The article explores the concept of programming as a process akin to building parse tree graphs, emphasizing how developers, often perceived as text code writers, are inherently engaged in constructing these complex structures, which are partially abstracted by compilers. It discusses how programming can be visualized through the lens of Alan Turing's thought processes, where the creation and manipulation of tree graphs represent the underlying logic and structure of code development. The article highlights the importance of understanding parse trees in programming and suggests that programmers unconsciously build these mental models to solve coding problems, with tools like Neo4j and Antlr4 aiding in visualizing and automating this process. The narrative delves into the potential application of microservices and Cypher queries to automate and optimize the creation of these graphs, drawing parallels to Turing's theoretical frameworks. The author also acknowledges the various tools and resources used to facilitate this exploration and invites readers to further engage with Neo4j to develop their graph database skills.