mirror of
https://github.com/tteck/Proxmox.git
synced 2024-11-17 20:11:17 +00:00
370 lines
12 KiB
Bash
370 lines
12 KiB
Bash
#!/usr/bin/env bash
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GEN_MAC=$(echo '00 60 2f'$(od -An -N3 -t xC /dev/urandom) | sed -e 's/ /:/g' | tr '[:lower:]' '[:upper:]')
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NEXTID=$(pvesh get /cluster/nextid)
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RELEASE=$(curl -sX GET "https://api.github.com/repos/home-assistant/operating-system/releases" | awk '/tag_name/{print $4;exit}' FS='[""]')
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STABLE="7.6"
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YW=`echo "\033[33m"`
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BL=`echo "\033[36m"`
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RD=`echo "\033[01;31m"`
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BGN=`echo "\033[4;92m"`
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GN=`echo "\033[1;92m"`
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DGN=`echo "\033[32m"`
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CL=`echo "\033[m"`
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BFR="\\r\\033[K"
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HOLD="-"
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CM="${GN}✓${CL}"
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set -o errexit
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set -o errtrace
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set -o nounset
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set -o pipefail
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shopt -s expand_aliases
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alias die='EXIT=$? LINE=$LINENO error_exit'
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trap die ERR
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trap cleanup EXIT
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function error_exit() {
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trap - ERR
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local reason="Unknown failure occured."
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local msg="${1:-$reason}"
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local flag="${RD}‼ ERROR ${CL}$EXIT@$LINE"
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echo -e "$flag $msg" 1>&2
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[ ! -z ${VMID-} ] && cleanup_vmid
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exit $EXIT
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}
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function cleanup_vmid() {
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if $(qm status $VMID &>/dev/null); then
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if [ "$(qm status $VMID | awk '{print $2}')" == "running" ]; then
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qm stop $VMID
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fi
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qm destroy $VMID
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fi
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}
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function cleanup() {
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popd >/dev/null
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rm -rf $TEMP_DIR
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}
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TEMP_DIR=$(mktemp -d)
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pushd $TEMP_DIR >/dev/null
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while true; do
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read -p "This will create a New Home Assistant OS VM. Proceed(y/n)?" yn
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case $yn in
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[Yy]* ) break;;
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[Nn]* ) exit;;
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* ) echo "Please answer yes or no.";;
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esac
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done
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clear
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function header_info {
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echo -e "${BL}
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_ _ ____ _____
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| | | | /\ / __ \ / ____|
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| |__| | / \ | | | | (___
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| __ | / /\ \| | | |\___ \
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| | | |/ ____ \ |__| |____) |
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|_| |_/_/ ${CL}${YW}v3${CL}${BL} \_\____/|_____/
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${CL}"
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}
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header_info
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function msg_info() {
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local msg="$1"
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echo -ne " ${HOLD} ${YW}${msg}..."
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}
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function msg_ok() {
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local msg="$1"
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echo -e "${BFR} ${CM} ${GN}${msg}${CL}"
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}
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function default_settings() {
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clear
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header_info
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echo -e "${BL}Using Default Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}${STABLE}${CL}"
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BRANCH=${STABLE}
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echo -e "${DGN}Using VM ID ${BGN}$NEXTID${CL}"
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VMID=$NEXTID
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echo -e "${DGN}Using VM Name ${BGN}haos${STABLE}${CL}"
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VM_NAME=haos${STABLE}
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echo -e "${DGN}Using ${BGN}2${CL}${DGN}vCPU${CL}"
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CORE_COUNT="2"
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echo -e "${DGN}Using ${BGN}4096${CL}${DGN}MiB RAM${CL}"
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RAM_SIZE="4096"
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echo -e "${DGN}Using Bridge ${BGN}vmbr0${CL}"
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BRG="vmbr0"
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echo -e "${DGN}Using MAC Address ${BGN}$GEN_MAC${CL}"
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MAC=$GEN_MAC
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echo -e "${DGN}Using VLAN Tag ${BGN}NONE${CL}"
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VLAN=""
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echo -e "${DGN}Start VM when completed ${BGN}yes${CL}"
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START_VM="yes"
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}
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function advanced_settings() {
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${YW}Type Latest for Version ${RELEASE}, or Press [ENTER] for Stable Version ${STABLE} "
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read BRANCH
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if [ -z $BRANCH ]; then BRANCH=$STABLE;
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else
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BRANCH=$RELEASE; fi;
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echo -en "${DGN}Set Version To ${BL}$BRANCH${CL}"
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echo -e " ${CM}${CL} \r"
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sleep 1
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clear
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header_info
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}$BRANCH${CL}"
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echo -e "${YW}Enter the VM ID, or Press [ENTER] to automatically generate (${NEXTID}) "
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read VMID
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if [ -z $VMID ]; then VMID=$NEXTID; fi;
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echo -en "${DGN}Set VM ID To ${BL}$VMID${CL}"
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echo -e " ${CM}${CL} \r"
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sleep 1
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}$BRANCH${CL}"
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echo -e "${DGN}Using VM ID ${BGN}$VMID${CL}"
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echo -e "${YW}Enter VM Name (no-spaces), or Press [ENTER] for Default: haos${BRANCH} "
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read VMNAME
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if [ -z $VMNAME ]; then
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VM_NAME=haos${BRANCH}
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else
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VM_NAME=$(echo ${VMNAME,,} | tr -d ' ')
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fi
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echo -en "${DGN}Set CT Name To ${BL}$VM_NAME${CL}"
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echo -e " ${CM}${CL} \r"
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sleep 1
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}$BRANCH${CL}"
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echo -e "${DGN}Using VM ID ${BGN}$VMID${CL}"
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echo -e "${DGN}Using VM Name ${BGN}$VM_NAME${CL}"
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echo -e "${YW}Allocate CPU cores, or Press [ENTER] for Default: 2 "
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read CORE_COUNT
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if [ -z $CORE_COUNT ]; then CORE_COUNT="2"; fi;
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echo -en "${DGN}Set Cores To ${BL}${CORE_COUNT}${CL}"
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echo -e " ${CM}${CL} \r"
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sleep 1
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}$BRANCH${CL}"
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echo -e "${DGN}Using VM ID ${BGN}$VMID${CL}"
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echo -e "${DGN}Using VM Name ${BGN}$VM_NAME${CL}"
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echo -e "${DGN}Using ${BGN}${CORE_COUNT}${CL}${DGN}vCPU${CL}"
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echo -e "${YW}Allocate RAM in MiB, or Press [ENTER] for Default: 4096 "
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read RAM_SIZE
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if [ -z $RAM_SIZE ]; then RAM_SIZE="4096"; fi;
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echo -en "${DGN}Set RAM To ${BL}$RAM_SIZE${CL}"
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echo -e " ${CM}${CL} \n"
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sleep 1
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}$BRANCH${CL}"
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echo -e "${DGN}Using VM ID ${BGN}$VMID${CL}"
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echo -e "${DGN}Using VM Name ${BGN}$VM_NAME${CL}"
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echo -e "${DGN}Using ${BGN}${CORE_COUNT}${CL}${DGN}vCPU${CL}"
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echo -e "${DGN}Using ${BGN}${RAM_SIZE}${CL}${DGN}MiB RAM${CL}"
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echo -e "${YW}Enter a Bridge, or Press [ENTER] for Default: vmbr0 "
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read BRG
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if [ -z $BRG ]; then BRG="vmbr0"; fi;
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echo -en "${DGN}Set Bridge To ${BL}$BRG${CL}"
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echo -e " ${CM}${CL} \n"
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sleep 1
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}$BRANCH${CL}"
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echo -e "${DGN}Using VM ID ${BGN}$VMID${CL}"
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echo -e "${DGN}Using VM Name ${BGN}$VM_NAME${CL}"
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echo -e "${DGN}Using ${BGN}${CORE_COUNT}${CL}${DGN}vCPU${CL}"
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echo -e "${DGN}Using ${BGN}${RAM_SIZE}${CL}${DGN}MiB RAM${CL}"
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echo -e "${DGN}Using Bridge ${BGN}${BRG}${CL}"
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echo -e "${YW}Enter a Valid MAC Address, or Press [ENTER] for Generated MAC: $GEN_MAC "
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read MAC
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if [ -z $MAC ]; then MAC=$GEN_MAC; fi;
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echo -en "${DGN}Set MAC Address To ${BL}$MAC${CL}"
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echo -e " ${CM}${CL} \n"
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sleep 1
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}$BRANCH${CL}"
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echo -e "${DGN}Using VM ID ${BGN}$VMID${CL}"
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echo -e "${DGN}Using VM Name ${BGN}$VM_NAME${CL}"
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echo -e "${DGN}Using ${BGN}${CORE_COUNT}${CL}${DGN}vCPU${CL}"
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echo -e "${DGN}Using ${BGN}${RAM_SIZE}${CL}${DGN}MiB RAM${CL}"
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echo -e "${DGN}Using Bridge ${BGN}${BRG}${CL}"
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echo -e "${DGN}Using MAC Address ${BGN}$MAC${CL}"
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echo -e "${YW}Enter a VLAN Tag, or Press [ENTER] for Default: NONE "
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read VLAN1
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if [ -z $VLAN1 ]; then VLAN1="NONE" VLAN="";
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echo -en "${DGN}Set VLAN Tag To ${BL}$VLAN1${CL}"
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else
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VLAN=",tag=$VLAN1"
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echo -en "${DGN}Set VLAN Tag To ${BL}$VLAN1${CL}"
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fi;
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echo -e " ${CM}${CL} \n"
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sleep 1
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}$BRANCH${CL}"
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echo -e "${DGN}Using VM ID ${BGN}$VMID${CL}"
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echo -e "${DGN}Using VM Name ${BGN}$VM_NAME${CL}"
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echo -e "${DGN}Using ${BGN}${CORE_COUNT}${CL}${DGN}vCPU${CL}"
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echo -e "${DGN}Using ${BGN}${RAM_SIZE}${CL}${DGN}MiB${CL}"
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echo -e "${DGN}Using Bridge ${BGN}${BRG}${CL}"
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echo -e "${DGN}Using MAC Address ${BGN}$MAC${CL}"
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echo -e "${DGN}Using VLAN Tag ${BGN}$VLAN1${CL}"
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echo -e "${YW}Start VM when completed, or Press [ENTER] for Default: yes "
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read START_VM
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if [ -z $START_VM ]; then START_VM="yes";
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else
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START_VM="no"; fi;
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echo -en "${DGN}Starting VM when completed ${BL}$START_VM${CL}"
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echo -e " ${CM}${CL} \n"
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sleep 1
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clear
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header_info
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echo -e "${RD}Using Advanced Settings${CL}"
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echo -e "${DGN}Using Version ${BGN}$BRANCH${CL}"
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echo -e "${DGN}Using VM ID ${BGN}$VMID${CL}"
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echo -e "${DGN}Using VM Name ${BGN}$VM_NAME${CL}"
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echo -e "${DGN}Using ${BGN}${CORE_COUNT}${CL}${DGN}vCPU${CL}"
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echo -e "${DGN}Using ${BGN}${RAM_SIZE}${CL}${DGN}MiB${CL}"
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echo -e "${DGN}Using Bridge ${BGN}${BRG}${CL}"
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echo -e "${DGN}Using MAC Address ${BGN}$MAC${CL}"
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echo -e "${DGN}Using VLAN Tag ${BGN}$VLAN1${CL}"
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echo -e "${DGN}Start VM when completed ${BGN}$START_VM${CL}"
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read -p "Are these settings correct(y/n)? " -n 1 -r
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echo
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if [[ ! $REPLY =~ ^[Yy]$ ]]
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then
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advanced_settings
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fi
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}
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function start_script() {
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echo -e "${YW}Type Advanced, or Press [ENTER] for Default Settings "
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read SETTINGS
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if [ -z $SETTINGS ]; then default_settings;
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else
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advanced_settings
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fi;
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}
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start_script
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while read -r line; do
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TAG=$(echo $line | awk '{print $1}')
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TYPE=$(echo $line | awk '{printf "%-10s", $2}')
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FREE=$(echo $line | numfmt --field 4-6 --from-unit=K --to=iec --format %.2f | awk '{printf( "%9sB", $6)}')
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ITEM=" Type: $TYPE Free: $FREE "
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OFFSET=2
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if [[ $((${#ITEM} + $OFFSET)) -gt ${MSG_MAX_LENGTH:-} ]]; then
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MSG_MAX_LENGTH=$((${#ITEM} + $OFFSET))
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fi
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STORAGE_MENU+=( "$TAG" "$ITEM" "OFF" )
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done < <(pvesm status -content images | awk 'NR>1')
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if [ $((${#STORAGE_MENU[@]}/3)) -eq 0 ]; then
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echo -e "'Disk image' needs to be selected for at least one storage location."
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die "Unable to detect valid storage location."
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elif [ $((${#STORAGE_MENU[@]}/3)) -eq 1 ]; then
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STORAGE=${STORAGE_MENU[0]}
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else
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while [ -z "${STORAGE:+x}" ]; do
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STORAGE=$(whiptail --title "Storage Pools" --radiolist \
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"Which storage pool you would like to use for the container?\n\n" \
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16 $(($MSG_MAX_LENGTH + 23)) 6 \
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"${STORAGE_MENU[@]}" 3>&1 1>&2 2>&3) || exit
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done
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fi
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msg_ok "Using ${CL}${BL}$STORAGE${CL} ${GN}for Storage Location."
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msg_ok "Container ID is ${CL}${BL}$VMID${CL}."
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msg_info "Getting URL for Home Assistant ${BRANCH} Disk Image"
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URL=https://github.com/home-assistant/operating-system/releases/download/${BRANCH}/haos_ova-${BRANCH}.qcow2.xz
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msg_ok "Found URL for Home Assistant ${BRANCH} Disk Image"
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msg_ok "${CL}${BL}${URL}${CL}"
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wget -q --show-progress $URL
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echo -en "\e[1A\e[0K"
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FILE=$(basename $URL)
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msg_ok "Downloaded ${CL}${BL}${BRANCH}.qcow2${CL}${GN} Disk Image"
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msg_info "Extracting Disk Image"
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unxz $FILE
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STORAGE_TYPE=$(pvesm status -storage $STORAGE | awk 'NR>1 {print $2}')
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case $STORAGE_TYPE in
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btrfs|nfs|dir)
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DISK_EXT=".qcow2"
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DISK_REF="$VMID/"
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IMPORT_OPT="-format qcow2"
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esac
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for i in {0,1}; do
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disk="DISK$i"
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eval DISK${i}=vm-${VMID}-disk-${i}${DISK_EXT:-}
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eval DISK${i}_REF=${STORAGE}:${DISK_REF:-}${!disk}
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done
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msg_ok "Extracted Disk Image"
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msg_info "Creating HAOS VM"
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qm create $VMID -agent 1 -bios ovmf -cores $CORE_COUNT -memory $RAM_SIZE -name $VM_NAME -net0 virtio,bridge=$BRG,macaddr=$MAC$VLAN \
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-onboot 1 -ostype l26 -scsihw virtio-scsi-pci
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pvesm alloc $STORAGE $VMID $DISK0 128 1>&/dev/null
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qm importdisk $VMID ${FILE%.*} $STORAGE ${IMPORT_OPT:-} 1>&/dev/null
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qm set $VMID \
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-efidisk0 ${DISK0_REF},size=128K \
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-scsi0 ${DISK1_REF},size=32G >/dev/null
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qm set $VMID \
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-boot order=scsi0 >/dev/null
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set +o errtrace
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(
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msg_ok "Created HAOS VM ${CL}${BL}${VM_NAME}"
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msg_info "Adding Serial Port and Configuring Console"
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trap '
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echo -e "Unable to configure serial port. VM is still functional."
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if [ "$(qm config $VMID | sed -n ''/serial0/p'')" != "" ]; then
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qm set $VMID --delete serial0 >/dev/null
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fi
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exit
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' ERR
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msg_ok "Added Serial Port and Configured Console"
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if [ "$(command -v kpartx)" = "" ]; then
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msg_info "Installing kpartx"
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apt-get update >/dev/null
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apt-get -qqy install kpartx &>/dev/null
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msg_ok "Installed kpartx"
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fi
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DISK1_PATH="$(pvesm path $DISK1_REF)"
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DISK1_PART1="$(kpartx -al $DISK1_PATH | awk 'NR==1 {print $1}')"
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DISK1_PART1_PATH="/dev/mapper/$DISK1_PART1"
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TEMP_MOUNT="${TEMP_DIR}/mnt"
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trap '
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findmnt $TEMP_MOUNT >/dev/null && umount $TEMP_MOUNT
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command -v kpartx >/dev/null && kpartx -d $DISK1_PATH
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' EXIT
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kpartx -a $DISK1_PATH
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mkdir $TEMP_MOUNT
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mount $DISK1_PART1_PATH $TEMP_MOUNT
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sed -i 's/$/ console=ttyS0/' ${TEMP_MOUNT}/cmdline.txt
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qm set $VMID -serial0 socket >/dev/null
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)
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if [ "$START_VM" == "yes" ]; then
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msg_info "Starting Home Assistant OS VM"
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qm start $VMID
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msg_ok "Started Home Assistant OS VM"
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fi
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msg_ok "Completed Successfully!\n"
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