Elixir Graph Data Modeling and Package Comparison

Graph data is complex, and choosing the right Elixir library or database connection requires careful comparison. This course provides the framework needed to set up a controlled environment and make informed architectural decisions. By the end of this course, you will be able to design, implement, and test various graph data solutions within a controlled Elixir environment, optimizing for performance and maintainability. What you'll learn: * Understand the fundamental concepts of graph theory and how they map to functional Elixir data structures. * Configure an Elixir umbrella application structure suitable for comparative testing of various packages and database drivers. * Apply common graph traversal and querying patterns using popular Elixir graph libraries. * Practice modeling complex relationships using both in-memory graph structures and external graph database connections. * Implement basic unit testing using ExUnit to verify the correctness and performance of different graph query implementations. * Design robust data schemas for efficient storage and retrieval of relational data. The course begins by defining core graph concepts and setting up the Elixir project environment. We then move into practical, text-based exercises focused on modeling, querying, and performance comparison across different implementation methods. This course is designed for beginner Elixir developers familiar with basic language syntax who want to explore handling complex relational data using graph approaches. No prior experience with graph databases or specific Elixir graph libraries is required. Start mastering graph data comparison in Elixir today.