云平台部署：基于Arduino与机智云的家居环境远程系统设计
基于arduino与机智云的家居环境远程监控系统具备协议简单、成本低、功耗低、组网容易等优势。在智慧家居实现的同时，可以根据其它控制领域的需要，进行需求的移植，具有很强的延伸性和可移植性，提高开发效率。同时当前环境也存在这样的需求也有硬件基础保障。通过该项目的制作，也让我了解到远程家电控制并不是什么神奇的东西的，只要每一个人肯去尝试，肯去面对不同的困难，并通过自己的思考和向他人请求帮助，每一个过程都是很奇妙的，往往在这个过程中，你会获得许多意想不到的收获。
本项目分成三部分——工程实施、云平台部署、app开发，本次分享云平台部署部分。
一、创建项目
1.1 登陆机智云开发者中心dev.gizwits.com，创建新产品
1.2 进入项目，查看产品的基本信息
二、添加数据点
2.1 根据产品功能定义数据点
三、进行虚拟设备调试
3.1 创建好数据点后，进行虚拟设备调试
3.2 在机智云app能够观察机智云平台模拟的数据
根据系统的需要添加或修改数据点信息
四、下载mcu代码包
4.1 在确定数据点无误后，点击mcu开发
4.2 添加库文件，进行代码移植
生成代码包后，把代码包导入arduino ide开发环境的libraries文件中，libraries是arduino的库文件，包含自带的库文件和用户添加的外部库文件
把networkconfig.ino的配网代码移植到simpletry.ino,把串口打印的代码注释起来，可参考“史上最详细的arduino uno r3接入机智云教程”
https://club.gizwits.com/thread-6728-1-1.html
然后根据要求修改代码，以下仅供参考：
#include #include #include #include int con_ledpin = 13; //成功连接网络，13引脚低电平int smokepin = 2;int movepin = 3;int alarmpin = 4;int ledpin = 5;int relaypin1 = 8;int relaypin2 = 9;int firepin = a0;int lightpin = a1;int beeppin = 10;int temhumpin = 11;bool alarmflag = 0;dht mydht_11;softwareserial myserial(a2, a3); // a2 -> rx, a3 -> txgizwits mygizwits;#define key1 6#define key2 7#define key1_short_press 1#define key1_long_press 2#define key2_short_press 4#define key2_long_press 8#define no_key 0#define key_long_timer 3#define alarm_short_press 16#define alarm_long_press 32unsigned long last_keytime = 0;
unsigned long gokit_time_s(void){ return millis() / 1000;}char gokit_key1down(void){ unsigned long keep_time = 0; if (digitalread(key1) == low) { delay(100); if (digitalread(key1) == low) { keep_time = gokit_time_s(); while (digitalread(key1) == low) { if ((gokit_time_s() - keep_time) > key_long_timer) { last_keytime = gokit_time_s(); return key1_long_press; } } //until open the key if ((gokit_time_s() - last_keytime) > key_long_timer) { return key1_short_press; } return 0; } return 0; } return 0;}char gokit_key2down(void){ unsigned long keep_time = 0; if (digitalread(key2) == low) { delay(100); if (digitalread(key2) == low) { delay(100); if (digitalread(key2) == low) { keep_time = gokit_time_s(); while (digitalread(key2) == low) //until open the key { if ((gokit_time_s() - keep_time) > key_long_timer) { last_keytime = gokit_time_s(); return key2_long_press; } } if ((gokit_time_s() - last_keytime) > key_long_timer) { return key2_short_press; } return 0; } return 0; } return 0;}//室内报警监测char gokit_alarmdown(void){ unsigned long keep_time = 0; if (digitalread(alarmpin) == low) { delay(100); if (digitalread(alarmpin) == low) { keep_time = gokit_time_s(); while (digitalread(alarmpin) == low) //until open the key { if ((gokit_time_s() - keep_time) > key_long_timer) { last_keytime = gokit_time_s(); return alarm_long_press; } } if ((gokit_time_s() - last_keytime) > key_long_timer) { return alarm_short_press; } return 0; } return 0; } return 0;}char gokit_keydown(void){ char ret = 0; ret |= gokit_alarmdown(); ret |= gokit_key2down(); ret |= gokit_key1down(); return ret;}void key_handle(void){ /* press for over than 3 second is long press */ switch (gokit_keydown()) { case key1_short_press: mygizwits.setbindmode(wifi_production_test); break; case key1_long_press: mygizwits.setbindmode(wifi_reset_mode); break; case key2_short_press: mygizwits.setbindmode(wifi_softap_mode); //soft ap mode break; case key2_long_press: mygizwits.setbindmode(wifi_airlink_mode); //airlink mode break; case alarm_short_press: alarmflag = ((alarmflag == 0) ? 1 : 0); if (alarmflag) { digitalwrite(beeppin, low); } else { digitalwrite(beeppin, high); } break; case alarm_long_press: digitalwrite(ledpin, high); //设置为高电平 digitalwrite(relaypin1, high); //设置为高电平 digitalwrite(relaypin2, high); //设置为高电平 break; default: break; }}//获取温度数据int dht_11_gettemperature() { int chk = mydht_11.read11(temhumpin); int value = mydht_11.temperature; return value;}//获取湿度数据int dht_11_gethumidity() { int chk = mydht_11.read11(temhumpin); int value = mydht_11.humidity; return value;}/** serial init , gizwits init @param none @return none*/void setup() { // put your setup code here, to run once: myserial.begin(115200); pinmode(key1, input_pullup); pinmode(key2, input_pullup); pinmode(smokepin, input); //设置为数字输入模式 pinmode(movepin, input); pinmode(alarmpin, input_pullup); pinmode(firepin, input); pinmode(lightpin, input); //模拟量为输入模式 pinmode(beeppin, output); //设置为数字输出模式 pinmode(ledpin, output); pinmode(relaypin1, output); pinmode(relaypin2, output); pinmode(con_ledpin, output); digitalwrite(beeppin, high); //设置为高电平 mygizwits.begin();}void wifistatushandle(){ if (mygizwits.wifihasbeenset(wifi_con_router)) { digitalwrite(con_ledpin, high); //设置为低电平 digitalwrite(ledpin, high); //设置为高电平 digitalwrite(relaypin1, high); //设置为高电平 digitalwrite(relaypin2, high); //设置为高电平 }}/** arduino loop @param none @return none*/void loop() { //configure network //if(xxx) //trigger condition //mygizwits.setbindmode(0x02); //0x01:enter ap mode;0x02:enter airlink mode bool varw_alarm = alarmflag;//add sensor data collection mygizwits.write(value_alarm, varw_alarm); unsigned long varw_fire = analogread(firepin);//add sensor data collection mygizwits.write(value_fire, varw_fire); unsigned long varw_move_test = digitalread(movepin);//add sensor data collection mygizwits.write(value_move_test, varw_move_test); unsigned long varw_tem = dht_11_gettemperature();//add sensor data collection mygizwits.write(value_tem, varw_tem); unsigned long varw_hum = dht_11_gethumidity();//add sensor data collection mygizwits.write(value_hum, varw_hum); unsigned long varw_light = analogread(lightpin);//add sensor data collection mygizwits.write(value_light, varw_light); bool varr_led_onoff = 0; if (mygizwits.hasbeenset(event_led_onoff)) { mygizwits.read(event_led_onoff, &varr_led_onoff); //address for storing data if (varr_led_onoff == 0) { digitalwrite(ledpin, high); } else { digitalwrite(ledpin, low); } } bool varr_relay_1 = 0; if (mygizwits.hasbeenset(event_relay_1)) { mygizwits.read(event_relay_1, &varr_relay_1); //address for storing data if (varr_relay_1 == 0) { digitalwrite(relaypin1, high); } else { digitalwrite(relaypin1, low); } } bool varr_relay_2 = 0; if (mygizwits.hasbeenset(event_relay_2)) { mygizwits.read(event_relay_2, &varr_relay_2); //address for storing data if (varr_relay_2 == 0) { digitalwrite(relaypin2, high); } else { digitalwrite(relaypin2, low); } } bool varr_beep = 0; if (mygizwits.hasbeenset(event_beep)) { mygizwits.read(event_beep, &varr_beep); //address for storing data if (varr_beep == 0 ) { digitalwrite(beeppin, high); } else { digitalwrite(beeppin, low); } } key_handle(); wifistatushandle(); mygizwits.process();}
五、下载android开发代码包
5.1 在应用开发生成app代码包
通过android studio软件导入项目进行编译，因版本问题需要修改关键词，compile 均替换为implementation，testcompile均替换为testimplementation，可参考以下代码：
apply plugin: 'com.android.application'
android { compilesdkversion 25 buildtoolsversion '28.0.2' uselibrary 'org.apache.http.legacy' defaultconfig { applicationid com.gizwits.opensource.appkit minsdkversion 16 targetsdkversion 25 versioncode 1 versionname 2.5.1.072715 multidexenabled true } buildtypes { release { minifyenabled false proguardfiles getdefaultproguardfile('proguard-android.txt'), 'proguard-rules.pro' } }}
dependencies { implementation filetree(dir: 'libs', include: ['*.jar']) implementation 'com.android.support.constraint1.1.0' testimplementation 'junit4.12' implementation 'com.android.support24.2.1' implementation files('libs/bleasyconfig.jar') implementation files('libs/easylink2.0.jar') implementation files('libs/gizwifisdk.jar') implementation files('libs/jpush-android-2.1.5.jar') implementation files('libs/lark7618sdk_noudp1606031910_0101.jar') implementation files('libs/libammsdk.jar') implementation files('libs/libforeelink.jar') implementation files('libs/lsfsk_1.0.jar') implementation files('libs/ltlink2.jar') implementation files('libs/mta-sdk-1.6.2.jar') implementation files('libs/oneshotconfig.jar') implementation files('libs/open_sdk_r5756.jar') implementation files('libs/pushservice-5.6.0.30.jar') implementation files('libs/simpleconfigwizardlib.jar') implementation files('libs/xutils-2.6.14.jar') implementation files('libs/zxing.jar') implementation 'com.android.support25.3.0' implementation 'com.yanzhenjie1.0.5'}
同时可参考“基于机智云aiot平台的android开源app修改教程”https://www.sohu.com/a/476083681_486728
使项目成功编译
原文地址：https://blog.csdn.net/a6662580/category_11596658.html
多种多样的便携式充电器
Fnality公司正在利用区块链技术开创数字金融市场时代
芯片供应短缺,福特表示将优先为利润率最高的汽车配备芯片
2018年亿邦未来零售大会 互联网资讯
我国航空发动机事业的发展情况探讨
云平台部署：基于Arduino与机智云的家居环境远程系统设计
苹果汽车 iCar 外观曝光,特斯拉拜拜了!
PY32F002A开发板，32 位 ARM® Cortex®-M0+内核，开发简单
两段式状态机不可能完成的任务
全新升级|才茂双5G模块千兆路由器CM520-37FS重磅发布！
什么是短路保护
蓝牙耳机什么牌子好，听歌最好的蓝牙耳机
半导体市场的复苏全靠5G?今年恐怕没戏
宝马Vision iNEXT：一款全面互联、提供高度自动驾驶功能的纯电动汽车
西门子博途：SCL中FB模块的结构
2022骨科手术机器人的进展如何
对于ANY数据类型及参数传递的详细解析
纯电动汽车优缺点 纯电动汽车的组成
汇顶科技聘任胡煜华女士为公司总裁 负责公司整体运营管理
一文解析FCC的卫星标准
本项目分成三部分——工程实施、云平台部署、app开发，本次分享云平台部署部分。
一、创建项目
1.1 登陆机智云开发者中心dev.gizwits.com，创建新产品
1.2 进入项目，查看产品的基本信息
二、添加数据点
2.1 根据产品功能定义数据点
三、进行虚拟设备调试
3.1 创建好数据点后，进行虚拟设备调试
3.2 在机智云app能够观察机智云平台模拟的数据
根据系统的需要添加或修改数据点信息
四、下载mcu代码包
4.1 在确定数据点无误后，点击mcu开发
4.2 添加库文件，进行代码移植
生成代码包后，把代码包导入arduino ide开发环境的libraries文件中，libraries是arduino的库文件，包含自带的库文件和用户添加的外部库文件
把networkconfig.ino的配网代码移植到simpletry.ino,把串口打印的代码注释起来，可参考“史上最详细的arduino uno r3接入机智云教程”
https://club.gizwits.com/thread-6728-1-1.html
然后根据要求修改代码，以下仅供参考：
#include #include #include #include int con_ledpin = 13; //成功连接网络，13引脚低电平int smokepin = 2;int movepin = 3;int alarmpin = 4;int ledpin = 5;int relaypin1 = 8;int relaypin2 = 9;int firepin = a0;int lightpin = a1;int beeppin = 10;int temhumpin = 11;bool alarmflag = 0;dht mydht_11;softwareserial myserial(a2, a3); // a2 -> rx, a3 -> txgizwits mygizwits;#define key1 6#define key2 7#define key1_short_press 1#define key1_long_press 2#define key2_short_press 4#define key2_long_press 8#define no_key 0#define key_long_timer 3#define alarm_short_press 16#define alarm_long_press 32unsigned long last_keytime = 0;
unsigned long gokit_time_s(void){ return millis() / 1000;}char gokit_key1down(void){ unsigned long keep_time = 0; if (digitalread(key1) == low) { delay(100); if (digitalread(key1) == low) { keep_time = gokit_time_s(); while (digitalread(key1) == low) { if ((gokit_time_s() - keep_time) > key_long_timer) { last_keytime = gokit_time_s(); return key1_long_press; } } //until open the key if ((gokit_time_s() - last_keytime) > key_long_timer) { return key1_short_press; } return 0; } return 0; } return 0;}char gokit_key2down(void){ unsigned long keep_time = 0; if (digitalread(key2) == low) { delay(100); if (digitalread(key2) == low) { delay(100); if (digitalread(key2) == low) { keep_time = gokit_time_s(); while (digitalread(key2) == low) //until open the key { if ((gokit_time_s() - keep_time) > key_long_timer) { last_keytime = gokit_time_s(); return key2_long_press; } } if ((gokit_time_s() - last_keytime) > key_long_timer) { return key2_short_press; } return 0; } return 0; } return 0;}//室内报警监测char gokit_alarmdown(void){ unsigned long keep_time = 0; if (digitalread(alarmpin) == low) { delay(100); if (digitalread(alarmpin) == low) { keep_time = gokit_time_s(); while (digitalread(alarmpin) == low) //until open the key { if ((gokit_time_s() - keep_time) > key_long_timer) { last_keytime = gokit_time_s(); return alarm_long_press; } } if ((gokit_time_s() - last_keytime) > key_long_timer) { return alarm_short_press; } return 0; } return 0; } return 0;}char gokit_keydown(void){ char ret = 0; ret |= gokit_alarmdown(); ret |= gokit_key2down(); ret |= gokit_key1down(); return ret;}void key_handle(void){ /* press for over than 3 second is long press */ switch (gokit_keydown()) { case key1_short_press: mygizwits.setbindmode(wifi_production_test); break; case key1_long_press: mygizwits.setbindmode(wifi_reset_mode); break; case key2_short_press: mygizwits.setbindmode(wifi_softap_mode); //soft ap mode break; case key2_long_press: mygizwits.setbindmode(wifi_airlink_mode); //airlink mode break; case alarm_short_press: alarmflag = ((alarmflag == 0) ? 1 : 0); if (alarmflag) { digitalwrite(beeppin, low); } else { digitalwrite(beeppin, high); } break; case alarm_long_press: digitalwrite(ledpin, high); //设置为高电平 digitalwrite(relaypin1, high); //设置为高电平 digitalwrite(relaypin2, high); //设置为高电平 break; default: break; }}//获取温度数据int dht_11_gettemperature() { int chk = mydht_11.read11(temhumpin); int value = mydht_11.temperature; return value;}//获取湿度数据int dht_11_gethumidity() { int chk = mydht_11.read11(temhumpin); int value = mydht_11.humidity; return value;}/** serial init , gizwits init @param none @return none*/void setup() { // put your setup code here, to run once: myserial.begin(115200); pinmode(key1, input_pullup); pinmode(key2, input_pullup); pinmode(smokepin, input); //设置为数字输入模式 pinmode(movepin, input); pinmode(alarmpin, input_pullup); pinmode(firepin, input); pinmode(lightpin, input); //模拟量为输入模式 pinmode(beeppin, output); //设置为数字输出模式 pinmode(ledpin, output); pinmode(relaypin1, output); pinmode(relaypin2, output); pinmode(con_ledpin, output); digitalwrite(beeppin, high); //设置为高电平 mygizwits.begin();}void wifistatushandle(){ if (mygizwits.wifihasbeenset(wifi_con_router)) { digitalwrite(con_ledpin, high); //设置为低电平 digitalwrite(ledpin, high); //设置为高电平 digitalwrite(relaypin1, high); //设置为高电平 digitalwrite(relaypin2, high); //设置为高电平 }}/** arduino loop @param none @return none*/void loop() { //configure network //if(xxx) //trigger condition //mygizwits.setbindmode(0x02); //0x01:enter ap mode;0x02:enter airlink mode bool varw_alarm = alarmflag;//add sensor data collection mygizwits.write(value_alarm, varw_alarm); unsigned long varw_fire = analogread(firepin);//add sensor data collection mygizwits.write(value_fire, varw_fire); unsigned long varw_move_test = digitalread(movepin);//add sensor data collection mygizwits.write(value_move_test, varw_move_test); unsigned long varw_tem = dht_11_gettemperature();//add sensor data collection mygizwits.write(value_tem, varw_tem); unsigned long varw_hum = dht_11_gethumidity();//add sensor data collection mygizwits.write(value_hum, varw_hum); unsigned long varw_light = analogread(lightpin);//add sensor data collection mygizwits.write(value_light, varw_light); bool varr_led_onoff = 0; if (mygizwits.hasbeenset(event_led_onoff)) { mygizwits.read(event_led_onoff, &varr_led_onoff); //address for storing data if (varr_led_onoff == 0) { digitalwrite(ledpin, high); } else { digitalwrite(ledpin, low); } } bool varr_relay_1 = 0; if (mygizwits.hasbeenset(event_relay_1)) { mygizwits.read(event_relay_1, &varr_relay_1); //address for storing data if (varr_relay_1 == 0) { digitalwrite(relaypin1, high); } else { digitalwrite(relaypin1, low); } } bool varr_relay_2 = 0; if (mygizwits.hasbeenset(event_relay_2)) { mygizwits.read(event_relay_2, &varr_relay_2); //address for storing data if (varr_relay_2 == 0) { digitalwrite(relaypin2, high); } else { digitalwrite(relaypin2, low); } } bool varr_beep = 0; if (mygizwits.hasbeenset(event_beep)) { mygizwits.read(event_beep, &varr_beep); //address for storing data if (varr_beep == 0 ) { digitalwrite(beeppin, high); } else { digitalwrite(beeppin, low); } } key_handle(); wifistatushandle(); mygizwits.process();}
五、下载android开发代码包
5.1 在应用开发生成app代码包
通过android studio软件导入项目进行编译，因版本问题需要修改关键词，compile 均替换为implementation，testcompile均替换为testimplementation，可参考以下代码：
apply plugin: 'com.android.application'
android { compilesdkversion 25 buildtoolsversion '28.0.2' uselibrary 'org.apache.http.legacy' defaultconfig { applicationid com.gizwits.opensource.appkit minsdkversion 16 targetsdkversion 25 versioncode 1 versionname 2.5.1.072715 multidexenabled true } buildtypes { release { minifyenabled false proguardfiles getdefaultproguardfile('proguard-android.txt'), 'proguard-rules.pro' } }}
dependencies { implementation filetree(dir: 'libs', include: ['*.jar']) implementation 'com.android.support.constraint1.1.0' testimplementation 'junit4.12' implementation 'com.android.support24.2.1' implementation files('libs/bleasyconfig.jar') implementation files('libs/easylink2.0.jar') implementation files('libs/gizwifisdk.jar') implementation files('libs/jpush-android-2.1.5.jar') implementation files('libs/lark7618sdk_noudp1606031910_0101.jar') implementation files('libs/libammsdk.jar') implementation files('libs/libforeelink.jar') implementation files('libs/lsfsk_1.0.jar') implementation files('libs/ltlink2.jar') implementation files('libs/mta-sdk-1.6.2.jar') implementation files('libs/oneshotconfig.jar') implementation files('libs/open_sdk_r5756.jar') implementation files('libs/pushservice-5.6.0.30.jar') implementation files('libs/simpleconfigwizardlib.jar') implementation files('libs/xutils-2.6.14.jar') implementation files('libs/zxing.jar') implementation 'com.android.support25.3.0' implementation 'com.yanzhenjie1.0.5'}
同时可参考“基于机智云aiot平台的android开源app修改教程”https://www.sohu.com/a/476083681_486728
使项目成功编译
原文地址：https://blog.csdn.net/a6662580/category_11596658.html
多种多样的便携式充电器
Fnality公司正在利用区块链技术开创数字金融市场时代
芯片供应短缺,福特表示将优先为利润率最高的汽车配备芯片
2018年亿邦未来零售大会 互联网资讯
我国航空发动机事业的发展情况探讨
云平台部署：基于Arduino与机智云的家居环境远程系统设计
苹果汽车 iCar 外观曝光,特斯拉拜拜了!
PY32F002A开发板，32 位 ARM® Cortex®-M0+内核，开发简单
两段式状态机不可能完成的任务
全新升级|才茂双5G模块千兆路由器CM520-37FS重磅发布！
什么是短路保护
蓝牙耳机什么牌子好，听歌最好的蓝牙耳机
半导体市场的复苏全靠5G?今年恐怕没戏
宝马Vision iNEXT：一款全面互联、提供高度自动驾驶功能的纯电动汽车
西门子博途：SCL中FB模块的结构
2022骨科手术机器人的进展如何
对于ANY数据类型及参数传递的详细解析
纯电动汽车优缺点 纯电动汽车的组成
汇顶科技聘任胡煜华女士为公司总裁 负责公司整体运营管理
一文解析FCC的卫星标准