Configure-4.4.0
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Someday there will be some documentation for the following....
General flags
--enable-keep-objects Objects are not removed but saved in appropriate
directories. Default is yes.
--enable-keep-src Keep preprocessed.f90 file. Default is no.
--enable-keep-extlibs Keep downloaded packages as tar.gz . Default is yes.
--enable-dp Double-precision build. Default is no.
--enable-time-profile Extended timing profile of specific sections.
Default is yes.
--enable-uspp Enable Ultrasoft PP support
--enable-memory-profile Extended Memory profile of specific sections
--enable-msgs-comps Verbose compilation log
--enable-options-check Enable the command line options check in driver.c.
Default is yes.
--enable-debug-flags Debug flags are set for compilation. Default is no.
Parallelization
--enable-open-mp Enable OpenMP support --enable-mpi Enable mpi parallelization . Default is yes.
Add...
Linear algebra
--enable-int-linalg Force internal linear algebra. Default is no
--enable-openmp-int-linalg
Use openmp internal linear algebra for few selected
operations. Default is no
--enable-slepc-linalg Enable suport for the diagonalization of BSE using
SLEPC. Default is no
--enable-par-linalg Use parallel linear algebra. Default is no
FFT
--enable-internal-fftqe Use internal QE FFT library --enable-internal-fftsg Use internal Goedecker FFT library --enable-3d-fft Use 3D FFT
netCDF
--enable-netcdf-classic Switch to OLD NetCDF classic. Default is no. --enable-netcdf-hdf5 Activate the HDF5 support. Default is no.
--enable-hdf5-compression
Activate the HDF5 data compression. Default is no.
--enable-hdf5-par-io Activate the HDF5 parallel io. Default is no.
--enable-hdf5-p2y-support
Activate HDF5 support in p2y. Default is no unless
parallel HDF5 libs are linked.
Other I/O libraries
--enable-iotk Activate the IOTK support --enable-etsf-io Activate the ETSF_IO support
Optional Packages:
--with-PACKAGE[=ARG] use PACKAGE [ARG=yes]
--without-PACKAGE do not use PACKAGE (same as --with-PACKAGE=no)
--with-extlibs-path=<path>
Path to the external libs
--with-editor=<exe> User-defined editor (none for no editor)
--with-f90ext=<flags> Use .<flags> Fortran 90 extension
--with-mpi-libs=<libs> Use MPI libraries <libs>
--with-mpi-path=<path> Path to the MPI install directory
--with-mpi-libdir=<path> Path to the MPI lib directory
--with-mpi-includedir=<path> Path to the MPI include directory
--with-blas-libs=<libs> Use BLAS libraries <libs>
--with-lapack-libs=<libs> Use LAPACK libraries <libs>
--with-fft-libs=<libs> Link to FFT libraries
--with-fft-path=<path> Path to the FFT install directory
--with-fft-libdir=<path> Path to the FFT lib directory
--with-fft-includedir=<path> Path to the FFT include directory
--with-fftsg-fac=<val> Change default Goedecker FFT cache factor
--with-slepc-libs=<libs> Use Slepc libraries <libs>
--with-slepc-incs=<incs> Use Slepc includes <incs>
--with-slepc-path=<path> Path to the Slepc install directory
--with-slepc-libdir=<path> Path to the Slepc lib directory
--with-slepc-includedir=<path>
Path to the Slepc include directory
--with-petsc-libs=<libs> Use Petsc libraries <libs>
--with-petsc-incs=<incs> Use Petsc includes <incs>
--with-petsc-path=<path> Path to the Petsc install directory
--with-petsc-libdir=<path> Path to the Petsc lib directory
--with-petsc-includedir=<path>
Path to the Petsc include directory
--with-blacs-libs=<libs> Use BLACS libraries <libs>
--with-scalapack-libs=<libs> Use SCALAPACK libraries <libs>
--with-netcdf-libs=<libs> Use NetCDF libraries <libs>
--with-netcdf-path=<path> Path to the NetCDF install directory
--with-netcdf-libdir=<path> Path to the NetCDF lib directory
--with-netcdf-includedir=<path>
Path to the NetCDF include directory
--with-netcdff-libs=<libs> Use NetCDFF libraries <libs>
--with-netcdff-path=<path> Path to the NetCDFF install directory
--with-netcdff-libdir=<path> Path to the NetCDFF lib directory
--with-netcdff-includedir=<path>
Path to the NetCDFF include directory
--with-hdf5-libs=<libs> Use HDF5 libraries <libs>
--with-hdf5-path=<path> Path to the HDF5 install directory
--with-hdf5-libdir=<path> Path to the HDF5 lib directory
--with-hdf5-includedir=<path> Path to the HDF5 include directory
--with-iotk-libs=<libs> Use the IOTK library in <libs>
--with-iotk-path=<path> Path to the IOTK install directory
--with-iotk-libdir=<path> Path to the IOTK lib directory
--with-iotk-includedir=<path> Path to the IOTK include directory
--with-etsf-io-libs=<libs> Use the ETSF_IO libraries in <libs>
--with-etsf-io-path=<path> Path to the ETSF_IO install directory
--with-etsf-io-libdir=<path> Path to the ETSF_IO lib directory
--with-etsf-io-includedir=<path>
Path to the ETSF_IO include directory
--with-libxc-libs=<libs> Use libxc libraries <libs>
--with-libxc-path=<path> Path to libxc install directory
--with-libxc-libdir=<path> Path to the libxc lib directory
--with-libxc-includedir=<path>
Path to the libxc include directory
Some influential environment variables:
CC C compiler command
CFLAGS C compiler flags
LDFLAGS linker flags, e.g. -L<lib dir> if you have libraries in a
nonstandard directory <lib dir>
LIBS libraries to pass to the linker, e.g. -l<library>
CPPFLAGS (Objective) C/C++ preprocessor flags, e.g. -I<include dir> if
you have headers in a nonstandard directory <include dir>
CPP C preprocessor
FC Fortran compiler command
FCFLAGS Fortran compiler flags
UFLAGS Unoptimized Fortran flags
FPP Fortran preprocessor
F77 Fortran 77 compiler command
FFLAGS Fortran 77 compiler flags
MPIFC Parallel Fortran compiler command
MPIF77 Parallel Fortran 77 compiler command
MPICC Parallel C compiler command