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self=parcimini
# Base interval between key retrievals from first arg; default 20 mins
interval=${1:-1200}
# Check we have gpg2 and shuf, neither of which are POSIX
hash gpg2 || exit
hash shuf || exit
# Make a temporary file for the key listings, delete on exit
trap 'rm -f "$list"' EXIT
list=$(mktemp) || exit
# Define a function to retrieve all keychain fingerprints
key_ids() {
gpg2 --batch --no-tty --list-keys --with-colons |
awk 'BEGIN { FS = ":" }
$1 == "pub" { pub = 1 ; next }
$1 == "fpr" && pub { pub = 0 ; key_ids[$(NF-1)]++ }
END { for (key_id in key_ids) print key_id }'
}
# Log process start
printf >&2 '%s: Started; base interval %u seconds.\n' \
"$self" "$interval"
# While we're able to write the key list to the file, refresh all of them
while key_ids > "$list" ; do
printf >&2 '%s: Beginning new round; %u key IDs found.\n' \
"$self" "$(sed '$=;d' "$list")"
# Shuffle list and read each ID
shuf "$list" |
while read -r key_id ; do
# Sleep for a random interval
spell=$((RANDOM % interval + 1))
printf >&2 '%s: Sleeping for %u seconds...\n' \
"$self" "$spell"
sleep "$spell"
# Retrieve key
printf >&2 '%s: Retrieving key %s...\n' \
"$self" "$key_id"
gpg2 --batch --no-tty --recv-key "$key_id"
done
done
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