Installing Cardano SMASH server
Warning! Instructions are correct and functional, but SMASH has memory leaks that we are working on fixing with the IOHK#s technical team. We will keep you posted.
Installing the SMASH server First, you need to install the packages required for a smash-server:
sudo apt install libpq-dev postgresql mkdir cardano-db-sync && cd cardano-db-sync curl -s
https://hydra.iohk.io/build/6077812/download/1/cardano-db-sync-9.0.0-
linux.tar.gz -o cardano-db-sync-9.0.0-linux.tar.gz tar xzf cardano-db-sync-9.0.0-linux.tar.gz cp cardano-db-sync ~/.local/bin/
Next, we recommend that you create a directory (if you haven't created one) where projects from github will be cloned. In our case, this is the git directory.
mkdir ~/git cd ~/git
Then clone the project's repository and move to its directory.
git clone
https://github.com/input-output-hk/smash
cd smash/
To be on the safe side, start updating the cabal components and then build the smash project
cabal update cabal build smash && cabal install smash
If all went well, the executable file of the smash-server can be copied into the folder with the rest of the cardano binaries.
cp dist-newstyle/build/x86_64-linux/ghc-8.10.2/smash-1.4.0/x/smash- exe/build/smash-exe/smash-exe ~/.local/bin/
Then create a pgpass file which is necessary for further configuration and operation of the smash-server.
nano ~/cnode/config/pgpass
with the folowing text : /var/run/postgresql:5432:smash:: Copy the database schema files, database initialization script and configuration file for the smash-server in the directory, from which we will then run the smash-server:
cp -R schema ~/cnode/ cp scripts/postgresql-setup.sh ~/cnode/scripts/ cp config/mainnet-config.yaml ~/cnode/config/smash-mainnet-config.yaml
check if "postgresql" is launched:
sudo systemctl status postgresql
If it is not running, then start it:
sudo systemctl enable postgresql && sudo systemctl start postgresql
Next, you need to be logged in as postgres user to give the user who will run smash the rights to create the database and tables (in our case candano):
sudo -i
sudo -u postgres createuser cardano psql
ALTER ROLE cardano WITH SUPERUSER ALTER ROLE cardano WITH CREATEDB quit exit exit If you don't do this, nothing will work. Go to the directory from where we will run the smash-server:
cd ~/cnode
Create a directory for ledger-state:
mkdir state
Create a database and table structure for the smash:
SMASHPGPASSFILE=config/pgpass ./scripts/postgresql-setup.sh --createdb SMASHPGPASSFILE=config/pgpass smash-exe run-migrations --mdir ./schema
Start the smash-server in sync mode (in our case, the synchronization lasted more than a day):
tmux SMASHPGPASSFILE=config/pgpass smash-exe run-app-with-db-sync --config config/smash-mainnet-config.yaml --socket-path sockets/node.socket --schema- dir schema/ --state-dir state/
Run the smash-server in sync mode (in our case, the synchronization lasted more than 24hours (in this mode, the smash-server and cardano-node in relay mode during the peak load utilize about 13GB of RAM, cardano-node - 4. 3GB and smash-exe 8-8.5) SMASHPGPASSFILE=config/pgpass smash-exe run-app-with-db-sync --config config/smash-mainnet-config.yaml --socket-path sockets/node. socket --schema- dir schema/ --state-dir state/ +RTS --disable-delayed-os-memory -return -RTS (RAM consumption ~ 11.5GB) SMASHPGPASSFILE=config/pgpass smash-exe run-app-with-db-sync --config config/smash-mainnet-config. yaml --socket-path sockets/node.socket --schema- dir schema/ --state-dir state/ +RTS -N2 -A16m (RAM consumption ~ 11-11.5Gb, and in my opinion reduced to 2) active threads:)
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