Commands captured.
Concepts extracted.
Capture commands as you use them. Terminaster decomposes each into discrete concepts and generates learning cards.
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Binds a network port from the host to the container. Example: 3000:8080 maps your local port 3000 to the container's internal port 8080.
The -f (follow) flag streams live logs from a Kubernetes resource. Ideal for debugging active deployment issues in real-time.
Generates an Ed25519 key pair. This is currently the most secure and efficient public-key algorithm supported by modern SSH clients.
Searches text recursively while ignoring heavy directories like node_modules. Essential for navigating large source code repositories.
AI-POWERED BREAKDOWN
One command. Multiple concepts.
Terminaster doesn't just save the command, it breaks them down, so that each flag and parameter becomes a separate learning card with clear explanations.
The AI extracts every concept worth learning, for example, port mappings, volume mounts, network configurations, restart policies. Each gets its own card with a memorable title, the command template, and a practical description.
SPACED REPETITION
Spaced repetition for retention.
Cards surface at optimal intervals using FSRS. Review, rate recall, and the algorithm adjusts scheduling.
Mounts a persistent volume. Data in [PATH] inside the container will be saved in [NAME] on your disk, surviving container restarts.
Creates a compressed archive. -c: create, -z: use gzip compression, -f: specify file name. Faster for transferring large folder structures.
Scopes the command to a specific namespace. Essential in multi-tenant environments to prevent modifying the wrong environment (e.g., prod vs dev).
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Early access. No spam. Just updates on our progress.