Compile

FURY has been developed on GNU/Linux architecture. Other OS are not supported (and in general there is no best alternative to GNU/Linux :-).

FURY is a modern Fortran project thus a modern Fortran compiler is need to compile the project. In the following table the support for some widely-used Fortran compilers is summarized.

The library is modular, namely it exploits Fortran modules. As a consequence, there is compilation-cascade hierarchy to build the library. To correctly build the library the following approaches are supported

• Build by means of FoBiS: full support;
• Build by means of GNU Make: to be implemented.
• Build by means of CMake: to be implemented.

The FoBiS building support is the most complete, as it is the one used for the developing FURY.

Build by means of FoBiS

A fobos file is provided to build the library by means of the Fortran Building System FoBiS.

Build all tests

Type

FoBiS.py build

After (a successful) building a directory ./exe is created containing all the compiled tests that constitute the FURY regression-tests-suite, e.g.

→ FoBiS.py build
Builder options
Directories
  Building directory: "exe"
  Compiled-objects .o   directory: "exe/obj"
  Compiled-objects .mod directory: "exe/mod"
Compiler options
  Vendor: "gnu"
  Compiler command: "gfortran"
  Module directory switch: "-J"
  Compiling flags: "-c -frealloc-lhs -std=f2008 -fall-intrinsics -O2 -Dr16p"
  Linking flags: "-O2"
  Preprocessing flags: "-Dr16p"
  Coverage: False
  Profile: False
PreForM.py used: False
PreForM.py output directory: None
PreForM.py extensions processed: []

Building src/tests/basic_use.f90
Compiling src/lib/penf.F90 serially
Compiling src/lib/string_t.F90 serially
Compiling src/lib/stringifor.F90 serially
Compiling ...
Linking exe/basic_use
Target src/tests/basic_use.f90 has been successfully built
...

→ tree -L 1 exe/
exe/
├── basic_use
...

Build by means of GNU Make

To be implemented.

Build by means of CMake

To be implemented.