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Remove binary download options (#1252)
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* Remove binary download options

* Add radiotags to runagain, and fix bug for radiofruit hardware type
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@cluckj @scottleibrand
cluckj authored and scottleibrand committed May 15, 2019
1 parent 09a5507 commit 4f5c6cc
Showing 1 changed file with 94 additions and 115 deletions.
209 changes: 94 additions & 115 deletions bin/oref0-setup.sh
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Original file line number Diff line number Diff line change
Expand Up @@ -28,10 +28,9 @@ DIR=""
directory=""
EXTRAS=""
radio_locale="US"
buildgofromsource=false
radiotags="cc111x"
ecc1medtronicversion="latest"
ecc1dexcomversion="latest"
radiotags="cc111x"
hardwaretype=explorer-board

# Echo text, but in bright-blue. Used for confirmation echo text. This takes
Expand Down Expand Up @@ -345,65 +344,48 @@ if [[ -z "$DIR" || -z "$serial" ]]; then
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 (DIY: SPI)"
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;;
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 build Go binaries from source. "; buildgofromsource=true; hardwaretype=diy;;
*) echocolor "Yay! Configuring for Edison with Explorer Board. "; ttyport=/dev/spidev5.1; hardwaretype=edison-explorer;;
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 (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;;
3) echocolor "Configuring RFM69HCW. "; ttyport=/dev/spidev0.1; hardwaretype=rfm69hcw;;
4) echocolor "Configuring for SPI-connected TI stick. "; ttyport=/dev/spidev0.0; hardwaretype=arm-spi;;
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 build Go binaries from source. "; buildgofromsource=true; hardwaretype=diy;;
*) echocolor "Configuring Explorer Board HAT. "; ttyport=/dev/spidev0.0; hardwaretype=explorer-hat;;
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 and force Go binaries to be built from source
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 build Go binaries from source."
buildgofromsource=true
fi

# Ask about downloading binaries, but only if hardware choices allow binaries to be used.
if [ $buildgofromsource = false ]; then
read -p "Would you like to [D]ownload released precompiled Go pump communication library or install an [U]nofficial (possibly untested) version.[D]/U " -r
if [[ $REPLY =~ ^[Uu]$ ]]; then
read -p "You could either build the Medtronic library from [S]ource, or type the version tag you would like to use, example 'v2019.01.21' [S]/<version> " -r
if [[ $REPLY =~ ^[Ss]$ ]]; then
buildgofromsource=true
else
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' <version> " -r
ecc1dexcomversion="tags/$REPLY"
echo "Will use https://github.com/ecc1/dexcom/$REPLY if Go-dexcom is needed."
fi
fi
echocolor "You will need to pick your radio type."
hardwaretype=diy
fi

# Get details from the user about how binaries should be built from source, otherwise have setup download binaries. Default is cc111x.
if [ $buildgofromsource = true ]; then
echo "Building Go pump binaries from source"
echo "What type of radio do you use? Options are:"
# Get details from the user about how binaries should be built. Default is cc111x.
if [ $hardwaretype = diy ]; then
echo "What type of radio are you using? Options are:"
echo "1) cc1110 or cc1111"
echo "2) cc1101"
echo "3) RFM69HCW on /dev/spidev0.0 (walrus)"
Expand All @@ -412,18 +394,30 @@ if [[ -z "$DIR" || -z "$serial" ]]; then
read -p "Please enter the number for your radio configuration: [1] " -r
case $REPLY in
2) radiotags="cc1101";;
3) radiotags="rfm69 walrus";;
4) radiotags="rfm69";;
3) radiotags="rfm69 walrus"; ttyport=/dev/spidev0.0;;
4) radiotags="rfm69"; ttyport=/dev/spidev0.1;;
5) read -p "Enter your radiotags: " -r; radiotags=$REPLY;;
*) radiotags="cc111x";;
esac
echo "Building Go pump binaries from source with " + "$radiotags" + " tags."
echo "Building Go pump binaries with " + "$radiotags" + " tags."
else
echo "Downloading latest precompiled Go pump binaries."
ecc1medtronicversion="latest"
ecc1dexcomversion="latest"
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]/<version> " -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' <version> " -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 "${ttyport}" ]]; then
echo -e "\e[1mMedtronic pumps come in two types: WW (Worldwide) pumps, and NA (North America) pumps.\e[0m"
echo "Confusingly, North America pumps may also be used outside of North America."
Expand Down Expand Up @@ -630,6 +624,9 @@ fi
if [[ ! -z "$hardwaretype" ]]; then
echo -n " --hardwaretype='$hardwaretype'" | tee -a $OREF0_RUNAGAIN
fi
if [[ ! -z "$radiotags" ]]; then
echo -n " --radiotags='$radiotags'" | tee -a $OREF0_RUNAGAIN
fi
echo; echo | tee -a $OREF0_RUNAGAIN
chmod 755 $OREF0_RUNAGAIN

Expand Down Expand Up @@ -1261,40 +1258,32 @@ if prompt_yn "" N; then
echo "Clearing retrieved apt packages to free space."
apt-get autoclean && apt-get clean

# Install Go if needed, or set up paths
if [ $buildgofromsource = true ]; then
source $HOME/.bash_profile
if go version | grep go1.11.; then
echo Go already installed
else
echo "Installing Golang..."
if uname -m | grep armv; then
cd /tmp && wget -c https://storage.googleapis.com/golang/go1.11.linux-armv6l.tar.gz && tar -C /usr/local -xzvf /tmp/go1.11.linux-armv6l.tar.gz
elif uname -m | grep i686; then
cd /tmp && wget -c https://dl.google.com/go/go1.11.linux-386.tar.gz && tar -C /usr/local -xzvf /tmp/go1.11.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
# Install Golang
mkdir -p $HOME/go
source $HOME/.bash_profile
if go version | grep go1.11.; then
echo Go already installed
else
sed --in-place '/.*GOPATH*/d' $HOME/.bash_profile
echo 'PATH=$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
echo "Installing Golang..."
if uname -m | grep armv; then
cd /tmp && wget -c https://storage.googleapis.com/golang/go1.11.linux-armv6l.tar.gz && tar -C /usr/local -xzvf /tmp/go1.11.linux-armv6l.tar.gz
elif uname -m | grep i686; then
cd /tmp && wget -c https://dl.google.com/go/go1.11.linux-386.tar.gz && tar -C /usr/local -xzvf /tmp/go1.11.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

mkdir -p $HOME/go
source $HOME/.bash_profile

#Necessary to "bootstrap" Go commands...
Expand All @@ -1304,61 +1293,51 @@ if prompt_yn "" N; then
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 [[ "$ttyport" =~ "spidev" ]]; then
#Turn on SPI for all pi-based setups. Not needed on the Edison
#Turn on SPI for all pi-based setups. Not needed on the Edison.
if is_pi; then
echo "Making sure SPI is enabled..."
sed -i.bak -e "s/#dtparam=spi=on/dtparam=spi=on/" /boot/config.txt
fi
#Translate hardware type into arch for Go binary downloads
if [[ "$hardwaretype" =~ "explorer-hat" || "$hardwaretype" =~ "arm-spi" ]]; then arch=arm-spi
elif [[ "$hardwaretype" =~ "radiofruit" || "$hardwaretype" =~ "rfm69hcw" ]]; then arch=arm-rfm69
elif [[ "$hardwaretype" =~ "edison-explorer" || "$hardwaretype" =~ "386-spi" ]]; then arch=386-spi
elif [[ "$hardwaretype" =~ "diy" ]]; then gobuildfromsource=true #make sure binaries aren't downloaded for DIY rigs
else arch=386-spi
fi
#TODO: Support non-SPI ports (TI stick over UART)
#elif [[ "$ttyport" =~ "tty" ]]; then
# if [[ "$hardwaretype" =~ "386-uart" && is_edison ]]; then arch=386-uart
# elif [[ "$hardwaretype" =~ "arm-uart" && is_pi ]]; then arch=arm-uart

#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

#Build Go binaries from source, or download prebuilt binaries package
if [ $buildgofromsource = true ]; then
go get -u -v -tags "$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
mkdir -p $HOME/go/bin && \
downloadUrl=$(curl -s https://api.github.com/repos/ecc1/medtronic/releases/$ecc1medtronicversion | \
jq --raw-output '.assets[] | select(.name | contains("'$arch'")) | .browser_download_url')
echo "Downloading Go pump binaries from:" $downloadUrl
wget -qO- $downloadUrl | tar xJv -C $HOME/go/bin || die "Couldn't download and extract Go pump binaries"
echo "Installing Go pump binaries ..."
ln -sf $HOME/go/bin/openaps.jq $directory/ || die "Couldn't softlink openaps.jq"
fi

if [[ ${CGM,,} =~ "g4-go" ]]; then
if [ ! -d $HOME/go/bin ]; then mkdir -p $HOME/go/bin; fi
echo "Installing or Compiling Go dexcom binaries ..."
if $buildgofromsource; then
if is_edison; then
go get -u -v -tags nofilter github.com/ecc1/dexcom/...
else
go get -u -v github.com/ecc1/dexcom/...
fi
echo "Compiling Go dexcom binaries ..."
if is_edison; then
go get -u -v -tags nofilter github.com/ecc1/dexcom/...
else
arch=arm
if egrep -i "edison" /etc/passwd &>/dev/null; then
arch=386
fi
downloadUrl=$(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 $HOME/go/bin || die "Couldn't download and extract Go dexcom binaries"
go get -u -v github.com/ecc1/dexcom/...
fi
# else
# arch=arm
# if egrep -i "edison" /etc/passwd &>/dev/null; then
# arch=386
# fi
# downloadUrl=$(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
Expand Down

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