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Starting now, you can build projects together with. Now you can construct artifacts on managed machines that run on Windows. AWS CodeBuild is a fully managed continuous integration service that compiles source code, executes tests, and generates deployable software artifacts.
Apple’s suite of developer tools, including Xcode, Instruments, and more, necessitates the use of Xcode, which is exclusively compatible with macOS. When building Apple apps in the AWS Cloud, it’s highly likely that you’ve set up a consistent integration and deployment (CI/CD) pipeline to execute seamlessly.
With a diverse background spanning multiple industries and regions, I’ve had the privilege of helping organizations across the globe streamline their pipeline configurations on macOS. Within the simplest form, a customer’s buying journey may resemble the following diagram.
When a new commit or pull request is submitted to the supply code repository, the pipeline commences. The repository agent installed on the machine activates a series of scripts that configure the environment, build, test, and ultimately deploy the application to production.
By launching Amazon EC2 for Mac instances, organizations can significantly streamline the management and orchestration of macOS environments, reducing administrative burdens and increasing operational efficiency.
Amazon EC2’s Mac instance offers a comprehensive package of features I appreciate, including volumes, snapshots, virtual private clouds (VPCs), security groups, and more, all applied to Mac minis running macOS in the cloud.
Despite these obstacles, prospects still face two significant hurdles. The primary objective is to configure an Amazon Machine Image (AMI) with all necessary tools and components for deployment. To create a basic construct atmosphere, you typically require Xcode, but it’s common to also include frameworks such as Cocoa Touch and Core Data, along with various build or improvement tools and libraries. Organizations typically demand a diverse array of build environments to accommodate multiple combinations of macOS and Xcode versions.
To effectively manage construction projects, scaling your construction fleet must align with the quantity and duration of builds, ensuring optimal resource utilization and minimizing downtime between tasks. Massive organizations often process thousands of buildings daily, necessitating scores of construction equipment to meet this demand. Scaling fleet operations up or down enables efficient management of costs, thereby minimizing waste associated with pricing variability. EC2 Mac instances have reservations available for dedicated use. A single dedicated host has one opportunity allocated. requires a selected configuration.
To address the complexities and streamline the setup and management of your macOS-based build environments, we’re pleased to introduce CodeBuild for macOS.
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CodeBuild for macOS leverages the recently introduced Cases feature, which utilizes Amazon EC2 instances that can be managed through CodeBuild. Within reserved capability fleets, you define a tailored set of dedicated configurations in your construction environment. These machines remain idle, capable of processing builds or assessments instantly, thereby reducing construction durations. With reserved capacity fleets, your machines remain operational and continue to accrue costs as long as they’re properly provisioned.
CodeBuild provides a preconfigured Amazon Machine Image (AMI) that allows you to run your builds efficiently. The bundle includes preconfigured versions of Xcode, Fastlane, Ruby, Python, Node.js, and various industry-standard tools to foster a collaborative development environment. The information you’re looking for is readily available within the comprehensive documentation at your disposal. As time passes, we will introduce additional images of our product range, featuring the latest enhancements and developments in each instrument. You’re free to customize a disk icon to suit your unique preferences, if needed.
As well as simplifying code integration and automated builds, CodeBuild also enables effortless configuration of autoscaling capabilities. We’re told exactly what’s required, and our team takes care of the rest, utilizing available resources to deliver a comprehensive solution that meets your needs.
To demonstrate how it functions, I developed a continuous integration and delivery (CI/CD) pipeline for my personal project: introducing mobile development on iOS. This tutorial, accompanied by its supporting source code, outlines practical approaches for developing a straightforward iOS application that integrates with a cloud-based infrastructure. The application leverages a GraphQL API, a NoSQL database for data retrieval, file-based storage to manage files, and implements user authentication mechanisms. Is the thread that weaves together the fabric of these individual companies?
The . It contains .
To set up a brand-new CI/CD pipeline using CodeBuild on macOS, follow these key steps:
- Create the construct undertaking.
- Design a loyal armada of precision-crafted machinery, engineered to work in harmony and serve with unwavering dedication.
- Establish multiple trigger points for construction activities to ensure seamless project progression.
- PipelineDefinitionFile = { “name”: “Example Pipeline”, “steps”: [ {“name”: “Step 1: Data Retrieval”, “script”: “python\nimport pandas as pd\ndata = pd.read_csv(‘data.csv’)”}, {“name”: “Step 2: Feature Engineering”, “script”: “python\nfrom sklearn.preprocessing import StandardScaler\nscaler = StandardScaler()\nfeature_data = scaler.fit_transform(data)”} ]};
buildspec.yaml) to the undertaking.
To begin, I select the project, choose CodeBuild, and click Start build.
I access and configure the connection to the specified code repository. I utilize GitHub in this scenario. CodeBuild supports integration with popular source control systems including GitLab and BitBucket. The documentation maintains a comprehensive and current record of.
Why do I choose a for my ? One of the primary locations where Amazon EC2 Mac instances can be found. As I decide to establish a fleet without having one already mapped out, I opt to develop it during the process of designing the project. I choose .
During my session on the webpage, I entered an account and selected “Windows 10 (21H2)” as my working system.
I select the desired quantity of instances and allocate a specified number of virtual CPUs (vCPUs) for my construction project, along with the number of nodes I wish to utilize.
I’m grateful for this opportunity. The project utilizes Xcode 15.4 and the simulator runtime for iOS 17.5, alongside various packages. The learning process will be facilitated through the provided documentation.
Upon completion of the build process, I opt to return to the CodeBuild project creation webpage.
I instruct CodeBuild to generate a fresh service role that defines the precise permissions I require for my build environment. Within the scope of this initiative, I must obtain permission to pull down an Amplify configuration and entry. I am not sharing step-by-step directions to take action.
You can provide your set of construction instructions either within the project definition itself or in a separate document. buildspec.yaml file included in my undertaking. I choose the latter.
That is optional, though, I’d like to add a construct artifact to an S3 bucket where I can archive all my builds. In order to contextualize my selection, I opt for as an anchor, and I create a digital archive containing. The file title to add is specified within parentheses. buildspec.yaml file.
Below the webpage, I configure the project settings to trigger a GitHub Webhook. This configuration enables CodeBuild to automatically trigger the build process each time a commit or pull request is pushed to my GitHub project.
I clicked the orange button at the back end of the webpage to initiate this project.
My undertaking already includes build scripts that configure the build, build the undertaking, execute the tests, and deploy it to production.
I add a buildspec.yaml I aim to consolidate all the existing scripts and create a comprehensive file at the core of my project.
phases: setup: instructions: - code/ci_actions/00_install_rosetta.sh pre-build: instructions: - code/ci_actions/01_keychain.sh - code/ci_actions/02_amplify.sh build: instructions: - code/ci_actions/03_build.sh - code/ci_actions/04_local_tests.sh post-build: instructions: - code/ci_actions/06_deploy_testflight.sh - code/ci_actions/07_cleanup.sh artifacts: title: $(date +%Y-%m-%d)-getting-started.ipa recordsdata: - 'getting started.ipa' base-directory: 'code/build-release'I add this file to my Git repository and commit it using the following command: git commit -am "add buildpsec" buildpec.yaml
As I monitor the console, I notice that the construction process has indeed commenced.
Once you’ve selected the construct, you’re able to view detailed log records or gain a comprehensive overview of each component within the construct.
When a construct proves profitable, I can observe the iOS utility IPA file being successfully uploaded to my Amazon S3 bucket.
The final construct script executed by CodeBuild uploads the binary to Apple App Store Connect. I can view new builds within the TestFlight section of the Apple App Store Connect?
It takes time to simply accept the very first concept. This isn’t particular to CodeBuild. Are you ready to execute the builds submitted during machine preparation time, which can be processed immediately since the machine is available?
CodeBuild on macOS seamlessly integrates with reserved fleets. In contrast to on-demand fleets, where charges are based on construction time, reserved fleets incur fees for the entire duration the machines are reserved for exclusive use, regardless of whether actual builds are underway or not. The capability reservation adheres to the Amazon EC2’s 24-hour minimum allocation period, in accordance with Article 3.A.ii.
In your AWS account, a fleet of machines can be shared across various CodeBuild tasks. The machines within our fleet are exclusively reserved for your personal use. CodeBuild alone has access to the machines.
While CodeBuild purges the working directory after each build, the underlying compute resources are recycled and utilized for subsequent builds. You can utilize this feature to briefly recover selected files following a crash. When constructing entirely different tasks on the same fleet, ensure to reset all global states, including those related to, and construct essential artifacts, like, before starting a new build.
When working with customised construct images, confirm they are built for a 64-bit Mac Arm architecture. Should you first establish a strong foundation? CodeBuild allows users to define their own custom agents and utilize them to manage and control the machine learning processes within the application. Therefore, confirm that the Amazon Machine Image (AMI) exists in the cloud.
CodeBuild for macOS is now available in the following regions: US East (N. Virginia), Europe (Ireland). The company operates four regional hubs: North America (Richmond, Virginia), US West (Portland, Oregon), Asia Pacific (Sydney, Australia), and Europe (Frankfurt, Germany). The following areas offer Amazon EC2 Mac instances with an M2 configuration:
Let’s start now?
