k8hetzner2

#!/usr/local/bin/cbsd
#v12.2.2
DIST_MODULE_PATH="${distmoduledir}/k8s.d"
. ${DIST_MODULE_PATH}/share/k8s.conf
OPTARGS="${MYCOL} init_masters init_workers"
MYARG="mode"
#MYOPTARG="display header active human k8s_name dryrun checkip develop runasap header email"
MYOPTARG="display header active human k8s_name dryrun checkip develop runasap header worker_vm_ram master_vm_ram master_vm_cpus master_vm_imgsize email callback init_masters init_workers worker_vm_cpus worker_vm_imgsize pv_enable pubkey"
MYDESC="Operate with K8S cluster"
CBSDMODULE="sys"
ADDHELP="

An example of a more capacious environment preparation for running a kubernetes cluster.

"

EXTHELP="wf_k8s"
MODULE_PATH="${dbdir}/k8s"
DIST_MODULE_PATH="${distmoduledir}/k8s.d"

. ${subr}
. ${cbsdinit}

current_num=$( /usr/local/bin/sqlite3 /usr/jails/var/db/k8s/k8world.sqlite 'SELECT COUNT(id) FROM k8world;' | ${AWK_CMD} '{printf $1}' )

new_num=$(( current_num + 1 ))

echo "${new_num}" > /var/db/cbsd-k8s/queue

echo "Inc queue [$*]" >> /tmp/k8s-lockf.log
# 10m full timeout

for i in ${MYARG} ${MYOPTARG}; do
	T=
	eval T="\$$i"

	if [ "${i}" = "pubkey" ]; then
		echo "T [${T}]"
	fi

	[ -z "${T}" ] && continue
	if [ -n "${str}" ]; then
		str="${str} ${i}=\"${T}\""
	else
		str="${i}=\"${T}\""
	fi
done

echo "/usr/local/bin/cbsd k8world ${str}" >> /tmp/k8hetzner.sh.$$
/usr/bin/lockf -s -t600 /tmp/k8sworld.lock /bin/sh /tmp/k8hetzner.sh.$$