kubectl plugin to browse Kubernetes object hierarchies as a tree đ (star the repo if you are using)
Las caracterĂsticas principales de ahmetb/kubectl-tree son: Command Line Tools, Developer Workspaces.
Las alternativas de cĂłdigo abierto para ahmetb/kubectl-tree incluyen: jonmosco/kube-ps1 â kube-ps1 is a cross-shell prompt utility and infrastructure context monitor that integrates Kubernetes cluster and⊠cloudnativelabs/kube-shell â Kubernetes shell: An integrated shell for working with the Kubernetes. astefanutti/kubebox â ââ Terminal and Web console for Kubernetes. sharkdp/hyperfine â Hyperfine is a command-line benchmarking tool used to measure the execution time of shell commands through multiple⊠aboul3la/sublist3r â Sublist3r is a subdomain enumeration tool and passive reconnaissance framework designed to discover subdomains by⊠4383/nostress â ⥠Modern Python CLI for Nostr protocol interactions - secure key management, event creation, and relay operations.
Kubernetes shell: An integrated shell for working with the Kubernetes
kube-ps1 is a cross-shell prompt utility and infrastructure context monitor that integrates Kubernetes cluster and namespace information directly into the command line interface. It functions as a compatibility layer to ensure consistent metadata rendering and prompt behavior across bash, zsh, and fish. The utility prevents accidental command execution in the wrong environment by tracking active cluster connections and providing a visibility toggle to show or hide the cluster status. It allows for visual distinction between production and development settings through environment-specific colo
ââ Terminal and Web console for Kubernetes
Hyperfine is a command-line benchmarking tool used to measure the execution time of shell commands through multiple runs and statistical analysis. It functions as a comparative benchmarking utility and a shell performance analyzer, allowing for the evaluation of multiple commands against a reference baseline to determine relative speed. The tool distinguishes itself by isolating actual command performance through shell overhead correction and the ability to bypass the shell entirely using system calls. It supports parameterized execution, enabling benchmarks to run across a range of varying i