class ES8266PCase:
length = ESP8266.length
width = ESP8266.width
height = ESP8266.height
def __init__(self, extra=6, connector=True):
self.esp = ESP8266()
self.esp.btn_cylinder["height"] += extra
self.esp.usb_port["length"] += extra
self.esp.usb_port["left"] += extra
self.length += extra
self.width += extra
self.height += extra + 6
self.extra = extra
self.connector = connector
def generate_cable_slit(self):
return hole()(forward(self.width / 2 - 3)(
right(self.length - self.extra / 2)(cube([1, 6, self.height]))))
def assemble(self):
case = cube([self.length, self.width, self.height])
_tmp = right(self.extra / 2)(up(self.height / 2 - self.esp.height / 2)(
forward(self.extra / 2)(hole()(ESP8266().assemble()))))
case += [
_tmp,
hole()(cube([self.extra / 4, self.width, self.height])),
self.generate_cable_slit()
]
return case
def __init__(self, extra=6, connector=True):
self.esp = ESP8266()
self.esp.btn_cylinder["height"] += extra
self.esp.usb_port["length"] += extra
self.esp.usb_port["left"] += extra
self.length += extra
self.width += extra
self.height += extra + 6
self.extra = extra
self.connector = connector
def test_config_mode():
import device_mode
assert device_mode.CONFIG_MODE is True
device = ESP8266(os.path.join(os.getcwd(), "test"))
device.hard_reset(0)
import test.device_mode
assert test.device_mode.CONFIG_MODE is True
def test_config_override():
device = ESP8266(os.path.join(os.getcwd(), "test"))
config = device.get_config()
assert config["wifi"]["ssid"] == "Swart"
assert config["mqtt"]["ip"] == "10.0.0.117"
assert config["location"][0] == 25.55
assert config["location"][1] == -23.55
assert "peripherals" in config
assert "0" in config["peripherals"]
def test_get_config_match():
from config import config
device = ESP8266(os.path.join(os.getcwd(), "test"))
device.get_config()
sensors = device.get_sensors()
assert len(sensors.keys()) == 1
assert "LevelSensor" in sensors.values()
for k, s in sensors.items():
p_id = device._get_peripheral_id(k)
assert p_id == "USLS01"
pin_mapping = device._get_pin_mapping(k)
assert "trigger_pin" in pin_mapping
parms = device._get_parameters(k)
assert "dam_height" in parms
topic = device._get_topic(k)
assert topic == "dam/level/level1"
interval = device._get_interval(k)
assert interval == "15m"
loc = device._get_location()
assert loc is not None
# def create(id, topic, interval, trigger=None, *args):
tx = lambda top, msg: print("Topic: {}, Message: ".format(top, msg))
logger = DataLoggerFactory.create(
p_id,
device.id,
loc,
tx,
topic,
interval,
None,
pin_mapping,
parms,
)
assert isinstance(logger, DataLogger)
################################################################################ # 叁议电子 # www.ppptalk.com # 版本： pyboard改进版(V1.0) # 文件名： main.py # 说明： WIFI模块ESP8266实验 # 淘宝店地址： https://shop115025335.taobao.com # 免责声明： 该程序仅用于学习与交流 # (c) PPPTalk All Rights Reserved ################################################################################ #******************************************************************************/ # import ESP8266 #******************************************************************************/ from esp8266 import ESP8266 ESP8266 = ESP8266() #******************************************************************************/ # ESP8266工作在STA模式 #******************************************************************************/ ESP8266.led_on() ESP8266.sta_mode()
# Copyright 2020 - Intersect Technologies CC
# Author: Niel Swart <*****@*****.**>
#
##
import time
import machine
from umqtt.robust import MQTTClient
from esp8266 import ESP8266
from util import Logger
import gc
log = Logger.getLogger()
device = ESP8266()
def setup():
"""
"""
global device
device.get_config()
device.connect_to_wifi()
id = device.id
ip = device.get_mqtt_broker()
log.info("Connecting to MQTT broker @ {}".format(ip))
log.info("Device ID: {}".format(id))
#!/usr/bin/python3.6
import time
import random
from esp8266 import ESP8266
tty = "/dev/ttyUSB1"
baud = 115200
ssid = "WAGWAN"
password = "******"
dongle = ESP8266(tty, baud)
print("ESP8266 version:")
print(dongle.version)
print()
print("MAC address: ", dongle.mac_address)
dongle.wifi_mode = 1 # set Station/client mode
print(dongle.wifi_mode)#check mode
if dongle.wifi_status=="NOT connect to an AP":
dongle.connect(ssid, password, 10)# connect to your Access Point
#print(dongle.wifi_status)# check status
if dongle.wifi_status=="connected to an AP and its IP is obtained":
print("AP: ", dongle.connected_ap, ", address: ", dongle.ap_address)
print("Local IP: ", dongle.local_ip)
# open a TCCP/IP connection to thingspeak.com
URL = "184.106.153.149";
from machine import Pin from esp8266 import ESP8266 import time import sys esp01 = ESP8266(txPin=16, rxPin=17)