kopia lustrzana https://github.com/jprochazka/adsb-receiver
320 wiersze
12 KiB
Bash
Executable File
320 wiersze
12 KiB
Bash
Executable File
#!/bin/bash
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### VARIABLES
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PROJECT_ROOT_DIRECTORY="$PWD"
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BASHDIRECTORY="${PROJECT_ROOT_DIRECTORY}/bash"
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BUILD_DIRECTORY="${PROJECT_ROOT_DIRECTORY}/build"
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BUILD_DIRECTORY_HAB="$BUILD_DIRECTORY/hab"
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DECODER_NAME="HAB-LoRa-Gateway"
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DECODER_DESC="is a combined receiver and feeder for the LoRa based High Altitude Baloon Tracking System"
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DECORDER_GITHUB="https://github.com/PiInTheSky/lora-gateway"
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DECODER_WEBSITE="http://www.pi-in-the-sky.com"
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### INCLUDE EXTERNAL SCRIPTS
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source ${BASHDIRECTORY}/variables.sh
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source ${BASHDIRECTORY}/functions.sh
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function CheckReturnCode {
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if [[ $? -eq 0 ]] ; then
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echo -e "\t\e[97m [\e[32mDone\e[97m]\e[39m\n"
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else
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echo -e "\t\e[97m [\e[31mFailed\e[97m]\e[31m\n"
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fi
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}
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### BEGIN SETUP
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clear
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echo -e ""
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echo -e "\e[91m ${ADSB_PROJECTTITLE}"
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echo -e ""
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echo -e "\e[92m Setting up ${DECODER_NAME} ...."
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echo -e "\e[93m----------------------------------------------------------------------------------------------------\e[96m"
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echo -e ""
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whiptail --backtitle "${ADSB_PROJECTTITLE}" --title "${DECODER_NAME} Setup" --yesno "${DECODER_NAME} ${DECODER_DESC}. \n\nPlease note that ${DECODER_NAME} requires a LoRa transceiver connected via SPI. \n\n${DECODER_WEBSITE} \n\nContinue setup by installing ${DECODER_NAME} ?" 14 78
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CONTINUESETUP=$?
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if [[ $CONTINUESETUP = 1 ]] ; then
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# Setup has been halted by the user.
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echo -e "\e[91m \e[5mINSTALLATION HALTED!\e[25m"
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echo -e " Setup has been halted at the request of the user."
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echo -e ""
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echo -e "\e[93m----------------------------------------------------------------------------------------------------"
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echo -e "\e[92m ${DECODER_NAME} setup halted.\e[39m"
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echo -e ""
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if [[ ! -z ${VERBOSE} ]] ; then
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read -p "Press enter to continue..." CONTINUE
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fi
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exit 1
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fi
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### CHECK FOR PREREQUISITE PACKAGES
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echo -e "\e[95m Installing packages needed to build and fulfill dependencies for ${DECODER_NAME}...\e[97m"
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echo -e ""
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CheckPackage git
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CheckPackage rtl-sdr
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CheckPackage librtlsdr-dev
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CheckPackage libusb-1.0-0-dev
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CheckPackage libncurses5-dev
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CheckPackage libcurl4-openssl-dev
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CheckPackage curl
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CheckPackage wiringpi
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# Check if SPI is enabled, if not use raspi-config to enable it.
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if [[ `sudo raspi-config nonint get_spi` -eq 1 ]] ; then
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echo -en "\033[33m Enabling SPI interface used by LoRa radio module..."
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sudo raspi-config nonint do_spi 0
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CheckReturnCode
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fi
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### CHECK FOR EXISTING INSTALL AND IF SO STOP IT
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### DOWNLOAD AND SET UP THE BINARIES
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# Create build directory if not already present.
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if [[ ! -d ${BUILD_DIRECTORY_HAB} ]] ; then
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echo -en "\033[33m Creating build directory \"${BUILD_DIRECTORY_HAB}\"...\t\t\t"
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mkdir ${BUILD_DIRECTORY_HAB}
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CheckReturnCode
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fi
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# Download and compile the required SSDV library.
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if [[ -d ${BUILD_DIRECTORY_HAB}/ssdv ]] ; then
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echo -en "\033[33m Updating SSDV library from github...\t\t\t\t"
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cd ${BUILD_DIRECTORY_HAB}/ssdv
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git remote update > /dev/null 2>&1
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if [[ `git status -uno | grep -c "is behind"` -gt 0 ]] ; then
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sudo make clean
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git pull
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sudo make install
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fi
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else
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echo -en "\033[33m Cloning SSDV library from github...\t\t\t\t"
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cd ${BUILD_DIRECTORY_HAB}
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git clone https://github.com/fsphil/ssdv.git
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cd ${BUILD_DIRECTORY_HAB}/ssdv
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sudo make install
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fi
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CheckReturnCode
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cd ${BUILD_DIRECTORY_HAB}
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# Download and compile the decoder itself.
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if [[ -d ${BUILD_DIRECTORY_HAB}/lora-gateway ]] ; then
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echo -en "\033[33m Updating ${DECODER_NAME} from github...\t\t\t"
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cd ${BUILD_DIRECTORY_HAB}/lora-gateway
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git remote update > /dev/null 2>&1
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if [[ `git status -uno | grep -c "is behind"` -gt 0 ]] ; then
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make clean
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git pull
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make
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fi
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else
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echo -en "\033[33m Cloning ${DECODER_NAME} from github...\t\t\t"
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cd ${BUILD_DIRECTORY_HAB}
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git clone https://github.com/PiInTheSky/lora-gateway.git
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cd ${BUILD_DIRECTORY_HAB}/lora-gateway
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make
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fi
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CheckReturnCode
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cd ${BUILD_DIRECTORY_HAB}
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# TODO - Map GPIO pins using WiringPi.
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### CREATE THE CONFIGURATION FILE
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# Use receiver coordinates if already know, otherwise populate with dummy values to ensure valid config generation.
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if [[ -z ${HAB_LATITUDE} ]] ; then
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if [[ -n ${RECEIVER_LATITUDE} ]] ; then
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HAB_LATITUDE="${RECEIVER_LATITUDE}"
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else
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HAB_LATITUDE="0.0000000"
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fi
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fi
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if [[ -z ${HAB_LONGITUDE} ]] ; then
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if [[ -n ${RECEIVER_LONGITUDE} ]] ; then
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HAB_LONGITUDE="${RECEIVER_LONGITUDE}"
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else
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HAB_LONGITUDE="0.0000000"
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fi
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fi
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# Callsign format TBC, for now assume it should be between 3 and 9 alphanumeric charactors, with no punctuation.
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if [[ -z ${HAB_RECEIVER_NAME} ]] ; then
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if [[ -n ${RECEIVERNAME} ]] ; then
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HAB_RECEIVER_NAME=`echo ${RECEIVERNAME} | tr -cd '[:alnum:]' | cut -c -9`
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else
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HAB_RECEIVER_NAME=`hostname -s | tr -cd '[:alnum:]' | cut -c -9`
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fi
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fi
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# In not specified then set to Unknown.
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if [[ -z ${HAB_ANTENNA} ]] ; then
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HAB_ANTENNA="Unknown"
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fi
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# Test if config file exists, if not create it.
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if [[ -s ${BUILD_DIRECTORY_HAB}/lora-gateway/gateway.txt ]] ; then
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echo -en "\e[33m Found existing ${DECODER_NAME} config file at \"gateway.txt\"...\e [97m"
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else
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echo -en "\e[33m Generating new ${DECODER_NAME} config file as \"gateway.txt\"...\e [97m"
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sudo tee ${BUILD_DIRECTORY_HAB}/lora-gateway/gateway.txt > /dev/null 2>&1 <<EOF
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###########################################################################################
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# #
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# CONFIGURATION FILE BASED ON https://github.com/PiInTheSky/lora-gateway#configuration #
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# #
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###########################################################################################
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#
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##### Station Details #####
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tracker=${HAB_RECEIVER_NAME}
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Latitude=${HAB_LATITUDE}
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Longitude=${HAB_LONGITUDE}
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Antenna=${HAB_ANTENNA}
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##### Config Options #####
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# EnableHabitat= [Y|N] Enables uploading of telemetry packets to Habitat.
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EnableHabitat=Y
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# EnableSSDV= [Y|N] Enables uploading of SSDV image packets to the SSDV server.
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EnableSSDV=Y
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# JPGFolder= <folder> Tells the gateway where to save local JPEG files built from incoming SSDV packets.
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JPGFolder=ssdv
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# LogTelemetry [Y|N] Enables logging of telemetry packets (ASCII only at present) to telemetry.txt.
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LogTelemetry=Y
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# LogPackets= [Y|N] Enables logging of packet information (SNR, RSSI, length, type) to packets.txt.
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LogPackets=Y
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# CallingTimeout= <seconds> Sets a timeout for returning to calling mode after a period with no received packets.
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CallingTimeout=60
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# ServerPort= [1-65535] Opens a server socket which can have 1 client connected. Sends JSON telemetry and status information to that client.
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ServerPort=6004
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# SMSFolder= <folder> Tells the gateway to check for incoming SMS messages or tweets that should be sent to the tracker via the uplink.
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#SMSFolder=./
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# EnableDev= [Y|N] Presumably some sort of developer mode.
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EnableDev=N
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# NetworkLED= <WiringPi pin> These are used for LED status indicators.
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#NetworkLED=22
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# InternetLED= <WiringPi pin> Which may be useful for packaged gateways that don't have a monitor attached.
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#InternetLED=23
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##### Transceiver Config #####
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# Channel specific configuration for each LoRa module with each variable in the $variable_n format where n = 0 for the first, 1 for the second etc.
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# If the frequency_n line is commented out, then that channel is disabled.
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#
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# There are a number of preset "modes" which can be used to configure a module for various roles:
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#
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# 0 = (normal for telemetry) Explicit mode, Error coding 4:8, Bandwidth 20.8 kHz, SF 11, Low data rate optimize on
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# 1 = (normal for SSDV) Implicit mode, Error coding 4:5, Bandwidth 20.8 kHz, SF 6, Low data rate optimize off
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# 2 = (normal for repeater) Explicit mode, Error coding 4:8, Bandwidth 62.5 kHz, SF 8, Low data rate optimize off
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# 3 = (normal for fast SSDV) Explicit mode, Error coding 4:6, Bandwidth 250 kHz, SF 7, Low data rate optimize off
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# 4 = Test mode not for normal use.
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# 5 = (normal for calling mode) Explicit mode, Error coding 4:8, Bandwidth 41.7 kHz, SF 11, Low data rate optimize off
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##### Config CE0 #####
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# frequency_0= <freq in MHz> Sets the frequency for LoRa module.
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frequency_0=434.451
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# mode_0= [0-4] Sets the "mode" which offers a simple way of setting the various LoRa parameters in one go.
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mode_0=1
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# AFC_0= [Y|N] Enables automatic frequency control (retunes by the frequency error of last received packet).
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AFC_0=Y
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#bandwidth_0=125K # <Bandwidth> Options are 7K8, 10K4, 15K6, 20K8, 31K25, 41K7, 62K5, 125K, 250K, 500K.
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#implicit_0=0 # [Y|N] TBC.
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#coding_0=5 # [5-8] Second value of 4:x error coding, eg a value of 5 corresponds to 4:5 error coding.
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#sf_0=8 # <Spread Factor> TBC.
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#lowopt_0=0 # [Y|N] Enables low data rate optimization.
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#power_0=255 # [0-255] This is the power setting used for uplinks. Refer to the LoRa manual for details on setting this.
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# ** Only set values that are legal in your location (for EU see IR2030) **
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# DIO0_0= <WiringPi pin>
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DIO0_0=31
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# DIO5_0= <WiringPi pin>
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DIO5_0=26
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#UplinkTime_0=2 # <seconds> When to send any uplink messages, measured as seconds into each cycle.
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#UplinkCycle_0=60 # <seconds> Cycle time for uplinks, first cycle starts at 00:00:00.
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# eg for uplink time=2 and cycle=30, transmissions will start at 2 and 32 seconds after each minute.
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# ActivityLED_0= <WiringPi pin>
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#ActivityLED_0=21
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##### Config CE1 #####
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#frequency_1=434.500 # <freq in MHz> Sets the frequency for LoRa module.
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#mode_1=1 # [0-5] Sets the "mode" which offers a simple way of setting the various LoRa parameters in one go.
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#AFC_1=Y # [Y|N] Enables automatic frequency control (retunes by the frequency error of last received packet).
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#bandwidth_1=125K # <Bandwidth> Options are 7K8, 10K4, 15K6, 20K8, 31K25, 41K7, 62K5, 125K, 250K, 500K.
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#implicit_1=0 # [Y|N] TBC.
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#coding_1=5 # [5-8] Second value of 4:x error coding, eg a value of 5 corresponds to 4:5 error coding.
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#sf_1=8A # <Spread Factor> TBC.
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#lowopt_1=0 # [Y|N] Enables low data rate optimization.
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#power_1=255 # [0-255] This is the power setting used for uplinks. Refer to the LoRa manual for details on setting this.
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# ** Only set values that are legal in your location (for EU see IR2030) **
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#DIO0_1=6 # <WiringPi pin>
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#DIO5_1=5 # <WiringPi pin>
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#UplinkTime_1=5 # <seconds> When to send any uplink messages, measured as seconds into each cycle.
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#UplinkCycle_1=60 # <seconds> Cycle time for uplinks, first cycle starts at 00:00:00.
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# eg for uplink time=2 and cycle=30, transmissions will start at 2 and 32 seconds after each minute.
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# ActivityLED_1= <WiringPi pin>
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#ActivityLED_1=29
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EOF
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fi
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# Update ownership of new config file.
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chown pi:pi ${BUILD_DIRECTORY_HAB}/lora-gateway/gateway.txt > /dev/null 2>&1
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CheckReturnCode
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### INSTALL AS A SERVICE
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#DECODER_SERVICE_SCRIPT="/etc/init.d/hab-lora-gateway"
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DECODER_SERVICE_CONFIG="/etc/hab-lora-gateway.conf"
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#echo -en "\033[33m Downloading and setting permissions on the service script..."
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#sudo curl http:// -o ${DECODER_SERVICE_SCRIPT}
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#sudo chmod +x ${DECODER_SERVICE_SCRIPT}
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echo -en "\033[33m Creating service config file \"${DECODER_SERVICE_CONFIG}\"...\n"
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sudo tee ${DECODER_SERVICE_CONFIG} > /dev/null <<EOF
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#shellbox configuration file
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#Starts commands inside a "box" with a telnet-like server.
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#Contact the shell with: telnet <hostname> <port>
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#Syntax:
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#port user directory command args
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50100 pi ${BUILD_DIRECTORY_HAB}/lora-gateway ./gateway
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EOF
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CheckReturnCode
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echo -en "\033[33m Configuring ${DECODER_NAME} as a service...\t\t\t"
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sudo update-rc.d hab-lora-gateway defaults > /dev/null 2>&1
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CheckReturnCode
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echo -en "\033[33m Starting the ${DECODER_NAME} service...\t\t\t"
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sudo service hab-lora-gateway start > /dev/null 2>&1
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CheckReturnCode
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### ARCHIVE SETUP PACKAGES
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### SETUP COMPLETE
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# Return to the project root directory.
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echo -e "\e[94m Entering the ${ADSB_PROJECTTITLE} root directory...\e[97m"
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cd ${PROJECT_ROOT_DIRECTORY}
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echo -e ""
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echo -e "\e[93m-------------------------------------------------------------------------------------------------------\n"
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echo -e "\e[92m ${DECODER_NAME} setup is complete.\e[39m"
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echo -e ""
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if [[ ! -z ${VERBOSE} ]] ; then
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read -p "Press enter to continue..." CONTINUE
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fi
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exit 0
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