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Last active May 4, 2019
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Install clamd on the Raspberry PI 3
# CLAM easy install script for Raspberry PI
# curl -L | sh
# Copyright (c) 2014-2018 The CLAM developers
#setup dev working directory
cd ~
mkdir dev
cd dev
#download clam source and build prerequisites
curl -L | tar xvz
sudo apt-get update
sudo apt-get upgrade
sudo apt-get remove -y openssl
sudo apt-get install -y build-essential libtool autotools-dev autoconf pkg-config libboost-all-dev db4.8-util libssl1.0-dev libminiupnpc-dev
cd clams-1.4.17/
#copy pasted from ->
#modded by daXXog
#go back to clam-root
#patch chainparams.cpp -dXg
cp "${CLAM_ROOT}/src/chainparams.cpp.bak" "${CLAM_ROOT}/src/chainparams.cpp"
cp "${CLAM_ROOT}/src/chainparams.cpp" "${CLAM_ROOT}/src/chainparams.cpp.bak"
curl -L | patch "${CLAM_ROOT}/src/chainparams.cpp"
#patch system swapfile from 100 to 1024 -dXg
cd ~
echo "cat $(pwd)/.dphys-swapfile.bak > /etc/dphys-swapfile" > ~/
chmod +x ~/
sudo ~/
cat /etc/dphys-swapfile > ~/.dphys-swapfile.bak
curl -L | sudo patch /etc/dphys-swapfile
cat /etc/dphys-swapfile
sudo /etc/init.d/dphys-swapfile restart
# Pick some path to install BDB to, here we create a directory within the clam directory
mkdir -p $BDB_PREFIX
# just Fetch the source
curl -L | tar xvz
# Build the library and install to our prefix
cd db-4.8.30.NC/build_unix/
# Note: Do a static build so that it can be embedded into the exectuable, instead of having to find a .so at runtime
../dist/configure --enable-cxx --disable-shared --with-pic --prefix=$BDB_PREFIX
make -j3
make install
# Configure Clam Core to use our own-built instance of BDB & SSL
./configure --enable-upnp-default LDFLAGS="-L${BDB_PREFIX}/lib/" CPPFLAGS="-I${BDB_PREFIX}/include/"
#copy pasted from ->
#modded by daXXog
#build and install
make -j2
sudo make install
#setup config
#backup any clam data dirs
mv ~/.clam ~/.clam-backup-$(date +%s)
cd ~/.clam/
cd ~
#install rtorrent
curl -L > ${CLAM_DATA_DIR}/bootstrap.torrent
sudo apt-get install -y rtorrent tmux
#config rtorrent
rm -rf ~/.rtsession
mkdir ~/.rtsession
echo "directory = ${CLAM_DATA_DIR}" > ~/.rtorrent.rc
echo "session = ${USER_HOME_DIR}/.rtsession" >> ~/.rtorrent.rc
echo "schedule = watch_directory_1,10,10,\"load_start=${CLAM_DATA_DIR}/*.torrent,d.set_directory=${CLAM_DATA_DIR}/\"" >> ~/.rtorrent.rc
echo "system.method.set_key =,clam_touchdown,\"execute=touch,${CLAM_DATA_DIR}/touched\"" >> ~/.rtorrent.rc
echo "port_random = yes" >> ~/.rtorrent.rc
echo "check_hash = yes" >> ~/.rtorrent.rc
echo "dht = auto" >> ~/.rtorrent.rc
echo "dht_port = 6881" >> ~/.rtorrent.rc
echo "peer_exchange = yes" >> ~/.rtorrent.rc
#download the bootstrap.dat file
tmux new-session -s rtorrent -d rtorrent
echo downloading bootstrap.dat ..
echo via
while [ ! -f ${CLAM_DATA_DIR}/touched ]; do sleep 10; done
echo bootstrap.dat download complete
#generate rpc password
echo generating secure password ..
CLAM_RPC_PASS=$(curl -L | bash)
#setup rpc
echo "rpcuser=clamrpc" > ${CLAM_DATA_DIR}/clam.conf
echo "rpcpassword=${CLAM_RPC_PASS}" >> ${CLAM_DATA_DIR}/clam.conf
#provide more useful logs
echo "logtimestamps=1" >> ${CLAM_DATA_DIR}/clam.conf
#help combat blockchain spam attack
echo "mininput=0.01" >> ${CLAM_DATA_DIR}/clam.conf
#setup good settings for staking
echo "combineany=1" >> ${CLAM_DATA_DIR}/clam.conf
echo "splitsize=45" >> ${CLAM_DATA_DIR}/clam.conf
#let the user know what the settings are
echo "${CLAM_DATA_DIR}/clam.conf"
cat ${CLAM_DATA_DIR}/clam.conf
#daemonize clam and run clam on startup
sudo touch /etc/init.d/clamd
curl -L > ~/._tmpclamd
echo "sudo -u ${USER} nohup clamd >> /dev/null &" >> ~/._tmpclamd
curl -L >> ~/._tmpclamd
sudo chown root ~/._tmpclamd
sudo mv ${USER_HOME_DIR}/._tmpclamd /etc/init.d/clamd
sudo chmod 755 /etc/init.d/clamd
sudo update-rc.d clamd defaults
cat /etc/init.d/clamd
#start the clam client
sudo /etc/init.d/clamd start
echo install finished!
echo clam is running, to view logs type:
echo tail -f ${CLAM_DATA_DIR}/debug.log
echo you can now reboot the system with
echo sudo reboot
echo clamd will now start at bootup
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