We are 100% ad and tracker free.
Help sponsor us by donating to 🔺 X-avax1n7j2g4arl76l8p0tefdu0w36kcue4v5fr44yfg 🔺
Any amount is welcome! Thank you! ❤
Bitcoin Blockchain MySQL Database Inserter Configuration
Toolbox tries to read configuration from $HOME/.cyptobi/cryptobi.conf If a config file is unavailable, then defaults will be applied. The order of precendence from highest to lowest is: Command line options override all others. Config file options override defaults. Program defaults. Environment Set CRYPTOBI_HOME environment variable to the directory where you cloned the Crypto.BI Toolbox from […]
C++ Bitcoin Blockchain to MySQL Database Interface
Crypto.BI Toolbox abstracts database access through a thin database access layer. Every database operation required to run the system has been made into a separate function in db/dao/CBDAODriver.h This traditional approach, used in many system architectures, allows us to switch storage solutions by creating new subclasses of CBDAODriver. For instance, if a graph database was […]
Bitcoin Blockchain SQL Schema for MySQL
This SQL schema was created for Crypto.BI Toolbox. The same, or similar, SQL schema can be used by anyone exploring Bitcoin with the help of a MySQL RDBMS. Although we didn’t test this SQL with other RDBMS’, it should be fully compatible with MariaDB and any other MySQL-derived system. How the data is inserted/retrieved to/from […]
Bitcoin Blockchain to MySQL Insertion Tool
Crypto.BI Toolbox comes with a raw .dat block file to MySQL insertion tool called blocks_inserter. To use it, first you’ll need to generate the MySQL schema on your local server by importing scripts/sql/mysql/cryptobitoolbox_bitcoin.sql into your MySQL server. Then you will need to configure Toolbox with the appropriate username, password, host and database so that Toolbox […]
Concepts In This Page
Cardano is a 3rd generation cryptocurrency which is developed based on scientific methods, peer review and aims for formal verification and on-chain governance and compliance.
cardano-node is a full node implementation of the Cardano ADA Ouroboros protocol. It is written in the Haskell programming language and aims to obtain formal verification of correctness in the future.
Haskell is a purely functional programming language which generates very secure and elegant programs. Haskell is used in the implementation of the Cardano ADA cryptocurrency.
Linux is the world's most popular *NIX-like open source operating system. Most cryptocurrency full nodes run on Linux servers.
Explore software programming topics. Cryptocurrencies, programming languages, tutorials and software development in general.