工业AIoT竞赛流程

不要点到重置！！！要刷新虚拟机就点重启

xshell连接虚拟机：ssh root@Public IP

环境构建

vim /etc/hosts

按 i 进入插入模式，加内网ip和主机名，按esc，按 : ，按wq

三个虚拟机都这样配

# 在 k8s-master01 上
ping yurt-edge01
ping yurt-edge02

# 在 yurt-edge01 上
ping k8s-master01
ping yurt-edge02

# 在 yurt-edge02 上
ping k8s-master01
ping yurt-edge01

# 下面是命令，但这里测试不需要输入命令，直接测试就行

# 查看节点状态

kubectl get nodes

# 查看所有 pods 状态

kubectl get pods --all-namespaces

cd /data/script/

ls | grep install_openyurt_manager

# ./install_openyurt_manager_v5.sh是搜索到的脚本文件

./install_openyurt_manager_v5.sh > /data/logs/install_openyurt_manager.log 2>&1

2.2自动对了

3.3运行

kubectl get pods -A

等一会儿，等最后一个也ready

启动edge01的虚拟机

cd /data/script

ls | grep yurtadm_join_edge01 或 02

# 这里的*根据上一个命令的结果来填写，后面这个VC...是master01虚拟机的密码

./yurtadm_join_edge01_*.sh 'VCtYS9aA#dB' > /data/logs/yurtadm_join.log

kubectl get nodes

kubectl get pods -A

edge02同上

kubectl edit cm -n kube-system kube-proxy

先按i，光标移动到这一行，按shift+#注释掉，按esc，按 : ，输入wq，按回车

kubectl delete pod --selector k8s-app=kube-proxy -n kube-system

kubectl get pods -A -owide | grep kube-proxy

# 下面两行是一条命令，csdn自动换行了

kubectl annotate svc kube-dns -n kube-system openyurt.io/topologyKeys='openyurt.io/nodepool'

kubectl get svc kube-dns -n kube-system -o yaml

cd /data/soft/openyurt/openyurt-helm-main
helm install yurt-iot-dock ./charts/yurt-iot-dock

kubectl get crds -A

# 每一大段都全部复制

cat << EOF | kubectl apply -f -
apiVersion: apps.openyurt.io/v1beta1
kind: NodePool
metadata:
name: beijing
spec:
type: Cloud
EOF

cat << EOF | kubectl apply -f -
apiVersion: apps.openyurt.io/v1beta1
kind: NodePool
metadata:
name: hangzhou01
spec:
type: Edge
EOF

cat << EOF | kubectl apply -f -
apiVersion: apps.openyurt.io/v1beta1
kind: NodePool
metadata:
name: hangzhou02
spec:
type: Edge
EOF

kubectl label node k8s-master01 apps.openyurt.io/nodepool=beijing
kubectl label node yurt-edge01 apps.openyurt.io/nodepool=hangzhou01
kubectl label node yurt-edge02 apps.openyurt.io/nodepool=hangzhou02

cat <<EOF | kubectl apply -f - apiVersion: iot.openyurt.io/v1alpha2 kind: PlatformAdmin metadata: name: edgex-edge01 spec: version: minnesota poolName: hangzhou01 #components: #- name: yurt-iot-dock #- name: edgex-device-modbus #- name: edgex-core-data #- name: edgex-ui-go #- name: edgex-nodered EOF

# 新开一个ssh会话，再登录一个master01的虚拟机

/data/script/edgex_pod_ok.sh

cat <<EOF | kubectl apply -f - apiVersion: iot.openyurt.io/v1alpha2 kind: PlatformAdmin metadata: name: edgex-edge01 spec: version: minnesota poolName: hangzhou01 components: - name: yurt-iot-dock - name: edgex-device-modbus - name: edgex-core-data - name: edgex-ui-go - name: edgex-nodered EOF

kubectl get pa

kubectl get pods -owide

kubectl edit cm platformadmin-framework

按 : ，输入290，按 i ，把imagePullPolicy的值修改成IfNotPresent，把image的值修改成v1.4.1，按esc，按 : ，按wq按回车

去模块说明里面找

等下就把这个复制粘贴到文件里面

kubectl edit cm platformadmin-framework

按 i ，找deployment，从那开始整体下移一行，然后缩进对齐

- deployment: selector: matchLabels: app: edgex-device-modbus strategy: {} template: metadata: creationTimestamp: null labels: app: edgex-device-modbus spec: containers: - env: - name: SERVICE_HOST value: edgex-device-modbus envFrom: - configMapRef: name: common-variables image: edgexfoundry/device-modbus:3.0.0 imagePullPolicy: IfNotPresent name: edgex-device-modbus ports: - containerPort: 59901 name: tcp-59901 protocol: TCP resources: {} hostname: edgex-device-modbus name: edgex-device-modbus service: ports: - name: tcp-59901 port: 59901 protocol: TCP targetPort: 59901 selector: app: edgex-device-modbus # nodered的yaml片段 - deployment: selector: matchLabels: app: edgex-nodered strategy: {} template: metadata: creationTimestamp: null labels: app: edgex-nodered spec: containers: - env: - name: SERVICE_HOST value: edgex-nodered envFrom: - configMapRef: name: common-variables image: nodered/node-red:3.1.9 imagePullPolicy: IfNotPresent name: edgex-nodered ports: - containerPort: 1880 name: tcp-1880 protocol: TCP resources: {} hostname: edgex-nodered name: edgex-nodered service: ports: - name: tcp-1880 port: 1880 protocol: TCP targetPort: 1880 selector: app: edgex-nodered

把上面这一大段复制进去，然后按esc，按 :wq

kubectl apply -f platformadmin-framework.yaml

kubectl get pods -n default -l app=edgex-device-modbus

kubectl get pods -n default -l app=edgex-nodered

如果报错了就跳过，这个实在不会

cat <<EOF | kubectl apply -f -
apiVersion: iot.openyurt.io/v1alpha2
kind: PlatformAdmin
metadata:
name: edgex-edge02
spec:
version: minnesota
poolName: hangzhou02
components:
- name: yurt-iot-dock
- name: edgex-device-modbus
- name: edgex-core-data
- name: edgex-ui-go
- name: edgex-nodered
EOF

kubectl get pods -o wide -w | grep yurt-edge02

kubectl label nodes k8s-master01 megagame=cloud
kubectl get node k8s-master01 --show-labels

cd /data/yaml/mqtt/

ls | grep mqtt_

# 根据名字更改下面命令

kubectl apply -f /data/yaml/mqtt/mqtt_v4.yaml

kubectl apply -f /data/yaml/fuxa/fuxa.yaml
kubectl label nodes k8s-master01 megagame=cloud
kubectl get node k8s-master01 --show-labels

kubectl label nodes yurt-edge02 megagame=edge02
kubectl get node yurt-edge02 --show-labels

kubectl apply -f /data/yaml/yurt-edge02/openplc-megagame.yaml
kubectl get pods -o wide --field-selector spec.nodeName=yurt-edge02

数据采集

到谷歌浏览器把edgex-ui放上去，右上角切换中英文

在设备管理中，点击设备元信息，添加里面写

name: Env_Device_Profile

deviceResources:
- name: temp_sensor
isHidden: false
attributes:
primaryTable: HOLDING_REGISTERS
startingAddress: 0
properties:
valueType: Float32
readWrite: R
- name: wets_sensor
isHidden: false
attributes:
primaryTable: HOLDING_REGISTERS
startingAddress: 2
properties:
valueType: Float32
readWrite: R
- name: pm25_sensor
isHidden: false
attributes:
primaryTable: HOLDING_REGISTERS
startingAddress: 4
properties:
valueType: Float32
readWrite: R
- name: alarm
isHidden: false
attributes:
primaryTable: COILS
startingAddress: 0
properties:
valueType: Bool
readWrite: RW

deviceCommands: []

在设备中，点击添加设备出来这个页面，左边勾选后点击下一页

自动采集为空，直接点下一页

选这个协议

题目给了模板，把address改成edge01虚拟机的内外ip就行

边缘计算应用

时间戳：设置按3秒重复

Http请求：获取温度的URL（GET请求）
http://10.244.1.78:59882/api/v3/device/name/env-device/temp_sensor

Function 1代码
var value = msg.payload.event.readings[0].value;
global.set("temp_sensor", parseFloat(value));
msg.payload = parseFloat(value);
return msg;
Http请求：获取湿度的URL（GET请求）http://10.244.1.78:59882/api/v3/device/name/env-device/wets_sensor
Function 2代码
var value = msg.payload.event.readings[0].value;
global.set("wets_sensor", parseFloat(value));
msg.payload = parseFloat(value);
return msg;
Http请求：获取PM2.5的URL（GET请求）
http://10.244.1.78:59882/api/v3/device/name/env-device/pm25_sensor

Function 3代码
var value = msg.payload.event.readings[0].value;
global.set("pm25_sensor", parseFloat(value));
msg.payload = parseFloat(value);
return msg;
Function 4代码
var temp_sensor = global.get("temp_sensor");
var wets_sensor = global.get("wets_sensor");
var pm25_sensor = global.get("pm25_sensor");

if (temp_sensor > 35 || wets_sensor > 60 || pm25_sensor > 100) {
  msg.payload = { alarm: true }
} else {
  msg.payload = { alarm: false }
}
return msg;
Http请求：设置报警器的URL（PUT请求）
http://10.244.1.78:59882/api/v3/device/name/env-device/alarm