pda! is a command-line key-value store tool with:

• templates,
• encryption at rest using age,
• Git-backed version control,
• search and filtering by key and/or value,
• plaintext exports in multiple formats,
• support for all binary data,
• time-to-live/expiry support,
• built-in diagnostics,

and more, written in pure Go, and inspired by skate and nb.

pda! stores key-value pairs natively as newline-delimited JSON files. The list command outputs tabular data by default, but also supports CSV, TSV, Markdown and HTML tables, JSON, and raw NDJSON. Because every store is in plaintext, Git versioning is pretty easy: auto-committing, pushing, and fetching can be enabled in the config to automatically version changes, or just pda sync regularly.

Contents

• Overview
• Installation
• Get Started
• Git-backed version control
• Templates
• Filtering
• TTL
• Binary
• Encryption
• Doctor
• Config
• Environment

Overview

pda! MIT licensed. (c) 2025 Lewis Wynne

Usage:
pda [command]

Key commands:
copy         Make a copy of a key
get          Get the value of a key
identity     Show or create the age encryption identity
list         List the contents of all stores
move         Move a key
remove       Delete one or more keys
run          Get the value of a key and execute it
set          Set a key to a given value

Store commands:
export       Export store as NDJSON (alias for list --format ndjson)
import       Restore key/value pairs from an NDJSON dump
list-stores  List all stores
move-store   Rename a store
remove-store Delete a store

Git commands:
git          Run any arbitrary command. Use with caution.
init         Initialise pda! version control
sync         Manually sync your stores with Git

Environment commands:
config       View and modify configuration
doctor       Check environment health

Additional Commands:
completion   Generate the autocompletion script for the specified shell
help         Help about any command
version      Display pda! version

Most commands have aliases and flags. pda help [command] to see them.

Installation

# Get the latest release from the AUR
yay -S pda

# Or use pda-git for the latest commit
yay -S pda-git

# Go install
go install github.com/llywelwyn/pda@latest

# Or
git clone https://github.com/llywelwyn/pda
cd pda
go install

Get Started

pda set to save a key.

# From arguments
pda set name "Alice"

# From stdin
echo "Alice" | pda set name
cat dogs.txt | pda set dogs
pda set kitty < cat.png

# From a file
pda set dogs --file dogs.txt
pda set kitty -f cat.png

# --safe to skip if the key already exists.
pda set name "Alice" --safe
pda set name "Bob" --safe
pda get name
# Alice

pda get to retrieve it.

pda get name
# Alice

# Or run it directly.
pda run name
# same as: pda get name --run

# Check if a key exists (exit 0 if found, exit 1 if not).
pda get name --exists

pda mv to move it.

pda mv name name2
#   ok renamed name to name2

# --safe to skip if the destination already exists.
pda mv name name2 --safe
# info skipped 'name2': already exists

# --yes/-y to skip confirmation prompts.
pda mv name name2 -y

pda cp to make a copy.

pda cp name name2

# 'mv --copy' and 'cp' are aliases. Either one works.
pda mv name name2 --copy

pda rm to delete one or more keys.

pda rm kitty

# Remove multiple keys, within the same or different stores.
pda rm kitty dog@animals

# Mix exact keys with glob patterns.
pda set cog "cogs"
pda set dog "doggy"
pda set kitty "cat"
pda rm kitty --key "?og"

# Opt in to a confirmation prompt with --interactive/-i (or always_prompt_delete in config).
pda rm kitty -i
#  ??? remove 'kitty'? (y/n)
#  ==> y

# --yes/-y to auto-accept all confirmation prompts.
pda rm kitty -y

pda ls to see what you've got stored. By default it lists the contents of all stores. Pass a store name to check only the given store. Checking a specific store is faster than checking everything, but the slowdown should be insignificant unless you have masses of different stores. list.list_all_stores can be set to false to list store.default_store_name by default.

pda ls
# Key  Store    Value                TTL
# dogs default  four legged mammals  no expiry
# name default  Alice                no expiry

# Narrow to a single store.
pda ls @default

# Or filter stores by glob pattern.
pda ls --store "prod*"

# Or as CSV.
pda ls --format csv
# Key,Store,Value,TTL
# dogs,default,four legged mammals,no expiry
# name,default,Alice,no expiry

# Or as a JSON array.
pda ls --format json
# [{"key":"dogs","value":"four legged mammals","encoding":"text","store":"default"},{"key":"name","value":"Alice","encoding":"text","store":"default"}]

# Or TSV, Markdown, HTML, NDJSON.

# Just the count of entries.
pda ls --count
# 2
pda ls --count --key "d*"
# 1

Long values are truncated to fit the terminal. Use --full/-f to show the complete value.

pda ls
# Key  Value                                 TTL
# note this is a very long (..30 more chars) no expiry

pda ls --full
# Key  Value                                                   TTL
# note this is a very long value that keeps on going and going no expiry

pda export to export everything as NDJSON.

pda export > my_backup

# Export only matching keys.
pda export --key "a*"

# Export only entries whose values contain a URL.
pda export --value "**https**"

pda import to import it all back. By default, each entry is routed to the store it came from (via the "store" field in the NDJSON). If no "store" field is present, entries go to the default store. Pass a store name as a positional argument to force all entries into one store. Existing keys are updated and new keys are added.

# Entries are routed to their original stores.
pda import -f my_backup
#   ok restored 5 entries

# Force all entries into a specific store by passing a store name.
pda import mystore -f my_backup
#   ok restored 5 entries into @mystore

# Or from stdin.
pda import < my_backup

# Import only matching keys.
pda import --key "a*" -f my_backup

# Import only entries from matching stores.
pda import --store "prod*" -f my_backup

# Full replace — drop all existing entries before importing.
pda import --drop -f my_backup

You can have as many stores as you want. All the store commands have shorthands, like mv to move a key, or mvs to move a store.

# Save to a specific store.
pda set alice@birthdays 11/11/1998

# See which stores have contents.
pda list-stores
# Keys  Size Store
#    2 1.8k @birthdays
#   12 4.2k @default

# Just the names.
pda list-stores --short
# @birthdays
# @default

# Check out a specific store.
pda ls @birthdays --no-header --no-ttl
# alice 11/11/1998
# bob   05/12/1980

# Export it.
pda export birthdays > friends_birthdays

# Import it.
pda import birthdays < friends_birthdays

# Rename it.
pda move-store birthdays bdays

# Or copy it.
pda move-store birthdays bdays --copy

# --safe to skip if the destination already exists.
pda move-store birthdays bdays --safe

# Delete it.
pda remove-store birthdays

# --yes/-y to skip confirmation prompts on delete or overwrite.
pda remove-store birthdays -y

Git

pda! supports automatic version control backed by Git, either in a local-only repository or by initialising from a remote repository.

pda init will initialise the version control system.

# Initialise an empty pda! repository.
pda init

# Or clone an existing one.
pda init https://github.com/llywelwyn/my-repository

# --clean to replace your (existing) local repo with a new one.
pda init --clean

pda sync conducts a best-effort syncing of your local data with your Git repository. Any time you swap machine or know you've made changes outside of pda! itself, I recommend syncing.

If you're ahead of your Git repo, syncing will add your changes, commit them, and push to remote if a remote is set. If you use multiple devices or otherwise end up behind your Git repo, syncing will detect this and give you a prompt: either stash your local changes and pull the latest commit from version control, or abort and fix the issue manually.

# Sync with Git
pda sync

# With a custom commit message.
pda sync -m "added production credentials"

pda! supports some automation via its config. There are options for git.auto_commit, git.auto_fetch, and git.auto_push. Any of these operations will slow down pda! because it means versioning with every change, but it does effectively guarantee never managing to desync oneself and requiring manual fixes, and reduces the frequency with which one will need to manually run the sync command.

Auto-commit will commit changes immediately to the local Git repository any time pda! data is changed. Auto-fetch will fetch before committing any changes, but incurs a significant slowdown in operations simply due to the time a fetch takes. Auto-push will automatically push committed changes to the remote repository, if one is set.

If auto-commit is set to false, auto-fetch and auto-push will do nothing. They can be considered to be additional steps taken during the commit process.

Running pda sync manually will always fetch, commit, and push - or if behind it will fetch, stash, and pull - regardless of config.

My general recommendation would be to enable git.auto_commit, and to run a manual pda sync any time you're preparing to switch machines, or loading up a new one.

Templates

Values support effectively all of Go's text/template syntax. Templates are evaluated on pda get.

text/template is a Turing-complete templating library that supports most of what you'd expect in a scripting language. Actions are given with {{ action }} syntax and support pipelines and nested templates, along with a lot more. I recommend reading the documentation if you want to do anything more complicated than described here.

To fit text/template nicely into this tool, pda has a sparse set of additional functions built-in. For example, default values, enums, required values, lists, among others.

Below is more detail on the extra functions added by this tool.

{{ .BASIC }} substitution

pda set greeting "Hello, {{ .NAME }}"
pda get greeting NAME="Alice"
# Hello, Alice

default sets a default value.

pda set greeting "Hello, {{ default "World" .NAME }}"
pda get greeting
# Hello, World
pda get greeting NAME="Bob"
# Hello, Bob

require errors if missing.

pda set file "{{ require .FILE }}"
pda get file
# FAIL cannot get 'file': ...required value is missing or empty

env reads from environment variables.

pda set my_name "{{ env "USER" }}"
pda get my_name
# llywelwyn

enum restricts acceptable values.

pda set level "Log level: {{ enum .LEVEL "info" "warn" "error" }}"
pda get level LEVEL=info
# Log level: info
pda get level LEVEL=debug
# FAIL cannot get 'level': ...invalid value 'debug', allowed: [info warn error]

int to parse as an integer.

pda set number "{{ int .N }}"
pda get number N=3
# 3

# Use it in a loop.
pda set meows "{{ range int .COUNT }}meow! {{ end }}"
pda get meows COUNT=4
# meow! meow! meow! meow!

list to parse CSV as a list.

pda set names "{{ range list .NAMES }}Hi {{.}}. {{ end }}"
pda get names NAMES=Bob,Alice
# Hi Bob. Hi Alice.

pass no-template to output literally without templating.

pda set hello "{{ if .MORNING }}Good morning.{{ end }}"
pda get hello MORNING=1
# Good morning.
pda get hello --no-template
# {{ if .MORNING }}Good morning.{{ end }}

Filtering

--key/-k, --value/-v, and --store/-s can be used as filters with glob support. gobwas/glob is used for matching. All three flags are repeatable, with results matching one-or-more of the patterns passed per flag. When multiple flags are combined, results must satisfy all of them (AND across flags, OR within the same flag).

--key, --value, and --store filters work with list, export, import, and remove. --value is not available on import or remove.

* wildcards a word or series of characters, stopping at separator boundaries (the default separators are /-_.@: and space).

pda ls --no-values --no-header
# cat
# dog
# cog
# mouse hotdog
# mouse house
# foo.bar.baz

pda ls --key "*"
# cat
# dog
# cog

pda ls --key "* *"
# mouse hotdog
# mouse house

pda ls --key "foo.*.baz"
# foo.bar.baz

** super-wildcards ignore word boundaries.

pda ls --key "foo**"
# foo.bar.baz

pda ls --key "**g"
# dog
# cog
# mouse hotdog

? wildcards a single letter.

pda ls --key "?og"
# dog
# cog
# frog --> fail
# dogs --> fail

[abc] must match one of the characters in the brackets.

pda ls --key "[dc]og"
# dog
# cog
# bog --> fail

# Can be negated with '!'
pda ls --key "[!dc]og"
# dog --> fail
# cog --> fail
# bog

[a-c] must fall within the range given in the brackets.

pda ls --key "[a-g]ag"
# bag
# gag
# wag --> fail

# Can be negated with '!'
pda ls --key "[!a-g]ag"
# bag --> fail
# gag --> fail
# wag

pda ls --key "19[90-99]"
# 1991
# 1992
# 2001 --> fail
# 1988 --> fail

--value filters by value content using the same glob syntax.

pda ls --value "**localhost**"
# db-url  postgres://localhost:5432  no expiry

# Combine key and value filters.
pda ls --key "db*" --value "**localhost**"
# db-url  postgres://localhost:5432  no expiry

# Multiple --value patterns are OR'd.
pda ls --value "**world**" --value "42"
# greeting  hello world  no expiry
# number    42           no expiry

Globs can be arbitrarily complex, and --key can be combined with exact positional args on rm.

pda rm cat --key "{mouse,[cd]og}**"
#  ??? remove 'cat'? (y/n)
#  ==> y
#  ??? remove 'mouse trap'? (y/n)
# ...

Locked (encrypted without an available identity) and non-UTF-8 (binary) entries are silently excluded from --value matching.

TTL

ttl sets an expiration time. Expired keys get marked for garbage collection and will be deleted on the next-run of the store. They wont be accessible.

# Expire after 1 hour
pda set session "123" --ttl 1h

# After 54 minutes and 10 seconds
pda set session2 "xyz" --ttl 54m10s

list shows expiration in the TTL column by default.

pda ls
# Key       Value TTL
# session   123   in 59m30s
# session2  xyz   in 51m40s

export and import persist the expiry date. Expirations will continue ticking down regardless of if they're actively in a store or not - the expiry is just a timestamp, not a timer.

Binary

Save binary data.

pda set logo < logo.png

And get it like normal.

pda get logo > output.png

list and get will show a summary for binary data on a TTY. If it's being piped somewhere or ran outside of a TTY, it'll output the raw bytes.

--base64/-b to view binary data as base64 on a TTY.

pda get logo
# (binary: 4.2 KB, image/png)

pda get logo --base64
# iVBORw0KGgoAAAANSUhEUgAAAAEAAAABCAIAAACQd1PeAAAADklEQVQI12...

export encodes binary data as base64.

pda export
# {"key":"logo","value":"89504E470D0A1A0A0000000D4948445200000001000000010802000000","encoding":"base64"}

Encryption

pda set --encrypt encrypts values at rest using age. Values are stored on disk as age ciphertext and decrypted automatically by commands like get and list when the correct identity file is present. An X25519 identity is generated on first use and saved at ~/.config/pda/identity.txt.

pda set --encrypt api-key "sk-live-abc123"
#   ok created identity at ~/.config/pda/identity.txt

pda set --encrypt token "ghp_xxxx"

get decrypts automatically.

pda get api-key
# sk-live-abc123

The on-disk value is ciphertext, so encrypted entries are safe to commit and push with Git.

pda export
# {"key":"api-key","value":"YWdlLWVuY3J5cHRpb24u...","encoding":"secret"}

mv, cp, and import all preserve encryption. Overwriting an encrypted key without --encrypt will warn you.

pda cp api-key api-key-backup
# still encrypted

pda set api-key "oops"
# WARN overwriting encrypted key 'api-key' as plaintext
# hint pass --encrypt to keep it encrypted

If the identity file is missing, encrypted values are inaccessible but not lost. Keys are still visible, and the ciphertext is preserved through reads and writes.

pda ls
# Key     Value                          TTL
# api-key locked (identity file missing) no expiry

pda get api-key
# FAIL cannot get 'api-key': secret is locked (identity file missing)

pda identity to see your public key and identity file path.

pda identity
#   ok pubkey  age1ql3z7hjy54pw3hyww5ayyfg7zqgvc7w3j2elw8zmrj2kg5sfn9aqmcac8p
#   ok identity  ~/.config/pda/identity.txt

# Just the path.
pda identity --path
# ~/.config/pda/identity.txt

# Generate a new identity. Errors if one already exists.
pda identity --new

Doctor

pda doctor runs a set of health checks of your environment.

pda doctor
#   ok pda! 2025.52 Christmas release (linux/amd64)
#   ok OS: Linux 6.18.7-arch1-1
#   ok Go: go1.23.0
#   ok Git: 2.45.0
#   ok Shell: /bin/zsh
#   ok Config: /home/user/.config/pda
#   ok Non-default config:
#      ├── display_ascii_art: false
#      └── git.auto_commit: true
#   ok Data: /home/user/.local/share/pda
#   ok Identity: /home/user/.config/pda/identity.txt
#   ok Git initialised on main
#   ok Git remote configured
#   ok Git in sync with remote
#   ok 3 store(s), 15 key(s), 2 secret(s), 4.2k total size
#   ok No issues found

Severity levels are colour-coded: ok (green), WARN (yellow), and FAIL (red). Only FAIL produces a non-zero exit code. WARN is generally not a problem, but may mean some functionality isn't being made use of, like for example version control not having been initialised yet.

Config

Config is stored at ~/.config/pda/config.toml (Linux/macOS) or %LOCALAPPDATA%/pda/config.toml (Windows). All values have sensible defaults, so a config file is entirely optional.

pda config manages configuration without editing files by hand.

# List all config values and their current settings.
pda config list

# Get a single value.
pda config get git.auto_commit
# false

# Set a value. Validated before saving.
pda config set git.auto_commit true

# Open in $EDITOR. Validated on save.
pda config edit

# Print the config file path.
pda config path

# Generate a fresh default config file.
pda config init

# Overwrite an existing config with defaults.
pda config init --new

pda doctor will warn about unrecognised keys (typos, removed options) and show any non-default values, so it doubles as a config audit.

Example config.toml

All values below are the defaults. A missing config file or missing keys will use these values.

display_ascii_art = true

[key]
always_prompt_delete = false
always_prompt_glob_delete = true
always_prompt_overwrite = false

[store]
default_store_name = "default"
always_prompt_delete = true
always_prompt_overwrite = true

[list]
# List all stores when 'pda ls' is run with no arguments.
list_all_stores = true
# Output format for 'pda ls' (table|tsv|csv|markdown|html|ndjson|json).
default_list_format = "table"

[git]
auto_fetch = false
auto_commit = false
auto_push = false

Environment

PDA_CONFIG overrides the config directory. pda! will look for config.toml in this directory.

PDA_CONFIG=/tmp/config/ pda set key value

PDA_DATA overrides the data storage directory.

Default locations:

• Linux: ~/.local/share/pda/
• macOS: ~/Library/Application Support/pda/
• Windows: %LOCALAPPDATA%/pda/

PDA_DATA=/tmp/stores pda set key value

SHELL is used by pda run (or pda get --run) for command execution. Falls back to /bin/sh if unset.

pda run script

Version

pda! uses calendar versioning: YYYY.WW. ASCII art can be permanently disabled with display_ascii_art = false in config.

# Display the full version output.
pda version

# Or just the release.
pda version --short
# pda! 2025.47 release