SUMMARY
This discussion focuses on modifying a Fortran codebase that utilizes a Makefile for compilation. The user aims to incorporate a new module, "spincohere.F90", and a different linear algebra package, "zheev", into the existing code. The user is unfamiliar with Makefile syntax and structure, leading to confusion about how to properly declare dependencies and compile the new module. Key insights include the importance of correctly specifying object file dependencies and the necessity of understanding Makefile syntax, particularly the use of tabs versus spaces.
PREREQUISITES
- Understanding of Fortran programming language
- Familiarity with Makefile syntax and structure
- Knowledge of linear algebra packages, specifically "zheev"
- Experience with compiling Fortran code using gfortran
NEXT STEPS
- Research "GNU Make" and its syntax for writing Makefiles
- Learn how to manage module dependencies in Fortran
- Explore tutorials on integrating external libraries like "zheev" into Fortran projects
- Practice writing and modifying Makefiles with sample Fortran projects
USEFUL FOR
This discussion is beneficial for Fortran developers, software engineers working with legacy code, and anyone looking to understand Makefile management in complex codebases.