node-jenkins

node-jenkins

Node.js库实现Jenkins操作和监控自动化

node-jenkins是一个用于与Jenkins交互的Node.js客户端库。它提供API用于管理Jenkins的构建、作业、凭据和节点等核心功能。该库使开发人员能够在Node.js应用中方便地实现Jenkins操作和监控,简化了自动化流程的集成。

JenkinsCI/CD持续集成自动化部署Node.jsGithub开源项目

Jenkins

This is a Node.js client for Jenkins.

Documentation

<a id="common-options"></a>

Common Options

These options will be passed along with any call, although only certain endpoints support them.

  • depth (Number, default: 0): how much data to return (see depth control)
  • tree (String, optional): path expression (see Jenkins API documentation for more information)

<a id="init"></a>

Jenkins(options)

Initialize a new Jenkins client.

Options

  • baseUrl (String): Jenkins URL
  • crumbIssuer (Boolean, default: true): enable CSRF Protection support
  • formData (Function, optional): enable file upload support on parameterized builds (must pass in require('form-data') as value for this option)
  • headers (Object, optional): headers included in every request
  • and more via papi

Usage

import Jenkins from "jenkins"; const jenkins = new Jenkins({ baseUrl: "http://user:pass@localhost:8080", });

<a id="info"></a>

jenkins.info(callback)

Get server information.

Usage

await jenkins.info();

Result

{ "assignedLabels": [{}], "description": null, "jobs": [ { "color": "blue", "name": "example", "url": "http://localhost:8080/job/example/" } ], "mode": "NORMAL", "nodeDescription": "the master Jenkins node", "nodeName": "", "numExecutors": 2, "overallLoad": {}, "primaryView": { "name": "All", "url": "http://localhost:8080/" }, "quietingDown": false, "slaveAgentPort": 12345, "unlabeledLoad": {}, "useCrumbs": false, "useSecurity": false, "views": [ { "name": "All", "url": "http://localhost:8080/" } ] }

<a id="build-get"></a>

jenkins.build.get(options)

Get build information.

Options

  • name (String): job name
  • number (Integer): build number

Usage

await jenkins.build.get("example", 1);

Result

{ "actions": [], "buildable": true, "builds": [ { "number": 1, "url": "http://localhost:8080/job/example/1/" } ], "color": "blue", "concurrentBuild": false, "description": "", "displayName": "example", "displayNameOrNull": null, "downstreamProjects": [], "firstBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "healthReport": [ { "description": "Build stability: No recent builds failed.", "iconUrl": "health-80plus.png", "score": 100 } ], "inQueue": false, "keepDependencies": false, "lastBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "lastCompletedBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "lastFailedBuild": null, "lastStableBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "lastSuccessfulBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "lastUnstableBuild": null, "lastUnsuccessfulBuild": null, "name": "example", "nextBuildNumber": 2, "property": [], "queueItem": null, "scm": {}, "upstreamProjects": [], "url": "http://localhost:8080/job/example/" }

<a id="build-log"></a>

jenkins.build.log(options)

Get build log.

Options

  • name (String): job name
  • number (Integer): build number
  • start (Integer, optional): start offset
  • type (String, enum: text, html, default: text): output format
  • meta (Boolean, default: false): return object with text (log data), more (boolean if there is more log data), and size (used with start to offset on subsequent calls)

Usage

await jenkins.build.log("example", 1);

<a id="build-log-stream"></a>

jenkins.build.logStream(options)

Get build log stream.

Options

  • name (String): job name
  • number (Integer): build number
  • type (String, enum: text, html, default: text): output format
  • delay (Integer, default: 1000): poll interval in milliseconds

Usage

const log = jenkins.build.logStream("example", 1); log.on("data", (text) => { process.stdout.write(text); }); log.on("error", (err) => { console.log("error", err); }); log.on("end", () => { console.log("end"); });

<a id="build-stop"></a>

jenkins.build.stop(options)

Stop build.

Options

  • name (String): job name
  • number (Integer): build number

Usage

await jenkins.build.stop("example", 1);

<a id="build-term"></a>

jenkins.build.term(options)

Terminates build.

Options

  • name (String): job name
  • number (Integer): build number

Usage

await jenkins.build.term("example", 1);

<a id="credentials-create"></a>

jenkins.credentials.create(options)

Create credentials in a folder or system.

Options

  • folder (String): path of the folder or manage for system credentials
  • store (String): the credentials store, can be either folder or system
  • domain (String): the credentials domain
  • xml (String): configuration XML

Usage

await jenkins.credentials.create("folder", "store", "domain", "xml");

<a id="credentials-exists"></a>

jenkins.credentials.exists(options)

Check if credentials exist in a folder or system.

Options

  • id (String): the id of the credentials
  • folder (String): path of the folder or manage for system credentials
  • store (String): the credentials store, can be either folder or system
  • domain (String): the credentials domain

Usage

await jenkins.credentials.exists("id", "folder", "store", "domain");

<a id="credentials-get-config"></a>

jenkins.credentials.config(options)

Get XML configuration of credentials.

Options

  • id (String): the id of the credentials
  • folder (String): path of the folder or manage for system credentials
  • store (String): the credentials store, can be either folder or system
  • domain (String): the credentials domain

Usage

await jenkins.credentials.config("id", "folder", "store", "domain");

<a id="credentials-set-config"></a>

jenkins.credentials.config(options)

Update credentials.

Options

  • id (String): the id of the credential
  • folder (String): path of the folder or manage for system credentials
  • store (String): the credentials store, can be either folder or system
  • domain (String): the credentials domain
  • xml (String): configuration XML

Usage

await jenkins.credentials.update("id", "folder", "store", "domain", "xml");

<a id="credentials-destroy"></a>

jenkins.credentials.destroy(options)

Delete credentials from folder or system.

Options

  • id (String): the id of the credential
  • folder (String): path of the folder or manage for system credentials
  • store (String): the credentials store, can be either folder or system
  • domain (String): the credentials domain

Usage

await jenkins.credentials.destroy("id", "folder", "store", "domain");

<a id="credentials-list"></a>

jenkins.credentials.list(options)

Get a list of credentials in a folder or system.

Options

  • folder (String): path of the folder or manage for system credentials
  • store (String): the credentials store, can be either folder or system
  • domain (String): the credentials domain

Usage

await jenkins.credentials.list("folder", "store", "domain");

<a id="job-build"></a>

jenkins.job.build(options)

Trigger build.

Options

  • name (String): job name
  • parameters (Object, optional): build parameters
  • token (String, optional): authorization token

Usage

await jenkins.job.build("example");
await jenkins.job.build({ name: "example", parameters: { name: "value" }, });
await jenkins.job.build({ name: "example", parameters: { file: fs.createReadStream("test.txt") }, });

<a id="job-config-get"></a>

jenkins.job.config(options)

Get job XML configuration.

Options

  • name (String): job name

Usage

await jenkins.job.config("example");

<a id="job-config-set"></a>

jenkins.job.config(options)

Update job XML configuration.

Options

  • name (String): job name
  • xml (String): configuration XML

Usage

await jenkins.job.config("example", xml);

<a id="job-config-copy"></a>

jenkins.job.copy(options)

Create job by copying existing job.

Options

  • name (String): new job name
  • from (String): source job name

Usage

await jenkins.job.copy("fromJob", "example");

<a id="job-create"></a>

jenkins.job.create(options)

Create job from scratch.

Options

  • name (String): job name
  • xml (String): configuration XML

Usage

await jenkins.job.create("example", xml);

<a id="job-destroy"></a>

jenkins.job.destroy(options)

Delete job.

Options

  • name (String): job name

Usage

await jenkins.job.destroy("example");

<a id="job-disable"></a>

jenkins.job.disable(options)

Disable job.

Options

  • name (String): job name

Usage

await jenkins.job.disable("example");

<a id="job-enable"></a>

jenkins.job.enable(options)

Enable job.

Options

  • name (String): job name

Usage

await jenkins.job.enable("example");

<a id="job-exists"></a>

jenkins.job.exists(options)

Check job exists.

Options

  • name (String): job name

Usage

await jenkins.job.exists("example");

<a id="job-get"></a>

jenkins.job.get(options)

Get job information.

Options

  • name (String): job name

Usage

await jenkins.job.get("example");

Result

{ "actions": [], "buildable": true, "builds": [ { "number": 1, "url": "http://localhost:8080/job/example/1/" } ], "color": "blue", "concurrentBuild": false, "description": "", "displayName": "example", "displayNameOrNull": null, "downstreamProjects": [], "firstBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "healthReport": [ { "description": "Build stability: No recent builds failed.", "iconUrl": "health-80plus.png", "score": 100 } ], "inQueue": false, "keepDependencies": false, "lastBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "lastCompletedBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "lastFailedBuild": null, "lastStableBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "lastSuccessfulBuild": { "number": 1, "url": "http://localhost:8080/job/example/1/" }, "lastUnstableBuild": null, "lastUnsuccessfulBuild": null, "name": "example", "nextBuildNumber": 2, "property": [], "queueItem": null, "scm": {}, "upstreamProjects": [], "url": "http://localhost:8080/job/example/" }

<a id="job-list"></a>

jenkins.job.list(callback)

List jobs.

Options

  • name (String, optional): folder name

Usage

await jenkins.job.list();

Result

[ { "color": "blue", "name": "example", "url": "http://localhost:8080/job/example/" } ]

<a id="label-get"></a>

jenkins.label.get(options)

Get label information.

Options

  • name (String): label name

Usage

await jenkins.label.get("master");

Result

{ "_class": "hudson.model.labels.LabelAtom", "actions": [], "busyExecutors": 0, "clouds": [], "description": null, "idleExecutors": 2, "loadStatistics": { "_class": "hudson.model.Label$1" }, "name": "master", "nodes": [ { "_class": "hudson.model.Hudson", "nodeName": "" } ], "offline": false, "tiedJobs": [], "totalExecutors": 2, "propertiesList": [] }

<a id="node-config-get"></a>

jenkins.node.config(options)

Get node XML configuration.

Options

  • name (String): node name

Usage

await jenkins.node.config("example");

<a id="node-create"></a>

jenkins.node.create(options)

Create node.

Options

  • name (String): node name

Usage

await jenkins.node.create("node-name");

<a id="node-destroy"></a>

jenkins.node.destroy(options)

Delete node.

Options

  • name (String): node name

Usage

await jenkins.node.destroy("node-name");

<a id="node-disconnect"></a>

jenkins.node.disconnect(options)

Disconnect node.

Options

  • name (String): node name
  • message (String, optional): reason for being disconnected

Usage

await jenkins.node.disconnect("node-name", "no longer used");

<a id="node-disable"></a>

jenkins.node.disable(options)

Disable node.

Options

  • name (String): node name
  • message (String, optional): reason for being disabled

Usage

await jenkins.node.disable("node-name", "network failure");

<a id="node-enable"></a>

jenkins.node.enable(options)

Enable node.

Options

  • name (String): node name

Usage

await jenkins.node.enable("node-name");

<a id="node-exists"></a>

jenkins.node.exists(options)

Check node exists.

Options

  • name (String): node name

Usage

await jenkins.node.exists("node-name");

<a id="node-get"></a>

jenkins.node.get(options)

Get node information.

Options

  • name (String): node name

Usage

await jenkins.node.get("node-name");

Result

{ "actions": [], "displayName": "node-name", "executors": [{}, {}], "icon": "computer-x.png", "idle": true,

编辑推荐精选

TRAE编程

TRAE编程

AI辅助编程,代码自动修复

Trae是一种自适应的集成开发环境(IDE),通过自动化和多元协作改变开发流程。利用Trae,团队能够更快速、精确地编写和部署代码,从而提高编程效率和项目交付速度。Trae具备上下文感知和代码自动完成功能,是提升开发效率的理想工具。

AI工具TraeAI IDE协作生产力转型热门
蛙蛙写作

蛙蛙写作

AI小说写作助手,一站式润色、改写、扩写

蛙蛙写作—国内先进的AI写作平台,涵盖小说、学术、社交媒体等多场景。提供续写、改写、润色等功能,助力创作者高效优化写作流程。界面简洁,功能全面,适合各类写作者提升内容品质和工作效率。

AI辅助写作AI工具蛙蛙写作AI写作工具学术助手办公助手营销助手AI助手
问小白

问小白

全能AI智能助手,随时解答生活与工作的多样问题

问小白,由元石科技研发的AI智能助手,快速准确地解答各种生活和工作问题,包括但不限于搜索、规划和社交互动,帮助用户在日常生活中提高效率,轻松管理个人事务。

热门AI助手AI对话AI工具聊天机器人
Transly

Transly

实时语音翻译/同声传译工具

Transly是一个多场景的AI大语言模型驱动的同声传译、专业翻译助手,它拥有超精准的音频识别翻译能力,几乎零延迟的使用体验和支持多国语言可以让你带它走遍全球,无论你是留学生、商务人士、韩剧美剧爱好者,还是出国游玩、多国会议、跨国追星等等,都可以满足你所有需要同传的场景需求,线上线下通用,扫除语言障碍,让全世界的语言交流不再有国界。

讯飞智文

讯飞智文

一键生成PPT和Word,让学习生活更轻松

讯飞智文是一个利用 AI 技术的项目,能够帮助用户生成 PPT 以及各类文档。无论是商业领域的市场分析报告、年度目标制定,还是学生群体的职业生涯规划、实习避坑指南,亦或是活动策划、旅游攻略等内容,它都能提供支持,帮助用户精准表达,轻松呈现各种信息。

AI办公办公工具AI工具讯飞智文AI在线生成PPTAI撰写助手多语种文档生成AI自动配图热门
讯飞星火

讯飞星火

深度推理能力全新升级,全面对标OpenAI o1

科大讯飞的星火大模型,支持语言理解、知识问答和文本创作等多功能,适用于多种文件和业务场景,提升办公和日常生活的效率。讯飞星火是一个提供丰富智能服务的平台,涵盖科技资讯、图像创作、写作辅助、编程解答、科研文献解读等功能,能为不同需求的用户提供便捷高效的帮助,助力用户轻松获取信息、解决问题,满足多样化使用场景。

热门AI开发模型训练AI工具讯飞星火大模型智能问答内容创作多语种支持智慧生活
Spark-TTS

Spark-TTS

一种基于大语言模型的高效单流解耦语音令牌文本到语音合成模型

Spark-TTS 是一个基于 PyTorch 的开源文本到语音合成项目,由多个知名机构联合参与。该项目提供了高效的 LLM(大语言模型)驱动的语音合成方案,支持语音克隆和语音创建功能,可通过命令行界面(CLI)和 Web UI 两种方式使用。用户可以根据需求调整语音的性别、音高、速度等参数,生成高质量的语音。该项目适用于多种场景,如有声读物制作、智能语音助手开发等。

咔片PPT

咔片PPT

AI助力,做PPT更简单!

咔片是一款轻量化在线演示设计工具,借助 AI 技术,实现从内容生成到智能设计的一站式 PPT 制作服务。支持多种文档格式导入生成 PPT,提供海量模板、智能美化、素材替换等功能,适用于销售、教师、学生等各类人群,能高效制作出高品质 PPT,满足不同场景演示需求。

讯飞绘文

讯飞绘文

选题、配图、成文,一站式创作,让内容运营更高效

讯飞绘文,一个AI集成平台,支持写作、选题、配图、排版和发布。高效生成适用于各类媒体的定制内容,加速品牌传播,提升内容营销效果。

热门AI辅助写作AI工具讯飞绘文内容运营AI创作个性化文章多平台分发AI助手
材料星

材料星

专业的AI公文写作平台,公文写作神器

AI 材料星,专业的 AI 公文写作辅助平台,为体制内工作人员提供高效的公文写作解决方案。拥有海量公文文库、9 大核心 AI 功能,支持 30 + 文稿类型生成,助力快速完成领导讲话、工作总结、述职报告等材料,提升办公效率,是体制打工人的得力写作神器。

下拉加载更多