#!/usr/bin/env bash # This script sets up an openaps environment by defining the required devices, # reports, and aliases, and optionally enabling it in cron, # plus editing other user-entered configuration settings. # Released under MIT license. See the accompanying LICENSE.txt file for # full terms and conditions # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE # AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER # LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, # OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN # THE SOFTWARE. source $(dirname $0)/oref0-bash-common-functions.sh || (echo "ERROR: Failed to run oref0-bash-common-functions.sh. Is oref0-setup.sh in the right directory?"; exit 1) usage "$@" < <--serial=pump_serial_#> [--tty=/dev/ttySOMETHING] [--max_iob=0] [--ns-host=https://mynightscout.herokuapp.com] [--api-secret=[myplaintextapisecret|token=subjectname-plaintexthashsecret] [--cgm=(G4-go|G5|MDT|xdrip|xdrip-js)] [--bleserial=SM123456] [--blemac=FE:DC:BA:98:76:54] [--dexcom_tx_sn=12A34B] [--btmac=AB:CD:EF:01:23:45] [--enable='autotune'] [--radio_locale=(WW|US)] EOT # defaults max_iob=0 # max_IOB will default to zero if not set in setup script CGM="G4-go" DIR="" directory="" EXTRAS="" radio_locale="US" radiotags="cc111x" ecc1medtronicversion="latest" ecc1dexcomversion="latest" hardwaretype=explorer-board # Echo text, but in bright-blue. Used for confirmation echo text. This takes # the same arguments as echo, including the -n option. function echocolor() { echo -e -n "\e[1;34m" echo "$@" echo -e -n "\e[0m" } for i in "$@"; do case $i in -d=*|--dir=*) DIR="${i#*=}" # ~/ paths have to be expanded manually DIR="${DIR/#\~/$HOME}" directory="$(readlink -m $DIR)" ;; -s=*|--serial=*) serial="${i#*=}" ;; -rl=*|--radio_locale=*) radio_locale="${i#*=}" ;; -t=*|--tty=*) ttyport="${i#*=}" ;; -m=*|--max_iob=*) max_iob="${i#*=}" ;; -mdsm=*|--max_daily_safety_multiplier=*) max_daily_safety_multiplier="${i#*=}" ;; -cbsm=*|--current_basal_safety_multiplier=*) current_basal_safety_multiplier="${i#*=}" ;; #-bdd=*|--bolussnooze_dia_divisor=*) #bolussnooze_dia_divisor="${i#*=}" #;; -m5c=*|--min_5m_carbimpact=*) min_5m_carbimpact="${i#*=}" ;; -c=*|--cgm=*) CGM="${i#*=}" ;; -n=*|--ns-host=*) NIGHTSCOUT_HOST=$(echo ${i#*=} | sed 's/\/$//g') ;; -a=*|--api-secret=*) API_SECRET="${i#*=}" ;; -e=*|--enable=*) ENABLE="${i#*=}" ;; -b=*|--bleserial=*) BLE_SERIAL="${i#*=}" ;; -l=*|--blemac=*) BLE_MAC="${i#*=}" ;; -dtx=*|--dexcom_tx_sn=*) DEXCOM_CGM_TX_ID="${i#*=}" ;; --btmac=*) BT_MAC="${i#*=}" ;; -p=*|--btpeb=*) BT_PEB="${i#*=}" ;; -pt=*|--pushover_token=*) PUSHOVER_TOKEN="${i#*=}" ;; -pu=*|--pushover_user=*) PUSHOVER_USER="${i#*=}" ;; -ht=*|--hardwaretype=*) hardwaretype="${i#*=}" ;; -rt=*|--radiotags=*) radiotags="${i#*=}" ;; -npm=*|--npm_install=*) npm_option="${i#*=}" ;; --hotspot=*) hotspot_option="${i#*=}" shift ;; *) # unknown option echo "Option ${i#*=} unknown" ;; esac done function validate_cgm () { # Conver to lowercase local selection="${1,,}" if [[ $selection =~ "g4-upload" || $selection =~ "g4-local-only" ]]; then echo "Unsupported CGM. CGM=G4-upload has been replaced by CGM=G4-go (default). Please change your CGM in oref0-runagain.sh, or run interactive setup." echo return 1 fi # TODO: Compare against list of supported CGMs # list of CGM supported by oref0 0.7.x: "g4-go", "g5", "g5-upload", "G6", "G6-upload", "mdt", "shareble", "xdrip", "xdrip-js" if ! [[ $selection =~ "g4-go" || $selection =~ "g5" || $selection =~ "g5-upload" || ${CGM,,} =~ "g6" || ${CGM,,} =~ "g6-upload" || $selection =~ "mdt" || $selection =~ "xdrip" || $selection =~ "xdrip-js" ]]; then echo "Unsupported CGM. Please select (Dexcom) G4-go (default), G5, G5-upload, G6, G6-upload, MDT, xdrip, or xdrip-js." echo return 1 fi } function validate_g4share_serial () { if [[ -z "$1" ]]; then echo Dexcom G4 Share serial not provided: continuing return 1 else if [[ $1 == SM???????? ]]; then return 0 else echo Dexcom G4 Share serial numbers are of the form SM???????? return 1 fi fi } function validate_g5transmitter_serial () { if [[ -z "$1" ]]; then echo Dexcom G5 transmitter serial not provided: continuing return 1 else #TODO: actually validate the DEXCOM_CGM_TX_ID if provided return 0 fi } function validate_ttyport () { true #TODO } function validate_pump_serial () { if [[ -z "$1" ]]; then echo Pump serial number is required. return 1 fi } function validate_nightscout_host () { if [[ -z "$1" ]]; then echo Nightscout is required for interactive setup. return 1 fi } function validate_nightscout_token () { true #TODO } function validate_api_secret () { if [[ -z "$1" ]]; then echo API_SECRET is required for interactive setup. return 1 fi } function validate_bt_mac () { true #TODO } function validate_bt_peb () { true #TODO } function validate_max_iob () { true #TODO } function validate_pushover_token () { true #TODO } function validate_pushover_user () { true #TODO } function validate_ble_mac () { true #TODO } # Usage: do_openaps_import # Import aliases, devices, and reports from a JSON file into OpenAPS. What this # means in practice is adding entries top openaps.ini, and creating other ini # files for devices in the myopenaps directory. function do_openaps_import () { cd $directory || die "Can't cd $directory" echo "Importing $1" cat "$1" |openaps import ||die "Could not import $1" } function remove_all_openaps_aliases () { local ALIASES="$(openaps alias show |cut -f 1 -d ' ')" for ALIAS in ALIASES; do openaps alias remove "$ALIAS" >/dev/null 2>&1 done } # Usage: add_to_crontab # Checks cron for a line containing duplicate-detect-key. If there is no such # line, appends the given command with the given schedule to crontab. function add_to_crontab () { (crontab -l; crontab -l |grep -q "$1" || echo "$2" "$3") | crontab - } function request_stop_local_binary () { if [[ -x /usr/local/bin/$1 ]]; then if pgrep -x $1 > /dev/null; then if prompt_yn "Need to stop $1 to complete installation. OK?" y; then pgrep -x $1 | xargs kill fi fi fi } function copy_go_binaries () { for gobinary in $HOME/go/bin/*; do request_stop_local_binary `basename $gobinary` done request_stop_local_binary Go-mmtune cp -prv $HOME/go/bin/* /usr/local/bin/ || die "Couldn't copy go/bin" } function move_mmtune () { request_stop_local_binary Go-mmtune if [ -f /usr/local/bin/mmtune ]; then mv /usr/local/bin/mmtune /usr/local/bin/Go-mmtune || die "Couldn't move mmtune to Go-mmtune" else die "Couldn't move_mmtune() because /usr/local/bin/mmtune exists" fi } function install_or_upgrade_nodejs () { # install/upgrade to latest node 8 if neither node 8 nor node 10+ LTS are installed if ! nodejs --version | grep -e 'v8\.' -e 'v1[02468]\.' >/dev/null; then echo Installing node 8 # Use nodesource setup script to add nodesource repository to sources.list.d sudo bash -c "curl -sL https://deb.nodesource.com/setup_8.x | bash -" || die "Couldn't setup node 8" # Install nodejs and npm from nodesource sudo apt-get install -y nodejs=8.* || die "Couldn't install nodejs" fi # Check that the nodejs you have installed is not broken. In particular, we're # checking for a problem with nodejs binaries that are present in the apt-get # repo for RaspiOS builds from mid-2021 and earlier, where the node interpreter # works, but has a 10x slower startup than expected (~30s on Pi Zero W # hardware, as opposed to ~3s using a statically-linked binary of the same # binary sourced from nvm). sudo apt-get install -y time NODE_EXECUTION_TIME="$(\time --format %e node -e 'true' 2>&1)" if [ 1 -eq "$(echo "$NODE_EXECUTION_TIME > 10" |bc)" ]; then echo "Your installed nodejs ($(node --version)) is very slow to start (took ${NODE_EXECUTION_TIME}s)" echo "This is a known problem with certain versions of Raspberry Pi OS." if prompt_yn "Install a new nodejs version using nvm?" Y; then echo "Installing nvm and using it to replace the system-provided nodejs" # Download nvm curl -o- https://raw.githubusercontent.com/nvm-sh/nvm/v0.39.0/install.sh | bash # Run nvm, adding its aliases to this shell source ~/.nvm/nvm.sh # Use nvm to install nodejs nvm install 10.24.1 # Symlink node into /usr/local/bin, where it will shadow /usr/bin/node ln -s ~/.nvm/versions/node/v10.24.1/bin/node /usr/local/bin/node NEW_NODE_EXECUTION_TIME="$(\time --format %e node -e 'true' 2>&1)" echo "New nodejs took ${NEW_NODE_EXECUTION_TIME}s to start" fi else echo "Your installed nodejs version is OK." fi } if ! validate_cgm "${CGM}"; then DIR="" # to force a Usage prompt fi if [[ -z "$DIR" || -z "$serial" ]]; then print_usage if ! prompt_yn "Start interactive setup?" Y; then exit fi echo if [[ -z $DIR ]]; then DIR="$HOME/myopenaps" fi directory="$(readlink -m $DIR)" echo prompt_and_validate serial "What is your pump serial number (six digits, numbers only)?" validate_pump_serial echocolor "Ok, $serial it is." echo echo "What kind of CGM would you like to configure for offline use? Options are:" echo "G4-Go: will use and upload BGs from a plugged in or BLE-paired G4 receiver to Nightscout" echo "G5: will use BGs from a plugged in G5, but will *not* upload them (the G5 app usually does that)" echo "G5-upload: will use and upload BGs from a plugged in G5 receiver to Nightscout" echo "G6: will use BGs from a plugged in G5/G6 touchscreen receiver, but will *not* upload them (the G6 app usually does that)" echo "G6-upload: will use and upload BGs from a plugged in G5/G6 touchscreen receiver to Nightscout" echo "MDT: will use and upload BGs from an Enlite sensor paired to your pump" echo "xdrip: will work with an xDrip receiver app on your Android phone" echo "xdrip-js: will work directly with a Dexcom G5/G6 transmitter and will upload to Nightscout" echo "Note: no matter which option you choose, CGM data will also be downloaded from NS when available." echo prompt_and_validate CGM "What kind of CGM would you like to configure?:" validate_cgm echocolor "Ok, $CGM it is." echo if [[ ${CGM,,} =~ "g4-go" ]]; then prompt_and_validate BLE_SERIAL "If your G4 has Share, what is your G4 Share Serial Number? (i.e. SM12345678)" validate_g4share_serial "" BLE_SERIAL=$REPLY echo "$BLE_SERIAL? Got it." echo fi if [[ ${CGM,,} =~ "xdrip-js" ]]; then prompt_and_validate DEXCOM_CGM_TX_ID "What is your current Dexcom Transmitter ID?" validate_g5transmitter_serial echo "$DEXCOM_CGM_TX_ID? Got it." echo fi # Decision tree for hardware setup to give finer-grained control over setup automation. # Passes $hardwaretype (default is explorer-board) to the rest of setup. if grep -qa "Explorer HAT" /proc/device-tree/hat/product &>/dev/null ; then # Autodetect and set up Explorer HAT echocolor "Explorer Board HAT detected. " echocolor "Configuring for Explorer Board HAT. " ttyport=/dev/spidev0.0 hardwaretype=explorer-hat radiotags="cc111x" elif is_edison; then # Options for Edison (Explorer Board is default) echo "What kind of hardware setup do you have? Options are:" echo "1) Explorer Board" echo "2) TI stick (SPI-connected)" echo "3) Other Radio (DIY: rfm69, cc11xx)" read -p "Please enter the number for your hardware configuration: [1] " -r case $REPLY in 2) echocolor "Configuring for SPI-connected TI stick. "; ttyport=/dev/spidev0.0; hardwaretype=386-spi; radiotags="cc111x";; 3) prompt_and_validate ttyport "What is your TTY port? (/dev/ttySOMETHING)" validate_ttyport echocolor "Ok, we'll try TTY $ttyport then. "; echocolor "You will need to pick your radio type. "; hardwaretype=diy;; *) echocolor "Yay! Configuring for Edison with Explorer Board. "; ttyport=/dev/spidev5.1; hardwaretype=edison-explorer; radiotags="cc111x";; esac elif is_pi; then # Options for raspberry pi, including Explorer HAT (default) if it's not auto-detected echo "What kind of hardware setup do you have? Options are:" echo "1) Explorer HAT" echo "2) Radiofruit RFM69HCW Bonnet" echo "3) RFM69HCW (DIY: SPI)" echo "4) TI Stick (SPI-connected)" echo "5) Other radio (DIY: rfm69, cc11xx)" read -p "Please enter the number for your hardware configuration: [1] " -r case $REPLY in 2) echocolor "Configuring Radiofruit RFM69HCW Bonnet. "; ttyport=/dev/spidev0.1; hardwaretype=radiofruit; radiotags="rfm69";; 3) echocolor "Configuring RFM69HCW. "; hardwaretype=diy;; 4) echocolor "Configuring for SPI-connected TI stick. "; ttyport=/dev/spidev0.0; hardwaretype=arm-spi; radiotags="cc111x";; 5) prompt_and_validate ttyport "What is your TTY port? (/dev/ttySOMETHING)" validate_ttyport echocolor "Ok, we'll try TTY $ttyport then. "; echocolor "You will need to pick your radio type. "; hardwaretype=diy;; *) echocolor "Configuring Explorer Board HAT. "; ttyport=/dev/spidev0.0; hardwaretype=explorer-hat; radiotags="cc111x";; esac else # If Edison or raspberry pi aren't detected, ask the user for their tty port echo "Cannot auto-detect a supported platform (Edison or Raspberry Pi). Please make sure user 'edison' or 'pi' exists, or continue setup with manual configuration. " prompt_and_validate ttyport "What is your TTY port? (/dev/ttySOMETHING)" validate_ttyport echocolor "Ok, we'll try TTY $ttyport then. " echocolor "You will need to pick your radio type." hardwaretype=diy fi # Get details from the user about how binaries should be built. Default is cc111x. if [ $hardwaretype = diy ]; then echo "What type of radio are you using? Options are:" echo "1) cc1110 or cc1111" echo "2) cc1101" echo "3) RFM69HCW on /dev/spidev0.0 (walrus)" echo "4) RFM69HCW on /dev/spidev0.1 (radiofruit bonnet)" echo "5) Enter radiotags manually" read -p "Please enter the number for your radio configuration: [1] " -r case $REPLY in 2) radiotags="cc1101";; 3) radiotags="rfm69 walrus"; ttyport=/dev/spidev0.0;; 4) radiotags="rfm69"; ttyport=/dev/spidev0.1;; 5) read -p "Enter your radiotags: " -r; radiotags=$REPLY;; *) radiotags="cc111x";; esac echo "Building Go pump binaries with " + "$radiotags" + " tags." else echo "Building Go pump binaries with " + "$radiotags" + " tags." # ecc1medtronicversion="latest" # ecc1dexcomversion="latest" fi #TODO: add versioning support # read -p "You could either build the Medtronic library from latest version, or type the version tag you would like to use, example 'v2019.01.21' [S]/ " -r # if [[ $REPLY =~ ^[Vv]$ ]]; then # ecc1medtronicversion="tags/$REPLY" # echo "Will use https://github.com/ecc1/medtronic/releases/$REPLY." # read -p "Also enter the ecc1/dexcom version, example 'v2018.12.05' " -r # ecc1dexcomversion="tags/$REPLY" # echo "Will use https://github.com/ecc1/dexcom/$REPLY if Go-dexcom is needed." # else # echo "Okay, building Medtronic library from latest version." # fi if [[ ! -z "${ttyport}" ]]; then echo -e "\e[1mMedtronic pumps come in two types: WW (Worldwide) pumps, and NA (North America) pumps.\e[0m" echo "Confusingly, North America pumps may also be used outside of North America." echo echo "USA pumps have a serial number / model number that has 'NA' in it." echo "Non-USA pumps have a serial number / model number that 'WW' in it." echo echo -e "\e[1mAre you using a USA/North American pump? If so, just hit enter. Otherwise enter WW: \e[0m" read -r radio_locale=$REPLY echo -n "Ok, " # Force uppercase, just in case the user entered ww radio_locale=${radio_locale^^} if [[ -z "${radio_locale}" ]]; then radio_locale='US' fi echocolor "${radio_locale} it is" echo fi prompt_and_validate REPLY "What is your Nightscout site? (i.e. https://mynightscout.herokuapp.com)?" validate_nightscout_host # remove any trailing / from NIGHTSCOUT_HOST NIGHTSCOUT_HOST=$(echo $REPLY | sed 's/\/$//g') echocolor "Ok, $NIGHTSCOUT_HOST it is." echo if [[ ! -z $NIGHTSCOUT_HOST ]]; then echo "Starting with oref 0.5.0 you can use token based authentication to Nightscout. This makes it possible to deny anonymous access to your Nightscout instance. It's more secure than using your API_SECRET, but must first be configured in Nightscout." if prompt_yn "Do you want to use token based authentication? (Enter 'N' to provide your Nightscout secret instead)" N; then prompt_and_validate REPLY "What Nightscout access token (i.e. subjectname-hashof16characters) do you want to use for this rig?" validate_nightscout_token API_SECRET="token=${REPLY}" echocolor "Ok, $API_SECRET it is." echo else echocolor "Ok, you'll use API_SECRET instead." echo prompt_and_validate API_SECRET "What is your Nightscout API_SECRET (i.e. myplaintextsecret; It should be at least 12 characters long)?" validate_api_secret echocolor "Ok, $API_SECRET it is." echo fi fi if prompt_yn "Do you want to be able to set up BT tethering?" N; then prompt_and_validate BT_MAC "What is your phone's BT MAC address (i.e. AA:BB:CC:DD:EE:FF)?" validate_bt_mac echo echocolor "Ok, $BT_MAC it is. You will need to follow directions in docs to set-up BT tether after your rig is successfully looping." echo else echo echocolor "Ok, no BT installation at this time, you can run this script again later if you change your mind." echo fi if prompt_yn "Do you want to be able to set up a local-only wifi hotspot for offline monitoring?" N; then HOTSPOT=true else HOTSPOT=false fi if [[ ! -z $BT_PEB ]]; then prompt_and_validate BT_PEB "For Pancreabble enter Pebble mac id (i.e. AA:BB:CC:DD:EE:FF) hit enter to skip" validate_bt_peb BT_PEB=$REPLY echocolor "Ok, $BT_PEB it is." echo fi echo echo -e "\e[1mWhat value would you like to set for your max_IOB? Context: max_IOB is a safety setting\e[0m" echo echo -e "\e[3mIt limits how much insulin OpenAPS can give you in addition to your manual boluses and pre-set basal rates.\e[0m" echo echo -e 'max_IOB of 0 will make it so OpenAPS cannot provide positive IOB, and will function as "low glucose suspend" type mode.' echo echo -e "\e[4mIf you are unsure of what you would like max_IOB to be, we recommend starting with either 0 or one hour worth of basals.\e[0m" echo echo -e "\e[3mRead the docs for more tips on how to determine a max_IOB that is right for you. (You can edit this in ~/myopenaps/preferences.json later).\e[0m" echo prompt_and_validate REPLY "Type a whole number (without a decimal) [i.e. 0] and hit enter:" validate_max_iob if [[ $REPLY =~ [0-9] ]]; then max_iob="$REPLY" echocolor "Ok, $max_iob units will be set as your max_iob." echo else max_iob=0 echocolor "Ok, your max_iob will be set to 0 for now." echo fi if prompt_yn "Enable autotuning of basals and ratios?" Y; then ENABLE+=" autotune " echocolor "Ok, autotune will be enabled. It will run around 4am." echo else echocolor "Ok, no autotune." echo fi #always enabling AMA by default #ENABLE+=" meal " if prompt_yn "Do you want to enable carbsReq Pushover alerts?" N; then prompt_and_validate PUSHOVER_TOKEN "If so, what is your Pushover API Token?" validate_pushover_token echocolor "Ok, Pushover token $PUSHOVER_TOKEN it is." echo prompt_and_validate PUSHOVER_USER "And what is your Pushover User Key?" validate_pushover_user echocolor "Ok, Pushover User Key $PUSHOVER_USER it is." echo else echocolor "Ok, no Pushover for you." echo fi echo echo echo fi echo -n "Setting up oref0 in $directory for pump $serial with $CGM CGM, " if [[ ! -z $BLE_SERIAL ]]; then echo -n "G4 Share serial $BLE_SERIAL, " fi if [[ ! -z $DEXCOM_CGM_TX_ID ]]; then echo -n "G5 transmitter serial $DEXCOM_CGM_TX_ID, " fi echo echo -n "NS host $NIGHTSCOUT_HOST, " if [[ -z "$ttyport" ]]; then echo -n Carelink else echo -n TTY $ttyport fi if [[ "$max_iob" != "0" ]]; then echo -n ", max_iob $max_iob"; fi if [[ ! -z "$max_daily_safety_multiplier" ]]; then echo -n ", max_daily_safety_multiplier $max_daily_safety_multiplier"; fi if [[ ! -z "$current_basal_safety_multiplier" ]]; then echo -n ", current_basal_safety_multiplier $current_basal_safety_multiplier"; fi #if [[ ! -z "$bolussnooze_dia_divisor" ]]; then #echo -n ", bolussnooze_dia_divisor $bolussnooze_dia_divisor"; #fi if [[ ! -z "$min_5m_carbimpact" ]]; then echo -n ", min_5m_carbimpact $min_5m_carbimpact"; fi if [[ ! -z "$ENABLE" ]]; then echo -n ", advanced features $ENABLE"; fi echo echo # This section is echoing (commenting) back the options you gave it during the interactive setup script. # The "| tee -a /tmp/oref0-runagain.sh" part is also appending it to a file so you can run it again more easily in the future. # create temporary file for oref0-runagain.sh OREF0_RUNAGAIN=`mktemp /tmp/oref0-runagain.XXXXXXXXXX` echo "#!/usr/bin/env bash" > $OREF0_RUNAGAIN echo "# To run again with these same options, use: " | tee $OREF0_RUNAGAIN echo -n "$HOME/src/oref0/bin/oref0-setup.sh --dir=$directory --serial=$serial --cgm=$CGM" | tee -a $OREF0_RUNAGAIN if [[ ! -z $BLE_SERIAL ]]; then echo -n " --bleserial=$BLE_SERIAL" | tee -a $OREF0_RUNAGAIN fi echo -n " --ns-host=$NIGHTSCOUT_HOST --api-secret=$API_SECRET" | tee -a $OREF0_RUNAGAIN if [[ ! -z "$ttyport" ]]; then echo -n " --tty=$ttyport" | tee -a $OREF0_RUNAGAIN fi echo -n " --max_iob=$max_iob" | tee -a $OREF0_RUNAGAIN; if [[ ! -z "$max_daily_safety_multiplier" ]]; then echo -n " --max_daily_safety_multiplier=$max_daily_safety_multiplier" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$current_basal_safety_multiplier" ]]; then echo -n " --current_basal_safety_multiplier=$current_basal_safety_multiplier" | tee -a $OREF0_RUNAGAIN fi #if [[ ! -z "$bolussnooze_dia_divisor" ]]; then #echo -n " --bolussnooze_dia_divisor=$bolussnooze_dia_divisor" | tee -a $OREF0_RUNAGAIN #fi if [[ ! -z "$min_5m_carbimpact" ]]; then echo -n " --min_5m_carbimpact=$min_5m_carbimpact" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$ENABLE" ]]; then echo -n " --enable='$ENABLE'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$radio_locale" ]]; then echo -n " --radio_locale='$radio_locale'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$BLE_MAC" ]]; then echo -n " --blemac='$BLE_MAC'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$DEXCOM_CGM_TX_ID" ]]; then echo -n " --dexcom_tx_sn='$DEXCOM_CGM_TX_ID'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$BT_MAC" ]]; then echo -n " --btmac='$BT_MAC'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$BT_PEB" ]]; then echo -n " --btpeb='$BT_PEB'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$PUSHOVER_TOKEN" ]]; then echo -n " --pushover_token='$PUSHOVER_TOKEN'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$PUSHOVER_USER" ]]; then echo -n " --pushover_user='$PUSHOVER_USER'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$hardwaretype" ]]; then echo -n " --hardwaretype='$hardwaretype'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$radiotags" ]]; then echo -n " --radiotags='$radiotags'" | tee -a $OREF0_RUNAGAIN fi if [[ ! -z "$hotspot_option" ]]; then echo -n " --hotspot='$hotspot_option'" | tee -a $OREF0_RUNAGAIN fi echo; echo | tee -a $OREF0_RUNAGAIN chmod 755 $OREF0_RUNAGAIN # End of interactive setup echocolor -n "Continue?" if prompt_yn "" N; then # Having the loop run in the background during setup slows things way down and lengthens the time before first loop service cron stop # Kill oref0-pump-loop pkill -f oref0-pump-loop # Workaround for Jubilinux v0.2.0 (Debian Jessie) migration to LTS if is_debian_jessie; then # Disable valid-until check for archived Debian repos (expired certs) echo "Acquire::Check-Valid-Until false;" | tee -a /etc/apt/apt.conf.d/10-nocheckvalid # Replace apt sources.list with archive.debian.org locations echo -e "deb http://security.debian.org/ jessie/updates main\n#deb-src http://security.debian.org/ jessie/updates main\n\ndeb http://archive.debian.org/debian/ jessie-backports main\n#deb-src http://archive.debian.org/debian/ jessie-backports main\n\ndeb http://archive.debian.org/debian/ jessie main contrib non-free\n#deb-src http://archive.debian.org/debian/ jessie main contrib non-free" > /etc/apt/sources.list fi #Mount the Edison's fat32 partition at /usr/local/go to give us lots of room to install golang if is_edison && [ -e /dev/mmcblk0p9 ] && ! mount | grep -qa mmcblk0p9 ; then echo 'Removing golang from /usr partition...' && rm -rf /usr/local/go && mkdir -p /usr/local/go if ! grep -qa "mmcblk0p9" /etc/fstab ; then echo 'Adding Edison FAT32 partition to /etc/fstab...' && echo "/dev/mmcblk0p9 /usr/local/go auto defaults 1 1" >> /etc/fstab fi echo 'Mounting Edison FAT32 partition...' && mount -a fi #TODO: remove this when IPv6 works reliably echo 'Acquire::ForceIPv4 "true";' | sudo tee /etc/apt/apt.conf.d/99force-ipv4 # update, upgrade, and autoclean apt-get if file_is_recent /var/lib/apt/periodic/update-stamp 3600; then echo apt-get update-stamp is recent: skipping else echo Running apt-get update sudo apt-get update fi if file_is_recent /var/lib/apt/periodic/upgrade-stamp 3600; then echo apt-get upgrade-stamp is recent: skipping else echo Running apt-get upgrade sudo apt-get -y upgrade # make sure hostapd and dnsmasq don't get re-enabled update-rc.d -f hostapd remove update-rc.d -f dnsmasq remove fi echo Running apt-get autoclean sudo apt-get autoclean install_or_upgrade_nodejs # Attempting to remove git to make install --nogit by default for existing users echo Removing any existing git in $directory/.git rm -rf $directory/.git echo Removed any existing git echo "Uninstalling parsedatetime, reinstalling correct version" pip uninstall -y parsedatetime && pip install -I parsedatetime==2.5 # TODO: delete this after openaps 0.2.2 release echo Checking openaps 0.2.2 installation with --nogit support if ! openaps --version 2>&1 | egrep "0.[2-9].[2-9]"; then echo Installing latest openaps w/ nogit && sudo pip install --default-timeout=1000 git+https://github.com/openaps/openaps.git@nogit || die "Couldn't install openaps w/ nogit" fi #Make sure the directory is valid echo -n "Checking $directory: " mkdir -p $directory if openaps init $directory --nogit; then echo $directory initialized else die "Can't init $directory" fi cd $directory || die "Can't cd $directory" # Clear out any OpenAPS aliases from previous versions (they'll get # recreated if they're still used) remove_all_openaps_aliases # Taking the oref0-runagain.sh from tmp to $directory mv $OREF0_RUNAGAIN ./oref0-runagain.sh # Make sure it is executable afterwards chmod +x ./oref0-runagain.sh mkdir -p monitor || die "Can't mkdir monitor" mkdir -p raw-cgm || die "Can't mkdir raw-cgm" mkdir -p cgm || die "Can't mkdir cgm" mkdir -p settings || die "Can't mkdir settings" mkdir -p enact || die "Can't mkdir enact" mkdir -p upload || die "Can't mkdir upload" if [[ ${CGM,,} =~ "xdrip" || ${CGM,,} =~ "xdrip-js" ]]; then mkdir -p xdrip || die "Can't mkdir xdrip" fi mkdir -p $HOME/src/ if [ -d "$HOME/src/oref0/" ]; then echo "$HOME/src/oref0/ already exists; pulling latest" (cd $HOME/src/oref0 && git fetch && git pull) || ( if ! prompt_yn "Couldn't pull latest oref0. Continue anyways?"; then die "Failed to update oref0." fi ) else echo -n "Cloning oref0: " (cd $HOME/src && git clone https://github.com/openaps/oref0.git) || die "Couldn't clone oref0" fi # Make sure jq version >1.5 is installed if is_debian_jessie; then sudo apt-get -y -t jessie-backports install jq else sudo apt-get -y install jq fi echo Checking oref0 installation cd $HOME/src/oref0 if git branch | grep "* master"; then npm list -g --depth=0 | egrep oref0@0.6.[0] || (echo Installing latest oref0 package && sudo npm install -g oref0) elif [[ ${npm_option,,} == "force" ]]; then echo Forcing install of latest oref0 from $HOME/src/oref0/ && cd $HOME/src/oref0/ && npm run global-install else npm list -g --depth=0 | egrep oref0@0.6.[1-9] || (echo Installing latest oref0 from $HOME/src/oref0/ && cd $HOME/src/oref0/ && npm run global-install) fi cd $directory || die "Can't cd $directory" echo Checking mmeowlink installation if openaps vendor add --path . mmeowlink.vendors.mmeowlink 2>&1 | grep "No module"; then pip show mmeowlink | egrep "Version: 0.11.1" || ( echo Installing latest mmeowlink sudo pip install --default-timeout=1000 -U mmeowlink || die "Couldn't install mmeowlink" ) fi test -f preferences.json && cp preferences.json old_preferences.json || echo "No old preferences.json to save off" if [[ "$max_iob" == "0" && -z "$max_daily_safety_multiplier" && -z "$current_basal_safety_multiplier" && -z "$min_5m_carbimpact" ]]; then oref0-get-profile --exportDefaults > preferences.json || die "Could not run oref0-get-profile" else preferences_from_args=() if [[ "$max_iob" != "0" ]]; then preferences_from_args+="\"max_iob\":$max_iob " fi if [[ ! -z "$max_daily_safety_multiplier" ]]; then preferences_from_args+="\"max_daily_safety_multiplier\":$max_daily_safety_multiplier " fi if [[ ! -z "$current_basal_safety_multiplier" ]]; then preferences_from_args+="\"current_basal_safety_multiplier\":$current_basal_safety_multiplier " fi #if [[ ! -z "$bolussnooze_dia_divisor" ]]; then #preferences_from_args+="\"bolussnooze_dia_divisor\":$bolussnooze_dia_divisor " #fi if [[ ! -z "$min_5m_carbimpact" ]]; then preferences_from_args+="\"min_5m_carbimpact\":$min_5m_carbimpact " fi function join_by { local IFS="$1"; shift; echo "$*"; } # merge existing preferences with preferences from arguments. (preferences from arguments take precedence) echo "{ $(join_by , ${preferences_from_args[@]}) }" > arg_prefs.json if [[ -s preferences.json ]]; then cat arg_prefs.json | jq --slurpfile existing_prefs preferences.json '$existing_prefs[0] + .' > updated_prefs.json && rm arg_prefs.json else mv arg_prefs.json updated_prefs.json fi oref0-get-profile --updatePreferences updated_prefs.json > preferences.json && rm updated_prefs.json || die "Could not run oref0-get-profile" fi # Save information to preferences.json # Starting from 0.7.x all preferences for oref0 will be stored in this file, along with some hardware configurations set_pref_string .nightscout_host "$NIGHTSCOUT_HOST" set_pref_string .cgm "${CGM,,}" set_pref_string .enable "$ENABLE" set_pref_string .ttyport "$ttyport" set_pref_string .myopenaps_path "$directory" set_pref_string .pump_serial "$serial" set_pref_string .radio_locale "$radio_locale" set_pref_string .hardwaretype "$hardwaretype" if [[ ! -z "$BT_PEB" ]]; then set_pref_string .bt_peb "$BT_PEB" fi if [[ ! -z "$BT_MAC" ]]; then set_pref_string .bt_mac "$BT_MAC" fi if [[ ! -z "$PUSHOVER_TOKEN" ]]; then set_pref_string .pushover_token "$PUSHOVER_TOKEN" fi if [[ ! -z "$PUSHOVER_USER" ]]; then set_pref_string .pushover_user "$PUSHOVER_USER" fi # TODO: API_SECRET has not been converted to using preference.json yet. Convert API_SECRET to .nightscout_api_secret or .nightscout_hashed_api_secret # The Nightscout API_SECRET (admin password) should not be written in plain text, but in a hashed form # set_pref_string .nightscout_api_secret "$API_SECRET" if [[ ${CGM,,} =~ "g4-go" || ${CGM,,} =~ "g5" || ${CGM,,} =~ "g5-upload" || ${CGM,,} =~ "g6" || ${CGM,,} =~ "g6-upload" ]]; then set_pref_string .cgm_loop_path "$directory" fi if [[ ${CGM,,} =~ "xdrip" ]]; then # Evaluates true for both xdrip and xdrip-js set_pref_string .xdrip_path "$HOME/.xDripAPS" set_pref_string .bt_offline "true" fi #if [[ ! -z "$DEXCOM_CGM_TX_ID" ]]; then #set_pref_string .dexcom_cgm_tx_id "$DEXCOM_CGM_TX_ID" #fi cat preferences.json # fix log rotate file sed -i "s/weekly/hourly/g" /etc/logrotate.conf sed -i "s/daily/hourly/g" /etc/logrotate.conf sed -i "s/#compress/compress/g" /etc/logrotate.conf # enable log rotation sudo cp $HOME/src/oref0/logrotate.openaps /etc/logrotate.d/openaps || die "Could not cp /etc/logrotate.d/openaps" sudo cp $HOME/src/oref0/logrotate.rsyslog /etc/logrotate.d/rsyslog || die "Could not cp /etc/logrotate.d/rsyslog" test -d /var/log/openaps || sudo mkdir /var/log/openaps && sudo chown $USER /var/log/openaps || die "Could not create /var/log/openaps" if [[ -f /etc/cron.daily/logrotate ]]; then mv -f /etc/cron.daily/logrotate /etc/cron.hourly/logrotate fi if [[ -f /etc/cron.daily/logrotate ]]; then mv -f /etc/cron.daily/logrotate /etc/cron.hourly/logrotate fi if ! grep -qa "kernel.panic" /etc/sysctl.conf ; then echo -e "# reboot rig 3 seconds after a kernel panic\nkernel.panic = 3" >> /etc/sysctl.conf fi # configure ns if [[ ! -z "$NIGHTSCOUT_HOST" && ! -z "$API_SECRET" ]]; then echo "Removing any existing ns device: " ( killall -g openaps; killall-g oref0-pump-loop) 2>/dev/null; openaps device remove ns 2>/dev/null echo "Running nightscout autoconfigure-device-crud $NIGHTSCOUT_HOST $API_SECRET" nightscout autoconfigure-device-crud $NIGHTSCOUT_HOST $API_SECRET || die "Could not run nightscout autoconfigure-device-crud" if [[ "${API_SECRET,,}" =~ "token=" ]]; then # install requirements for token based authentication sudo apt-get -y install python3-pip sudo pip3 install --default-timeout=1000 requests || die "Can't add pip3 requests - error installing" oref0_nightscout_check || die "Error checking Nightscout permissions" fi fi # import template do_openaps_import $HOME/src/oref0/lib/oref0-setup/vendor.json do_openaps_import $HOME/src/oref0/lib/oref0-setup/device.json do_openaps_import $HOME/src/oref0/lib/oref0-setup/report.json do_openaps_import $HOME/src/oref0/lib/oref0-setup/alias.json #Check to see if we need to install bluetooth echo Checking for BT Mac, BT Peb, Shareble, or xdrip-js if [[ ! -z "$BT_PEB" || ! -z "$BT_MAC" || ! -z $BLE_SERIAL || ! -z $DEXCOM_CGM_TX_ID ]]; then # Install Bluez for BT Tethering echo Checking bluez installation bluetoothdversion=$(bluetoothd --version || 0) # use packaged bluez with Debian Stretch (Jubilinux 0.3.0 and Raspbian) bluetoothdminversion=5.43 bluetoothdversioncompare=$(awk 'BEGIN{ print "'$bluetoothdversion'"<"'$bluetoothdminversion'" }') if [ "$bluetoothdversioncompare" -eq 1 ]; then cd $HOME/src/ && wget -c4 https://www.kernel.org/pub/linux/bluetooth/bluez-5.48.tar.gz && tar xvfz bluez-5.48.tar.gz || die "Couldn't download bluez" killall bluetoothd &>/dev/null #Kill current running version if its out of date and we are updating it cd $HOME/src/bluez-5.48 && ./configure --disable-systemd && make || die "Couldn't make bluez" killall bluetoothd &>/dev/null #Kill current running version if its out of date and we are updating it sudo make install || die "Couldn't make install bluez" killall bluetoothd &>/dev/null #Kill current running version if its out of date and we are updating it sudo cp ./src/bluetoothd /usr/local/bin/ || die "Couldn't install bluez" sudo apt-get install -y bluez-tools # Replace all other instances of bluetoothd and bluetoothctl to make sure we are always using the self-compiled version while IFS= read -r bt_location; do if [[ $($bt_location -v|awk -F': ' '{print ($NF < 5.48)?1:0}') -eq 1 ]]; then # Find latest version of bluez under $HOME/src and copy it to locations which have a version of bluetoothd/bluetoothctl < 5.48 if [[ $(find $(find $HOME/src -name "bluez-*" -type d | sort -rn | head -1) -name bluetoothd -o -name bluetoothctl | wc -l) -eq 2 ]]; then killall $(basename $bt_location) &>/dev/null #Kill current running version if its out of date and we are updating it sudo cp -p $(find $(find $HOME/src -name "bluez-*" -type d | sort -rn | head -1) -name $(basename $bt_location)) $bt_location || die "Couldn't replace $(basename $bt_location) in $(dirname $bt_location)" touch /tmp/reboot-required else echo "Latest version of bluez @ $(find $HOME/src -name "bluez-*" -type d | sort -rn | head -1) is missing or has extra copies of bluetoothd or bluetoothctl, unable to replace older binaries" fi fi done < <(find / -name "bluetoothd" ! -path "*/src/bluez-*" ! -path "*.rootfs/*") # Find all locations with bluetoothctl or bluetoothd excluding directories with *bluez* in the path oref0-bluetoothup else echo bluez version ${bluetoothdversion} already installed fi if [[ ${hotspot_option,,} =~ "true" ]]; then echo Installing prerequisites and configs for local-only hotspot apt-get install -y hostapd dnsmasq || die "Couldn't install hostapd dnsmasq" test ! -f /etc/dnsmasq.conf.bak && mv /etc/dnsmasq.conf /etc/dnsmasq.conf.bak cp $HOME/src/oref0/headless/dnsmasq.conf /etc/dnsmasq.conf || die "Couldn't copy dnsmasq.conf" test ! -f /etc/hostapd/hostapd.conf.bak && mv /etc/hostapd/hostapd.conf /etc/hostapd/hostapd.conf.bak cp $HOME/src/oref0/headless/hostapd.conf /etc/hostapd/hostapd.conf || die "Couldn't copy hostapd.conf" sed -i.bak -e "s|DAEMON_CONF=$|DAEMON_CONF=/etc/hostapd/hostapd.conf|g" /etc/init.d/hostapd cp $HOME/src/oref0/headless/interfaces.ap /etc/network/ || die "Couldn't copy interfaces.ap" cp /etc/network/interfaces /etc/network/interfaces.client || die "Couldn't copy interfaces.client" if [ ! -z "$BT_MAC" ]; then printf 'Checking for the bnep0 interface in the interfaces.client file and adding if missing...' # Make sure the bnep0 interface is in the /etc/networking/interface (grep -qa bnep0 /etc/network/interfaces.client && printf 'skipped.\n') || (printf '\n%s\n\n' "iface bnep0 inet dhcp" >> /etc/network/interfaces.client && printf 'added.\n') fi #Stop automatic startup of hostapd & dnsmasq update-rc.d -f hostapd remove update-rc.d -f dnsmasq remove # Edit /etc/hostapd/hostapd.conf for wifi using Hostname sed -i.bak -e "s/ssid=OpenAPS/ssid=${HOSTNAME}/" /etc/hostapd/hostapd.conf # Add Commands to /etc/rc.local # Interrupt Kernel Messages if ! grep -q 'sudo dmesg -n 1' /etc/rc.local; then sed -i.bak -e '$ i sudo dmesg -n 1' /etc/rc.local fi # Add to /etc/rc.local to check if in hotspot mode and turn back to client mode during bootup if ! grep -q 'cp /etc/network/interfaces.client /etc/network/interfaces' /etc/rc.local; then sed -i.bak -e "$ i if [ -f /etc/network/interfaces.client ]; then\n\tif grep -q '#wpa-' /etc/network/interfaces; then\n\t\tsudo ifdown wlan0\n\t\tsudo cp /etc/network/interfaces.client /etc/network/interfaces\n\t\tsudo ifup wlan0\n\tfi\nfi" /etc/rc.local || die "Couldn't modify /etc/rc.local" fi else echo Skipping local-only hotspot fi fi # add/configure devices if [[ ${CGM,,} =~ "g5" || ${CGM,,} =~ "g5-upload" ]]; then openaps use cgm config --G5 openaps report add raw-cgm/raw-entries.json JSON cgm oref0_glucose --hours "24.0" --threshold "100" --no-raw set_pref_string .cgm_loop_path "$directory" elif [[ ${CGM,,} =~ "g6" || ${CGM,,} =~ "g6-upload" ]]; then openaps use cgm config --G6 openaps report add raw-cgm/raw-entries.json JSON cgm oref0_glucose --hours "24.0" --threshold "100" --no-raw set_pref_string .cgm_loop_path "$directory" fi #This is done to make sure other programs don't break. As of 0.7.0, OpenAPS itself no longer uses pump.ini echo '[device "pump"]' > pump.ini echo "serial = $serial" >> pump.ini echo "radio_locale = $radio_locale" >> pump.ini #fi # Medtronic CGM #if [[ ${CGM,,} =~ "mdt" ]]; then # sudo pip install --default-timeout=1000 -U openapscontrib.glucosetools || die "Couldn't install glucosetools" # openaps device remove cgm 2>/dev/null # if [[ -z "$ttyport" ]]; then # openaps device add cgm medtronic $serial || die "Can't add cgm" # else # openaps device add cgm mmeowlink subg_rfspy $ttyport $serial $radio_locale || die "Can't add cgm" # fi # do_openaps_import $HOME/src/oref0/lib/oref0-setup/mdt-cgm.json #fi sudo pip install --default-timeout=1000 flask flask-restful || die "Can't add xdrip cgm - error installing flask packages" sudo pip install --default-timeout=1000 -U flask-cors # xdrip CGM (xDripAPS), also gets installed when using xdrip-js if [[ ${CGM,,} =~ "xdrip" || ${CGM,,} =~ "xdrip-js" ]]; then echo xdrip or xdrip-js selected as CGM, so configuring xDripAPS sudo apt-get -y install sqlite3 || die "Can't add xdrip cgm - error installing sqlite3" git clone https://github.com/renegadeandy/xDripAPS.git $HOME/.xDripAPS mkdir -p $HOME/.xDripAPS_data do_openaps_import $HOME/src/oref0/lib/oref0-setup/xdrip-cgm.json touch /tmp/reboot-required fi # xdrip-js specific installation tasks (in addition to xdrip tasks) if [[ ${CGM,,} =~ "xdrip-js" ]]; then echo xdrip-js selected as CGM, so configuring xdrip-js git clone https://github.com/xdrip-js/Logger.git $HOME/src/Logger cd $HOME/src/Logger sudo apt-get install -y bluez-tools sudo npm run global-install cgm-transmitter $DEXCOM_CGM_TX_ID touch /tmp/reboot-required fi # disable IPv6 if ! grep -q 'net.ipv6.conf.all.disable_ipv6=1' /etc/sysctl.conf; then sudo echo 'net.ipv6.conf.all.disable_ipv6=1' >> /etc/sysctl.conf fi if ! grep -q 'net.ipv6.conf.default.disable_ipv6=1' /etc/sysctl.conf; then sudo echo 'net.ipv6.conf.default.disable_ipv6=1' >> /etc/sysctl.conf fi if ! grep -q 'net.ipv6.conf.lo.disable_ipv6=1' /etc/sysctl.conf; then sudo echo 'net.ipv6.conf.lo.disable_ipv6=1' >> /etc/sysctl.conf fi sudo sysctl -p # Install EdisonVoltage if is_edison; then echo "Checking if EdisonVoltage is already installed" if [ -d "$HOME/src/EdisonVoltage/" ]; then echo "EdisonVoltage already installed" else echo "Installing EdisonVoltage" cd $HOME/src && git clone -b master https://github.com/cjo20/EdisonVoltage.git || (cd EdisonVoltage && git checkout master && git pull) cd $HOME/src/EdisonVoltage make voltage fi # Add module needed for EdisonVoltage to work on jubilinux 0.2.0 grep iio_basincove_gpadc /etc/modules-load.d/modules.conf || echo iio_basincove_gpadc >> /etc/modules-load.d/modules.conf fi #if [[ ${CGM,,} =~ "mdt" ]]; then # still need this for the old ns-loop for now # cd $directory || die "Can't cd $directory" # do_openaps_import $HOME/src/oref0/lib/oref0-setup/edisonbattery.json #fi # Install Pancreabble echo Checking for BT Pebble Mac if [[ ! -z "$BT_PEB" ]]; then sudo pip install --default-timeout=1000 libpebble2 sudo pip install --default-timeout=1000 --user git+https://github.com/mddub/pancreabble.git oref0-bluetoothup sudo rfcomm bind hci0 $BT_PEB do_openaps_import $HOME/src/oref0/lib/oref0-setup/pancreabble.json sudo cp $HOME/src/oref0/lib/oref0-setup/pancreoptions.json $directory/pancreoptions.json fi # configure autotune if enabled if [[ $ENABLE =~ autotune ]]; then cd $directory || die "Can't cd $directory" do_openaps_import $HOME/src/oref0/lib/oref0-setup/autotune.json sudo locale-gen en_US.UTF-8 sudo update-locale fi #Moved this out of the conditional, so that x12 models will work with smb loops sudo apt-get -y install bc ntpdate bash-completion || die "Couldn't install bc etc." # now required on all platforms for shared-node echo "Installing socat and ntp..." apt-get install -y socat ntp cd $directory || die "Can't cd $directory" do_openaps_import $HOME/src/oref0/lib/oref0-setup/supermicrobolus.json echo "Adding OpenAPS log shortcuts" # Make sure that .bash_profile exists first, then call script to add the log shortcuts touch "$HOME/.bash_profile" oref0-log-shortcuts --add-to-profile="$HOME/.bash_profile" # Append NIGHTSCOUT_HOST and API_SECRET to $HOME/.bash_profile so that openaps commands can be executed from the command line #echo Add NIGHTSCOUT_HOST and API_SECRET to $HOME/.bash_profile #sed --in-place '/.*NIGHTSCOUT_HOST.*/d' $HOME/.bash_profile #(cat $HOME/.bash_profile | grep -q "NIGHTSCOUT_HOST" || echo export NIGHTSCOUT_HOST="$NIGHTSCOUT_HOST" >> $HOME/.bash_profile) if [[ "${API_SECRET,,}" =~ "token=" ]]; then # install requirements for token based authentication API_HASHED_SECRET=${API_SECRET} else API_HASHED_SECRET=$(nightscout hash-api-secret $API_SECRET) fi # Check if API_SECRET exists, if so remove all lines containing API_SECRET and add the new API_SECRET to the end of the file #sed --in-place '/.*API_SECRET.*/d' $HOME/.bash_profile #(cat $HOME/.profile | grep -q "API_SECRET" || echo export API_SECRET="$API_HASHED_SECRET" >> $HOME/.profile) # With 0.5.0 release we switched from ~/.profile to ~/.bash_profile for API_SECRET and NIGHTSCOUT_HOST, because a shell will look # for ~/.bash_profile, ~/.bash_login, and ~/.profile, in that order, and reads and executes commands from # the first one that exists and is readable. Remove API_SECRET and NIGHTSCOUT_HOST lines from ~/.profile if they exist if [[ -f $HOME/.profile ]]; then sed --in-place '/.*API_SECRET.*/d' $HOME/.profile sed --in-place '/.*NIGHTSCOUT_HOST.*/d' $HOME/.profile sed --in-place '/.*MEDTRONIC_PUMP_ID.*/d' $HOME/.profile sed --in-place '/.*MEDTRONIC_FREQUENCY.*/d' $HOME/.profile fi # Delete old copies of variables before replacing them sed --in-place '/.*NIGHTSCOUT_HOST.*/d' $HOME/.bash_profile sed --in-place '/.*API_SECRET.*/d' $HOME/.bash_profile sed --in-place '/.*DEXCOM_CGM_RECV_ID*/d' $HOME/.bash_profile sed --in-place '/.*MEDTRONIC_PUMP_ID.*/d' $HOME/.bash_profile sed --in-place '/.*MEDTRONIC_FREQUENCY.*/d' $HOME/.bash_profile #sed --in-place '/.*DEXCOM_CGM_TX_ID*/d' $HOME/.bash_profile # Then append the variables echo NIGHTSCOUT_HOST="$NIGHTSCOUT_HOST" >> $HOME/.bash_profile echo "export NIGHTSCOUT_HOST" >> $HOME/.bash_profile echo API_SECRET="${API_HASHED_SECRET}" >> $HOME/.bash_profile echo "export API_SECRET" >> $HOME/.bash_profile echo DEXCOM_CGM_RECV_ID="$BLE_SERIAL" >> $HOME/.bash_profile echo "export DEXCOM_CGM_RECV_ID" >> $HOME/.bash_profile echo MEDTRONIC_PUMP_ID="$serial" >> $HOME/.bash_profile echo MEDTRONIC_FREQUENCY='`cat $HOME/myopenaps/monitor/medtronic_frequency.ini`' >> $HOME/.bash_profile #echo DEXCOM_CGM_TX_ID="$DEXCOM_CGM_TX_ID" >> $HOME/.bash_profile #echo "export DEXCOM_CGM_TX_ID" >> $HOME/.bash_profile #Turn on i2c, install pi-buttons, and openaps-menu for hardware that has a screen and buttons (so far, only Explorer HAT and Radiofruit Bonnet) if grep -qa "Explorer HAT" /proc/device-tree/hat/product &> /dev/null || [[ "$hardwaretype" =~ "explorer-hat" ]] || [[ "$hardwaretype" =~ "radiofruit" ]]; then echo "Looks like you have buttons and a screen!" echo "Enabling i2c device nodes..." if ! ( grep -q i2c-dev /etc/modules-load.d/i2c.conf && egrep "^dtparam=i2c1=on" /boot/config.txt ); then echo Enabling i2c for the first time: this will require a reboot after oref0-setup. touch /tmp/reboot-required fi sed -i.bak -e "s/#dtparam=i2c_arm=on/dtparam=i2c_arm=on/" /boot/config.txt egrep "^dtparam=i2c1=on" /boot/config.txt || echo "dtparam=i2c1=on,i2c1_baudrate=400000" >> /boot/config.txt echo "i2c-dev" > /etc/modules-load.d/i2c.conf echo "Installing pi-buttons..." systemctl stop pi-buttons cd $HOME/src && git clone https://github.com/bnielsen1965/pi-buttons.git echo "Make and install pi-buttons..." cd pi-buttons cd src && make && sudo make install && sudo make install_service # Radiofruit buttons are on different GPIOs than the Explorer HAT if [[ "$hardwaretype" =~ "radiofruit" ]]; then sed -i 's/17,27/5,6/g' /etc/pi-buttons.conf fi systemctl enable pi-buttons && systemctl restart pi-buttons echo "Installing openaps-menu..." test "$directory" != "/$HOME/myopenaps" && (echo You are using a non-standard openaps directory. For the statusmenu to work correctly you need to set the openapsDir variable in index.js) cd $HOME/src && git clone https://github.com/openaps/openaps-menu.git || (cd openaps-menu && git checkout master && git pull) cd $HOME/src/openaps-menu && sudo npm install cp $HOME/src/openaps-menu/openaps-menu.service /etc/systemd/system/ && systemctl enable openaps-menu fi echo "Clearing retrieved apt packages to free space." apt-get autoclean && apt-get clean # Install Golang mkdir -p $HOME/go source $HOME/.bash_profile golangversion=1.12.5 if go version | grep go${golangversion}.; then echo Go already installed else echo "Removing possible old go install..." rm -rf /usr/local/go/* echo "Installing Golang..." if uname -m | grep armv; then cd /tmp && wget -c https://storage.googleapis.com/golang/go${golangversion}.linux-armv6l.tar.gz && tar -C /usr/local -xzvf /tmp/go${golangversion}.linux-armv6l.tar.gz elif uname -m | grep i686; then cd /tmp && wget -c https://dl.google.com/go/go${golangversion}.linux-386.tar.gz && tar -C /usr/local -xzvf /tmp/go${golangversion}.linux-386.tar.gz fi fi if ! grep GOROOT $HOME/.bash_profile; then sed --in-place '/.*GOROOT*/d' $HOME/.bash_profile echo 'GOROOT=/usr/local/go' >> $HOME/.bash_profile echo 'export GOROOT' >> $HOME/.bash_profile fi if ! grep GOPATH $HOME/.bash_profile; then sed --in-place '/.*GOPATH*/d' $HOME/.bash_profile echo 'GOPATH=$HOME/go' >> $HOME/.bash_profile echo 'export GOPATH' >> $HOME/.bash_profile echo 'PATH=$PATH:/usr/local/go/bin:$GOROOT/bin:$GOPATH/bin' >> $HOME/.bash_profile sed --in-place '/.*export PATH*/d' $HOME/.bash_profile echo 'export PATH' >> $HOME/.bash_profile fi source $HOME/.bash_profile #Necessary to "bootstrap" Go commands... if [[ ${radio_locale,,} =~ "ww" ]]; then echo 868.4 > $directory/monitor/medtronic_frequency.ini else echo 916.55 > $directory/monitor/medtronic_frequency.ini fi # Build pump communication binaries # Exit if ttyport is not SPI. TODO: support UART-connected TI stick if [[ "$ttyport" =~ "spidev" ]]; then #Turn on SPI for all pi-based setups. Not needed on the Edison. if is_pi; then echo "Making sure SPI is enabled..." sed -i.bak -e "s/#dtparam=spi=on/dtparam=spi=on/" /boot/config.txt fi #Make sure radiotags are set properly for different hardware types #The only necessary one here at the moment is rfm69 (cc111x is the default in oref0-setup) case $hardwaretype in edison-explorer) radiotags="cc111x";; explorer-hat) radiotags="cc111x";; radiofruit) radiotags="rfm69";; arm-spi) radiotags="cc111x";; 386-spi) radiotags="cc111x";; esac #Build Go binaries go get -u -v -tags "$radiotags" github.com/ecc1/medtronic/... || die "Couldn't go get medtronic" ln -sf $HOME/go/src/github.com/ecc1/medtronic/cmd/pumphistory/openaps.jq $directory/ || die "Couldn't softlink openaps.jq" else #TODO: write validate_ttyport and support non-SPI ports die "Unsupported ttyport. Exiting." fi if [[ ${CGM,,} =~ "g4-go" ]]; then if [ ! -d $HOME/go/bin ]; then mkdir -p $HOME/go/bin; fi echo "Compiling Go dexcom binaries ..." if is_edison; then go get -u -v -tags nofilter github.com/ecc1/dexcom/... else go get -u -v github.com/ecc1/dexcom/... fi # else # arch=arm # if egrep -i "edison" /etc/passwd &>/dev/null; then # arch=386 # fi # downloadUrl=$(curl -s https://api.github.com/repos/ecc1/dexcom/releases/$ecc1dexcomversion | \ # jq --raw-output '.assets[] | select(.name | contains("'$arch'")) | .browser_download_url') # echo "Downloading Go dexcom binaries from:" $downloadUrl # wget -qO- $downloadUrl | tar xJv -C $HOME/go/bin || die "Couldn't download and extract Go dexcom binaries" # fi fi copy_go_binaries move_mmtune # clear any extraneous input before prompting while(read -r -t 0.1); do true; done if prompt_yn "Schedule openaps in cron?" N; then echo Saving existing crontab to $HOME/crontab.txt: crontab -l | tee $HOME/crontab.old.txt if prompt_yn "Would you like to remove your existing crontab first?" N; then crontab -r fi # add crontab entries (crontab -l; crontab -l | grep -q "NIGHTSCOUT_HOST" || echo NIGHTSCOUT_HOST=$NIGHTSCOUT_HOST) | crontab - (crontab -l; crontab -l | grep -q "API_SECRET=" || echo API_SECRET=$API_HASHED_SECRET) | crontab - if validate_g4share_serial $BLE_SERIAL; then (crontab -l; crontab -l | grep -q "DEXCOM_CGM_RECV_ID=" || echo DEXCOM_CGM_RECV_ID=$BLE_SERIAL) | crontab - fi #if validate_g5transmitter_serial $DEXCOM_CGM_TX_ID; then # (crontab -l; crontab -l | grep -q "DEXCOM_CGM_TX_ID=" || echo DEXCOM_CGM_TX_ID=$DEXCOM_CGM_TX_ID) | crontab - #fi # deduplicate to avoid multiple instances of $GOPATH in $PATH #echo $PATH dedupe_path; echo $PATH (crontab -l; crontab -l | grep -q "PATH=" || echo "PATH=$PATH" ) | crontab - add_to_crontab \ "oref0-cron-every-minute" \ '* * * * *' \ "cd $directory && oref0-cron-every-minute" add_to_crontab \ "oref0-cron-post-reboot" \ '@reboot' \ "cd $directory && oref0-cron-post-reboot" add_to_crontab \ "oref0-cron-nightly" \ "5 4 * * *" \ "cd $directory && oref0-cron-nightly" add_to_crontab \ "oref0-cron-every-15min" \ "*/15 * * * *" \ "cd $directory && oref0-cron-every-15min" if [[ ${CGM,,} =~ "xdrip-js" ]]; then add_to_crontab \ "Logger" \ "* * * * *" \ "cd $HOME/src/Logger && ps aux | grep -v grep | grep -q Logger || /usr/local/bin/Logger >> /var/log/openaps/logger-loop.log 2>&1" fi crontab -l | tee $HOME/crontab.txt fi if [[ ${CGM,,} =~ "g4-go" ]]; then echo echo "To pair your G4 Share receiver, open its Settings, select Share, Forget Device (if previously paired), then turn sharing On" fi fi # from 'read -p "Continue? y/[N] " -r' after interactive setup is complete # Start cron back up in case the user doesn't decide to reboot service cron start if [ -e /tmp/reboot-required ]; then read -p "Reboot required. Press enter to reboot or Ctrl-C to cancel" sudo reboot fi