transactology.dev

Developer Workbench for Transaction Science

workbench active

■ tx.parse()

                    function parse(raw) {
                      const tx = decode(raw);
                      return {
                        sender: tx.from,
                        receiver: tx.to,
                        value: tx.amount,
                        hidden: tx.meta
                      };
                    }
                

// Parse raw transaction data

▲ tx.validate()

                    function validate(tx) {
                      if (!tx.sender) return false;
                      if (tx.value <= 0) return false;
                      return true;
                    }
                

// Validate transaction integrity

● tx.analyze()

                    function analyze(history) {
                      const visible = history.map(toVisible);
                      const invisible = history.map(toHidden);
                      return merge(visible, invisible);
                    }
                

// Analyze transaction patterns

◆ tx.simulate()

                    function simulate(params) {
                      const world = createWorld(params);
                      while (!world.stable) {
                        world.tick();
                      }
                      return world.report();
                    }
                

// Simulate transaction ecosystems

Documentation

What is Transactology?

The study of how value, information, and relationship move between entities in a system. This workbench provides developer tools for analyzing, parsing, validating, and simulating transaction patterns at any scale.

Getting Started

Every transaction has a visible component (the exchange) and an invisible component (the relational change). The tools above process both. Start with tx.parse() to decode raw data, then tx.validate() to check integrity.

Architecture

The transactology.dev environment is layered: base layer handles data ingestion, middle layer performs analysis, and top layer renders human-readable reports. All layers communicate through a unified transaction protocol.