使用 IRONSECUREDOC Docker Build Push Action(开发者工具如何工作) Curtis Chau 已更新:六月 22, 2025 Download IronSecureDoc 免费下载 Start Free Trial Copy for LLMs Copy for LLMs Copy page as Markdown for LLMs Open in ChatGPT Ask ChatGPT about this page Open in Gemini Ask Gemini about this page Open in Grok Ask Grok about this page Open in Perplexity Ask Perplexity about this page Share Share on Facebook Share on X (Twitter) Share on LinkedIn Copy URL Email article What is Docker? Docker is an open-source powerhouse that makes building, deploying, and managing applications easier by placing them into lightweight, portable containers. The containers package up an application and its dependencies including libraries, configuration files, and so on so that it can even run across environments. This eliminates all compatibility issues, meaning the application will act the same on a developer's laptop as on a server or in the cloud. It simplifies the development, testing, and scaling process by building the tools efficiently, shipping, and running containers, hence managing the resources more simplistically. What is Docker Image? Images are the Docker-type blueprints that carry the consistent runtime environments. Developers can utilize ready-to-use images from Docker Hub, a public registry, or create their own Docker images. Tools like Docker Compose and Kubernetes extend Docker's capabilities even more by adding simple orchestrations of multi-container setups or managing complex scaling needs more platforms. Why use the Docker Build Push Action? Frictionless Automation Building and pushing Docker images manually is exposed, error-prone, and time-consuming. Automating these steps ensures predictability and adds hours to the bottom line, especially when the team scales or updates are more frequent. Frictionless Integration The Docker Build Push Action works out of the box with GitHub repositories to create workflows around events such as code pushes, pull requests, or a schedule. Standard Building of Images Automation ensures that every time Docker images are built, they are the same; hence, reducing errors/discrepancies across multiple environments such as development, staging, and production. Easy Deployment With the automated building of Docker images with the build, and their push to the repositories, the deployment can get relatively easy. Tools like Kubernetes or Docker Swarm can be used to pull or build multi-platform images straight from the Docker registry, and hence reduce downtime. How the Docker Build Push Action Works The Build and Push Docker action does three core things: Set Up Docker Login: Container registry authentication to securely push Docker images. Image Build: Runs Docker build commands using a Dockerfile which contains instructions. Push to Registry: It pushes the built image to a target container registry. These steps are defined in a GitHub Actions workflow file (.github/workflows/your-workflow.yml), where you specify triggers, build configurations, and registry credentials. Implement Docker Build Push Action 1: Prepare Your Repository Add a Dockerfile describing the containerized application. Add any configuration files or scripts required for the build. # Use Node.js as the base image FROM node:14 # Set the working directory WORKDIR /app # Copy package.json and install dependencies COPY package.json . RUN npm install # Copy the application code COPY . . # Expose the application’s port EXPOSE 3000 # Start the application CMD ["npm", "start"] 2: Add Registry Credentials as GitHub Secrets To build and push Docker images to a container registry, you need credentials. Add these as GitHub Secrets: Go into your repository settings on GitHub. Go to Secrets and Variables > Actions. Add the following secrets: USERNAME: Your Docker Hub username. PASSWORD: Your Docker Hub access token or password. For other registries, this is similar but sometimes requires extra credentials, for example, AWS_ACCESS_KEY_ID and AWS_SECRET_ACCESS_KEY for Amazon ECR. 3: Create GitHub Actions workflow Add the below line on the YAML workflow file in .github/workflows/docker-build-push.yml. name: Docker Build and Push on: push: branches: - main jobs: build: runs-on: ubuntu-latest steps: # Step 1: Check out the repository - name: Checkout code uses: actions/checkout@v3 # Step 2: Log in to Docker Hub - name: Log in to Docker Hub uses: docker/login-action@v2 with: username: ${{ secrets.USERNAME }} password: ${{ secrets.PASSWORD }} # Step 3: Build and push the Docker image - name: Build and push uses: docker/build-push-action@v4 with: context: . push: true tags: username/repository:latest name: Docker Build and Push on: push: branches: - main jobs: build: runs-on: ubuntu-latest steps: # Step 1: Check out the repository - name: Checkout code uses: actions/checkout@v3 # Step 2: Log in to Docker Hub - name: Log in to Docker Hub uses: docker/login-action@v2 with: username: ${{ secrets.USERNAME }} password: ${{ secrets.PASSWORD }} # Step 3: Build and push the Docker image - name: Build and push uses: docker/build-push-action@v4 with: context: . push: true tags: username/repository:latest YAML Push to Main: The workflow will trigger every push that occurs to the main branch. Checkout Code: Utilize the actions/checkout action to check out the repository. Login to Registry: Authenticate with Docker Hub using the provided secrets. Build and Push: It runs the Docker Build Push Action that will build the image from the current directory until the context and push it to username/repository: latest. Commit the workflow file to your repository. With a simple push, the workflow will trigger to build the image and push it into your specified registry. What is IronSecureDoc? IronSecureDoc is a newly developed product of Iron Software specifically designed for securing digital documents, mainly PDFs, through quite robust encryption and controls. This will further enable an organization to install advanced encryption protocols like AES-256 so that the said sensitive information cannot be viewed without authorized permission. That means the said document can only be opened by the authorized user because the printing, editing, and copying of it have restrictions along with custom permissions. Also, password protection and digital signings enhance security and integrity in the documents and watermarking. IronSecureDoc is developer-friendly and can comfortably house applications via Docker or other programming environments, hence should be able to adapt to many business workflows. For instance, in the health, financial, and legal sectors, confidentiality of the documents means everything. IronSecureDoc combines the features of encryption and control of documents within an organization with ensuring safekeeping that allows for compliance, easy, and safe sharing with a partner or client outside. How IronSecureDoc Works IronSecureDoc is given out as a Docker container and provides exposure to the build functionalities by API endpoints which will keep it scalable and uniform. Developers pull a pre-built Docker image of IronSecureDoc from a container registry and include it in their applications. Document Workflow with IronSecureDoc Create and push the IronSecureDoc container using Docker Build Push Action. Deployment of the same container on a cloud platform like AWS ECS or Kubernetes. Integrate your application to communicate with IronSecureDoc for any document operation. Install and Run IronSecureDoc To pull the IronSecureDoc Docker image from the GitHub repository below, at the Command Prompt or in an open terminal window, run the following command. docker pull ironsoftwareofficial/ironsecuredoc docker pull ironsoftwareofficial/ironsecuredoc SHELL After pulling an image from the Docker container, we have another command to start the IronSecureDoc, an operating container. docker container run --rm -p 8080:8080 -e IronSecureDoc_LicenseKey=<IRONSECUREDOC_LICENSE_KEY> -e ENVIRONMENT=Development -e HTTP_PORTS=8080 ironsoftwareofficial/ironsecuredoc:latest docker container run --rm -p 8080:8080 -e IronSecureDoc_LicenseKey=<IRONSECUREDOC_LICENSE_KEY> -e ENVIRONMENT=Development -e HTTP_PORTS=8080 ironsoftwareofficial/ironsecuredoc:latest SHELL The above Docker run command will create a container instance of the IronSecureDoc. Using IronSecureDoc The REST API of IronSecureDoc has been discussed elsewhere, but basically, it allows the user to redact, certify, and encrypt documents out of the box upon installation and firing up Docker. Here is the link to the documentation. We could also encrypt a document by posting to the IronSecureDoc API like this: curl -X 'POST' \ 'http://localhost:8080/v1/document-services/pdfs/encrypt?user_password=demo' \ -H 'accept: */*' \ -H 'Content-Type: multipart/form-data' \ -F 'pdf_file=@test.pdf;type=application/pdf' curl -X 'POST' \ 'http://localhost:8080/v1/document-services/pdfs/encrypt?user_password=demo' \ -H 'accept: */*' \ -H 'Content-Type: multipart/form-data' \ -F 'pdf_file=@test.pdf;type=application/pdf' SHELL This will route the document automatically into IronSecureDoc, where it will get correctly encrypted. Conclusion All starts with Docker Build Push Action and IronSecureDoc. They merge two very powerful tools that unlock the ability to containerize workflows with automated and scalable development being secure. Docker Build Push Action takes care of automated building and deployment in the development process of container images, and IronSecureDoc handles robust document security within those containers. It all comes to streamlined pipelines from developers and reliable performance across environments. Whether you're managing a deployment of applications or secure sensitive documents, these tools in your workflow are about to move you toward modern efficient software development. IronSecureDoc: where document-specific security features can be added, including file encryption, access controls, and authentication of the authenticity of the document using digital signatures. Together, Docker certificates and IronSecureDoc provide full-cycle security, protecting everything from infrastructure to sensitive data stored. To learn more about the license of IronSecureDoc, visit the licensing page. For information about many of the products from Iron Software, follow this library suite link. 常见问题解答 如何在C#中将HTML转换为PDF? 你可以使用IronPDF的RenderHtmlAsPdf方法将HTML字符串转换为PDF。你还可以使用RenderHtmlFileAsPdf将HTML文件转换为PDF。 什么是 Docker? Docker 是一个开源平台,它通过使用容器简化了应用程序的构建、部署和管理。这些容器将应用程序及其依赖项打包在一起,确保在不同环境中的行为一致。 Docker Build Push Action 如何简化工作流过程? Docker Build Push Action 在 GitHub 存储库中自动化构建和推送 Docker 镜像,减少错误并节省时间。它创建了由代码推送或拉取请求等事件触发的工作流。 为什么 Docker 对开发人员有用? Docker 对开发人员有用,因为它将应用程序封装在容器中,确保一致的性能并减轻跨不同环境的兼容性问题。这简化了开发、部署和管理过程。 使用 Docker 容器的优势是什么? Docker 容器提供了可移植性、可扩展性和环境一致性等优势。它们将应用程序及其依赖项封装在一起,从而减少了兼容性问题并提高了部署效率。 IronSecureDoc 如何确保文档安全? IronSecureDoc 使用强大的加密技术(如 AES-256)保护数字文档,并具有密码保护和数字签名等功能。它在需要高保密性的行业(如医疗和金融)中特别实用。 IronSecureDoc 能否集成到现有工作流中? 是的,IronSecureDoc 可以集成到现有工作流中,因为它作为 Docker 容器运行,并通过 API 端点提供功能。这使其在各种部署场景中灵活且易于使用。 Docker Build Push Action 如何提高部署效率? Docker Build Push Action 通过自动化构建和推送 Docker 镜像的过程来提高部署效率,确保一致的镜像创建,并通过与 Kubernetes 等平台的集成来减少停机时间。 Docker 镜像在应用程序部署中扮演什么角色? Docker 镜像作为容器的蓝图,包含应用程序及其依赖项。它们确保跨不同环境的一致性,使其对可靠的应用程序部署至关重要。 如何使用 GitHub Actions 自动构建 Docker 镜像? 要使用 GitHub Actions 自动构建 Docker 镜像,需创建一个工作流文件,该文件指定了代码推送等触发器,使用 Docker 登录和构建操作,并将构建的镜像推送到注册表。此自动化简化了构建和部署过程。 Curtis Chau 立即与工程团队聊天 技术作家 Curtis Chau 拥有卡尔顿大学的计算机科学学士学位,专注于前端开发,精通 Node.js、TypeScript、JavaScript 和 React。他热衷于打造直观且美观的用户界面,喜欢使用现代框架并创建结构良好、视觉吸引力强的手册。除了开发之外,Curtis 对物联网 (IoT) 有浓厚的兴趣,探索将硬件和软件集成的新方法。在空闲时间,他喜欢玩游戏和构建 Discord 机器人,将他对技术的热爱与创造力相结合。 相关文章 已更新七月 22, 2025 immich Docker Compose(开发者工具如何工作) Immich Docker 是 Immich 的设置,一个开源的,自托管的照片和视频备份解决方案,在 Docker 容器中运行。Docker 是一个轻量级且广泛采用的平台,用于开发、分发 阅读更多 已更新六月 22, 2025 Wazuh Docker Compose(开发者工具如何工作) Wazuh Docker 是 Wazuh 安全平台的 Docker 化部署,简化并增强了安全监控、威胁检测和合规管理的实施 阅读更多 已更新六月 22, 2025 Coolify Docker Compose(开发者工具如何工作) Coolify 是一个开源的,自托管的平台,旨在简化应用、数据库和网站的部署和管理。 阅读更多 Coolify Docker Compose(开发者工具如何工作)如何使用 C# 在 Docker 中保...
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