def __init__(self, parent=None, **kwargs):
QWidget.__init__(self, parent, **kwargs)
self.setWindowTitle("Server")
self._running = False
self._server = HttpServer(self)
l = QGridLayout(self)
l.addWidget(
QPushButton("Start", self, checkable=True, clicked=self.startStop),
0, 0)
sgb = QGroupBox("Settings", self)
sl = QFormLayout(sgb)
l.addWidget(sgb, 1, 0)
self._host = QLineEdit('127.0.0.1', self)
sl.addRow("Host:", self._host)
self._port = QSpinBox(self, value=8080, minimum=1024, maximum=99999)
sl.addRow("Port:", self._port)
rdl = QHBoxLayout()
rdl.setContentsMargins(0, 0, 0, 0)
self._rootDir = QLineEdit(QDir('./www').absolutePath(), self)
rdl.addWidget(self._rootDir)
rdl.addWidget(QPushButton("Browse...", self, clicked=self.setRootDir))
sl.addRow("Root Directory:", rdl)
def make_server(server_address, application):
server = HttpServer(server_address)
server.add_app(application)
return server
logger.debug('STA IP address: ' + sta_ip_addr)
# print current local date & time
logger.debug('Date: ' + rtc.get_localdate())
logger.debug('Time: ' + rtc.get_localtime())
# initialize the MQTT module
logger.debug('Initializing MQTT...')
mqtt = MQTT(settings)
# initialize the fermentation process
logger.debug('Initializing main process logic...')
main_process = Process(fermenter_temp_ctrl, process_tim, recovery, wifi, mqtt)
# Set up HTTP server
logger.debug('Initializing Web server...')
web = HttpServer(main_process, wifi, rtc, settings)
web.start()
utime.sleep(3)
if web.is_started():
logger.debug('HTTP service has started.')
led.set_color('green') # 初始化全部完成后设置为绿色，表示处于待机状态
# Set up DNS Server
logger.debug('Initializing DNS...')
if MicroDNSSrv.Create({'*': '192.168.4.1'}):
logger.debug("DNS service has started.")
else:
logger.debug("Failed to start DNS service...")
# Check if the crash recovery is needed
if recovery.is_needed():
# 3. Measure tilt angle every 3s in the background
import _thread
def measure_tilt():
while True:
try:
gy521.get_smoothed_angles()
except Exception:
print('Error occurs when measuring tilt angles')
gc.collect()
utime.sleep_ms(3000)
tilt_th = _thread.start_new_thread(measure_tilt, ())
# 4. Set up HTTP Server
from httpserver import HttpServer
web = HttpServer(gy521, wifi, settings)
print('HTTP server initialized')
web.start()
utime.sleep(3)
if web.is_started():
print('HTTP service started')
print('--------------------')
# 工作模式
elif machine.reset_cause() == machine.DEEPSLEEP_RESET:
from microWebCli import MicroWebCli
# Unhold the pins to allow those pins to be used
unhold_pins()
# Turn on VPP to supply power for GY521 and allow battery voltage measurement
vpp.on()
# Initialize the peripherals
gy521, ds18, battery, wifi = initialization(init_gy521=True,
# 'reca': 5,
# 'recb': 23,
# 'ctrl': 27
# }
# led = Pin(2, Pin.OUT)
## Cheap ESP32 WROOM-32 board with no spi RAM
pinmap = {
'lpwm': 13,
'ldir': 12,
'lslp': 14,
'leca': 26,
'lecb': 27,
'rpwm': 25,
'rdir': 33,
'rslp': 32,
'reca': 34,
'recb': 35,
'ctrl': 15
}
led = Pin(2, Pin.OUT)
romp = RomiPlatform(pinmap)
# A suitable index.html file should be put in /www on the ESP32 internal storage
hsrv = HttpServer() # Create the HTTP server on port 80
wsrv = RomiServer(romp, 8080,
debug=False) # Create the web socket server on port 8080
print("Point your browser at:", hsrv.start()) # Start the HTTP server
print("Web socket URL:", wsrv.start()) # Start the web socket server
