代码拉取完成，页面将自动刷新
package supbres
import (
m2 "gitee.com/info-superbahn-ict/superbahn/pkg/supbmanager/v3_test/supb-modules/supbres/applications/model"
"gitee.com/info-superbahn-ict/superbahn/pkg/supbmanager/v3_test/supb-modules/supbres/assumes"
"gitee.com/info-superbahn-ict/superbahn/pkg/supbmanager/v3_test/supb-modules/supbres/compose"
"gitee.com/info-superbahn-ict/superbahn/pkg/supbmanager/v3_test/supb-modules/supbres/status"
m1 "gitee.com/info-superbahn-ict/superbahn/pkg/supbmanager/v3_test/supb-modules/supbres/strategies/model"
"gitee.com/info-superbahn-ict/superbahn/pkg/supbmanager/v3_test/supb-modules/supbres/types"
)
func (r *SupbResources) examples() {
ass := assumes.NewAssumes()
//s1Key := types.SupbStrategyKey(uuid.NewV4().String())
s1 := &m1.SupbStrategyBaseInfo{
StrategyShortDescription: "正弦实验调控策略，保障正弦应用CPU波形正常",
StrategyDescription: "正弦应用是CPU资源使用呈现正弦波形的自定义测试应用，将正弦应用和干扰应用进行绑核运行，正弦应用波形会严重失真，然后用调节应用进行调节，让其在干扰下也恢复波形",
StrategyName: "正弦调控策略",
StrategyType: types.StaticStrategy,
StrategyLevel: m1.LevelWrite1,
StrategyStatus: status.StrategyNotReady,
StrategyKey: "supb.strategy.test.control.sine",
StrategyKeyParent: "supb.strategy.test.control.sine",
StrategyCompose: strategy1,
/*
仅运行中的策略有的guid和container name and container id
*/
StrategyContainers: []*compose.Containers{},
StrategyContainerNamePrefix: "SUPB_STG",
StrategySlaves: make(map[types.SupbApplicationKey]*m1.StrategySlave),
StrategyTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "I am strategy",
},
},
}
_ = m1.MarshallCompose(s1)
a1, err := r.strategyMgr.PutStrategiesAssume(types.StaticStrategy, s1)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(a1)
//s1Key := types.SupbStrategyKey(uuid.NewV4().String())
s2 := &m1.SupbStrategyBaseInfo{
StrategyShortDescription: "小车调控策略，小车控制应用的正常控制",
StrategyDescription: "小车控制应用是小车后端控制应用",
StrategyName: "小车调控策略",
StrategyType: types.StaticStrategy,
StrategyLevel: m1.LevelWrite1,
StrategyStatus: status.StrategyNotReady,
StrategyKey: "supb.strategy.test.control.car",
StrategyKeyParent: "supb.strategy.test.control.car",
StrategyCompose: strategy2,
/*
仅运行中的策略有的guid和container name and container id
*/
StrategyContainers: []*compose.Containers{},
StrategyContainerNamePrefix: "SUPB_STG",
StrategySlaves: make(map[types.SupbApplicationKey]*m1.StrategySlave),
StrategyTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "I am strategy",
},
{
Key: "URL",
Type: "string",
Value: "http://39.101.140.145:10046/",
},
},
}
_ = m1.MarshallCompose(s2)
a2, err := r.strategyMgr.PutStrategiesAssume(types.StaticStrategy, s2)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(a2)
s3 := &m1.SupbStrategyBaseInfo{
StrategyShortDescription: "自动驾驶小车调控策略，小车控制应用的正常控制",
StrategyDescription: "自动驾驶小车控制应用是小车后端控制应用",
StrategyName: "自动驾驶小车调控策略",
StrategyType: types.StaticStrategy,
StrategyLevel: m1.LevelWrite1,
StrategyStatus: status.StrategyNotReady,
StrategyKey: "supb.strategy.test.control.hydramini",
StrategyKeyParent: "supb.strategy.test.control.hydramini",
StrategyCompose: strategy3,
/*
仅运行中的策略有的guid和container name and container id
*/
StrategyContainers: []*compose.Containers{},
StrategyContainerNamePrefix: "SUPB_STG",
StrategySlaves: make(map[types.SupbApplicationKey]*m1.StrategySlave),
StrategyTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "I am strategy",
},
{
Key: "URL",
Type: "string",
Value: "http://39.101.140.145:10046/",
},
},
}
_ = m1.MarshallCompose(s3)
a3, err := r.strategyMgr.PutStrategiesAssume(types.StaticStrategy, s3)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(a3)
//
//s3Key := types.SupbStrategyKey(uuid.NewV4().String())
//s3 := &m1.SupbStrategyBaseInfo{
// StrategyShortDescription: "应用的trace收集并存储到elk",
// StrategyDescription: "",
// StrategyName: "trace监控",
// StrategyType: types.StaticStrategy,
// StrategyLevel: m1.LevelRead,
// StrategyStatus: status.StrategyNotReady,
// StrategyKey: s3Key,
// StrategyKeyParent: s3Key,
//
// StrategyCompose: yaml,
//
// /*
// 仅运行中的策略有的guid和container name and container id
// */
// StrategyContainers: []*compose.Containers{},
// StrategyContainerNamePrefix: "SUPB_traces",
// StrategySlaves: make(map[types.SupbApplicationKey]*m1.StrategySlave),
//
// StrategyTags: []types.Tag{
// {
// Key: "tag1",
// Type: "string",
// Value: "I am strategy",
// },
// },
//}
//_ = m1.MarshallCompose(s3)
//a3, err := r.strategyMgr.PutStrategiesAssume(types.StaticStrategy, s3)
//if err != nil {
// r.logger.Errorf("insert example %v", err)
//}
//ass.AddAssume(a3)
//
//s4Key := types.SupbStrategyKey(uuid.NewV4().String())
//s4 := &m1.SupbStrategyBaseInfo{
// StrategyShortDescription: "应用的简单调控策略",
// StrategyDescription: "",
// StrategyName: "简单调控",
// StrategyType: types.StaticStrategy,
// StrategyLevel: m1.LevelWrite1,
// StrategyStatus: status.StrategyNotReady,
// StrategyKey: s4Key,
// StrategyKeyParent: s4Key,
//
// StrategyCompose: yaml,
//
// /*
// 仅运行中的策略有的guid和container name and container id
// */
// StrategyContainers: []*compose.Containers{},
// StrategyContainerNamePrefix: "SUPB_test",
// StrategySlaves: make(map[types.SupbApplicationKey]*m1.StrategySlave),
//
// StrategyTags: []types.Tag{
// {
// Key: "tag1",
// Type: "string",
// Value: "I am strategy",
// },
// },
//}
//_ = m1.MarshallCompose(s4)
//a4, err := r.strategyMgr.PutStrategiesAssume(types.StaticStrategy, s4)
//if err != nil {
// r.logger.Errorf("insert example %v", err)
//}
//ass.AddAssume(a4)
//s5Key := types.SupbStrategyKey(uuid.NewV4().String())
//s5 := &m1.SupbStrategyBaseInfo{
// StrategyShortDescription: "填充数据的例子，无作用，不能运行",
// StrategyDescription: "",
// StrategyName: "简单例子",
// StrategyType: types.StaticStrategy,
// StrategyLevel: m1.LevelRead,
// StrategyStatus: status.StrategyNotReady,
// StrategyKey: s5Key,
// StrategyKeyParent: s5Key,
//
// StrategyCompose: "",
//
// /*
// 仅运行中的策略有的guid和container name and container id
// */
// StrategyContainers: []*compose.Containers{},
// StrategyContainerNamePrefix: "SUPB_test",
// StrategySlaves: make(map[types.SupbApplicationKey]*m1.StrategySlave),
//}
//a5, err := r.strategyMgr.PutStrategiesAssume(types.StaticStrategy, s5)
//if err != nil {
// r.logger.Errorf("insert example %v", err)
//}
//ass.AddAssume(a5)
//s6Key := types.SupbStrategyKey(uuid.NewV4().String())
//s6 := &m1.SupbStrategyBaseInfo{
// StrategyShortDescription: "填充数据的例子，无作用，不能运行",
// StrategyDescription: "",
// StrategyName: "简单例子",
// StrategyType: types.StaticStrategy,
// StrategyLevel: m1.LevelRead,
// StrategyStatus: status.StrategyNotReady,
// StrategyKey: s6Key,
// StrategyKeyParent: s6Key,
//
// StrategyCompose: "",
//
// /*
// 仅运行中的策略有的guid和container name and container id
// */
// StrategyContainers: []*compose.Containers{},
// StrategyContainerNamePrefix: "SUPB_test",
// StrategySlaves: make(map[types.SupbApplicationKey]*m1.StrategySlave),
//}
//a6, err := r.strategyMgr.PutStrategiesAssume(types.StaticStrategy, s6)
//if err != nil {
// r.logger.Errorf("insert example %v", err)
//}
//ass.AddAssume(a6)
//p1Key := types.SupbApplicationKey(uuid.NewV4().String())
app1 := &m2.SupbApplicationBaseInfo{
ApplicationKey: "supb.application.test.sine",
ApplicationKeyParent:"supb.application.test.sine",
ApplicationName: "自定义测试应用",
ApplicationShortDescription: "能够产生单核正弦CPU利用率波形的测试应用",
ApplicationDescription: "使用单核心，运行时通过设置周期来产生正弦波形，如果出现其他应用争抢CPU核心，正弦波将会变形，用来测试干扰和干扰调节程序",
ApplicationLevel: m2.Guaranteed,
ApplicationStatus: status.ApplicationNotReady,
ApplicationType: types.StaticApplication,
ApplicationParent: []string{},
ApplicationChild: []string{},
ApplicationContainers: []*compose.Containers{},
ApplicationContainerNamePrefix: "SUPB_APP",
ApplicationStaticStrategies: make(map[types.SupbStrategyKey]*m2.ApplicationController),
ApplicationCompose: app1,
ApplicationTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "hello world",
},
},
}
_ = m2.MarshallCompose(app1)
p1, err := r.appMgr.PutApplicationsAssume(types.StaticApplication, app1)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(p1)
app2 := &m2.SupbApplicationBaseInfo{
ApplicationKey: "supb.application.test.interfere",
ApplicationKeyParent:"supb.application.test.interfere",
ApplicationName: "自定义干扰应用",
ApplicationShortDescription: "能够吃满单核CPU资源的干扰应用",
ApplicationDescription: "单线程，能够吃满单核CPU的应用，用来争抢其他应用的资源，作为干扰源，需要同目标应用进行绑核运行",
ApplicationLevel: m2.BestEffort,
ApplicationStatus: status.ApplicationNotReady,
ApplicationType: types.StaticApplication,
ApplicationParent: []string{},
ApplicationChild: []string{},
ApplicationContainers: []*compose.Containers{},
ApplicationContainerNamePrefix: "SUPB_APP",
ApplicationStaticStrategies: make(map[types.SupbStrategyKey]*m2.ApplicationController),
ApplicationCompose: app2,
ApplicationTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "hello world",
},
},
}
_ = m2.MarshallCompose(app2)
p2, err := r.appMgr.PutApplicationsAssume(types.StaticApplication, app2)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(p2)
app3 := &m2.SupbApplicationBaseInfo{
ApplicationKey: "supb.application.test.car",
ApplicationKeyParent:"supb.application.test.car",
ApplicationName: "小车应用",
ApplicationShortDescription: "搭载图像识别的小车，测试测调的实验场景",
ApplicationDescription: "小车应用由三个部分组成，第一小车应用，第二图像处理应用，第三前端控制，通过干扰应用影响小车控制响应的延迟来制造干扰场景，通过调节策略来控制小车资源使用，来保证控制服务质量",
ApplicationLevel: m2.Guaranteed,
ApplicationStatus: status.ApplicationNotReady,
ApplicationType: types.StaticApplication,
ApplicationParent: []string{},
ApplicationChild: []string{},
ApplicationContainers: []*compose.Containers{},
ApplicationContainerNamePrefix: "SUPB_APP",
ApplicationStaticStrategies: make(map[types.SupbStrategyKey]*m2.ApplicationController),
ApplicationCompose: app3_t,
ApplicationTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "hello world",
},
},
}
_ = m2.MarshallCompose(app3)
p3, err := r.appMgr.PutApplicationsAssume(types.StaticApplication, app3)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(p3)
app4 := &m2.SupbApplicationBaseInfo{
ApplicationKey: "supb.application.test.car.interfere",
ApplicationKeyParent:"supb.application.test.car.interfere",
ApplicationName: "小车应用干扰",
ApplicationShortDescription: "干扰小车的容器，吃CPU资源",
ApplicationDescription: "小车分三个容器，需要干扰的是运行在小车上的容器，需要进行绑核运行",
ApplicationLevel: m2.BestEffort,
ApplicationStatus: status.ApplicationNotReady,
ApplicationType: types.StaticApplication,
ApplicationParent: []string{},
ApplicationChild: []string{},
ApplicationContainers: []*compose.Containers{},
ApplicationContainerNamePrefix: "SUPB_APP",
ApplicationStaticStrategies: make(map[types.SupbStrategyKey]*m2.ApplicationController),
ApplicationCompose: app4,
ApplicationTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "hello world",
},
},
}
_ = m2.MarshallCompose(app4)
p4, err := r.appMgr.PutApplicationsAssume(types.StaticApplication, app4)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(p4)
app5 := &m2.SupbApplicationBaseInfo{
ApplicationKey: "supb.application.test.hydramini",
ApplicationKeyParent:"supb.application.test.hydramini",
ApplicationName: "自动驾驶小车应用",
ApplicationShortDescription: "利用神经网络的和模拟器组成的自动驾驶算法测试应用",
ApplicationDescription: "应用分为两个容器，agent 和 server，agent提供转发功能，server提供inference",
ApplicationLevel: m2.Guaranteed,
ApplicationStatus: status.ApplicationNotReady,
ApplicationType: types.StaticApplication,
ApplicationParent: []string{},
ApplicationChild: []string{},
ApplicationContainers: []*compose.Containers{},
ApplicationContainerNamePrefix: "SUPB_APP",
ApplicationStaticStrategies: make(map[types.SupbStrategyKey]*m2.ApplicationController),
ApplicationCompose: app_5,
ApplicationTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "hello world",
},
},
}
_ = m2.MarshallCompose(app5)
p5, err := r.appMgr.PutApplicationsAssume(types.StaticApplication, app5)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(p5)
app6 := &m2.SupbApplicationBaseInfo{
ApplicationKey: "supb.application.test.hydramini.interfere",
ApplicationKeyParent:"supb.application.test.hydramini.interfere",
ApplicationName: "自动驾驶干扰应用",
ApplicationShortDescription: "干扰自动驾驶的神经网络计算服务，让计算出现延迟，影响实时响应",
ApplicationDescription: "自动驾驶模拟应用包含三个部分，模拟器、agent和server，server根据图片推理路径",
ApplicationLevel: m2.Guaranteed,
ApplicationStatus: status.ApplicationNotReady,
ApplicationType: types.StaticApplication,
ApplicationParent: []string{},
ApplicationChild: []string{},
ApplicationContainers: []*compose.Containers{},
ApplicationContainerNamePrefix: "SUPB_APP",
ApplicationStaticStrategies: make(map[types.SupbStrategyKey]*m2.ApplicationController),
ApplicationCompose: app_6,
ApplicationTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "hello world",
},
},
}
_ = m2.MarshallCompose(app6)
p6, err := r.appMgr.PutApplicationsAssume(types.StaticApplication, app6)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(p6)
app7 := &m2.SupbApplicationBaseInfo{
ApplicationKey: "supb.application.gitlab.runner",
ApplicationKeyParent:"supb.application.gitlab.runner",
ApplicationName: "SERVE平台gitlab-runner应用",
ApplicationShortDescription: "SERVE平台gitlab-runner",
ApplicationDescription: "SERVE平台gitlab-runner",
ApplicationLevel: m2.Guaranteed,
ApplicationStatus: status.ApplicationNotReady,
ApplicationType: types.StaticApplication,
ApplicationParent: []string{},
ApplicationChild: []string{},
ApplicationContainers: []*compose.Containers{},
ApplicationContainerNamePrefix: "SUPB_APP",
ApplicationStaticStrategies: make(map[types.SupbStrategyKey]*m2.ApplicationController),
ApplicationCompose: app_7,
ApplicationTags: []types.Tag{
{
Key: "tag1",
Type: "string",
Value: "hello world",
},
},
}
p7, err := r.appMgr.PutApplicationsAssume(types.StaticApplication, app7)
if err != nil {
r.logger.Errorf("insert example %v", err)
}
ass.AddAssume(p7)
ass.Done()
}
const yaml = `
containers:
agent:
appkey: trace_jaeger_client
parent: trace_jaeger_collector
child: ""
name: ""
image: jaeger-env
cid: ""
guid: ""
status: NotReady
ports:
"80": "8080"
envs:
SUPB_GUID: "123456"
cmd:
- /bin/sh
- boot.sh
- hello
collector:
appkey: trace_jaeger_collector
parent: supb_agent
child: trace_jaeger_client
name: ""
image: jaeger-collector
cid: ""
guid: ""
status: NotReady
ports:
"80": "8080"
envs:
SUPB_GUID: "123456"
cmd:
- /bin/sh
- boot.sh
- hello
`
const app1 = `
containers:
emu-service:
appkey: "supb.application.test.sine.cpu"
parent: []
child: []
name: ""
image: 39.101.140.145:5000/cpu-ctrl-core-1
cid: ""
guid: ""
status: NotReady
ports:
envs:
SUPB_GUID: ""
SUPB_T: "30"
SUPB_I: "0.04"
cmd:
- /bin/sh
- boot.sh
tags:
- key: HOST
type: string
value: CPU
- key: HOST
type: string
value: GPU
- key: cpu.set
type: string
value: "5"
`
const app2 = `
containers:
cpu-interference-service:
appkey: "supb.application.test.interfere.cpu"
parent: []
child: []
name: ""
image: 39.101.140.145:5000/interference-cpu-core-1
cid: ""
guid: ""
status: NotReady
ports:
envs:
SUPB_GUID: ""
cmd:
- /bin/sh
- boot.sh
tags:
- key: HOST
type: string
value: CPU
- key: HOST
type: string
value: GPU
- key: cpu.set
type: string
value: "5"
`
const strategy1 = `
containers:
cpu-sine-control-service:
appkey: "supb.strategy.test.control.sine.cpu"
parent: []
child: []
name: ""
image: 39.101.140.145:5000/test.control.sine
cid: ""
guid: ""
status: NotReady
ports:
envs:
SUPB_GUID: ""
ETCD_KEY: ""
ETCD_URL: "10.16.0.180:10000"
cmd:
- /bin/sh
- boot.sh
tags:
- key: HOST
type: string
value: CPU
- key: HOST
type: string
value: GPU
`
const app3 = `
containers:
darknet-service:
appkey: "supb.application.test.car.darknet"
parent: []
child:
- supb.application.test.car.app
name: ""
image: sauronwu/superb_darknet_demo:latest
cid: ""
guid: ""
status: NotReady
runtime: nvidia
workdir: /usr/src/darknet-superb-service
ports:
"11900-12000": "11900-12000"
envs:
SUPB_GUID: ""
SUPB_SERVICE_PORT: "11935"
SUPB_MIN_PORT: "11900"
SUPB_MAX_PORT: "12000"
cmd:
- /bin/bash
- /usr/src/darknet-superb-service/boot.sh
tags:
- key: HOST
type: string
value: GPU
car-service:
appkey: "supb.application.test.car.app"
parent:
- supb.application.test.car.darknet
child:
- supb.application.test.car.frontend
name: ""
image: car-ctrl-service:latest
cid: ""
guid: ""
status: NotReady
ports:
"10039": "8000"
envs:
SUPB_GUID: ""
JAEGER_AGENT_PORT: "5775"
JAEGER_AGENT_HOST: "10.16.0.180"
DARK_NET_HOST: "10.118.0.35"
cmd:
- /bin/bash
- /root/boot.sh
tags:
- key: HOST
type: string
value: CAR
- key: cpu.set
type: string
value: "1"
car-frontend:
appkey: "supb.application.test.car.frontend"
parent:
- supb.application.test.car.app
child: []
name: ""
image: car-front-end:latest
cid: ""
guid: ""
status: NotReady
ports:
"10041": "8080"
envs:
SUPB_GUID: ""
JAEGER_AGENT_PORT: "5775"
JAEGER_AGENT_HOST: "10.16.0.180"
CAR_PATH: ""
cmd: []
tags:
- key: HOST
type: string
value: CPU
`
const app3_t = `
containers:
darknet-service:
appkey: "supb.application.test.car.darknet"
parent: []
child:
- supb.application.test.car.app
name: ""
image: sauronwu/superb_darknet_demo:latest
cid: ""
guid: ""
status: NotReady
runtime: nvidia
workdir: /usr/src/darknet-superb-service
ports:
"11900-12000": "11900-12000"
envs:
SUPB_GUID: ""
SUPB_SERVICE_PORT: "11935"
SUPB_MIN_PORT: "11900"
SUPB_MAX_PORT: "12000"
cmd:
- /bin/bash
- /usr/src/darknet-superb-service/boot.sh
tags:
- key: HOST
type: string
value: GPU
car-service:
appkey: "supb.application.test.car.app"
parent:
- supb.application.test.car.darknet
child:
- supb.application.test.car.frontend
name: ""
image: car-ctrl-service
cid: ""
guid: ""
status: NotReady
ports:
"10039": "8000"
envs:
SUPB_GUID: ""
JAEGER_AGENT_PORT: "5775"
JAEGER_AGENT_HOST: "10.16.0.180"
DARK_NET_HOST: "10.118.0.35"
FRAME_RATE: "15"
cmd:
- /bin/bash
- /root/boot.sh
tags:
- key: HOST
type: string
value: CAR
- key: cpu.set
type: string
value: "1"
car-frontend:
appkey: "supb.application.test.car.frontend"
parent:
- supb.application.test.car.app
child: []
name: ""
image: car-front-end:latest
cid: ""
guid: ""
status: NotReady
ports:
"10041": "8080"
envs:
SUPB_GUID: ""
CAR_PATH: "10.30.150.1:10039"
cmd: []
tags:
- key: HOST
type: string
value: CPU
`
const app4 = `
containers:
cpu-interference-service:
appkey: "supb.application.interfere.cpu"
parent: []
child: []
name: ""
image: 39.101.140.145:5000/interference-cpu-core-1
cid: ""
guid: ""
status: NotReady
ports:
envs:
SUPB_GUID: ""
cmd:
- /bin/sh
- /root/boot.sh
tags:
- key: HOST
type: string
value: CAR
- key: cpu.set
type: string
value: "1"
- key: cpu.ratio
type: string
value: "0.95"
`
const strategy2 = `
containers:
cpu-sine-control-service:
appkey: "supb.strategy.test.control.car.cpu"
parent: []
child: []
name: ""
image: 39.101.140.145:5000/test.control.car
cid: ""
guid: ""
status: NotReady
ports:
envs:
SUPB_GUID: ""
ETCD_KEY: ""
SLEEP: "10"
ETCD_URL: "10.16.0.180:10000"
cmd:
- /bin/sh
- /root/boot.sh
tags:
- key: HOST
type: string
value: CPU
- key: HOST
type: string
value: GPU
`
const app_5 = `
containers:
hydramini_agent:
appkey: "supb.application.test.hydramini.agent"
parent: []
child:
- supb.application.test.hydramini.server
name: ""
image: sauronwu/superb_hydramini_demo:latest
cid: ""
guid: ""
status: NotReady
ports:
"9090": "9090"
envs:
SUPB_GUID: ""
HOSTIP: "0.0.0.0"
NNGHOST: "tcp://10.16.0.180:8899"
JAEGER_AGENT_HOST: "10.16.0.180"
JAEGER_AGENT_PORT: "5775"
cmd:
- /home/hydra-mini-demo/agent/run.sh
tags:
- key: HOST
type: string
value: CPU
- key: cpu.set
type: string
value: "2"
hydramini_server:
appkey: "supb.application.test.hydramini.server"
parent:
- supb.application.test.hydramini.agent
child: []
name: ""
image: sauronwu/superb_hydramini_demo:latest
cid: ""
guid: ""
status: NotReady
ports:
"8899": "8899"
envs:
SUPB_GUID: ""
NNGHOST: "tcp://0.0.0.0:8899"
MODEL: "/home/hydra-mini-demo/server/model.h5"
PARENT_PORT: ""
JAEGER_AGENT_HOST: "10.16.0.180"
JAEGER_AGENT_PORT: "5775"
cmd:
- /home/hydra-mini-demo/server/run.sh
tags:
- key: HOST
type: string
value: CPU
- key: cpu.set
type: string
value: "1"
`
const app_6 = `
containers:
cpu-interference-service:
appkey: "supb.application.test.hydramini.interfere.cpu"
parent: []
child: []
name: ""
image: 39.101.140.145:5000/interference-cpu-core-1
cid: ""
guid: ""
status: NotReady
ports:
envs:
SUPB_GUID: ""
cmd:
- /bin/sh
- /root/boot.sh
tags:
- key: HOST
type: string
value: CPU
- key: cpu.set
type: string
value: "1"
- key: cpu.ratio
type: string
value: "0.90"
`
const strategy3 = `
containers:
cpu-sine-control-service:
appkey: "supb.strategy.test.control.hydramini.cpu"
parent: []
child: []
name: ""
image: 39.101.140.145:5000/test.control.simcar
cid: ""
guid: ""
status: NotReady
ports:
envs:
SUPB_GUID: ""
ETCD_KEY: ""
SLEEP: "1"
ETCD_URL: "10.16.0.180:10000"
cmd:
- /bin/sh
- /root/boot.sh
tags:
- key: HOST
type: string
value: CPU
- key: HOST
type: string
value: GPU
`
const app_7 = `
apiVersion: v1 #版本号
kind: Pod #Pod类型（指定资源角色、类型）
metadata:
annotations: #自定义注释列表
checksum/configmap: b3673879a41d62ec260419fe7df405d13722d0b79a5bf8e86089a1e7dbc20e4a
checksum/secrets: 560d8c5a61004e91d062d4965083dbc2a7e97f5401da93fb00ed57d738c287ec
prometheus.io/port: "9252" #对外暴露port,在需要监控的pod的deployment中指定
prometheus.io/scrape: "true"
generateName: gitlab-runner-gitlab-runner-7bccb598c7-
labels: #自定义标签名字
app: gitlab-runner-gitlab-runner #pod的应用名
chart: gitlab-runner-0.37.2 # Helm 的应用打包格式，是helm的软件包，采用TAR格式，包含一组定义Kubernetes资源相关的yanl文件
heritage: Helm #Helm 是一个命令行下的客户端工具。主要用于 Kubernetes 应用程序 Chart 的创建、打包、发布以及创建和管理本地和远程的 Chart 仓库
pod-template-hash: 7bccb598c7
release: gitlab-runner #使用 helm install 命令在 Kubernetes 集群中部署的 Chart 称为 Release
name: gitlab-runner-gitlab-runner-7bccb598c7-gfghw #pod的名称
namespace: gitlab-runner #pod的命名空间
ownerReferences: #监听事件 指定属主
- apiVersion: apps/v1
blockOwnerDeletion: true
controller: true
kind: ReplicaSet
name: gitlab-runner-gitlab-runner-7bccb598c7
uid: 25cc57fd-c170-4787-ad9c-ea8044d6ba3c
resourceVersion: "797278"
selfLink: /api/v1/namespaces/gitlab-runner/pods/gitlab-runner-gitlab-runner-7bccb598c7-gfghw
uid: cf418f2f-04f4-4f5c-bc0f-e52b13777094
spec: #pod中容器的详细定义
containers:
gitlab-runner-service:
appkey: "supb.application.gitlab.runner.gitlab-runner"
parent: []
child: []
name: ""
image: gitlab/gitlab-runner:alpine-v14.7.0 #容器的镜像名称
cid: ""
guid: ""
status: NotReady
ports:
"8899": "8899"
envs: #容器运行前需设置的环境变量列表(K-V对，环境变量名-环境变量的值) （env）
- name: CI_SERVER_URL
value: https://gitlab.agileserve.org.cn:8001
- name: CLONE_URL
- name: RUNNER_EXECUTOR
value: kubernetes
- name: REGISTER_LOCKED
value: "false"
- name: RUNNER_TAG_LIST
value: k8s-cd
- name: KUBERNETES_PULL_POLICY
value: if-not-present
cmd: #容器启动的命令，如果不指定使用打包时使用的启动命令(command)
- /usr/bin/dumb-init
- --
- /bin/bash
- /configmaps/entrypoint
#tags:
#- key: HOST
#type: string
#value: CPU
#- key: cpu.set
# type: string
# value: "1"
imagePullPolicy: IfNotPresent #优先使用本地镜像，否则下载镜像
lifecycle: #pod的生命周期
preStop:
exec:
command:
- /entrypoint
- unregister
- --all-runners
livenessProbe: #对Pod内个容器健康检查的设置，当探测无响应几次后将自动重启该容器，检查方法有exec、httpGet和tcpSocket，对一个容器只需设置其中一种方法即可
exec: #对Pod容器内检查方式设置为exec方式
command: #exec方式需要制定的命令或脚本
- /bin/bash
- /configmaps/check-live
failureThreshold: 3 #探针的最大失败次数，如果达到了最大的失败次数，在存活性探针的情况，容器将重新启动
initialDelaySeconds: 60 #容器启动完成后首次探测的时间，单位为秒
periodSeconds: 10 #对容器监控检查的定期探测时间设置，单位秒，默认10秒一次
successThreshold: 1
timeoutSeconds: 1 #对容器健康检查探测等待响应的超时时间，单位秒，默认1秒
name: gitlab-runner-gitlab-runner #容器名称
ports: #需要暴露的端口库号列表
- containerPort: 9252 #容器需要监听的端口号
name: metrics #端口号名称
protocol: TCP #端口协议，支持TCP和UDP，默认TCP
readinessProbe:
exec:
command:
- /usr/bin/pgrep
- gitlab.*runner
failureThreshold: 3
initialDelaySeconds: 10
periodSeconds: 10
successThreshold: 1
timeoutSeconds: 1
resources: #资源限制和请求的设置
limits: #资源限制的设置
cpu: 500m #Cpu的限制，单位为core数，将用于docker run --cpu-shares参数
memory: 1Gi #内存限制，单位可以为Mib/Gib，将用于docker run --memory参数
requests: #资源请求的设置
cpu: 500m #Cpu请求，容器启动的初始可用数量
memory: 1Gi #内存请求，容器启动的初始可用数量
securityContext: #安全上下文，定义pod或container的权限和访问控制
allowPrivilegeEscalation: false
terminationMessagePath: /dev/termination-log #容器的异常终止消息的路径，当容器退出时，可以通过容器的状态看到退出的信息
terminationMessagePolicy: File #退出信息会从文件中读取
volumeMounts: #挂载到容器内部的存储卷配置，可以通过 terminationMessagePolicy 来修改，将 terminationMessagePolicy 修改为：FallbackToLogsOnError，从日志中来读取
- mountPath: /secrets #存储卷在容器内mount的绝对路径，应少于512字符
name: runner-secrets #引用pod定义的共享存储卷的名称，需用volumes[]部分定义的的卷名
- mountPath: /home/gitlab-runner/.gitlab-runner
name: etc-gitlab-runner
- mountPath: /configmaps
name: configmaps
- mountPath: /var/run/secrets/kubernetes.io/serviceaccount
name: gitlab-runner-gitlab-runner-token-rvkzm
readOnly: true #是否为只读模式
dnsPolicy: ClusterFirst #设置DNS的策略
enableServiceLinks: true #默认的配置，所有请求会优先在集群所在域查询，如果没有才会转发到上游DNS
initContainers: #pod节点中包含的容器初始化？
- command:
- sh
- /configmaps/configure
env:
- name: CI_SERVER_URL
value: https://gitlab.agileserve.org.cn:8001
- name: CLONE_URL
- name: RUNNER_EXECUTOR
value: kubernetes
- name: REGISTER_LOCKED
value: "false"
- name: RUNNER_TAG_LIST
value: k8s-cd
- name: KUBERNETES_PULL_POLICY
value: if-not-present
image: gitlab/gitlab-runner:alpine-v14.7.0
imagePullPolicy: IfNotPresent
name: configure
resources:
limits:
cpu: 500m
memory: 1Gi
requests:
cpu: 500m
memory: 1Gi
securityContext:
allowPrivilegeEscalation: false
terminationMessagePath: /dev/termination-log
terminationMessagePolicy: File
volumeMounts:
- mountPath: /secrets
name: runner-secrets
- mountPath: /configmaps
name: configmaps
readOnly: true
- mountPath: /init-secrets
name: init-runner-secrets
readOnly: true
- mountPath: /var/run/secrets/kubernetes.io/serviceaccount
name: gitlab-runner-gitlab-runner-token-rvkzm
readOnly: true
nodeName: ubuntu-219
priority: 0
restartPolicy: Always
schedulerName: default-scheduler
securityContext:
fsGroup: 65533
runAsUser: 100
serviceAccount: gitlab-runner-gitlab-runner
serviceAccountName: gitlab-runner-gitlab-runner
terminationGracePeriodSeconds: 3600
tolerations:
- effect: NoExecute
key: node.kubernetes.io/not-ready
operator: Exists
tolerationSeconds: 300
- effect: NoExecute
key: node.kubernetes.io/unreachable
operator: Exists
tolerationSeconds: 300
volumes:
- emptyDir:
medium: Memory
name: runner-secrets
- emptyDir:
medium: Memory
name: etc-gitlab-runner
- name: init-runner-secrets
projected:
defaultMode: 420
sources:
- secret:
items:
- key: runner-registration-token
path: runner-registration-token
- key: runner-token
path: runner-token
name: gitlab-runner-gitlab-runner
- configMap:
defaultMode: 420
name: gitlab-runner-gitlab-runner
name: configmaps
- name: gitlab-runner-gitlab-runner-token-rvkzm
secret:
defaultMode: 420
secretName: gitlab-runner-gitlab-runner-token-rvkzm
`
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