Developer Tools Pro

JWT Decoder

Encoded JWT

Header

Payload

Signature

What is a JSON Web Token (JWT)?

JSON Web Token (JWT) is an open standard (RFC 7519) that defines a compact and self-contained way for securely transmitting information between parties as a JSON object. JWTs consist of three parts: Header, Payload, and Signature, each encoded in Base64url and separated by dots (.). They are commonly used for authentication, authorization, and information exchange in web applications.
Read more on Wikipedia

How to use this tool

Paste your JWT: Enter or paste your JWT string into the input box above.
Automatic decoding: The tool will automatically split and decode the Header, Payload, and Signature.
Validity check: Instantly see if your JWT is well-formed and valid.
Copy feature: Easily copy the contents of each section with a single click.

Base64 Encoder / Decoder

Input

Output

What is Base64 Encoding?

Base64 is a group of binary-to-text encoding schemes that represent binary data in an ASCII string format by translating it into a radix-64 representation. It is commonly used to encode binary data, such as images, files, or any binary content, into a text format that can be safely transmitted over text-based protocols like email, HTTP, or stored in text files. Base64 encoding is widely used in web applications, data transmission, and file attachments.
Read more about Base64 on Wikipedia

How to use this tool

Select mode: Choose "Encode" to convert text to Base64, or "Decode" to convert Base64 back to text.
Enter input: Paste or type your text in the input box above.
Automatic conversion: The tool will automatically convert your input based on the selected mode.
Copy result: Easily copy the converted output with a single click.
Error handling: Invalid Base64 will show an error message with details.

Common Use Cases

Email attachments: Encoding binary files for email transmission
Web APIs: Sending binary data in JSON payloads
Data URLs: Embedding images directly in HTML/CSS
Configuration files: Storing binary data in text-based configs

JSON Beautifier

Input JSON

Beautified JSON

What is JSON Beautifier?

JSON Beautifier is a tool that formats and validates JSON (JavaScript Object Notation) data. It takes compact or minified JSON and adds proper indentation, making it human-readable and easier to understand. The tool also provides syntax highlighting to distinguish between different data types and validates the JSON structure to ensure it's properly formatted.
Read more about JSON on Wikipedia

Color Guide

"property" Property names (keys)

"value" String values

123 Numbers

true/false/null Booleans and null

How to use this tool

Paste your JSON: Enter or paste your JSON string into the input box above.
Automatic formatting: The tool will automatically format and beautify your JSON with proper indentation.
Syntax highlighting: Different data types are color-coded for better readability.
Validation: Invalid JSON will show an error message with details about the issue.
Copy feature: Easily copy the formatted JSON with a single click.

Kubectl Command Generator

Quick Command Generator

Context

Namespace

Node Name

Resource Name

Pod Name

Container Name

Frequently Used Commands

Cluster

Cluster configuration and management

kubectl config view

View current kubectl configuration

kubectl config get-contexts

List all available contexts

kubectl config use-context context

Switch to specified context

ConfigMap

Configuration management and settings

kubectl get configmaps -n live

List all ConfigMaps in namespace

kubectl describe configmap config-name -n live

Show detailed ConfigMap information

kubectl edit configmap config-name -n live

Edit ConfigMap in default editor

Node

Node information and management

kubectl get nodes -o wide

List all nodes with detailed info

kubectl describe node node-name

Show detailed node information

kubectl top nodes

Show node resource usage

Namespace

Namespace management and operations

kubectl get namespaces

List all namespaces

kubectl create namespace new-namespace

Create a new namespace

kubectl delete namespace namespace-name

Delete a namespace

Pod

Pod management and operations

kubectl get pods -n live

List all pods in namespace

kubectl describe pod ubuntu -n live

Show detailed pod information

kubectl get pods -n dev | grep platform

Filter pods by name pattern

Container

Container access and management

kubectl exec -it ubuntu -n live -- /bin/bash

Execute bash shell in container

kubectl logs -f ubuntu -n live

Follow container logs in real-time

kubectl get pod platform -n dev -o jsonpath

Extract specific data using jsonpath

Service

Service management and networking

kubectl get services -n live

List all services in namespace

kubectl describe service service-name -n live

Show detailed service information

kubectl get endpoints -n live

Show service endpoints (pods)

Cronjob

Scheduled job management

kubectl get cronjobs -n live

List all cronjobs in namespace

kubectl create job --from=cronjob/cronjob-name manual-job -n live

Create manual job from cronjob

kubectl get jobs -n live

List all jobs in namespace

Secrets

Security and secret management

kubectl get secrets -n live

List all secrets in namespace

kubectl describe secret secret-name -n live

Show detailed secret information

kubectl create secret generic secret-name --from-literal=key=value -n live

Create secret from literal values

Advanced Commands

Network Access

kubectl port-forward svc/service-name 8080:80 -n live

Forward service port to localhost

kubectl get endpoints -n live

Show service endpoints (pods)

kubectl get ingress -n live

List ingress resources

kubectl get networkpolicies -n live

List network policies

kubectl get services -o wide -n live

List services with cluster IPs

kubectl get pods -o wide -n live

List pods with node IPs

Debugging

kubectl get events --sort-by='.lastTimestamp' -n live

Show recent events sorted by time

kubectl top pods -n live

Show pod resource usage

kubectl get pods -o wide -n live

List pods with node information

kubectl debug -it platform-service-xyz123 --image=nicolaka/netshoot --target=app -n live

Add netshoot debug container to pod

kubectl debug -it platform-service-xyz123 --image=busybox --target=app -n live

Add busybox debug container to pod

kubectl run debug-shell --rm -it --image=nicolaka/netshoot -n live

Run standalone netshoot debug pod

kubectl run debug-shell --rm -it --image=busybox -n live

Run standalone busybox debug pod

kubectl describe pod platform-service-xyz123 -n live

Show detailed pod information and events

kubectl logs -f platform-service-xyz123 -c app -n live

Follow container logs in real-time

kubectl get pods -o yaml platform-service-xyz123 -n live

Get pod configuration in YAML format

What is Kubernetes (K8s)?

Kubernetes (K8s) is an open-source container orchestration platform that automates the deployment, scaling, and management of containerized applications. It provides a robust framework for running distributed systems resiliently, with features for load balancing, service discovery, automated rollouts and rollbacks, and self-healing capabilities. Kubernetes was originally developed by Google and is now maintained by the Cloud Native Computing Foundation (CNCF).

What is kubectl?

kubectl is the command-line tool for interacting with Kubernetes clusters. It allows you to run commands against Kubernetes clusters to deploy applications, inspect and manage cluster resources, and view logs. The name "kubectl" stands for "Kubernetes control" and is pronounced "kube-cuddle" or "kube-c-t-l".

How to use this Kubectl Command Generator

Quick Command Generator: Use the input fields at the top to set your namespace, resource name, pod name, and container name. All commands will automatically update with your values.
Frequently Used Commands: Browse through categorized command cards (Cluster, ConfigMap, Node, Namespace, Pod, Container, Service, Cronjob, Secrets) to find the command you need.
Dynamic Substitution: Commands automatically replace placeholders with your input values. For example, kubectl get pods -n {namespace} becomes kubectl get pods -n dev when you enter "dev" in the namespace field.
Copy Commands: Click the copy button next to any command to copy it to your clipboard for immediate use in your terminal.
Advanced Commands: Access network access and debugging commands for more complex Kubernetes operations.

Common kubectl Command Patterns

Basic Syntax: kubectl [command] [TYPE] [NAME] [flags]

Get Resources: kubectl get [resource] -n [namespace]

Describe Resources: kubectl describe [resource] [name] -n [namespace]

Execute Commands: kubectl exec -it [pod] -n [namespace] -- [command]

View Logs: kubectl logs [pod] -n [namespace]

Port Forward: kubectl port-forward [resource] [local-port]:[remote-port] -n [namespace]

Essential Kubernetes Concepts

Pods: The smallest deployable units in Kubernetes, containing one or more containers
Services: Abstract way to expose applications running on pods
Namespaces: Virtual clusters within a physical cluster for resource isolation
ConfigMaps & Secrets: Ways to store configuration data and sensitive information
Deployments: Declarative updates for Pods and ReplicaSets
Jobs & CronJobs: Run tasks to completion or on a schedule

💡 Pro Tips

• Use kubectl get events to troubleshoot issues
• Add -o wide flag for more detailed output
• Use kubectl top to monitor resource usage
• Combine with grep to filter results: kubectl get pods | grep app-name