├── .github └── workflows │ └── build_docker.yml ├── Dockerfile ├── LICENSE ├── README.md ├── cloud-agent-operator ├── README.md ├── deploy │ ├── configmap.yaml │ ├── crd-deploy.yaml │ ├── crd.yaml │ └── redis.yaml ├── example.full.yaml └── example.min.yaml ├── codo-agent-darwin-arm ├── codo-agent-darwin-x86 ├── codo-agent-linux-arm ├── codo-agent-linux-x86 ├── codo-agent-server ├── codo-agent-win.exe ├── conf.yaml ├── img ├── 28fb5b67-0168-4da3-9af3-90435250fbf0.png ├── 2d-e4fd-4933-ac83-a82a8ac94ad5.png ├── 4f187f6b-7916-4177-8ec2-af89af2fabfd.jpeg ├── 4frd-e4fd-4933-ac83-a82a8a.png ├── 5098e991-311c-4b98-8813-6a372eaf40ec.png ├── 5cc70f6e-29af-419c-a5a9-fe1d42e73f21.png ├── 70f6e-29af-419c-a5a9-fe1d42e73.png ├── a9e48c16-44cd-4e7f-81b4-05a01b709e05.png ├── afb80896-0b83-4b90-b19a-ff8be025296d.png ├── b37311eb-bbf1-4b5c-88a4-811d8270cd72.png ├── dd219597-c5ed-4477-997f-554fcd08e016.png ├── de211ee2-4ba1-42b2-96c7-894a0e7dc7aa.png ├── de921cf5-3887-4674-bb74-ed9d94adafea.png ├── df95085a-6ab4-47df-a3d3-3b145de00698.png └── e128a45d-e4fd-4933-ac83-a82a8ac94ad5.png ├── 安装文档.md └── 更新日志.md /.github/workflows/build_docker.yml: -------------------------------------------------------------------------------- 1 | name: Build and Push Docker Image to Alibaba Cloud 2 | 3 | on: 4 | push: 5 | branches: 6 | - main 7 | 8 | jobs: 9 | build: 10 | runs-on: ubuntu-latest 11 | 12 | steps: 13 | - name: Checkout code 14 | uses: actions/checkout@v2 15 | 16 | - name: Login to Alibaba Cloud Container Registry 17 | env: 18 | DOCKER_REGISTRY: ${{ secrets.ALICLOUD_REGISTRY }} 19 | DOCKER_USERNAME: ${{ secrets.ALICLOUD_USERNAME }} 20 | DOCKER_PASSWORD: ${{ secrets.ALICLOUD_PASSWORD }} 21 | run: | 22 | echo $DOCKER_PASSWORD | docker login --username=$DOCKER_USERNAME --password-stdin $DOCKER_REGISTRY 23 | - name: Build Docker image 24 | run: docker build -t ${{ secrets.ALICLOUD_REGISTRY }}/ss1917/codo-agent-server:latest . 25 | 26 | - name: Push Docker image 27 | run: docker push ${{ secrets.ALICLOUD_REGISTRY }}/ss1917/codo-agent-server:latest -------------------------------------------------------------------------------- /Dockerfile: -------------------------------------------------------------------------------- 1 | # Stage 1: 构建阶段 2 | #FROM golang:1.20 AS builder 3 | # 4 | #WORKDIR /src 5 | #ENV GO111MODULE=on 6 | #ENV GOPROXY="https://goproxy.cn,direct" 7 | #COPY ./go.mod /src 8 | #COPY ./go.sum /src 9 | #RUN go mod download 10 | #COPY . /src 11 | #RUN make build 12 | 13 | # Stage 2: 运行阶段 14 | FROM rockylinux:9.1 15 | 16 | MAINTAINER "shenshuo<191715030@qq.com>" 17 | # 设置编码 18 | ENV LANG C.UTF-8 19 | 20 | # 同步时间 21 | ENV TZ=Asia/Shanghai 22 | 23 | WORKDIR /data 24 | # 拷贝代码 25 | COPY codo-agent-server . 26 | # 用来拷贝配置文件 27 | COPY conf.yaml . 28 | 29 | RUN chmod +x codo-agent-server 30 | 31 | EXPOSE 8080 8081 8082 8083 32 | 33 | CMD ./codo-agent-server --config-file=conf.yaml 34 | -------------------------------------------------------------------------------- /LICENSE: -------------------------------------------------------------------------------- 1 | GNU GENERAL PUBLIC LICENSE 2 | Version 3, 29 June 2007 3 | 4 | Copyright (C) 2007 Free Software Foundation, Inc. 5 | Everyone is permitted to copy and distribute verbatim copies 6 | of this license document, but changing it is not allowed. 7 | 8 | Preamble 9 | 10 | The GNU General Public License is a free, copyleft license for 11 | software and other kinds of works. 12 | 13 | The licenses for most software and other practical works are designed 14 | to take away your freedom to share and change the works. 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It is safest 630 | to attach them to the start of each source file to most effectively 631 | state the exclusion of warranty; and each file should have at least 632 | the "copyright" line and a pointer to where the full notice is found. 633 | 634 | 635 | Copyright (C) 636 | 637 | This program is free software: you can redistribute it and/or modify 638 | it under the terms of the GNU General Public License as published by 639 | the Free Software Foundation, either version 3 of the License, or 640 | (at your option) any later version. 641 | 642 | This program is distributed in the hope that it will be useful, 643 | but WITHOUT ANY WARRANTY; without even the implied warranty of 644 | MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 645 | GNU General Public License for more details. 646 | 647 | You should have received a copy of the GNU General Public License 648 | along with this program. If not, see . 649 | 650 | Also add information on how to contact you by electronic and paper mail. 651 | 652 | If the program does terminal interaction, make it output a short 653 | notice like this when it starts in an interactive mode: 654 | 655 | Copyright (C) 656 | This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. 657 | This is free software, and you are welcome to redistribute it 658 | under certain conditions; type `show c' for details. 659 | 660 | The hypothetical commands `show w' and `show c' should show the appropriate 661 | parts of the General Public License. Of course, your program's commands 662 | might be different; for a GUI interface, you would use an "about box". 663 | 664 | You should also get your employer (if you work as a programmer) or school, 665 | if any, to sign a "copyright disclaimer" for the program, if necessary. 666 | For more information on this, and how to apply and follow the GNU GPL, see 667 | . 668 | 669 | The GNU General Public License does not permit incorporating your program 670 | into proprietary programs. If your program is a subroutine library, you 671 | may consider it more useful to permit linking proprietary applications with 672 | the library. If this is what you want to do, use the GNU Lesser General 673 | Public License instead of this License. But first, please read 674 | . 675 | -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | # codo-agent-server 2 | 暂时只开放二进制文件，star 过万再开源 3 | 4 | ## 简介 5 | 本系统是 CoDo 平台的核心底层系统，作为 CoDo 服务体系与底层资源设施的连接器，支撑其他服务。它提供任务执行、文件传输、数据传输（包括指标采集、日志采集、链路采集和链路降采样）、代码仓库等基础能力。通过天门网关服务能力，向上层平台或 SaaS 提供服务，实现多种场景的赋能。 6 | 本系统已在多家知名游戏公司和国企中广泛应用多年，表现出安全、稳定、可靠和可控的特点。它不仅作为整个 CI/CD 流水线的基础支持，还承接底层网络和异地组网的功能，能够支持多种系统和平台，在不同地域和云厂商之间组网。目前，该系统已经成功覆盖了 CI/CD 流程中的所有构建服务器及线上线下的服务器。 7 | ## 架构图 8 | ![图片](./img/4f187f6b-7916-4177-8ec2-af89af2fabfd.jpeg) 9 | 10 | ## 参考文档 11 | - [Agent安装文档](./安装文档.md) 12 | - [云原生 Agent安装文档](./cloud-agent-operator/README.md) 13 | - [更新日志](./更新日志.md) 14 | 15 | 16 | ## 服务端部署 17 | ## 服务端配置文件 `conf.yaml` 18 | 切记只有WS端口可以对外 19 | - [服务端配置文件](./conf.yaml) 20 | ## 初始化 21 | ``` 22 | create database `codo_agent_server` default character set utf8mb4 collate utf8mb4_unicode_ci; 23 | codo-agent-server --config-file=config.yaml migrate 24 | ``` 25 | 26 | ## 启动 server 27 | ``` 28 | codo-agent-server --config-file=conf.yaml 29 | ``` 30 | ## 启动 proxy （可选） 31 | ``` 32 | codo-agent --url ws://127.0.0.1:9999/api/v1/codo/agent?clientId=8888 -s --log-dir /data/logs/codo --client-type master 33 | ``` 34 | ## 启动 agent 35 | ``` 36 | # 直连 37 | codo-agent --url ws://127.0.0.1:9999/api/v1/codo/agent?clientId=codo-test -s --log-dir /data/logs/codo --row-limit 2000 --client-type normal 38 | # 代理 39 | codo-agent --url ws://127.0.0.1:20800/api/v1/codo/agent?clientId=codo-test:8888 -s --log-dir /data/logs/codo --row-limit 2000 --client-type normal 40 | ``` 41 | ## 启动 云原生agent 42 | 详情看 [云原生agent](./cloud-agent-operator/README.md) -------------------------------------------------------------------------------- /cloud-agent-operator/README.md: -------------------------------------------------------------------------------- 1 | # cloud-agent-operator 2 | 3 | 云原生的 agent-server 任务执行器 4 | 5 | ## 快速开始 6 | 7 | ### 配置 8 | - configmap 里的 `SERVER-ADDRESS` 参数 指向 agent-server 的地址 9 | - configmap 里的 `BIZ-ID` 参数 配置为对应业务的 ID 10 | 11 | ### 安装 12 | ```shell 13 | kubectl apply -f ./deploy/crd.yaml 14 | kubectl apply -f ./deploy/crd-deploy.yaml 15 | kubectl -n cloud-agent-operator-system apply -f ./deploy/redis.yaml 16 | kubectl -n cloud-agent-operator-system apply -f ./deploy/configmap.yaml 17 | ``` 18 | 19 | ## 快速使用 20 | - [必填] taskId 任务ID (唯一) 21 | - [必填] taskType 任务类型 (CloudTask) 22 | - [必填] agentID 用于执行云原生任务的 AgentID 23 | - [必填] taskYaml 脚本的定义, 详情见后面的配置 24 | - [必填] taskYaml 脚本的定义, 详情见后面的配置 25 | - [可选] timeout 超时时间(秒)(默认600秒) 26 | - [可选] scriptParams 脚本使用的参数, 通过环境变量添加 `codo_` 前缀注入( abc 在环境变量中是 $codo_abc) 27 | - [可选] namespace 脚本执行的命名空间, 默认为 default 28 | 29 | ```shell 30 | curl -X POST {agent-server-http-addr}/api/v1/agent/task/batch \ 31 | -H 'Content-Type: application/json' \ 32 | -d '[ 33 | { 34 | "taskId": "task123", 35 | "taskType": "CloudTask", 36 | "agentId": "agent456", 37 | "args": { 38 | "timeout": 60, 39 | "scriptParams": "{\"abc\": \"1\"}", 40 | "namespace": "default", 41 | "taskYaml": "# [必选] 任务定义\ntaskSpec:\n # [必选] 任务展示名称\n displayName: \"cc-test\"\n\n # [必选] 任务步骤定义\n # 任务有两种模式(只能选其一)\n # - script 模式:\n # - command 模式:\n steps:\n # [必选] 步骤名称\n - name: \"step1\"\n # [可选] 超时时间(默认60分钟)\n # 持续时间字符串是可能有符号的十进制数字序列，每个十进制数字都带有可选的分数和单位后缀，\n # 例如“300ms”、“-1.5h”或“2h45m”。有效的时间单位为“ns”、“us”（或“μs”）、“ms”、“s”、“m”、“h”。\n timeout: \"10s\"\n # [必选] 任务运行所处的镜像\n image: \"ccr.ccs.tencentyun.com/library/alpine:latest\"\n # [必选] 运行的脚本(与 command 二选一)\n script: |\n #!/bin/sh\n echo \"Hello World step1 FOO=$FOO\"\n - name: \"step2\"\n image: \"ccr.ccs.tencentyun.com/library/alpine:latest\"\n # [必选] 指定命令执行(与 script 二选一)\n command: [ codo ]\n args: [ \"set-context\", \"abc=123\" ]\n - name: \"step3\"\n image: \"ccr.ccs.tencentyun.com/library/alpine:latest\"\n script: |\n #!/bin/python\n import os\n print(\"Hello World step3 FOO=%s\" % os.environ.get(\"FOO\"))" 42 | } 43 | } 44 | ]' 45 | ``` 46 | 47 | ## [简单任务定义](example.min.yaml) 48 | ```yaml 49 | # [必选] 任务定义 50 | taskSpec: 51 | # [必选] 任务展示名称 52 | displayName: "cc-test" 53 | 54 | # [必选] 任务步骤定义 55 | # 任务有两种模式(只能选其一) 56 | # - script 模式: 57 | # - command 模式: 58 | steps: 59 | # [必选] 步骤名称 60 | - name: "step1" 61 | # [可选] 超时时间(默认60分钟) 62 | # 持续时间字符串是可能有符号的十进制数字序列，每个十进制数字都带有可选的分数和单位后缀， 63 | # 例如“300ms”、“-1.5h”或“2h45m”。有效的时间单位为“ns”、“us”（或“μs”）、“ms”、“s”、“m”、“h”。 64 | timeout: "10s" 65 | # [必选] 任务运行所处的镜像 66 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 67 | # [必选] 运行的脚本(与 command 二选一) 68 | script: | 69 | #!/bin/sh 70 | echo "Hello World step1 FOO=$FOO" 71 | - name: "step2" 72 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 73 | # [必选] 指定命令执行(与 script 二选一) 74 | command: [ codo ] 75 | args: [ "set-context", "abc=123" ] 76 | - name: "step3" 77 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 78 | script: | 79 | #!/bin/python 80 | import os 81 | print("Hello World step3 FOO=%s" % os.environ.get("FOO")) 82 | 83 | ``` 84 | 85 | ## [全量任务定义](example.full.yaml) 86 | ```yaml 87 | # [可选] pod 的资源限制 88 | # 用户可以选择在任务级指定资源需求，而不是在每个 Step 上指定资源需求。如果用户指定了任务级资源要求， 89 | # 它将确保 kubelet 只为执行 Task 的 Steps 保留该数量的资源。如果用户指定了任务级资源限制，则任何 Step 都不能使用超过该数量的资源。 90 | computeResources: 91 | requests: 92 | memory: "128Mi" # 申请 512 MB 的内存 93 | cpu: "60m" # 申请 1 Core 的 CPU 94 | 95 | # [可选] 预计生成的 pod 的要求 96 | podTemplate: 97 | # [可选] NodeSelector 是一个选择器，它必须为 true 才能使 pod 适合节点。 98 | # 它必须与要在该节点上调度 pod 的节点标签相匹配。更多信息：https://kubernetes.io/docs/concepts/scheduling-eviction/assign-pod-node/ 99 | nodeSelector: { } 100 | # [可选] pod 的环境变量 101 | env: [ ] 102 | # [可选] 此 Toleration 附加到的 pod 可以容忍使用匹配运算符 与三元组 匹配的任何污点。 103 | tolerations: 104 | - key: "key" 105 | operator: "Equal" 106 | value: "value" 107 | effect: "NoSchedule" 108 | # [可选] pod 亲缘性配置 109 | # 更多信息：https://kubernetes.io/docs/concepts/scheduling-eviction/assign-pod-node/ 110 | affinity: 111 | nodeAffinity: 112 | requiredDuringSchedulingIgnoredDuringExecution: 113 | nodeSelectorTerms: 114 | - matchExpressions: 115 | - key: kubernetes.io/e2e-az-name 116 | operator: In 117 | values: 118 | - e2e-az1 119 | preferredDuringSchedulingIgnoredDuringExecution: 120 | - weight: 1 121 | preference: 122 | matchExpressions: 123 | - key: another-node-label-key 124 | operator: In 125 | values: 126 | - another-node-label-value 127 | podAffinity: 128 | requiredDuringSchedulingIgnoredDuringExecution: 129 | - labelSelector: 130 | matchExpressions: 131 | - key: security 132 | operator: In 133 | values: 134 | - S1 135 | topologyKey: failure-domain.beta.kubernetes.io/zone 136 | podAntiAffinity: 137 | requiredDuringSchedulingIgnoredDuringExecution: 138 | - labelSelector: 139 | matchExpressions: 140 | - key: security 141 | operator: In 142 | values: 143 | - S1 144 | topologyKey: failure-domain.beta.kubernetes.io/zone 145 | 146 | # [可选] SecurityContext 保存 Pod 级别的安全属性和通用容器设置。默认为空。每个字段的默认值请参阅类型说明。 147 | securityContext: 148 | runAsNonRoot: true 149 | runAsUser: 1001 150 | # [可选] 属于 pod 的容器可以挂载的卷列表。更多信息：https://kubernetes.io/docs/concepts/storage/volumes 151 | volumes: 152 | - name: my-cache 153 | persistentVolumeClaim: 154 | claimName: my-volume-claim 155 | # [可选] 设置容器的运行时类名 156 | # RuntimeClassName 指的是 node.k8s.io 组中的一个 RuntimeClass 对象, 157 | # 该对象应该用于运行这个 pod。如果没有 RuntimeClass 资源 158 | # 匹配指定的类名,则该 pod 将不会运行。如果未设置或为空,将 159 | # 使用"legacy"（遗留）RuntimeClass,这是一个隐式类,其定义为空, 160 | # 使用默认的运行时处理程序。 161 | # 更多信息: https://git.k8s.io/enhancements/keps/sig-node/runtime-class.md 162 | # 这是 Kubernetes v1.14 版本中的一个 beta 特性。 163 | runtimeClassName: "runc" 164 | 165 | # [可选] AutomountServiceAccountToken 指示以此服务帐户运行的 Pod 是否应自动挂载 API 令牌。可以在 Pod 级别覆盖。 166 | automountServiceAccountToken: false 167 | # [可选] Pod 设置 DNS 策略。默认为“ClusterFirst”。有效值为 168 | # “ClusterFirstWithHostNet”、“ClusterFirst”、“默认”或“无”。 169 | # DNSConfig 中给出的 DNS 参数将与使用 DNSPolicy 选择的策略合并。 170 | # 要将 DNS 选项与 hostNetwork 一起设置，您必须将 DNS 策略显式指定为“ClusterFirstWithHostNet”。 171 | dnsPolicy: "" 172 | # [可选] 指定 Pod 的 DNS 参数。此处指定的参数将合并到基于 DNSPolicy 生成的 DNS 配置中。 173 | dnsConfig: 174 | nameservers: # DNS 名称服务器 IP 地址的列表。这将被附加到从 DNSPolicy 生成的基本名称服务器中。重复的名称服务器将被删除。 175 | - "8.8.8.8" 176 | searches: # 用于主机名查找的 DNS 搜索域列表。这将被附加到从 DNSPolicy 生成的基本搜索路径中。重复的搜索路径将被删除。 177 | - "svc.cluster.local" 178 | options: # DNS 解析器选项列表。这将与 DNSPolicy 生成的基本选项合并。重复的条目将被删除。选项中给出的解析选项将覆盖基本 DNSPolicy 中出现的解析选项。 179 | - name: "ndots" 180 | value: "2" 181 | # [可选] EnableServiceLinks 指示是否应将有关服务的信息注入到 pod 的环境变量中，与 Docker 链接的语法相匹配。可选：默认为 true。 182 | enableServiceLinks: true 183 | # [可选] 设置容器的优先级类名 184 | # - 如果指定，则指示 Pod 的优先级。 “system-node-key”和“system-cluster-key”是两个特殊的关键字， 185 | # 表示最高优先级，前者为最高优先级。任何其他名称必须通过创建具有该名称的 PriorityClass 对象来定义。 186 | # - 如果未指定，Pod 优先级将为默认值；如果没有默认值，则 Pod 优先级为零。 187 | priorityClassName: "" 188 | # [可选] 设置容器的调度策略 189 | schedulerName: "default-scheduler" 190 | # [可选] ImagePullSecrets 是对同一命名空间中 Secrets 的引用的可选列表，用于拉取此 PodSpec 使用的任何镜像。 191 | # 如果指定，这些 Secrets 将传递给各个拉取器实现以供他们使用。 192 | # 更多信息：https://kubernetes.io/docs/concepts/containers/images#specifying-imagepullsecrets-on-a-pod 193 | imagePullSecrets: 194 | - name: my-secret # 引用对象名, 参考: https://kubernetes.io/docs/concepts/overview/working-with-objects/names/#names 195 | # [可选] HostAliases 是一个可选的主机和 IP 列表，如果指定，将被注入到 Pod 的主机文件中。这仅对非 hostNetwork pod 有效。 196 | hostAliases: 197 | - ip: "" 198 | hostnames: [ "" ] 199 | # [可选] 此 Pod 请求主机网络。使用主机的网络命名空间。如果设置此选项，则必须指定将使用的端口。默认为 false。 200 | hostNetwork: false 201 | # [可选] TopologySpreadConstraints 描述一组 Pod 应如何跨拓扑域分布。调度程序将以遵守约束的方式调度 Pod。所有topologySpreadConstraints 都是AND 运算。 202 | # corev1.TopologySpreadConstraint 203 | topologySpreadConstraints: 204 | - maxSkew: 1 205 | topologyKey: kubernetes.io/hostname 206 | whenUnsatisfiable: DoNotSchedule 207 | labelSelector: 208 | matchLabels: 209 | app: myapp 210 | namespaces: 211 | - mynamespace 212 | 213 | 214 | # [可选] 超时时间(默认60分钟) 215 | # 持续时间字符串是可能有符号的十进制数字序列，每个十进制数字都带有可选的分数和单位后缀， 216 | # 例如“300ms”、“-1.5h”或“2h45m”。有效的时间单位为“ns”、“us”（或“μs”）、“ms”、“s”、“m”、“h”。 217 | timeout: "10m" # 10分钟 218 | 219 | 220 | # [必选] 任务定义 221 | taskSpec: 222 | # [必选] 任务展示名称 223 | displayName: "cc-test" 224 | # [可选] 描述 225 | description: "这是一份描述" 226 | # [可选] 存储定义 227 | # 除了为输入和输出资源隐式创建的卷之外，指定一个或多个 Volumes ，以便 Task 中的 Steps 执行。 228 | volumes: 229 | - name: my-volume 230 | emptyDir: { } 231 | 232 | # [必选] 任务步骤定义 233 | # 任务有两种模式(只能选其一) 234 | # - script 模式: 235 | # - command 模式: 236 | steps: 237 | # [必选] 步骤名称 238 | - name: "step1" 239 | # [可选] 超时时间(默认60分钟) 240 | # 持续时间字符串是可能有符号的十进制数字序列，每个十进制数字都带有可选的分数和单位后缀， 241 | # 例如“300ms”、“-1.5h”或“2h45m”。有效的时间单位为“ns”、“us”（或“μs”）、“ms”、“s”、“m”、“h”。 242 | timeout: "10s" 243 | # [必选] 任务运行所处的镜像 244 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 245 | # [可选] 镜像拉取策略 246 | # [Always | Never | IfNotPresent] 247 | # 如果 tag 是 :latest ,则 默认是 Always , 其他情况的 tag , 默认都是 IfNotPresent 248 | imagePullPolicy: "IfNotPresent" 249 | # [可选] 指定环境变量, 这里的环境变量是静态的, 会和 codo 的参数进行合并, 如果 key 冲突时, 以 codo 的参数为准 250 | env: 251 | - name: "FOO" 252 | value: "baz" 253 | # [可选] 指定 step容器 的资源需求 254 | # 所有 step 的配置必须加起来小于 pod 的配置 255 | # 这里的配置会在上层被覆盖, key 级别覆盖, 例如上层只指定 memory: 128Mi, 则 cpu 还是按照 500m 来使用 256 | computeResources: 257 | requests: 258 | memory: "256Mi" # 申请 256 MB 的内存 259 | cpu: "500m" # 申请 0.5 Core 的 CPU 260 | # [可选] 工作目录 261 | workingDir: /data 262 | # [可选] 当 step 出错时的处理方式 263 | # [ continue | stopAndFail ] 264 | onError: stopAndFail 265 | # [可选] securityContext 是 Kubernetes 和 Tekton 中的一个重要配置，用于设置容器的安全上下文。 266 | # 在 Step 中，securityContext 可以用来控制容器的权限和行为。 267 | # securityContext: 268 | # runAsUser: 1000 269 | # runAsGroup: 3000 270 | # fsGroup: 2000 271 | # allowPrivilegeEscalation: false 272 | # privileged: false 273 | # capabilities: 274 | # drop: 275 | # - ALL 276 | # readOnlyRootFilesystem: true 277 | # [可选] 挂载存储 278 | volumeMounts: 279 | - name: my-volume 280 | mountPath: /data 281 | # [必选] 运行的脚本(与 command 二选一) 282 | script: | 283 | #!/bin/sh 284 | echo "Hello World step1 FOO=$FOO" 285 | - name: "step2" 286 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 287 | # [必选] 指定命令执行(与 script 二选一) 288 | command: [ codo ] 289 | args: [ "set-context", "abc=123" ] 290 | - name: "step3" 291 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 292 | script: | 293 | #!/bin/sh 294 | echo "context=====$(codo get-context abc)" 295 | - name: "step4-python-test" 296 | image: "harbor.123u.com/public/rocky9.1-python3:latest" 297 | script: | 298 | #!/bin/python3.9 299 | from floating import Floating 300 | # 请手动指定，调用api模式。 301 | fl = Floating(api_mode=True) 302 | fl.logger.info("hello world") 303 | ``` -------------------------------------------------------------------------------- /cloud-agent-operator/deploy/configmap.yaml: -------------------------------------------------------------------------------- 1 | apiVersion: v1 2 | kind: ConfigMap 3 | metadata: 4 | name: cloud-agent-operator-config 5 | data: 6 | config.yaml: | 7 | # agent 配置 8 | agentConfig: 9 | # 日志等级 10 | LOG-LEVEL: "debug" 11 | # RootPath 日志保存路径 12 | # 用于： 13 | # - 存储脚本文件 14 | # - 存储密钥文件 15 | # - 存储执行日志文件 16 | # - 存储agent日志文件 17 | ROOT-PATH: "/data/codo-agent" 18 | # 连接服务地址 19 | SERVER-ADDRESS: "ws://127.0.0.1:9999/api/v1/codo/agent?clientId=cloud-agent-operator:6666" # jamieyu测试环境 20 | # 节点类型,当节点为master时，自动开启代理模式 21 | NODE-TYPE: "operator" 22 | # 业务ID 23 | BIZ-ID: "525" 24 | # 本地绑定ip（master模式），本地上报ip地址 25 | BIND-IP: "" 26 | # 本地绑定端口（master模式） 27 | BIND-PORT: 20800 28 | # 日志行数限制 29 | ROW-LIMIT: 2000 30 | # 最大执行命令数 31 | MAX-EXEC-CMD: 100 32 | # 以脚本路径作为工作目录 33 | SCRIPT-PATH-AS-WD: false 34 | # 强指脚本的工作目录 35 | WORK-DIR: "/data/codo-work-dir" 36 | # 日志清理间隔(单位：天) 37 | LOG-CLEAN-INTERVAL: 30 38 | 39 | # redis 配置(用于领域事件分发, 以及数据缓存) 40 | redisConfig: 41 | # 地址 42 | addr: "redis-service:6379" 43 | # 密码 44 | password: "" 45 | # 数据库 index 46 | db: 1 47 | 48 | # 可观测性配置 49 | otel: 50 | # 日志配置 51 | log: 52 | # 日志等级 DEBUG, INFO, WARN, ERROR, FATAL 53 | level: "DEBUG" 54 | # 日志格式 json, console 55 | encoding: 56 | # 日志文件路径 57 | filepath: "/data/codo-work-dir/codo-agent.log" 58 | # 日志文件切割大小(单位: MB)(默认 100MB) 59 | maxSize: 100 60 | # 日志文件切割周期(单位: 天)(默认 7天) 61 | maxAge: 7 62 | # 日志文件最大保留个数(单位: 个)(默认 10个) 63 | maxBackups: 10 64 | # 链路追踪配置(可以不开, 不采集的话) 65 | trace: 66 | # jaeger 配置 的 endpoint 67 | endpoint: "" 68 | # endpoint 是否是 https 69 | insecure: true 70 | # 数据指标 71 | metrics: 72 | # 开启 exemplar 73 | enableExemplar: true 74 | # 镜像配置, 用于 cloud-agent 的运行时 75 | imagesConfig: 76 | # 运行时镜像(很重要) 77 | entrypointImage: registry.cn-shanghai.aliyuncs.com/ss1917/cloud-agent-operator:v0.0.1 -------------------------------------------------------------------------------- /cloud-agent-operator/deploy/redis.yaml: -------------------------------------------------------------------------------- 1 | --- 2 | apiVersion: apps/v1 3 | kind: Deployment 4 | metadata: 5 | name: redis-deployment 6 | labels: 7 | app: redis 8 | spec: 9 | replicas: 1 10 | selector: 11 | matchLabels: 12 | app: redis 13 | template: 14 | metadata: 15 | labels: 16 | app: redis 17 | spec: 18 | containers: 19 | - name: redis 20 | image: ccr.ccs.tencentyun.com/library/redis:latest 21 | ports: 22 | - containerPort: 6379 23 | resources: 24 | limits: 25 | cpu: "256m" 26 | memory: "512Mi" 27 | requests: 28 | cpu: "10m" 29 | memory: "256Mi" 30 | --- 31 | apiVersion: v1 32 | kind: Service 33 | metadata: 34 | name: redis-service 35 | spec: 36 | selector: 37 | app: redis 38 | ports: 39 | - protocol: TCP 40 | port: 6379 41 | targetPort: 6379 -------------------------------------------------------------------------------- /cloud-agent-operator/example.full.yaml: -------------------------------------------------------------------------------- 1 | # [可选] pod 的资源限制 2 | # 用户可以选择在任务级指定资源需求，而不是在每个 Step 上指定资源需求。如果用户指定了任务级资源要求， 3 | # 它将确保 kubelet 只为执行 Task 的 Steps 保留该数量的资源。如果用户指定了任务级资源限制，则任何 Step 都不能使用超过该数量的资源。 4 | computeResources: 5 | requests: 6 | memory: "128Mi" # 申请 512 MB 的内存 7 | cpu: "60m" # 申请 1 Core 的 CPU 8 | 9 | # [可选] 预计生成的 pod 的要求 10 | podTemplate: 11 | # [可选] NodeSelector 是一个选择器，它必须为 true 才能使 pod 适合节点。 12 | # 它必须与要在该节点上调度 pod 的节点标签相匹配。更多信息：https://kubernetes.io/docs/concepts/scheduling-eviction/assign-pod-node/ 13 | nodeSelector: { } 14 | # [可选] pod 的环境变量 15 | env: [ ] 16 | # [可选] 此 Toleration 附加到的 pod 可以容忍使用匹配运算符 与三元组 匹配的任何污点。 17 | tolerations: 18 | - key: "key" 19 | operator: "Equal" 20 | value: "value" 21 | effect: "NoSchedule" 22 | # [可选] pod 亲缘性配置 23 | # 更多信息：https://kubernetes.io/docs/concepts/scheduling-eviction/assign-pod-node/ 24 | affinity: 25 | nodeAffinity: 26 | requiredDuringSchedulingIgnoredDuringExecution: 27 | nodeSelectorTerms: 28 | - matchExpressions: 29 | - key: kubernetes.io/e2e-az-name 30 | operator: In 31 | values: 32 | - e2e-az1 33 | preferredDuringSchedulingIgnoredDuringExecution: 34 | - weight: 1 35 | preference: 36 | matchExpressions: 37 | - key: another-node-label-key 38 | operator: In 39 | values: 40 | - another-node-label-value 41 | podAffinity: 42 | requiredDuringSchedulingIgnoredDuringExecution: 43 | - labelSelector: 44 | matchExpressions: 45 | - key: security 46 | operator: In 47 | values: 48 | - S1 49 | topologyKey: failure-domain.beta.kubernetes.io/zone 50 | podAntiAffinity: 51 | requiredDuringSchedulingIgnoredDuringExecution: 52 | - labelSelector: 53 | matchExpressions: 54 | - key: security 55 | operator: In 56 | values: 57 | - S1 58 | topologyKey: failure-domain.beta.kubernetes.io/zone 59 | 60 | # [可选] SecurityContext 保存 Pod 级别的安全属性和通用容器设置。默认为空。每个字段的默认值请参阅类型说明。 61 | securityContext: 62 | runAsNonRoot: true 63 | runAsUser: 1001 64 | # [可选] 属于 pod 的容器可以挂载的卷列表。更多信息：https://kubernetes.io/docs/concepts/storage/volumes 65 | volumes: 66 | - name: my-cache 67 | persistentVolumeClaim: 68 | claimName: my-volume-claim 69 | # [可选] 设置容器的运行时类名 70 | # RuntimeClassName 指的是 node.k8s.io 组中的一个 RuntimeClass 对象, 71 | # 该对象应该用于运行这个 pod。如果没有 RuntimeClass 资源 72 | # 匹配指定的类名,则该 pod 将不会运行。如果未设置或为空,将 73 | # 使用"legacy"（遗留）RuntimeClass,这是一个隐式类,其定义为空, 74 | # 使用默认的运行时处理程序。 75 | # 更多信息: https://git.k8s.io/enhancements/keps/sig-node/runtime-class.md 76 | # 这是 Kubernetes v1.14 版本中的一个 beta 特性。 77 | runtimeClassName: "runc" 78 | 79 | # [可选] AutomountServiceAccountToken 指示以此服务帐户运行的 Pod 是否应自动挂载 API 令牌。可以在 Pod 级别覆盖。 80 | automountServiceAccountToken: false 81 | # [可选] Pod 设置 DNS 策略。默认为“ClusterFirst”。有效值为 82 | # “ClusterFirstWithHostNet”、“ClusterFirst”、“默认”或“无”。 83 | # DNSConfig 中给出的 DNS 参数将与使用 DNSPolicy 选择的策略合并。 84 | # 要将 DNS 选项与 hostNetwork 一起设置，您必须将 DNS 策略显式指定为“ClusterFirstWithHostNet”。 85 | dnsPolicy: "" 86 | # [可选] 指定 Pod 的 DNS 参数。此处指定的参数将合并到基于 DNSPolicy 生成的 DNS 配置中。 87 | dnsConfig: 88 | nameservers: # DNS 名称服务器 IP 地址的列表。这将被附加到从 DNSPolicy 生成的基本名称服务器中。重复的名称服务器将被删除。 89 | - "8.8.8.8" 90 | searches: # 用于主机名查找的 DNS 搜索域列表。这将被附加到从 DNSPolicy 生成的基本搜索路径中。重复的搜索路径将被删除。 91 | - "svc.cluster.local" 92 | options: # DNS 解析器选项列表。这将与 DNSPolicy 生成的基本选项合并。重复的条目将被删除。选项中给出的解析选项将覆盖基本 DNSPolicy 中出现的解析选项。 93 | - name: "ndots" 94 | value: "2" 95 | # [可选] EnableServiceLinks 指示是否应将有关服务的信息注入到 pod 的环境变量中，与 Docker 链接的语法相匹配。可选：默认为 true。 96 | enableServiceLinks: true 97 | # [可选] 设置容器的优先级类名 98 | # - 如果指定，则指示 Pod 的优先级。 “system-node-key”和“system-cluster-key”是两个特殊的关键字， 99 | # 表示最高优先级，前者为最高优先级。任何其他名称必须通过创建具有该名称的 PriorityClass 对象来定义。 100 | # - 如果未指定，Pod 优先级将为默认值；如果没有默认值，则 Pod 优先级为零。 101 | priorityClassName: "" 102 | # [可选] 设置容器的调度策略 103 | schedulerName: "default-scheduler" 104 | # [可选] ImagePullSecrets 是对同一命名空间中 Secrets 的引用的可选列表，用于拉取此 PodSpec 使用的任何镜像。 105 | # 如果指定，这些 Secrets 将传递给各个拉取器实现以供他们使用。 106 | # 更多信息：https://kubernetes.io/docs/concepts/containers/images#specifying-imagepullsecrets-on-a-pod 107 | imagePullSecrets: 108 | - name: my-secret # 引用对象名, 参考: https://kubernetes.io/docs/concepts/overview/working-with-objects/names/#names 109 | # [可选] HostAliases 是一个可选的主机和 IP 列表，如果指定，将被注入到 Pod 的主机文件中。这仅对非 hostNetwork pod 有效。 110 | hostAliases: 111 | - ip: "" 112 | hostnames: [ "" ] 113 | # [可选] 此 Pod 请求主机网络。使用主机的网络命名空间。如果设置此选项，则必须指定将使用的端口。默认为 false。 114 | hostNetwork: false 115 | # [可选] TopologySpreadConstraints 描述一组 Pod 应如何跨拓扑域分布。调度程序将以遵守约束的方式调度 Pod。所有topologySpreadConstraints 都是AND 运算。 116 | # corev1.TopologySpreadConstraint 117 | topologySpreadConstraints: 118 | - maxSkew: 1 119 | topologyKey: kubernetes.io/hostname 120 | whenUnsatisfiable: DoNotSchedule 121 | labelSelector: 122 | matchLabels: 123 | app: myapp 124 | namespaces: 125 | - mynamespace 126 | 127 | 128 | # [可选] 超时时间(默认60分钟) 129 | # 持续时间字符串是可能有符号的十进制数字序列，每个十进制数字都带有可选的分数和单位后缀， 130 | # 例如“300ms”、“-1.5h”或“2h45m”。有效的时间单位为“ns”、“us”（或“μs”）、“ms”、“s”、“m”、“h”。 131 | timeout: "10m" # 10分钟 132 | 133 | 134 | # [必选] 任务定义 135 | taskSpec: 136 | # [必选] 任务展示名称 137 | displayName: "cc-test" 138 | # [可选] 描述 139 | description: "这是一份描述" 140 | # [可选] 存储定义 141 | # 除了为输入和输出资源隐式创建的卷之外，指定一个或多个 Volumes ，以便 Task 中的 Steps 执行。 142 | volumes: 143 | - name: my-volume 144 | emptyDir: { } 145 | 146 | # [必选] 任务步骤定义 147 | # 任务有两种模式(只能选其一) 148 | # - script 模式: 149 | # - command 模式: 150 | steps: 151 | # [必选] 步骤名称 152 | - name: "step1" 153 | # [可选] 超时时间(默认60分钟) 154 | # 持续时间字符串是可能有符号的十进制数字序列，每个十进制数字都带有可选的分数和单位后缀， 155 | # 例如“300ms”、“-1.5h”或“2h45m”。有效的时间单位为“ns”、“us”（或“μs”）、“ms”、“s”、“m”、“h”。 156 | timeout: "10s" 157 | # [必选] 任务运行所处的镜像 158 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 159 | # [可选] 镜像拉取策略 160 | # [Always | Never | IfNotPresent] 161 | # 如果 tag 是 :latest ,则 默认是 Always , 其他情况的 tag , 默认都是 IfNotPresent 162 | imagePullPolicy: "IfNotPresent" 163 | # [可选] 指定环境变量, 这里的环境变量是静态的, 会和 codo 的参数进行合并, 如果 key 冲突时, 以 codo 的参数为准 164 | env: 165 | - name: "FOO" 166 | value: "baz" 167 | # [可选] 指定 step容器 的资源需求 168 | # 所有 step 的配置必须加起来小于 pod 的配置 169 | # 这里的配置会在上层被覆盖, key 级别覆盖, 例如上层只指定 memory: 128Mi, 则 cpu 还是按照 500m 来使用 170 | computeResources: 171 | requests: 172 | memory: "256Mi" # 申请 256 MB 的内存 173 | cpu: "500m" # 申请 0.5 Core 的 CPU 174 | # [可选] 工作目录 175 | workingDir: /data 176 | # [可选] 当 step 出错时的处理方式 177 | # [ continue | stopAndFail ] 178 | onError: stopAndFail 179 | # [可选] securityContext 是 Kubernetes 和 Tekton 中的一个重要配置，用于设置容器的安全上下文。 180 | # 在 Step 中，securityContext 可以用来控制容器的权限和行为。 181 | # securityContext: 182 | # runAsUser: 1000 183 | # runAsGroup: 3000 184 | # fsGroup: 2000 185 | # allowPrivilegeEscalation: false 186 | # privileged: false 187 | # capabilities: 188 | # drop: 189 | # - ALL 190 | # readOnlyRootFilesystem: true 191 | # [可选] 挂载存储 192 | volumeMounts: 193 | - name: my-volume 194 | mountPath: /data 195 | # [必选] 运行的脚本(与 command 二选一) 196 | script: | 197 | #!/bin/sh 198 | echo "Hello World step1 FOO=$FOO" 199 | - name: "step2" 200 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 201 | # [必选] 指定命令执行(与 script 二选一) 202 | command: [ codo ] 203 | args: [ "set-context", "abc=123" ] 204 | - name: "step3" 205 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 206 | script: | 207 | #!/bin/sh 208 | echo "context=====$(codo get-context abc)" 209 | - name: "step4-python-test" 210 | image: "harbor.123u.com/public/rocky9.1-python3:latest" 211 | script: | 212 | #!/bin/python3.9 213 | from floating import Floating 214 | # 请手动指定，调用api模式。 215 | fl = Floating(api_mode=True) 216 | fl.logger.info("hello world") -------------------------------------------------------------------------------- /cloud-agent-operator/example.min.yaml: -------------------------------------------------------------------------------- 1 | # [必选] 任务定义 2 | taskSpec: 3 | # [必选] 任务展示名称 4 | displayName: "cc-test" 5 | 6 | # [必选] 任务步骤定义 7 | # 任务有两种模式(只能选其一) 8 | # - script 模式: 9 | # - command 模式: 10 | steps: 11 | # [必选] 步骤名称 12 | - name: "step1" 13 | # [可选] 超时时间(默认60分钟) 14 | # 持续时间字符串是可能有符号的十进制数字序列，每个十进制数字都带有可选的分数和单位后缀， 15 | # 例如“300ms”、“-1.5h”或“2h45m”。有效的时间单位为“ns”、“us”（或“μs”）、“ms”、“s”、“m”、“h”。 16 | timeout: "10s" 17 | # [必选] 任务运行所处的镜像 18 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 19 | # [必选] 运行的脚本(与 command 二选一) 20 | script: | 21 | #!/bin/sh 22 | echo "Hello World step1 FOO=$FOO" 23 | - name: "step2" 24 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 25 | # [必选] 指定命令执行(与 script 二选一) 26 | command: [ codo ] 27 | args: [ "set-context", "abc=123" ] 28 | - name: "step3" 29 | image: "ccr.ccs.tencentyun.com/library/alpine:latest" 30 | script: | 31 | #!/bin/python 32 | import os 33 | print("Hello World step3 FOO=%s" % os.environ.get("FOO")) -------------------------------------------------------------------------------- /codo-agent-darwin-arm: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/opendevops-cn/codo-agent-server/e7fc99eebf707e5ec2b306243d6215881c672ba5/codo-agent-darwin-arm -------------------------------------------------------------------------------- /codo-agent-darwin-x86: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/opendevops-cn/codo-agent-server/e7fc99eebf707e5ec2b306243d6215881c672ba5/codo-agent-darwin-x86 -------------------------------------------------------------------------------- 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https://raw.githubusercontent.com/opendevops-cn/codo-agent-server/e7fc99eebf707e5ec2b306243d6215881c672ba5/img/e128a45d-e4fd-4933-ac83-a82a8ac94ad5.png -------------------------------------------------------------------------------- /安装文档.md: -------------------------------------------------------------------------------- 1 | # Agent安装说明 2 | ## 安装脚本及命令 3 | - 建立codoagent目录（位置随意） 4 | 5 | ```bash 6 | cd /d 7 | mkdir codoagent 8 | cd codoagent 9 | ``` 10 | - 在目录下执行以下命令，初始化安装脚本 11 | 12 | ```bash 13 | curl -O https://ops-public.huanle.com/agent/agent.py 14 | sudo python3 agent.py 15 | ``` 16 | 17 | - 编辑 `agent_config.json ` 18 | 19 | ```bash 20 | agent_id: 是机器在codo和行云上使用的名字，全局唯一。 21 | biz_id: 在这里可以找到 22 | ``` 23 | 24 | ![图片](./img/70f6e-29af-419c-a5a9-fe1d42e73.png) 25 | 26 | ```bash 27 | # agent_config.json 字段解释 28 | { 29 | # id 必填, 不可重复 30 | "agent_id": "None", 31 | # 业务id 必填, 填自己的业务id 32 | "biz_id": "None", 33 | # 别名 可选, 在行云上展示的中文样式, 默认 = id 34 | "alias": "None", 35 | # 服务注册地址 可选, 默认为公司内codo 36 | "agent_server": "wss://codo-proxy-intra.xxxx.com:20801", 37 | # ssh登录, 如果需要本地ssh启动agent，则需要填入用户名 38 | "ssh_username": "None", 39 | # 上面的用户名对应的密码 40 | "ssh_password": "None", 41 | # 服务名称, 可选, 默认为codo-agent-{id} 42 | "serviced_name": "None", 43 | # 安装版本, 默认为最新线上稳定版本, 如果需要指定版本可填入如: v1.3.26 44 | "preview_version": "None", 45 | # 杀死子进程, 将这个设置为 "true", 会开启一个特性,终止进程时可以杀死所有子进程 46 | "force_kill_sub_proc": "None" 47 | } 48 | ``` 49 | 50 | - 安装agent 51 | 52 | windows需要管理员（mac和linux需要加sudo）运行以下命令，如果显示以下字样则说明安装成功 53 | 54 | ```bash 55 | sudo python3 agent.py install 56 | ``` 57 | 58 | ![图片](./img/2d-e4fd-4933-ac83-a82a8ac94ad5.png) 59 | 60 | - 其他agent维护命令 61 | 62 | ![图片](./img/4frd-e4fd-4933-ac83-a82a8a.png) 63 | 64 | #### Windows问题排查 65 | 66 | 检查进程是否开启: `tasklist | findstr "codo"` 67 | 68 | #### 守护进程排查思路 69 | 70 | - windows的守护进程是基于windows服务功能的。 71 | - 可以通过 win+r 输入 services.msc 打开服务 72 | - 调整服务设置 73 | win+r 输入 services.msc 打开服务，找到注册的codo-agent服务, 确认agent运行状态 74 | ![图片](./img/de921cf5-3887-4674-bb74-ed9d94adafea.png) 75 | ![图片](./img/dd219597-c5ed-4477-997f-554fcd08e016.png) 76 | - 一个启动失败的排查思路，将这一串复制到命令行里执行，观察为什么执行不成功 77 | ![图片](./img/df95085a-6ab4-47df-a3d3-3b145de00698.png) 78 | - 检查进程是否启动 `tasklist | findstr "codo"` 79 | - 杀死进程 `taskkill /F /PID 24432` 80 | 81 | #### windows开启ssh server 82 | 83 | - 在命令行输入这个命令ssh连接本机，如果成功执行就说明已经安装好了，可以跳过这一步 84 | 85 | ```bash 86 | ssh rowork@127.0.0.1 -p 22 87 | ``` 88 | 89 | - 先打开设置里的开发者选项 90 | ![图片](./img/afb80896-0b83-4b90-b19a-ff8be025296d.png) 91 | - 开始 → 设置 → 应用 →可选功能，确保已经装好OpenSSH服务器，一般来说默认安装OpenSSH客户端。如果没有安装，则需要在“添加功能”里搜到并安装。 92 | ![图片](./img/b37311eb-bbf1-4b5c-88a4-811d8270cd72.png) 93 | - win+r 输入 services.msc 打开windows服务列表，确认OpenSSH SSH Server服务打开，并调整服务设置 94 | ![图片](./img/5cc70f6e-29af-419c-a5a9-fe1d42e73f21.png) 95 | ![图片](./img/5098e991-311c-4b98-8813-6a372eaf40ec.png) 96 | - 下述命令可以执行无问题后，进行下一步 97 | 98 | ```bash 99 | ssh {username}@127.0.0.1 -p 22 100 | ``` 101 | 102 | #### windows安装python 103 | 104 | - 下载地址，最好版本高于3.7 105 | 此处应有一个压缩包 106 | - 可以安装到这个目录，便于后续维护，并勾选添加PATH 107 | ![图片](./img/28fb5b67-0168-4da3-9af3-90435250fbf0.png) 108 | - 如果你想同时拥有python或者python3命令, 可以将python.exe复制一份为python3.exe 109 | - 如果你不想影响原有的python命令(比如python2),可以将python.exe重命名为python3.exe 110 | ![图片](./img/a9e48c16-44cd-4e7f-81b4-05a01b709e05.png) 111 | 112 | ## Mac问题排查 113 | 114 | 检查是否成功启动 ps -ef | grep codo 115 | macos开启ssh server 116 | - 在命令行输入这个命令ssh连接本机，如果能用就说明已经安装好了。（jenkins是机器的用户名，根据实际情况替换） 117 | 118 | ```bash 119 | ssh jenkins@127.0.0.1 -p 22 120 | ``` 121 | 122 | - 如果没开ssh，开启本机ssh需要在 设置 - 共享 里打开以下选项： 123 | ![图片](./img/de211ee2-4ba1-42b2-96c7-894a0e7dc7aa.png) 124 | 125 | #### macos处理环境变量问题 126 | 127 | mac的默认ssh不加载默认环境变量，为了保证PATH和实际环境一致给 `.bashrc` 文件加上两行 128 | 129 | ```bash 130 | source /etc/profile 131 | source ~/.bash_profile 132 | ``` 133 | 134 | #### 守护进程排查思路 135 | 136 | macos的守护进程是基于 launchctl 的。 137 | 138 | - 检查是否成功启动 `ps -ef | grep codo` 139 | - 访问 /Library/LaunchDaemons/{服务名}.plist 可以看到 launchctl 的注册详情 140 | - 查看对应的log文件检查启动为什么失败 141 | ![图片](./img/e128a45d-e4fd-4933-ac83-a82a8ac94ad5.png) 142 | - 本地debug启动服务: launchctl debug system/codo-agent --stdout --stderr 143 | 144 | #### Linux问题排查 145 | 146 | 检查是否成功启动 ps -ef | grep codo 147 | 148 | #### 守护进程排查思路 149 | 150 | linux的守护进程是基于 systemctl的 151 | 服务注册文件位于: /etc/systemd/system/ 152 | 查看当前服务状态: systemctl status codo-agent 153 | 154 | #### selinux限制 155 | 156 | sestatus 157 | ausearch -m avc -ts recent | audit2why -------------------------------------------------------------------------------- /更新日志.md: -------------------------------------------------------------------------------- 1 | v1.3.26 (2024-04-25) 2 | Feat 3 | - share_file: 分享文件修复限速问题 (6650f05) 4 | 5 | v1.3.25 (2024-04-08) 6 | Feat 7 | - exec: 强杀优化支持三端 (496bee3) 8 | 9 | v1.3.24 (2024-04-08) 10 | Fix 11 | - exec: 修复了 cancel 时, 没开强杀取消失败的 bug (95ff557) 12 | 13 | v1.3.23 (2024-03-19) 14 | Feat 15 | - metrics: 心跳改造成应用层心跳 && 添加 metrics (60476f5) 16 | 17 | v1.3.22 (2024-03-05) 18 | Feat 19 | - meta: 元数据添加 mac地址 和 磁盘序列号 (9b49382) 20 | 21 | v1.3.21 (2024-02-28) 22 | Feat 23 | - conf: WorkDIR 取值调整 (462fce1) 24 | - host: 如果参数前缀是 codo ，依然会加前缀，统一一下，方便后续维护 (87dbca5) 25 | - makefile: 打包脚本去除 CGO 依赖 (7ccd879) 26 | - makefile: 去除动态链接库 (1af247e) 27 | 28 | v1.3.20 (2023-12-22) 29 | Feat 30 | - agent: 去除管道关闭延迟，这个修改可能导致孙子进程结束日志不被捕获，但是降低了大部份场景的时延 (f3a40dc) 31 | - agent: 文件同步，支持严谨模式(2) 强制模式(1) & 限速器优化 (6f06f6d) 32 | - agent: 添加 wait delay 参数 (0582096) 33 | - agent: 杀死进程树功能改成实验性特性，默认不主动强杀进程树 (7267287) 34 | - agent: windows agent 支持退出时进程树强杀 (64579fa) 35 | - agent: 退出服务优化 (4cc48d5) 36 | - agent: 退出服务优化 (df07a48) 37 | - agent: 强杀进程优化 (37e8ce0) 38 | - app: 执行任务 ctx err 展示调整 (93625a8) 39 | - app: codo 日志 在报错时 超过最大行数时展示额外至多 200 行 (eef14f7) 40 | - archive: 打包时 转译文件 (c5a8c78) 41 | - exec: 支持 linux 强杀进程 (919f735) 42 | - exec: 支持 linux 强杀进程 (b7e3a74) 43 | - exec: 执行 命令输出 info 日志，标识进程树 (e027733) 44 | - exec: 执行 命令优化 (ab27252) 45 | - exec: 执行 命令优化 (e6c5712) 46 | - exec: 杀进程时输出杀掉的 pid (a145922) 47 | - exec: 忽略 ErrWaitDelay 错误 (c07c99d) 48 | - host: EOF 逻辑调整 (dbad3c4) 49 | - host: SOF 前后空格去除 (adf481c) 50 | Fix 51 | - archive: 修复了 解压文件时 前缀没传的 bug (ce023d9) 52 | - log: 修复了 head 方式日志拉取，单行日志过大时拉取异常的 bug (c1c4f9a) 53 | - log: 修复了增量日志拉取异常的 bug (5045864) 54 | 55 | 56 | v1.3.19 (2023-12-18) 57 | Feat 58 | - app: codo 日志 在报错时 超过最大行数时展示额外至多 200 行 (eef14f7) 59 | 60 | v1.3.18 (2023-12-15) 61 | Feat 62 | - app: 执行任务 ctx err 展示调整 (93625a8) 63 | 64 | v1.3.17 (2023-12-12) 65 | Feat 66 | - exec: 忽略 ErrWaitDelay 错误 (c07c99d) 67 | 68 | v1.3.16 (2023-11-29) 69 | Feat 70 | - agent: 退出服务优化 (4cc48d5) 71 | 72 | v1.3.15 (2023-11-17) 73 | Feat 74 | - agent: 退出服务优化 (df07a48) 75 | 76 | v1.3.14 (2023-11-17) 77 | Feat 78 | - agent: 强杀进程优化 (37e8ce0) 79 | - agent: 添加 wait delay 参数 (0582096) 80 | 81 | v1.3.13 (2023-11-17) 82 | Feat 83 | - agent: 杀死进程树功能改成实验性特性，默认不主动强杀进程树 (7267287) 84 | 85 | v1.3.12 (2023-11-14) 86 | Feat 87 | - agent: 去除管道关闭延迟，这个修改可能导致孙子进程结束日志不被捕获，但是降低了大部份场景的时延 (f3a40dc) 88 | - archive: 打包时 转译文件 (c5a8c78) 89 | Fix 90 | - archive: 修复了 解压文件时 前缀没传的 bug (ce023d9) 91 | 92 | v1.3.11 (2023-11-01) 93 | Feat 94 | - exec: 执行 命令输出 info 日志，标识进程树 (e027733) 95 | 96 | v1.3.10 (2023-10-28) 97 | Feat 98 | - agent: windows agent 支持退出时进程树强杀 (64579fa) 99 | - agent: 文件同步，支持严谨模式(2) 强制模式(1) & 限速器优化 (6f06f6d) 100 | - exec: 执行 命令优化 (ab27252) 101 | - exec: 执行 命令优化 (e6c5712) 102 | - exec: 杀进程时输出杀掉的 pid (a145922) 103 | - host: SOF 前后空格去除 (adf481c) 104 | - host: EOF 逻辑调整 (dbad3c4) 105 | - main: 添加 GC 并且 SOF 逻辑调整 (4a76f9a) 106 | Fix 107 | - log: 修复了 head 方式日志拉取，单行日志过大时拉取异常的 bug (c1c4f9a) 108 | - log: 修复了增量日志拉取异常的 bug (5045864) 109 | 110 | v1.3.9 (2023-10-26) 111 | Fix 112 | - log: 修复了 head 方式日志拉取，单行日志过大时拉取异常的 bug (c1c4f9a) 113 | 114 | v1.3.8 (2023-10-26) 115 | Fix 116 | - log: 修复了增量日志拉取异常的 bug (5045864) 117 | 118 | v1.3.7 (2023-10-25) 119 | Feat 120 | - exec: 杀进程时输出杀掉的 pid (a145922) 121 | 122 | v1.3.6 (2023-10-23) 123 | Feat 124 | - agent: windows agent 支持退出时进程树强杀 (64579fa) 125 | 126 | v1.3.5 (2023-10-17) 127 | Feat 128 | - agent: 文件同步，支持严谨模式(2) 强制模式(1) & 限速器优化 (6f06f6d) 129 | 130 | v1.3.4 (2023-10-16) 131 | Feat 132 | - host: SOF 前后空格去除 (adf481c) 133 | 134 | v1.3.3 (2023-10-12) 135 | v1.3.2 (2023-10-12) 136 | v1.3.1 (2023-10-08) 137 | Feat 138 | - host: agent 执行任务 获取 SOF ，并附加到成功输出流里 (7128521) 139 | - sync_files: GC 逻辑调整，删除一天前的数据 (8c5e124) 140 | 141 | v1.3.0 (2023-10-07) 142 | Feat 143 | - app: 添加检查文件是否存在的功能 CheckFiles (3e94a2d) 144 | - app: 添加文件压缩 & 文件共享功能 (8dd16e9) 145 | - app: 添加 helper 文件集成通用功能 (b911e9e) 146 | - bak: 内容统一使用过 GBK2UTF8 转化，如果是 UTF8 则取消转化 (7f20707) 147 | - conf: 添加别名配置 & 平台参数 (08e361b) 148 | - exec: exec 支持指定文件夹作为工作目录 添加 ScriptPathAsWD、WorkDIR 配置参数 (2561fea) 149 | - exec: windows exec 优化 (9eb5477) 150 | - log: 日志查询字符集转换 调整到日志录入时就转换 (eba971f) 151 | - main: 相同工作目录只能启动一个 codo agent (dd1fb18) 152 | - pkg: 添加压缩功能、错误集合功能，限速功能 (a1ed965) 153 | - task: task 刷新逻辑优化当空闲的时候就触发一次刷新 (df68eb4) 154 | Fix 155 | - share_file: 修复了同步文件时 同步异常的bug (941127d) 156 | 157 | v1.2.9 (2023-08-15) 158 | Feat 159 | - host: exec 时支持使用 ssh 模拟登陆执行命令 (16adadc) 160 | Fix 161 | - log: 修复了获取日志时，尾部读取重复日志的 bug & charset判断异常的 bug (25780bb) 162 | 163 | v1.2.8 (2023-08-09) 164 | Feat 165 | - host: codo参数环境变量修改成 CODO_ & codo_ 并且兼容老版本 & 获取日志命令不再创建日志文件 (7b5ae2d) 166 | 167 | v1.2.7 (2023-07-31) 168 | Feat 169 | - log: 日志尾部读取优化 800% (e237dfe) 170 | 171 | v1.2.6 (2023-07-26) 172 | Fix 173 | - charset: 修复了字符集误判 GBK 编码的 bug (3a7bfa7) 174 | 175 | v1.2.5 (2023-07-26) 176 | Feat 177 | - conf: conf 初始化时 将 RootPath 转化成绝对路径 (420c431) 178 | 179 | v1.2.4 (2023-07-20) 180 | Feat 181 | - cmd: log 支持读取 GBK 日志 (8aa9548) 182 | - cmd: 优化 删除密钥文件夹逻辑 (1f06490) 183 | - cmd: 优化 exec 错误信息，修复了日志读取异常的 bug (ab89e63) 184 | 185 | v1.2.3 (2023-07-19) 186 | Feat 187 | - cmd: 文件名调整为 agentid crc32 (453eb2b) 188 | 189 | v1.2.2 (2023-07-19) 190 | 191 | v1.2.14 (2023-08-28) 192 | Feat 193 | - task: task 刷新逻辑优化当空闲的时候就触发一次刷新 (df68eb4) 194 | 195 | v1.2.13 (2023-08-25) 196 | Feat 197 | - conf: 添加别名配置 & 平台参数 (08e361b) 198 | 199 | v1.2.12 (2023-08-24) 200 | Feat 201 | - bak: 内容统一使用过 GBK2UTF8 转化，如果是 UTF8 则取消转化 (7f20707) 202 | 203 | v1.2.11 (2023-08-21) 204 | Feat 205 | - exec: exec 支持指定文件夹作为工作目录 添加 ScriptPathAsWD、WorkDIR 配置参数 (2561fea) 206 | - main: 相同工作目录只能启动一个 codo agent (dd1fb18) 207 | 208 | v1.2.10 (2023-08-17) 209 | Feat 210 | - cmd: log 支持读取 GBK 日志 (8aa9548) 211 | - cmd: 优化 删除密钥文件夹逻辑 (1f06490) 212 | - cmd: 优化 exec 错误信息，修复了日志读取异常的 bug (ab89e63) 213 | - cmd: 文件名调整为 agentid crc32 (453eb2b) 214 | - cmd: log cmd 支持从尾部输出日志 (8d16b4d) 215 | - conf: conf 初始化时 将 RootPath 转化成绝对路径 (420c431) 216 | - exec: windows exec 优化 (9eb5477) 217 | - host: exec 时支持使用 ssh 模拟登陆执行命令 (16adadc) 218 | - host: codo参数环境变量修改成 CODO_ & codo_ 并且兼容老版本 & 获取日志命令不再创建日志文件 (7b5ae2d) 219 | - log: 日志查询字符集转换 调整到日志录入时就转换 (eba971f) 220 | - log: 日志尾部读取优化 800% (e237dfe) 221 | Fix 222 | - charset: 修复了字符集误判 GBK 编码的 bug (3a7bfa7) 223 | - log: 修复了获取日志时，尾部读取重复日志的 bug & charset判断异常的 bug (25780bb) 224 | 225 | v1.2.1 (2023-07-18) 226 | Feat 227 | - cmd: codo install 添加 work dir (325fb53) 228 | - cmd: codo service kill 时 不停止服务 (34eb808) 229 | - cmd: codo service install 时，支持 work-dir 参数指定运行时的工作目录 (0151b4c) 230 | 231 | v1.2.0 (2023-07-13) 232 | Feat 233 | - app: agent 执行将脚本参数作为环境变量注入 (bdc2154) 234 | - cmd: codo 支持命令级别的守护进程方式运行 & 命令目录架构优化 (8867794) 235 | - exec: exec stderr 包装 STDERR 关键字 (cac7099) 236 | - host: 密钥 环境变量 维持 大写开头 ， 其余环境变量维持小写 (f727db6) 237 | Fix 238 | - exec: 修复了 exec stderr 返回字符数异常的 bug (94bb35d) 239 | - host: 修复了 windows 下 codo 前缀 异常的 bug (e1307bc) 240 | - host: 修复了 密钥 环境变量前缀 异常的 bug (0d6ba1c) 241 | 242 | v1.1.9 (2023-07-06) 243 | Feat 244 | - bak: 文件日志备份添加时间前缀，密钥清理时清理文件夹 (1e07408) 245 | 246 | v1.1.8 (2023-07-03) 247 | Feat 248 | - heartbeat: 心跳附带 biz-id 信息，main函数支持从命令行中接收 group_name biz_id mac_exec_cmd 配置 (4779a66) 249 | 250 | v1.1.7 (2023-06-26) 251 | Fix 252 | - secret: 修复了密钥分割之后为空时替换异常的bug (4b7e4cb) 253 | 254 | v1.1.6 (2023-06-21) 255 | Feat 256 | - app: 一些优化 - 心跳信息发送支持携带当前状态 - 获取任务为空时进行并发判断，只有一个会正常返回 - 命令执行最大任务数设置 (73feac9) 257 | 258 | v1.1.5 (2023-06-15) 259 | Feat 260 | - Makefile: Makefile 支持 mac 包 win 包 ， 并且自动更新逻辑进行判断 (6f5a209) 261 | - secret: secret value \n (227f867) 262 | 263 | v1.1.4 (2023-06-15) 264 | Feat 265 | - update: agent auto update (1aba8e5) 266 | 267 | v1.1.3 (2023-06-12) 268 | Feat 269 | - update: agent auto update (751372d) 270 | - update: agent auto update (d35c931) 271 | 272 | v1.1.2 (2023-06-09) 273 | 274 | v1.1.14 (2023-07-13) 275 | Feat 276 | - host: 密钥 环境变量 维持 大写开头 ， 其余环境变量维持小写 (f727db6) 277 | 278 | v1.1.13 (2023-07-12) 279 | Fix 280 | - host: 修复了 windows 下 codo 前缀 异常的 bug (e1307bc) 281 | 282 | v1.1.12 (2023-07-12) 283 | Fix 284 | - host: 修复了 密钥 环境变量前缀 异常的 bug (0d6ba1c) 285 | 286 | v1.1.11 (2023-07-12) 287 | Fix 288 | - exec: 修复了 exec stderr 返回字符数异常的 bug (94bb35d) 289 | 290 | v1.1.10 (2023-07-10) 291 | Feat 292 | - Makefile: Makefile 支持 mac 包 win 包 ， 并且自动更新逻辑进行判断 (6f5a209) 293 | - app: agent 执行将脚本参数作为环境变量注入 (bdc2154) 294 | - app: 一些优化 - 心跳信息发送支持携带当前状态 - 获取任务为空时进行并发判断，只有一个会正常返回 - 命令执行最大任务数设置 (73feac9) 295 | - app: 日志信息优化 & 密钥脱敏优化 (12a95b5) 296 | - bak: 文件日志备份添加时间前缀，密钥清理时清理文件夹 (1e07408) 297 | - exec: exec stderr 包装 STDERR 关键字 (cac7099) 298 | - heartbeat: 心跳附带 biz-id 信息，main函数支持从命令行中接收 group_name biz_id mac_exec_cmd 配置 (4779a66) 299 | - makefile: Makefile 添加 windows 编译 (a8be6aa) 300 | - secret: secret value \n (227f867) 301 | - update: agent auto update (1aba8e5) 302 | - update: agent auto update (751372d) 303 | - update: agent auto update (d35c931) 304 | Fix 305 | - secret: 修复了密钥分割之后为空时替换异常的bug (4b7e4cb) 306 | 307 | v1.1.1 (2023-06-08) 308 | Feat 309 | - log: ping pong 日志 改成 INFO (2473743) 310 | - makefile: makefile 优化 (2349b22) 311 | 312 | v1.1.0 (2023-06-08) 313 | Feat 314 | - app: 密钥脱敏 (057d1ca) 315 | - app: CODO 环境变量 执行时添加 CODO 前缀 (72830f2) 316 | - app: 任务日志文件记录全量日志，保留原先的部分日志功能 (165f839) 317 | - cmd: cmd 支持 日志命令取执行日志 (6f756da) 318 | - crypto: 支持加密内容 (9527ae1) 319 | - crypto: 支持加密内容 (127687c) 320 | - host: 密钥文件夹创建 (52ded65) 321 | - host: 密钥文件删除功能 (5cac126) 322 | - lint: lint 修改 (485aae0) 323 | - log: 日志等级改成 默认 INFO (017cafa) 324 | Fix 325 | - app: 修复了执行时空指针异常的 bug (4ecd556) 326 | 327 | 328 | --------------------------------------------------------------------------------