THE GITOPS GUIDE TO BUILDING & MANAGING INTERNAL PLATFORMS weave.works 2 THE GITOPS GUIDE TO BUILDING & MANAGING INTERNAL PLATFORMS Internal platforms are a great way to enable an outstanding the reliability of the system. THE GITOPS GUIDE TO BUILDING & MANAGING INTERNAL PLATFORMS 3 weave.works ▼ Self-service developer experience (DX) In the past, the only way a developer could get are prevalent in highly mature DevOps organizations - Stream-aligned teams, and Platform teams. weave.works THE GITOPS GUIDE TO BUILDING & MANAGING INTERNAL PLATFORMS 4 ▼ Score for “high use” DevOps

while an automated process ensures the production environment matches the described state. P.4 Weave the principles of GitOps into everyday workflow The foundation of GitOps is based on the declarative described in Git. After a PR is merged, the changes are automatically applied using tools like Weave Kubernetes Platform. Once the system is described, it can be versioned in Git. All changes for and honed GitOps to accelerate and automate the installation of production-grade Kubernetes. The Weave Kubernetes Platform (WKP) works with Amazon Elastic Kubernetes Service (Amazon EKS). WKP includes

Code Challenges of Infrastructure as Code Containers Change the Game Argo CD Flux Open Cluster Management Other GitOps Tools PipeCD Keptn Pulumi Kubernetes OpenGitOps Sandbox project. The next chapter introduces the basic tools for GitOps, notably Argo CD and Flux. References [1.1] https://developers.redhat.com/topics/devops [1.2] https://developers.redhat com/topics/containers [1.5] https://developers.redhat.com/topics/kubernetes [1.6] https://www.weave.works [1.7] https://www.weave.works/blog/the-history-of-gitops [1.8] https://www.cncf.io [1.9] https://opengitops

to a cluster, make a small update to the application and deploy the change with Weave Cloud. In our product Weave Cloud, the GitOps core machinery is in its CI/CD tooling with the critical piece being 4. Weave Cloud’s Deployment Automator watches the container registry, notices the image, pulls the new image from the registry and updates its manifest in the config repo. 5. The Weave Cloud Deployment continuous integration piece of the pipeline. Travis account You’ll use Weave Cloud to automate, observe and control your deployments.. Weave Cloud Trial Account Before you can start doing GitOps, you’ll need

interface that we want to make transactional package x.y.service; public interface FooService { Flux getFoo(String fooName); Publisher getFoo(String fooName, String barName); Mono package x.y.service; public class DefaultFooService implements FooService { @Override public Flux getFoo(String fooName) { // ... } @Override public Publisher getFoo(String classes (and optionally your classes' methods) with the @Transactional annotation, and then link (weave) your application with the org.springframework.transaction.aspectj.AnnotationTransactionAspect defined

they have bean created by the AspectJ runtime. If you have some @AspectJ aspects that you want to weave with AspectJ (for example, using load- time weaving for domain model types) and other @AspectJ aspects } We also need to create an META-INF/aop.xml file, to inform the AspectJ weaver that we want to weave our ProfilingAspect into our classes. This file convention, namely the presence of a file (or files)

low-overhead multithreading runtime for Nim Mamy Ratsimbazafy mamy@numforge.co Weave https://github.com/mratsim/weave Hello! I am Mamy Ratsimbazafy During the day blockchain/Ethereum 2 developer (in Imperative: pass a “ready” handle between the data producer and the consumer(s). => Strategy used in Weave, the handle is called a Pledge (~Promises with adapted semantics) Can be implemented with broadcasting Memory overhead 26 Zoom on cactus stacks / segmented stacks https://github.com/mratsim/weave/blob/v0.3.0/weave/memory/multithreaded_ memory_management.md - Plagued Go and Rust (abandoned) - Decades

as the record for the desired state, alongside purpose-built software agents (the backbone of the Weave Kubernetes Platform) and the automation already built into Kubernetes. But this increase in deployment there with the GitOps pioneers The most straightforward way to implement GitOps is to adopt the Weave Kubernetes Platform (WKP), provided and supported by Weaveworks, the inventors of GitOps. WKP is technologies and services, led by the Weave Kubernetes Platform (WKP). To learn more about WKP and how you can implement GitOps in your organization, visit weave.works/wkp or contact the Weaveworks

edge cluster Network and Storage Network Major CNIs supported, including Calico, Flannel, Weave, and Kube-OVN; OpenELB, a self-developed open-source Load Balancer, available Built-in OpenShift Built-in Pod IP pool for visualized management; Visualization of network traffic topology based on Weave between different tenants and projects; Multi-tenanc y and Security Multi-tenancy and permission

3.5 12 canal_node: "" canal_cni: "" canal_flannel: "" canal_flexvol: "" weave_node: "" weave_cni: "" pod_infra_container: "" ingress: "" ingress_backend: "" metrics_server: