 3600= 3200. Looping...
main(): c_diff % 600=  210. c_diff % 3600= 3210. Looping...
main(): c_diff % 600=  220. c_diff % 3600= 3220. Looping...
main(): c_diff % 600=  230. c_diff % 3600= 3230. Looping...
main(): c_diff % 600=  240. c_diff % 3600= 3240. Looping...
main(): c_diff % 600=  250. c_diff % 3600= 3250. Looping...
main(): c_diff % 600=  260. c_diff % 3600= 3260. Looping...
main(): c_diff % 600=  270. c_diff % 3600= 3270. Looping...
main(): c_diff % 600=  280. c_diff % 3600= 3280. Looping...
main(): c_diff % 600=  290. c_diff % 3600= 3290. Looping...
main(): c_diff % 600=  300. c_diff % 3600= 3300. Looping...
main(): c_diff % 600=  310. c_diff % 3600= 3310. Looping...
main(): c_diff % 600=  320. c_diff % 3600= 3320. Looping...
main(): c_diff % 600=  330. c_diff % 3600= 3330. Looping...
main(): c_diff % 600=  340. c_diff % 3600= 3340. Looping...
main(): c_diff % 600=  350. c_diff % 3600= 3350. Looping...
main(): c_diff % 600=  360. c_diff % 3600= 3360. Looping...
main(): c_diff % 600=  370. c_diff % 3600= 3370. Looping...
main(): c_diff % 600=  380. c_diff % 3600= 3380. Looping...
main(): c_diff % 600=  390. c_diff % 3600= 3390. Looping...
main(): c_diff % 600=  400. c_diff % 3600= 3400. Looping...
main(): c_diff % 600=  410. c_diff % 3600= 3410. Looping...
main(): c_diff % 600=  420. c_diff % 3600= 3420. Looping...
main(): c_diff % 600=  430. c_diff % 3600= 3430. Looping...
main(): c_diff % 600=  440. c_diff % 3600= 3440. Looping...
main(): c_diff % 600=  450. c_diff % 3600= 3450. Looping...
main(): c_diff % 600=  460. c_diff % 3600= 3460. Looping...
main(): c_diff % 600=  470. c_diff % 3600= 3470. Looping...
main(): c_diff % 600=  480. c_diff % 3600= 3480. Looping...
main(): c_diff % 600=  490. c_diff % 3600= 3490. Looping...
main(): c_diff % 600=  500. c_diff % 3600= 3500. Looping...
main(): c_diff % 600=  510. c_diff % 3600= 3510. Looping...
main(): c_diff % 600=  520. c_diff % 3600= 3520. Looping...
main(): c_diff % 600=  530. c_diff % 3600= 3530. Looping...
main(): c_diff % 600=  540. c_diff % 3600= 3540. Looping...
main(): c_diff % 600=  550. c_diff % 3600= 3550. Looping...
main(): c_diff % 600=  560. c_diff % 3600= 3560. Looping...
main(): c_diff % 600=  570. c_diff % 3600= 3570. Looping...
main(): c_diff % 600=  580. c_diff % 3600= 3580. Looping...
main(): c_diff % 600=  590. c_diff % 3600= 3590. Looping...
dt_fm_rtc(): dts= 2024-04-01T01:18:16Z
Retrieving data...
send_to_pushingbox(): response.status_code= 200 (= OK)
set_INT_RTC(): Internal (SYS) RTC is set from NTP service datetime stamp:
set_INT_RTC(): 4/01/2024
set_INT_RTC(): 01:18:26 weekday: Monday
set_INT_RTC(): Note that NTP weekday starts with 0
main(): c_diff % 600=   20. c_diff % 3600=   20. Looping...
main(): c_diff % 600=   30. c_diff % 3600=   30. Looping...
main(): c_diff % 600=   40. c_diff % 3600=   40. Looping...

[...]

Etcetera...


## settings.toml
CIRCUITPY_WIFI_SSID="<Your SSID>"
CIRCUITPY_WIFI_PASSWORD="<Your PASSWORD"
ADAFRUIT_IO_USERNAME = "<Your Adafruit IO Username>"   # Not needed for example 2
ADAFRUIT_IO_KEY = "<Your Adafruit IO Key>"  # Not needed for example 2
timezone= "Europe/Lisbon" # http://worldtimeapi.org/timezones
TZ_OFFSET= "1"  # Hours
COUNTRY="PRT"
STATE=""
PUSHING_BOX_DEVID= "<Your Pushingbox.com DEVID>"
MY_DEBUG = "1"
USE_LEDS = "1"
USE_SOUND = "1"
WAIT_FOR_ZERO_SEC = "1" # line-up time
INTERVAL_SECONDS = "3600" # 1 hour  - set for a multiple of 60

## TempHumAHT20_fm_MAGTAG
Spreadsheet in: https://docs.google.com/spreadsheets/d/<name>/edit#gid=0
Columns:
A: Date_Time
B: Temperature
C: Humidity
D: Data recvd in this sheet at (local)
E: Year    (formula: =LEFT($A764;4) )
F: Month   (formula: =MID($A764;6;2) )
G: Day     (formula: =MID($A764;FIND("T";$A764)-2;2) )
H: Time    (formula: =MID($A764;FIND("T";$A764)+1;9) )
I: Temp conv & rounded (formula: =MROUND(SUBSTITUTE(SUBSTITUTE(RIGHT($B764;LEN($B764));",";"");".";",");0,005) )
J: Humidity conv & rounded (formula: =MROUND(SUBSTITUTE(SUBSTITUTE(RIGHT($C764;LEN($C764));",";"");".";",");0,005) )
K: Notes
	There are 2 examples of code.py in this DataToGoogle_MAGTAG Gist:
	1) The CircuitPython script, "code_using_aio.py" (rename it to "code.py"), uses the following CircuitPython (V9) library files:
	- adafruit_bitmap_font;
	- adafruit_io;
	- adafruit_magtag;
	- adafruit_minimqtt;
	- adafruit_ahtx0.mpy;
	- simpleio.mpy.

	2) The CircuitPython script, "code_using_adafruit_ntp.py" (rename it to "code.py").
	For this script, beside the modules used in example 1), we need also the modules:
	socketpool;
	adafruit_ntp;
	and my own module: dst_prt (see below in this Gist).
	/*
	* -----------------------------------------------
	* Originally published by Mogsdad@Stackoverflow
	* Modified for jarkomdityaz.appspot.com
	* Adapted for use on an Arduino Nano RP2040 Connect.
	* 2022-08-01 adapted for use on an Adafruit MAGTAG datetime script by @Paulskpt Github.
	* -----------------------------------------------
	*
	* GET request query:
	* https://script.google.com/macros/s/<id>/exec/?date=$date&temp=temp&hum=hum$*
	*
	* Link to shared spreadsheet. Everyone with this link can edit the sheet:
	* https://docs.google.com/spreadsheets/d/<id>/edit?usp=sharing
	*
	* 2024-03-24: Renamed copy of original spreadsheet. New name: "TempHumAHT20_fm_MAGTAG"
	* https://docs.google.com/spreadsheets/d/<id>/edit#gid=0
	*
	* Example to test this script:
	* https://script.google.com/macros/s/<id>/dev/dev?date="2022-08-09T19:54:06Z"&temp=28.0878&hum=53.8874
	*
	*
	* Example with value:
	* https://script.google.com/macros/s/<id>/exec?date="2022-08-09T19:54:06Z"&temp=28.0878&hum=53.8874
	*
	*
	* Using spreadsheet API
	*
	*/


	function doGet(e) {

	// Example of received data string: "date=\"2022-08-09T19:54:06Z\"&temp=28.0878&hum=53.8874";

	Logger.log( JSON.stringify(e) ); // view parameters

	var result = 'Ok'; // assume success

	if (e.parameter == undefined) {
	result = 'No Parameters';
	}
	else
	{ // Spreadsheet filename: TempHumAHT20_fm_MAGTAG
	var id = '<spreadsheet_id>' // Spreadsheet ID

	var sheet = SpreadsheetApp.openById(id).getActiveSheet();
	var newRow = sheet.getLastRow() + 1;
	var rowData = [];

	for (var param in e.parameter)
	{
	Logger.log('In for loop, param='+param);
	var value = stripQuotes(e.parameter[param]);
	Logger.log(param + ':' + e.parameter[param]);
	Logger.log("value (stripped)= "); // +value.toString);
	Logger.log(value);
	switch (param)
	{
	case 'date': // column_A Date (updated_at) e.g.: 2022-08-09T02:05:27Z
	rowData[0] = value;
	break;
	case 'temp': // column_B Temperature
	rowData[1] = value;
	break;
	case 'hum': // column_C Humidity
	rowData[2] = value;
	break;
	default:
	result = "unsupported parameter";
	}
	}
	rowData.push(new Date()); // Add the datetime of execution of this macro
	Logger.log(JSON.stringify(rowData));
	// Write new row below
	var newRange = sheet.getRange(newRow, 1, 1, rowData.length);
	newRange.setValues([rowData]);
	}

	// Return result of operation
	return ContentService.createTextOutput(result);
	}

	/**
	* Remove leading and trailing single or double quotes
	*/
	function stripQuotes( value ) {
	return value.replace(/^["']\|['"]$/g, "");
	}
	# Only used in example 2
	# See: https://www.epochconverter.com/
	# Values are for timezone Europe/Portugal
	dst = {
	2024:(1711846800, 1729994400), # 2024-03-31 01:00:00 / 2024-10-27 02:00:00
	2025:(1743296400, 1761444000), # 2025 03-30 01:00:00 / 2025-10-28 02:00:00
	2026:(1774746000, 1792893600), # 2026-03-29 01:00:00 / 2026-10-25 02:00:00
	2027:(1806195600, 1824948000), # 2027-03-28 01:00:00 / 2027-10-31 02:00:00
	2028:(1837645200, 1856397600), # 2028-03-26 01:00:00 / 2028-10-29 02:00:00
	2029:(1869094800, 1887847200), # 2029-03-25 01:00:00 / 2029-10-28 02:00:00
	2030:(1901149200, 1919296800), # 2030-03-31 01:00:00 / 2030-10-27 02:00:00
	2031:(1932598800, 1950746400), # 2031-03-30 01:00:00 / 2031-10-26 02:00:00
	}
	Saturday 2024-03-23 18h22 utc
	Board: Adafruit MagTag
	connected to STEMMA_QT connector: Adafruit AHT20 temperature & humidity sensor

	Board flashed with:
	Adafruit CircuitPython 9.0.0 on 2024-03-19; Adafruit MagTag with ESP32S2

	IDE: mu-editor V1.2.0

	REPL Output:



	soft reboot

	Auto-reload is on. Simply save files over USB to run them or enter REPL to disable.
	code.py uitvoer:
	setup(): Display height= 127, width= 295
	setup(): Connecting to AP _____________
	setup(): Connected to _______________
	setup(): My IP address is 192.168.x.xxx
	setup(): Ping google.com: 0.014 ms
	get_time_fm_aio(): Fetching date and time from: "https://io.adafruit.com/api/v2/..."
	Connecting to AP ______________
	Retrieving data...
	----------------------------------------
	get_time_fm_aio(): response.text= 2024-03-23 18:22:41.667 083 6 +0000 UTC
	----------------------------------------
	curr_date: 2024-03-23, curr_time: 18:22:41
	get_time_fm_aio(): dst= -1
	get_time_fm_aio(): response.text.split= ['2024-03-23', '18:22:41.667', '083', '6', '+0000', 'UTC']
	get_time_fm_aio(): Waiting for time.localtime seconds reaching 0 ...
	main(): c_diff % 300= 0. c_diff % 1800= 0. Looping...
	get_th_direct(): updated_at: 2024-03-23T18:22:41Z
	get_th_direct(): Temperature: 25.1592
	get_th_direct(): Humidity: 53.797
	send_to_pushingbox(): tmp_s= '25.1592', tmp= 25.1592, tmp_old= 25.1592
	send_to_pushingbox(): hum_s= '53.797', hum= 53.797, hum_old= 53.797
	send_to_pushingbox(): 2024-03-23T18:22:41Z. Sending Data message nr: 1 to middle-man server...
	send_to_pushingbox(): Going to send:
	"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:22:41Z"&temp=25.1592&hum=53.797"
	send_to_pushingbox(): Data Sent
	Retrieving data...
	send_to_pushingbox(): response.status_code= 200 (= OK)
	main(): c_diff % 300= 10. c_diff % 1800= 10. Looping...
	main(): c_diff % 300= 20. c_diff % 1800= 20. Looping...
	main(): c_diff % 300= 30. c_diff % 1800= 30. Looping...
	main(): c_diff % 300= 40. c_diff % 1800= 40. Looping...
	main(): c_diff % 300= 50. c_diff % 1800= 50. Looping...
	main(): c_diff % 300= 60. c_diff % 1800= 60. Looping...
	main(): c_diff % 300= 70. c_diff % 1800= 70. Looping...
	main(): c_diff % 300= 80. c_diff % 1800= 80. Looping...
	main(): c_diff % 300= 90. c_diff % 1800= 90. Looping...
	main(): c_diff % 300= 100. c_diff % 1800= 100. Looping...
	main(): c_diff % 300= 110. c_diff % 1800= 110. Looping...
	main(): c_diff % 300= 120. c_diff % 1800= 120. Looping...
	main(): c_diff % 300= 130. c_diff % 1800= 130. Looping...
	main(): c_diff % 300= 140. c_diff % 1800= 140. Looping...
	main(): c_diff % 300= 150. c_diff % 1800= 150. Looping...
	main(): c_diff % 300= 160. c_diff % 1800= 160. Looping...
	main(): c_diff % 300= 170. c_diff % 1800= 170. Looping...
	main(): c_diff % 300= 180. c_diff % 1800= 180. Looping...
	main(): c_diff % 300= 190. c_diff % 1800= 190. Looping...
	main(): c_diff % 300= 200. c_diff % 1800= 200. Looping...
	main(): c_diff % 300= 210. c_diff % 1800= 210. Looping...
	main(): c_diff % 300= 220. c_diff % 1800= 220. Looping...
	main(): c_diff % 300= 230. c_diff % 1800= 230. Looping...
	main(): c_diff % 300= 240. c_diff % 1800= 240. Looping...
	main(): c_diff % 300= 250. c_diff % 1800= 250. Looping...
	main(): c_diff % 300= 260. c_diff % 1800= 260. Looping...
	main(): c_diff % 300= 270. c_diff % 1800= 270. Looping...
	main(): c_diff % 300= 280. c_diff % 1800= 280. Looping...
	main(): c_diff % 300= 290. c_diff % 1800= 290. Looping...
	get_th_direct(): updated_at: 2024-03-23T18:27:31Z
	get_th_direct(): Temperature: 25.0925
	get_th_direct(): Humidity: 53.6681
	send_to_pushingbox(): tmp_s= '25.0925', tmp= 25.0925, tmp_old= 25.0925
	send_to_pushingbox(): hum_s= '53.6681', hum= 53.6681, hum_old= 53.6681
	send_to_pushingbox(): 2024-03-23T18:27:31Z. Sending Data message nr: 2 to middle-man server...
	send_to_pushingbox(): Going to send:
	"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:27:31Z"&temp=25.0925&hum=53.6681"
	send_to_pushingbox(): Data Sent
	Retrieving data...
	send_to_pushingbox(): response.status_code= 200 (= OK)
	main(): c_diff % 300= 0. c_diff % 1800= 300. Looping...
	main(): c_diff % 300= 10. c_diff % 1800= 310. Looping...
	main(): c_diff % 300= 20. c_diff % 1800= 320. Looping...
	main(): c_diff % 300= 30. c_diff % 1800= 330. Looping...
	main(): c_diff % 300= 40. c_diff % 1800= 340. Looping...
	main(): c_diff % 300= 50. c_diff % 1800= 350. Looping...
	main(): c_diff % 300= 60. c_diff % 1800= 360. Looping...
	main(): c_diff % 300= 70. c_diff % 1800= 370. Looping...
	main(): c_diff % 300= 80. c_diff % 1800= 380. Looping...
	main(): c_diff % 300= 90. c_diff % 1800= 390. Looping...
	main(): c_diff % 300= 100. c_diff % 1800= 400. Looping...
	main(): c_diff % 300= 110. c_diff % 1800= 410. Looping...
	main(): c_diff % 300= 120. c_diff % 1800= 420. Looping...
	main(): c_diff % 300= 130. c_diff % 1800= 430. Looping...
	main(): c_diff % 300= 140. c_diff % 1800= 440. Looping...
	main(): c_diff % 300= 150. c_diff % 1800= 450. Looping...
	main(): c_diff % 300= 160. c_diff % 1800= 460. Looping...
	main(): c_diff % 300= 170. c_diff % 1800= 470. Looping...
	main(): c_diff % 300= 180. c_diff % 1800= 480. Looping...
	main(): c_diff % 300= 190. c_diff % 1800= 490. Looping...
	main(): c_diff % 300= 200. c_diff % 1800= 500. Looping...
	main(): c_diff % 300= 210. c_diff % 1800= 510. Looping...
	main(): c_diff % 300= 220. c_diff % 1800= 520. Looping...
	main(): c_diff % 300= 230. c_diff % 1800= 530. Looping...
	main(): c_diff % 300= 240. c_diff % 1800= 540. Looping...
	main(): c_diff % 300= 250. c_diff % 1800= 550. Looping...
	main(): c_diff % 300= 260. c_diff % 1800= 560. Looping...
	main(): c_diff % 300= 270. c_diff % 1800= 570. Looping...
	main(): c_diff % 300= 280. c_diff % 1800= 580. Looping...
	main(): c_diff % 300= 290. c_diff % 1800= 590. Looping...
	get_th_direct(): updated_at: 2024-03-23T18:32:31Z
	get_th_direct(): Temperature: 25.1354
	get_th_direct(): Humidity: 53.1785
	send_to_pushingbox(): tmp_s= '25.1354', tmp= 25.1354, tmp_old= 25.1354
	send_to_pushingbox(): hum_s= '53.1785', hum= 53.1785, hum_old= 53.1785
	send_to_pushingbox(): 2024-03-23T18:32:31Z. Sending Data message nr: 3 to middle-man server...
	send_to_pushingbox(): Going to send:
	"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:32:31Z"&temp=25.1354&hum=53.1785"
	send_to_pushingbox(): Data Sent
	Retrieving data...
	send_to_pushingbox(): response.status_code= 200 (= OK)
	main(): c_diff % 300= 0. c_diff % 1800= 600. Looping...
	main(): c_diff % 300= 10. c_diff % 1800= 610. Looping...
	main(): c_diff % 300= 20. c_diff % 1800= 620. Looping...
	main(): c_diff % 300= 30. c_diff % 1800= 630. Looping...
	main(): c_diff % 300= 40. c_diff % 1800= 640. Looping...
	main(): c_diff % 300= 50. c_diff % 1800= 650. Looping...
	main(): c_diff % 300= 60. c_diff % 1800= 660. Looping...
	main(): c_diff % 300= 70. c_diff % 1800= 670. Looping...
	main(): c_diff % 300= 80. c_diff % 1800= 680. Looping...
	main(): c_diff % 300= 90. c_diff % 1800= 690. Looping...
	main(): c_diff % 300= 100. c_diff % 1800= 700. Looping...
	main(): c_diff % 300= 110. c_diff % 1800= 710. Looping...
	main(): c_diff % 300= 120. c_diff % 1800= 720. Looping...
	main(): c_diff % 300= 130. c_diff % 1800= 730. Looping...
	main(): c_diff % 300= 140. c_diff % 1800= 740. Looping...
	main(): c_diff % 300= 150. c_diff % 1800= 750. Looping...
	main(): c_diff % 300= 160. c_diff % 1800= 760. Looping...
	main(): c_diff % 300= 170. c_diff % 1800= 770. Looping...
	main(): c_diff % 300= 180. c_diff % 1800= 780. Looping...
	main(): c_diff % 300= 190. c_diff % 1800= 790. Looping...
	main(): c_diff % 300= 200. c_diff % 1800= 800. Looping...
	main(): c_diff % 300= 210. c_diff % 1800= 810. Looping...
	main(): c_diff % 300= 220. c_diff % 1800= 820. Looping...
	main(): c_diff % 300= 230. c_diff % 1800= 830. Looping...
	main(): c_diff % 300= 240. c_diff % 1800= 840. Looping...
	main(): c_diff % 300= 250. c_diff % 1800= 850. Looping...
	main(): c_diff % 300= 260. c_diff % 1800= 860. Looping...
	main(): c_diff % 300= 270. c_diff % 1800= 870. Looping...
	main(): c_diff % 300= 280. c_diff % 1800= 880. Looping...
	main(): c_diff % 300= 290. c_diff % 1800= 890. Looping...
	get_th_direct(): updated_at: 2024-03-23T18:37:31Z
	get_th_direct(): Temperature: 25.1554
	get_th_direct(): Humidity: 54.6952
	send_to_pushingbox(): tmp_s= '25.1554', tmp= 25.1554, tmp_old= 25.1554
	send_to_pushingbox(): hum_s= '54.6952', hum= 54.6952, hum_old= 54.6952
	send_to_pushingbox(): 2024-03-23T18:37:31Z. Sending Data message nr: 4 to middle-man server...
	send_to_pushingbox(): Going to send:
	"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:37:31Z"&temp=25.1554&hum=54.6952"
	send_to_pushingbox(): Data Sent
	Retrieving data...
	send_to_pushingbox(): response.status_code= 200 (= OK)
	main(): c_diff % 300= 0. c_diff % 1800= 900. Looping...
	main(): c_diff % 300= 10. c_diff % 1800= 910. Looping...
	main(): c_diff % 300= 20. c_diff % 1800= 920. Looping...
	main(): c_diff % 300= 30. c_diff % 1800= 930. Looping...
	main(): c_diff % 300= 40. c_diff % 1800= 940. Looping...
	main(): c_diff % 300= 50. c_diff % 1800= 950. Looping...
	main(): c_diff % 300= 60. c_diff % 1800= 960. Looping...
	main(): c_diff % 300= 70. c_diff % 1800= 970. Looping...
	main(): c_diff % 300= 80. c_diff % 1800= 980. Looping...
	main(): c_diff % 300= 90. c_diff % 1800= 990. Looping...
	main(): c_diff % 300= 100. c_diff % 1800= 1000. Looping...
	main(): c_diff % 300= 110. c_diff % 1800= 1010. Looping...
	main(): c_diff % 300= 120. c_diff % 1800= 1020. Looping...
	main(): c_diff % 300= 130. c_diff % 1800= 1030. Looping...
	main(): c_diff % 300= 140. c_diff % 1800= 1040. Looping...
	main(): c_diff % 300= 150. c_diff % 1800= 1050. Looping...
	main(): c_diff % 300= 160. c_diff % 1800= 1060. Looping...
	main(): c_diff % 300= 170. c_diff % 1800= 1070. Looping...
	main(): c_diff % 300= 180. c_diff % 1800= 1080. Looping...
	main(): c_diff % 300= 190. c_diff % 1800= 1090. Looping...
	main(): c_diff % 300= 200. c_diff % 1800= 1100. Looping...
	main(): c_diff % 300= 210. c_diff % 1800= 1110. Looping...
	main(): c_diff % 300= 220. c_diff % 1800= 1120. Looping...
	main(): c_diff % 300= 230. c_diff % 1800= 1130. Looping...
	main(): c_diff % 300= 240. c_diff % 1800= 1140. Looping...
	main(): c_diff % 300= 250. c_diff % 1800= 1150. Looping...
	main(): c_diff % 300= 260. c_diff % 1800= 1160. Looping...
	main(): c_diff % 300= 270. c_diff % 1800= 1170. Looping...
	main(): c_diff % 300= 280. c_diff % 1800= 1180. Looping...
	main(): c_diff % 300= 290. c_diff % 1800= 1190. Looping...
	get_th_direct(): updated_at: 2024-03-23T18:42:31Z
	get_th_direct(): Temperature: 24.901
	get_th_direct(): Humidity: 53.5997
	send_to_pushingbox(): tmp_s= '24.901', tmp= 24.901, tmp_old= 24.901
	send_to_pushingbox(): hum_s= '53.5997', hum= 53.5997, hum_old= 53.5997
	send_to_pushingbox(): 2024-03-23T18:42:31Z. Sending Data message nr: 5 to middle-man server...
	send_to_pushingbox(): Going to send:
	"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:42:31Z"&temp=24.901&hum=53.5997"
	send_to_pushingbox(): Data Sent
	Retrieving data...
	send_to_pushingbox(): response.status_code= 200 (= OK)
	main(): c_diff % 300= 0. c_diff % 1800= 1200. Looping...
	main(): c_diff % 300= 10. c_diff % 1800= 1210. Looping...
	main(): c_diff % 300= 20. c_diff % 1800= 1220. Looping...
	main(): c_diff % 300= 30. c_diff % 1800= 1230. Looping...
	main(): c_diff % 300= 40. c_diff % 1800= 1240. Looping...
	main(): c_diff % 300= 50. c_diff % 1800= 1250. Looping...
	main(): c_diff % 300= 60. c_diff % 1800= 1260. Looping...
	main(): c_diff % 300= 70. c_diff % 1800= 1270. Looping...
	main(): c_diff % 300= 80. c_diff % 1800= 1280. Looping...
	main(): c_diff % 300= 90. c_diff % 1800= 1290. Looping...
	main(): c_diff % 300= 100. c_diff % 1800= 1300. Looping...
	main(): c_diff % 300= 110. c_diff % 1800= 1310. Looping...
	main(): c_diff % 300= 120. c_diff % 1800= 1320. Looping...
	main(): c_diff % 300= 130. c_diff % 1800= 1330. Looping...
	main(): c_diff % 300= 140. c_diff % 1800= 1340. Looping...
	main(): c_diff % 300= 150. c_diff % 1800= 1350. Looping...
	main(): c_diff % 300= 160. c_diff % 1800= 1360. Looping...
	main(): c_diff % 300= 170. c_diff % 1800= 1370. Looping...
	main(): c_diff % 300= 180. c_diff % 1800= 1380. Looping...
	main(): c_diff % 300= 190. c_diff % 1800= 1390. Looping...
	main(): c_diff % 300= 200. c_diff % 1800= 1400. Looping...
	main(): c_diff % 300= 210. c_diff % 1800= 1410. Looping...
	main(): c_diff % 300= 220. c_diff % 1800= 1420. Looping...
	main(): c_diff % 300= 230. c_diff % 1800= 1430. Looping...
	main(): c_diff % 300= 240. c_diff % 1800= 1440. Looping...
	main(): c_diff % 300= 250. c_diff % 1800= 1450. Looping...
	main(): c_diff % 300= 260. c_diff % 1800= 1460. Looping...
	main(): c_diff % 300= 270. c_diff % 1800= 1470. Looping...
	main(): c_diff % 300= 280. c_diff % 1800= 1480. Looping...
	main(): c_diff % 300= 290. c_diff % 1800= 1490. Looping...
	get_th_direct(): updated_at: 2024-03-23T18:47:31Z
	get_th_direct(): Temperature: 24.8535
	get_th_direct(): Humidity: 53.9628
	send_to_pushingbox(): tmp_s= '24.8535', tmp= 24.8535, tmp_old= 24.8535
	send_to_pushingbox(): hum_s= '53.9628', hum= 53.9628, hum_old= 53.9628
	send_to_pushingbox(): 2024-03-23T18:47:31Z. Sending Data message nr: 6 to middle-man server...
	send_to_pushingbox(): Going to send:
	"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:47:31Z"&temp=24.8535&hum=53.9628"
	send_to_pushingbox(): Data Sent
	Retrieving data...
	send_to_pushingbox(): response.status_code= 200 (= OK)
	main(): c_diff % 300= 0. c_diff % 1800= 1500. Looping...
	main(): c_diff % 300= 10. c_diff % 1800= 1510. Looping...
	main(): c_diff % 300= 20. c_diff % 1800= 1520. Looping...
	main(): c_diff % 300= 30. c_diff % 1800= 1530. Looping...
	main(): c_diff % 300= 40. c_diff % 1800= 1540. Looping...
	main(): c_diff % 300= 50. c_diff % 1800= 1550. Looping...
	main(): c_diff % 300= 60. c_diff % 1800= 1560. Looping...
	main(): c_diff % 300= 70. c_diff % 1800= 1570. Looping...
	main(): c_diff % 300= 80. c_diff % 1800= 1580. Looping...
	main(): c_diff % 300= 90. c_diff % 1800= 1590. Looping...
	main(): c_diff % 300= 100. c_diff % 1800= 1600. Looping...
	main(): c_diff % 300= 110. c_diff % 1800= 1610. Looping...
	main(): c_diff % 300= 120. c_diff % 1800= 1620. Looping...
	main(): c_diff % 300= 130. c_diff % 1800= 1630. Looping...
	main(): c_diff % 300= 140. c_diff % 1800= 1640. Looping...
	main(): c_diff % 300= 150. c_diff % 1800= 1650. Looping...
	main(): c_diff % 300= 160. c_diff % 1800= 1660. Looping...
	main(): c_diff % 300= 170. c_diff % 1800= 1670. Looping...
	main(): c_diff % 300= 180. c_diff % 1800= 1680. Looping...
	main(): c_diff % 300= 190. c_diff % 1800= 1690. Looping...
	main(): c_diff % 300= 200. c_diff % 1800= 1700. Looping...
	main(): c_diff % 300= 210. c_diff % 1800= 1710. Looping...
	main(): c_diff % 300= 220. c_diff % 1800= 1720. Looping...
	main(): c_diff % 300= 230. c_diff % 1800= 1730. Looping...
	main(): c_diff % 300= 240. c_diff % 1800= 1740. Looping...
	main(): c_diff % 300= 250. c_diff % 1800= 1750. Looping...
	main(): c_diff % 300= 260. c_diff % 1800= 1760. Looping...
	main(): c_diff % 300= 270. c_diff % 1800= 1770. Looping...
	main(): c_diff % 300= 280. c_diff % 1800= 1780. Looping...
	main(): c_diff % 300= 290. c_diff % 1800= 1790. Looping...
	get_th_direct(): updated_at: 2024-03-23T18:52:31Z
	get_th_direct(): Temperature: 24.925
	get_th_direct(): Humidity: 53.6928
	send_to_pushingbox(): tmp_s= '24.925', tmp= 24.925, tmp_old= 24.925
	send_to_pushingbox(): hum_s= '53.6928', hum= 53.6928, hum_old= 53.6928
	send_to_pushingbox(): 2024-03-23T18:52:31Z. Sending Data message nr: 7 to middle-man server...
	send_to_pushingbox(): Going to send:
	"http://api.pushingbox.com/pushingbox?devid=<devid>&date="2024-03-23T18:52:31Z"&temp=24.925&hum=53.6928"
	send_to_pushingbox(): Data Sent
	Retrieving data...
	send_to_pushingbox(): response.status_code= 200 (= OK)
	get_time_fm_aio(): Fetching date and time from: "https://io.adafruit.com/api/v2/..."
	Retrieving data...
	----------------------------------------
	get_time_fm_aio(): response.text= 2024-03-23 18:52:36.342 083 6 +0000 UTC
	----------------------------------------
	main(): c_diff % 300= 10. c_diff % 1800= 10. Looping...
	main(): c_diff % 300= 20. c_diff % 1800= 20. Looping...
	main(): c_diff % 300= 30. c_diff % 1800= 30. Looping...
	CIRCUITPY_WIFI_SSID="<Your SSID>"
	CIRCUITPY_WIFI_PASSWORD="<Your PASSWORD"
	ADAFRUIT_IO_USERNAME = "<Your Adafruit IO Username>" # Not needed for example 2
	ADAFRUIT_IO_KEY = "<Your Adafruit IO Key>" # Not needed for example 2
	timezone= "Europe/Lisbon" # http://worldtimeapi.org/timezones
	TZ_OFFSET= "1" # Hours
	COUNTRY="PRT"
	STATE=""
	PUSHING_BOX_DEVID= "<Your Pushingbox.com DEVID>"
	MY_DEBUG = "1"
	USE_LEDS = "1"
	USE_SOUND = "1"
	WAIT_FOR_ZERO_SEC = "1" # line-up time
	INTERVAL_SECONDS = "3600" # 1 hour - set for a multiple of 60
	Spreadsheet in: https://docs.google.com/spreadsheets/d/<name>/edit#gid=0
	Columns:
	A: Date_Time
	B: Temperature
	C: Humidity
	D: Data recvd in this sheet at (local)
	E: Year (formula: =LEFT($A764;4) )
	F: Month (formula: =MID($A764;6;2) )
	G: Day (formula: =MID($A764;FIND("T";$A764)-2;2) )
	H: Time (formula: =MID($A764;FIND("T";$A764)+1;9) )
	I: Temp conv & rounded (formula: =MROUND(SUBSTITUTE(SUBSTITUTE(RIGHT($B764;LEN($B764));",";"");".";",");0,005) )
	J: Humidity conv & rounded (formula: =MROUND(SUBSTITUTE(SUBSTITUTE(RIGHT($C764;LEN($C764));",";"");".";",");0,005) )
	K: Notes