Qtum block hash to Ethereum block hash converter
Qtum (Bitcoin) block hashes are calculated using SHA256
Instead Ethereum uses keccak256 as its hashing algorithm.
This program scans all the blocks from Qtum network (aprox 1.7 millions) and for each qtum block calculates the corresponding ethereum hash and stores the pair of hashes in a Postgres database
Features
- Worker pool architecture
- Configurable number of workers (defaults to num of CPU cores)
- JSON RPC client over http
- http retry with backoff strategy and jitter schema
- Graceful termination for user interruption (^C)
- Loggin levels available
- Info and error data are saved to
output.loganderror.logfiles - Multiple RPC providers endpoints are supported and distributed evenly among workers
Command line options
usage: main [<flags>]
Flags:
--help Show context-sensitive help (also try --help-long and --help-man).
-p, --providers=https://janus.qiswap.com ...
qtum rpc providers
-w, --workers=12 Number of workers. Defaults to system's number of CPUs.
-d, --debug debug mode
-f, --from=0 block number to start scanning from (default: 'Latest'
-t, --to=0 block number to stop scanning (default: 1)
--version Show application version.
Usage example
go run main.go -p https://janus.qiswap.com/api/ -p http://34.66.201.0:23890 -w 6
go run main.go -p https://janus.qiswap.com/api/ -p http://34.66.201.0:23890 -p http://127.0.0.1:23889 -p http://mainnet.qnode.meherett.com/77EKhIvlhGs1Jro4beyWH3KNxLZrSLgnyucHb -w 8
go run main.go -p https://janus.qiswap.com/api/ -p http://34.66.201.0:23890 -p http://127.0.0.1:23889 -p http://mainnet.qnode.meherett.com/77EKhIvlhGs1Jro4beyWH3KNxLZrSLgnyucHb -w 8 -t 1500000
To do
- Include options to use cloud based DB (i.e. AWS Postgres) or REDIS
- Improve tests coverage
