#starlark #protocol_buffers
This repository provides the original interface definitions for Google APIs, which support both REST and gRPC protocols. By using these definitions, you can better understand Google APIs and use them more efficiently. You can generate client libraries, documentation, and other tools with open source tools. The repository also guides you on how to build API client libraries using Bazel and access Google APIs through various methods like JSON over HTTP or Protocol Buffers over gRPC. This helps developers integrate Google APIs into their applications more effectively and efficiently.
https://github.com/googleapis/googleapis
This repository provides the original interface definitions for Google APIs, which support both REST and gRPC protocols. By using these definitions, you can better understand Google APIs and use them more efficiently. You can generate client libraries, documentation, and other tools with open source tools. The repository also guides you on how to build API client libraries using Bazel and access Google APIs through various methods like JSON over HTTP or Protocol Buffers over gRPC. This helps developers integrate Google APIs into their applications more effectively and efficiently.
https://github.com/googleapis/googleapis
GitHub
GitHub - googleapis/googleapis: Public interface definitions of Google APIs.
Public interface definitions of Google APIs. Contribute to googleapis/googleapis development by creating an account on GitHub.
#starlark #bazel #docker
Using "Distroless" container images is beneficial because they are very small and only include your application and its necessary dependencies, without extra programs like package managers or shells. This makes the images lighter (some are as small as 2 MiB) and more secure, as there is less to scan for vulnerabilities. It also simplifies maintaining and updating your containers since you only need to focus on what's essential for your app. Additionally, these images are signed for verification, ensuring their integrity. Overall, this approach improves security, reduces size, and simplifies management.
https://github.com/GoogleContainerTools/distroless
Using "Distroless" container images is beneficial because they are very small and only include your application and its necessary dependencies, without extra programs like package managers or shells. This makes the images lighter (some are as small as 2 MiB) and more secure, as there is less to scan for vulnerabilities. It also simplifies maintaining and updating your containers since you only need to focus on what's essential for your app. Additionally, these images are signed for verification, ensuring their integrity. Overall, this approach improves security, reduces size, and simplifies management.
https://github.com/GoogleContainerTools/distroless
GitHub
GitHub - GoogleContainerTools/distroless: 🥑 Language focused docker images, minus the operating system.
🥑 Language focused docker images, minus the operating system. - GitHub - GoogleContainerTools/distroless: 🥑 Language focused docker images, minus the operating system.
#starlark
The Bazel Central Registry (BCR) is a central place where Bazel users can find and manage dependencies for their projects. It helps by automatically resolving dependencies and making sure that projects use the correct versions of libraries. This makes building projects easier and more reliable. You can also contribute to the BCR by sending updates through GitHub. If you want to avoid relying on the BCR's infrastructure, you can copy its content to your own system and use it from there. This gives you more control over your project's dependencies.
https://github.com/bazelbuild/bazel-central-registry
The Bazel Central Registry (BCR) is a central place where Bazel users can find and manage dependencies for their projects. It helps by automatically resolving dependencies and making sure that projects use the correct versions of libraries. This makes building projects easier and more reliable. You can also contribute to the BCR by sending updates through GitHub. If you want to avoid relying on the BCR's infrastructure, you can copy its content to your own system and use it from there. This gives you more control over your project's dependencies.
https://github.com/bazelbuild/bazel-central-registry
GitHub
GitHub - bazelbuild/bazel-central-registry: The central registry of Bazel modules for the Bzlmod external dependency system.
The central registry of Bazel modules for the Bzlmod external dependency system. - bazelbuild/bazel-central-registry