def test_ledrgb(self):
"""
RGB LED Testing
:return:
"""
from enerpi.base import CONFIG
from enerpi.ledrgb import get_rgbled, led_alarm, led_info, blink_color
led = get_rgbled(verbose=True)
if led is None:
# PINOUT RGB_LED
with_rgbled = CONFIG.getboolean('RGBLED', 'WITH_RGBLED', fallback=False)
pin_r = CONFIG.getint('RGBLED', 'PIN_R', fallback=19)
pin_g = CONFIG.getint('RGBLED', 'PIN_G', fallback=20)
pin_b = CONFIG.getint('RGBLED', 'PIN_B', fallback=16)
print('ERROR!! NO RGB LED. (WITH_LED={}; PINOUT_RGB=({},{},{})'.format(with_rgbled, pin_r, pin_g, pin_b))
# assert 0
else:
print('TESTING RGB LED!')
led_alarm(led, timeout=0)
sleep(1)
led_info(led, n=3)
sleep(3)
led_alarm(led, time_blinking=2.5, timeout=3)
sleep(4)
led_info(led, n=2)
sleep(4)
led_alarm(led, timeout=0)
sleep(2)
led_info(led, n=1)
sleep(3)
# Blinking:
blink_color(led, (1, 0, 0), n=1)
sleep(1)
blink_color(led, (0, 1, 0), n=2)
sleep(1)
blink_color(led, (0, 0, 1), n=3)
sleep(1)
blink_color(led, (1, 1, 0), n=1)
sleep(1)
blink_color(led, (1, 0, 1), n=2)
sleep(1)
blink_color(led, (0, 1, 1), n=3)
sleep(1)
blink_color(led, (1, 1, 1), n=1)
sleep(2)
print('OK!!')
led.close()
# -*- coding: utf-8 -*-
"""
ENERPI - RGB LED control methods
"""
from enerpi.base import CONFIG, log, CONFIG_FILENAME
import datetime as dt
# dateutil included in python-dateutil
# noinspection PyPackageRequirements
from dateutil.parser import parse
# PINOUT RGB_LED
WITH_RGBLED = CONFIG.getboolean('RGBLED', 'WITH_RGBLED', fallback=False)
PIN_R = CONFIG.getint('RGBLED', 'PIN_R', fallback=19)
PIN_G = CONFIG.getint('RGBLED', 'PIN_G', fallback=20)
PIN_B = CONFIG.getint('RGBLED', 'PIN_B', fallback=16)
# Horario de funcionamiento del RGB LED
LED_TIME_ON = CONFIG.get('RGBLED', 'TIME_ON', fallback=None)
LED_TIME_OFF = CONFIG.get('RGBLED', 'TIME_OFF', fallback=None)
if LED_TIME_ON is not None:
LED_TIME_ON = parse(LED_TIME_ON)
if LED_TIME_OFF is not None:
LED_TIME_OFF = parse(LED_TIME_OFF)
def _use_led():
if LED_TIME_ON and LED_TIME_OFF:
if LED_TIME_ON.time() < dt.datetime.now().time() < LED_TIME_OFF.time():
return True
# -*- coding: utf-8 -*-
"""
ENERPI - RGB LED control methods
"""
from enerpi.base import CONFIG, log, CONFIG_FILENAME
import datetime as dt
# dateutil included in python-dateutil
# noinspection PyPackageRequirements
from dateutil.parser import parse
# PINOUT RGB_LED
WITH_RGBLED = CONFIG.getboolean('RGBLED', 'WITH_RGBLED', fallback=False)
PIN_R = CONFIG.getint('RGBLED', 'PIN_R', fallback=19)
PIN_G = CONFIG.getint('RGBLED', 'PIN_G', fallback=20)
PIN_B = CONFIG.getint('RGBLED', 'PIN_B', fallback=16)
# Horario de funcionamiento del RGB LED
LED_TIME_ON = CONFIG.get('RGBLED', 'TIME_ON', fallback=None)
LED_TIME_OFF = CONFIG.get('RGBLED', 'TIME_OFF', fallback=None)
if LED_TIME_ON is not None:
LED_TIME_ON = parse(LED_TIME_ON)
if LED_TIME_OFF is not None:
LED_TIME_OFF = parse(LED_TIME_OFF)
def _use_led():
if LED_TIME_ON and LED_TIME_OFF:
if LED_TIME_ON.time() < dt.datetime.now().time() < LED_TIME_OFF.time():
return True
return False
STATIC_PATH = os.path.join(
DATA_PATH, CONFIG.get('ENERPI_WEBSERVER', 'STATIC_PATH', fallback='WWW'))
LOGGING_LEVEL_SERVER = CONFIG.get(
'ENERPI_WEBSERVER', 'LOGGING_LEVEL_WEB', fallback='DEBUG')
SERVER_FILE_LOGGING = os.path.join(
STATIC_PATH, CONFIG.get(
'ENERPI_WEBSERVER', 'FILE_LOGGING_WEB', fallback='enerpiweb.log'))
PREFIX_WEB = CONFIG.get('ENERPI_WEBSERVER', 'PREFIX_WEB', fallback='/enerpi')
BASECOLOR = '#{}'.format(
CONFIG.get('ENERPI_WEBSERVER', 'BASECOLOR_HEX', fallback='0CBB43'))
check_resource_files(
STATIC_PATH, os.path.join(basedir, 'static'), verbose=False)
# WITH_WEB = CONFIG.getboolean('ENERPI_WEBSERVER', 'WITH_WEBSERVER',
# fallback=True)
WITH_ML_SUBSYSTEM = CONFIG.getboolean('ENERPI_WEBSERVER', 'WITH_ML',
fallback=False)
# Shows more info (timming data, debug data, ...)
EXTRA_INFO = CONFIG.getboolean('ENERPI_WEBSERVER', 'EXTRA_INFO',
fallback=False)
# FLASK APP
app = Flask(__name__, static_path=PREFIX_WEB + '/static',
static_folder=STATIC_PATH)
app.url_rule_class = lambda path, **options: Rule(PREFIX_WEB + path, **options)
app.jinja_env.trim_blocks = True
app.jinja_env.lstrip_blocks = True
app.jinja_env.cache = {}
app.jinja_loader = jinja2.FileSystemLoader(os.path.join(basedir, 'templates'))
# Manual activation of test-mode
SERVER_FILE_LOGGING = os.path.join(
STATIC_PATH,
CONFIG.get('ENERPI_WEBSERVER',
'FILE_LOGGING_WEB',
fallback='enerpiweb.log'))
PREFIX_WEB = CONFIG.get('ENERPI_WEBSERVER', 'PREFIX_WEB', fallback='/enerpi')
BASECOLOR = '#{}'.format(
CONFIG.get('ENERPI_WEBSERVER', 'BASECOLOR_HEX', fallback='0CBB43'))
check_resource_files(STATIC_PATH,
os.path.join(basedir, 'static'),
verbose=False)
# WITH_WEB = CONFIG.getboolean('ENERPI_WEBSERVER', 'WITH_WEBSERVER',
# fallback=True)
WITH_ML_SUBSYSTEM = CONFIG.getboolean('ENERPI_WEBSERVER',
'WITH_ML',
fallback=False)
# Shows more info (timming data, debug data, ...)
EXTRA_INFO = CONFIG.getboolean('ENERPI_WEBSERVER',
'EXTRA_INFO',
fallback=False)
# FLASK APP
app = Flask(__name__,
static_path=PREFIX_WEB + '/static',
static_folder=STATIC_PATH)
app.url_rule_class = lambda path, **options: Rule(PREFIX_WEB + path, **options)
app.jinja_env.trim_blocks = True
app.jinja_env.lstrip_blocks = True
app.jinja_env.cache = {}