You will need an already initialized graph-node database. You will also
need to be able to run psql and connect to the graph-node database. If
your database is sharded, this data needs to be imported into the primary
database
- Compressed with
gzip(5.9 GB): ens_names.sql.gz (sha256) - Compressed with
zstd(5.6 GB): ens_names.sql.zst (sha256)
The psql command for the import has to be run as the same user as the
user that graph-node uses to connect to the database.
zcat ens_names.sql.gz | psql graph
or
zstdcat ens_names.sql.zst | psql graph
These are the steps to generate the ens_names.sql.gz file, and are not
needed for just importing that data.
Convert ENS's rainbow table data into a SQL script that we can ingest with
psql, similar to a plain text dump from pg_dump.
Download input for rainbow tables via gsutil cp gs://ens-files/preimages/* .
Run this as cat preimages-* | cargo run --release | gzip > data.sql.
Takes a while (10 minutes) on my machine and results in a 6GB file (133M entities)
pg_dump -c -x -O --if-exists --no-tablespaces -t ens_names -f /var/tmp/ens_names.sql.gz -Z9