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#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# MAKEFILE for compiling One-Water Hydrologic Flow Model (MF-OWHM)
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#
# Developed by Scott E Boyce <seboyce@usgs.gov>
#
# If you use MF-OWHM, this MAKEFILE, a derivative of this makefile
# please include in any publications the following citations:
#
# Boyce, S.E., Hanson, R.T., Ferguson, I., Schmid, W., Henson, W., Reimann, T., Mehl, S.M., and Earll, M.M., 2020, One-Water Hydrologic Flow Model: A MODFLOW based conjunctive-use simulation software: U.S. Geological Survey Techniques and Methods 6–A60, 435 p., https://doi.org/10.3133/tm6A60
#
# Boyce, S.E., 2024, MODFLOW One-Water Hydrologic Flow Model (MF-OWHM) Conjunctive Use and Integrated Hydrologic Flow Modeling Software, version 2.3.x: U.S. Geological Survey Software Release, https://doi.org/10.5066/P9P8I8GS
#
# PROVIDED AS IS WITHOUT WARRANTY OR HELP.
#
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#
# This makefile contains the options for compiling using Intel, GFortran, and LLVM.
# There are a set of known compiler bugs in older versions of Intel and GCC that prevent compilation.
# If you receive "internal compiler error" when running this makefile, it is because the compiler version does not work.
#
# The Intel Fortran compiler is now part of Intel oneAPI and has two different versions:
# Intel Fortran Compiler Classic (ifort) and Intel Fortran (ifx).
# Historically MODFLOW is compiled using ifort, but Intel support for ifort ends in December, 2024.
#
# The two compilers have similar runtimes, but due to different floating point models and optimizations
# may yield slightly different results with the same input.
#
# New projects should use ifx and existing projects should test both ifort and ifx compilations.
# The default is still ifort, but may change in a future release.
#
# oneAPI versioning is based on YYYY.m.p, where YYYY is year, m is major version, p and patch version.
# oneAPI versions may not match its subcomponents,
# for example, oneAPI version 2023.0.0, has ifx version 2023.0.0, and ifort version 2021.8.0
#
# Gfortran many versions that are identified by their major versioning. The current versions in use are 10.x.y, 11.x.y, and 12.x.y
# The gfortran version can be determined by "gfortran --version" and
# specific major versions of gfortran can be invoked as gfortran-XX where XX is the major version, such as gfortran-12
#
# The LLVM compilers, FLANG and CLANG, are still experimental and not yet fully supported.
#
# ifx 2024.0.0 and newer WILL compile this project (oneAPI 2024.0.0)
# ifort 2021.10.0 and newer WILL compile this project (oneAPI 2023.2.0)
# ifort 2021.7.0 and earlier WILL compile this project (oneAPI 2022.2.1)
# ifort 2021.8.0 WILL NOT compile this project (oneAPI 2023.0.0)
# ifort 2021.9.0 WILL NOT compile this project (oneAPI 2023.1.0)
# gfortran 11.3.0 and 12.1.0 WILL compile this project (but raises runtime errors do to compiler bugs)
#
# The Intel C Compiler Classic (icc) has been discontinued and replaced by Intel C++ compiler (icx) in OneAPI w024.0.0 and newer.
# Both icc and icx versions can compile GMG.
#
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#
# To Invoke/Compile type from command prompt:
# make Compile the src files and testing files. Binary located in testing/bin
# make run Same as above, but runs the resulting test binary. Arguments to the test binary are set by including ARG=XYZ and replacing XYZ with the argument lest. For example: make run ARG=XYZ
# make clean Delete all object (.o) and module (.mod) files --> Note this uses the Unix find command and not Windows
# make reset Same as clean, except deletes all binaries. --> Note this uses the Unix find command and not Windows
#
# Specify debug or release to run without modifying the makefile:
# make CONFIG=debug or
# make CONFIG=release or
# make run CONFIG=debug or
#
# make COMPILER=gcc F90=gfortran or
# make COMPILER=gcc F90=gfortran CONFIG=debug
#
# Accepted keywords are (Note that all have defaults within this script):
# CONFIG => debug or release
# COMPILER => GCC or INTEL or LLVM --> Indicates the compiler collection used for auto setting compiler flags
# F90 => gfortran or ifort
# CC => gcc or icc
#
# bin_out => Location and Name (plus extension) of the final program. If not specified, then bin_out = $(bin_dir)/$(PROGRAM)$(ext)
# src_dir => Location of the source files -- Do not include a trailing / (that is, ./out1/out2)
# int_dir => Location of the intermediate files (.o and .mod) -- Do not include a trailing / (that is, ./out1/out2)
# test_dir => Location to run program when using "make run" -- Do not include a trailing / (that is, ./out1/out2)
#
# ARG => Arguments passed to program when using "make run"
# PROGRAM => Name file program without extension (note variable is ignored if bin_out is set).
# bin_dir => Location to place final program (note variable is ignored if bin_out is set). -- Do not include a trailing / (that is, ./out1/out2)
#
# --note all these variables should have detailed explanations where they are defined in this makefile.
# --bin_out overrides the default binary name with the user specified one, that is: $(F90) -o $(bin_out)
#
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#
# If you want to use Intel Fortran on Windows 10/11
# then run the makefile in the Intel Command Prompt (for example, run from the start menu: Compiler 19.1 Update 1 for Intel 64 Visual Studio 2019 environment)
# or you will get path or license errors from Intel.
# -- Linux Intel Fortran works fine with this makefile if ifort is in the PATH variable.
#
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#
# If you want to use Gfortran on Windows 10/11
# then you will need to:
# 1) Install MSYS: https://www.msys2.org/
# 2) Add to windows PATH variable:
# A) C:\msys64\mingw64\bin
# B) C:\msys64\usr\bin
# 3) Open a bash prompt.
# A) If in windows path just type "bash" in the cmd.exe windows
# B) Otherwise, it is located at: C:\msys64\usr\bin\bash.exe
# 4) Run the following commands in bash,
# after each command restart bash (close and reopen the window)
# A) pacman --needed -S bash pacman pacman-mirrors msys2-runtime
# B) pacman -Syu
# C) pacman -Suu
# D) pacman -S make
# E) pacman -S mingw64/mingw-w64-x86_64-gcc
# F) pacman -S mingw64/mingw-w64-x86_64-gcc-fortran
# G) pacman -S mingw64/mingw-w64-x86_64-gdb
# After that, you can now do updates to all components with the command:
# 5) pacman -Suy
#
# To search for additional packages go to:
# https://packages.msys2.org/search
# and change the search in to "Packages"
#
#~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#
#
#################################################################################################################################
#################################################################################################################################
### Set the following Variables #######################################################
#################################################################################################################################
#################################################################################################################################
#
# Compilation Configuration-Optimization Scheme
# ===> Accepted Answers: RELEASE, DEBUG
CONFIG := RELEASE
#
# Decide if you want to compile the GMG solver.
# This is the only C code dependency. If set to No then the C compiler is not used.)
# ===> Accepted Answers: YES, NO
USEGMG := NO
#
# Compilation Software --> Indicates the compiler collection used for setting compiler flags
# ===> Accepted Answers: INTEL, GCC, LLVM --> LLVM not fully-supported yet
COMPILER := INTEL
#
#
# Define the Fortran Compiler
# ===> For example: gfortran, gfortran-9, gfortran-10, ifort
# ****Note that the version of your Fortran compiler may not support all of the Fortran Standards (viz 2003, 2008, 2015)
F90 := ifort
#
# Define the C Compiler
# ===> Accepted Answers: gcc, icc
CC := icx
#
# Program Name - Do not include extension (eg .exe). Also _debug will automatically be added if CONFIG = debug. Use bin_out= to specify exact location and name for binary.
#
PROGRAM := mf-owhm
#
# Compile STATICALLY? That is, no library dependence and compile with STATIC options.
# ===> Accepted Answers: YES, NO
STATIC := YES
#
# Should compilation force DOUBLE PRECISION for all REAL variables? That is: REAL => DOUBLE PRECIONS.
# ===> Accepted Answers: YES, NO
#
DBLE := YES
#
# Pass Command Arguments when running executable.
# This is only used for "make run", for example "make run ARG=Name.nam"
ARG =
#
#
#@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
#################################################################################################################################@
#################################################################################################################################@
# DO NOT MODIFY BELOW THIS LINE ###########################################################@
# UNLESS YOU KNOW WHAT YOUR DOING ###########################################################@
#################################################################################################################################@
#################################################################################################################################@
#@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
#
# Program Name for echo output
ST:=
# Whitespace starts after $(ST)
#
ECHO_NAME := $(ST) MF-OWHM
#
#
#Define final BIN, SOURCE, and Testing directories => Can be blank, but do not include the trailing forward slash /
#
bin_dir ?=./bin
#
src_dir ?=./src
#
cfp_src_dir :=$(src_dir)/cfp
fmp_src_dir :=$(src_dir)/fmp
gmg_src_dir :=$(src_dir)/gmg_c
mfb_src_dir :=$(src_dir)/modflow_base
nwt_src_dir :=$(src_dir)/nwt
slg_src_dir :=$(src_dir)/slang
bif_src_dir :=$(src_dir)/bif_lib
#
# BiF Directory Groups
bif_sub_dir := $(bif_src_dir)/datetime \
$(bif_src_dir)/dynamic_arrays \
$(bif_src_dir)/error \
$(bif_src_dir)/input_reader \
$(bif_src_dir)/io \
$(bif_src_dir)/math_numbers \
$(bif_src_dir)/sort \
$(bif_src_dir)/spatial \
$(bif_src_dir)/strings \
$(bif_src_dir)/system \
$(bif_src_dir)/types_and_containers \
$(bif_src_dir)/unicode \
$(bif_src_dir)/unit_test \
$(bif_src_dir)/util_misc
#
# Location where test files are run
test_dir ?=./examples
#
# define the intermediate directory object and mod files are placed here
#
obj_dir :=$(strip $(shell echo $(CONFIG) | tr A-Z a-z))_$(strip $(shell echo $(F90) | tr A-Z a-z))
int_dir ?=./obj/$(obj_dir)
#int_dir:= ./obj
#
#
#############################################################################
#
# Construct a function for converting space delimited variables to new lines
null :=
sp := ${null} ${null}
sp2 := ${null} ${null}
sp4 := ${null} ${null}
#${sp} := ${sp} # ${sp} function returns a space
#${sp2} := ${sp2} # ${sp2} function returns 2 spaces
#funct -> @echo -e " $(subst ${sp},\n,${text})"
#
#
#############################################################################
#
# Define the C source files.
# This is only enabled if GMG is going to be included in compilation
#
ifeq ($(strip $(shell echo $(USEGMG) | tr a-z A-Z)), YES)
#
GMG_src := $(gmg_src_dir)/r_vector.c \
$(gmg_src_dir)/solvers.c \
$(gmg_src_dir)/ccfd.c \
$(gmg_src_dir)/mf2kgmg_OWHM.c
# GMG_obj := $(patsubst %.c,%.o,$(notdir $(GMG_src)))
GMG_f_file := gmg_dble.f
else
GMG_src :=
GMG_f_file := 0_nogmg.f90
endif
#
#############################################################################
#
# Define the Fortran source files.
#
bif_src:= \
$(bif_src_dir)/util_misc/constants.f90 \
$(bif_src_dir)/datetime/calendar_functions.f90 \
$(bif_src_dir)/datetime/timer_instruction.f90 \
$(bif_src_dir)/math_numbers/log2_interface.f90 \
$(bif_src_dir)/math_numbers/random_routines_interface.f90 \
$(bif_src_dir)/math_numbers/relax_interface.f90 \
$(bif_src_dir)/spatial/xy_grid_coordinate_interface.f90 \
$(bif_src_dir)/strings/cast_to_string_interface.f90 \
$(bif_src_dir)/strings/num2str_interface.f90 \
$(bif_src_dir)/strings/parse_word_interface.f90 \
$(bif_src_dir)/system/console_commander.f90 \
$(bif_src_dir)/types_and_containers/array_data_types_instruction.f90 \
$(bif_src_dir)/types_and_containers/binary_heap_instruction.f90 \
$(bif_src_dir)/types_and_containers/integer_array_builder.f90 \
$(bif_src_dir)/types_and_containers/integer_queue_instruction.f90 \
$(bif_src_dir)/types_and_containers/linked_list_instruction.f90 \
$(bif_src_dir)/types_and_containers/name_id_interface.f90 \
$(bif_src_dir)/types_and_containers/variable_pointer_list_interface.f90 \
$(bif_src_dir)/util_misc/alloc_interface.f90 \
$(bif_src_dir)/util_misc/is_routine_interface.f90 \
$(bif_src_dir)/util_misc/set_array_interface.f90 \
$(bif_src_dir)/datetime/date_operator_instruction.f90 \
$(bif_src_dir)/error/error_interface.f90 \
$(bif_src_dir)/io/post_key_sub.f90 \
$(bif_src_dir)/sort/sort_interface_driver.f90 \
$(bif_src_dir)/sort/sort_interface_ascii.f90 \
$(bif_src_dir)/sort/sort_interface_int32.f90 \
$(bif_src_dir)/sort/sort_interface_int64.f90 \
$(bif_src_dir)/sort/sort_interface_multi.f90 \
$(bif_src_dir)/sort/sort_interface_rel32.f90 \
$(bif_src_dir)/sort/sort_interface_rel64.f90 \
$(bif_src_dir)/sort/sort_interface_wild.f90 \
$(bif_src_dir)/strings/line_writer_interface.f90 \
$(bif_src_dir)/system/path_interface.f90 \
$(bif_src_dir)/util_misc/position_interface.f90 \
$(bif_src_dir)/util_misc/util_interface.f90 \
$(bif_src_dir)/error/warning_type_instruction.f90 \
$(bif_src_dir)/io/generic_open_interface.fpp \
$(bif_src_dir)/math_numbers/EquationParser.f90 \
$(bif_src_dir)/spatial/obs_group_interpolator.f90 \
$(bif_src_dir)/strings/is_ascii_interface.f90 \
$(bif_src_dir)/io/file_incrementer_interface.f90 \
$(bif_src_dir)/io/file_io_interface.f90 \
$(bif_src_dir)/spatial/adjacency_list_instruction_and_shortest_path.f90 \
$(bif_src_dir)/strings/string_routines.f90 \
$(bif_src_dir)/io/cycling_text_file_interface.f90 \
$(bif_src_dir)/io/generic_input_file_instruction.f90 \
$(bif_src_dir)/io/generic_output_file_instruction.f90 \
$(bif_src_dir)/input_reader/generic_block_reader_instruction.f90 \
$(bif_src_dir)/datetime/time_series_file_instruction.f90 \
$(bif_src_dir)/types_and_containers/IXJ_instruction.f90 \
$(bif_src_dir)/types_and_containers/lookup_table_instruction.f90 \
$(bif_src_dir)/input_reader/uload_and_sfac_interface.f90 \
$(bif_src_dir)/input_reader/transient_file_reader_instruction.f90 \
$(bif_src_dir)/input_reader/list_array_input_interface.f90 \
$(bif_src_dir)/input_reader/sub_block_input_interface.f90
#
main_src:= \
$(slg_src_dir)/s_language.f90 \
$(mfb_src_dir)/global_module.f90 \
$(mfb_src_dir)/openspec_module.f \
$(mfb_src_dir)/bas_module.f90 \
$(mfb_src_dir)/lgr_module.f \
$(mfb_src_dir)/lmt_module.f \
$(mfb_src_dir)/mach_module.f90 \
$(mfb_src_dir)/mhc_module.f \
$(mfb_src_dir)/expression_parser.f90 \
$(mfb_src_dir)/pak_prop_interface.f90 \
$(mfb_src_dir)/util_pack_specific.f90 \
$(mfb_src_dir)/linefeed.f90 \
$(mfb_src_dir)/tabfile_module.f \
$(mfb_src_dir)/budget_group.f90 \
$(mfb_src_dir)/mnw2_module.f90 \
$(mfb_src_dir)/sfr_module.f90 \
$(mfb_src_dir)/lak_module.f90 \
$(mfb_src_dir)/uzf_module.f90 \
$(mfb_src_dir)/sfr_name_to_seg.f90 \
$(mfb_src_dir)/util_sav_subroutines.f90 \
$(nwt_src_dir)/nwt_module.f90 \
$(nwt_src_dir)/upw_module.f90 \
$(nwt_src_dir)/gmres_modules.f90 \
$(nwt_src_dir)/ilupc_mod.f90 \
$(nwt_src_dir)/gmres.f90 \
$(nwt_src_dir)/xmd_lib.f \
$(nwt_src_dir)/xmd.f \
$(nwt_src_dir)/upw.f \
$(nwt_src_dir)/nwt.f \
$(nwt_src_dir)/ag.f \
$(gmg_src_dir)/gmg_c_interface.f90 \
$(gmg_src_dir)/$(GMG_f_file) \
$(mfb_src_dir)/pcg.f \
$(mfb_src_dir)/pcgn_solve.f90 \
$(mfb_src_dir)/pcgn.f90 \
$(mfb_src_dir)/sip.f \
$(mfb_src_dir)/bas.f \
$(mfb_src_dir)/bcf.f \
$(mfb_src_dir)/chd.f \
$(mfb_src_dir)/ibs.f \
$(mfb_src_dir)/sub.f \
$(mfb_src_dir)/swt.f \
$(mfb_src_dir)/de4.f \
$(mfb_src_dir)/drn.f \
$(mfb_src_dir)/ets.f \
$(mfb_src_dir)/evt.f \
$(mfb_src_dir)/fhb.f \
$(mfb_src_dir)/gag.f \
$(mfb_src_dir)/huf.f \
$(mfb_src_dir)/huf_utl.f \
$(mfb_src_dir)/lpf.f \
$(mfb_src_dir)/lak.f \
$(mfb_src_dir)/mnw1.f \
$(mfb_src_dir)/mnw2.f \
$(mfb_src_dir)/mnw2i.f \
$(mfb_src_dir)/wel8.f \
$(mfb_src_dir)/wel7.f \
$(fmp_src_dir)/fmp_dimension_data.f90 \
$(fmp_src_dir)/allotment_data.f90 \
$(fmp_src_dir)/options_data.f90 \
$(fmp_src_dir)/output_data.f90 \
$(fmp_src_dir)/surface_water_data.f90 \
$(fmp_src_dir)/wbs_data.f90 \
$(fmp_src_dir)/soil_data.f90 \
$(fmp_src_dir)/climate_data.f90 \
$(fmp_src_dir)/crop_data.f90 \
$(fmp_src_dir)/salinity_data.f90 \
$(fmp_src_dir)/well_data.f90 \
$(fmp_src_dir)/surface_water_operations_data.f90 \
$(fmp_src_dir)/fmp_global.f90 \
$(mfb_src_dir)/parutl.f \
$(mfb_src_dir)/rch.f \
$(mfb_src_dir)/res.f \
$(mfb_src_dir)/rip.f90 \
$(mfb_src_dir)/riv.f \
$(mfb_src_dir)/sfr.f \
$(mfb_src_dir)/str.f \
$(mfb_src_dir)/swi2.f \
$(mfb_src_dir)/swr.f \
$(mfb_src_dir)/swr_util.f \
$(mfb_src_dir)/util.f \
$(mfb_src_dir)/uzf.f \
$(mfb_src_dir)/bfh2.f \
$(mfb_src_dir)/drt.f \
$(mfb_src_dir)/ghb.f \
$(mfb_src_dir)/hfb.f \
$(mfb_src_dir)/hydmod.f \
$(mfb_src_dir)/obs2bas.f \
$(mfb_src_dir)/obs2chd.f \
$(mfb_src_dir)/obs2drn.f \
$(mfb_src_dir)/obs2drt.f \
$(mfb_src_dir)/obs2ghb.f \
$(mfb_src_dir)/obs2riv.f \
$(mfb_src_dir)/solver_rp.f \
$(mfb_src_dir)/lgr.f \
$(mfb_src_dir)/lmt.f \
$(fmp_src_dir)/fmp_main_driver.f90 \
$(cfp_src_dir)/cfp2ar.f \
$(cfp_src_dir)/cfp2bd.f \
$(cfp_src_dir)/cfp2fm.f \
$(cfp_src_dir)/cfp2oc.f \
$(cfp_src_dir)/cfp2rp.f \
$(cfp_src_dir)/cfp2utl.f \
$(cfp_src_dir)/cfp2_TM_utl.f \
$(slg_src_dir)/s_language_global_pull.f90 \
$(src_dir)/main.f90
#
#############################################################################
#
# Listing of all source files (if multiple variables for specifying source locations)
#
all_src := $(GMG_src) $(bif_src) $(main_src)
#
#############################################################################
#
#Define the source code directory search path (really only need source directories)
# $(sort $(dir $(all_src))) gets all the directories that source files reside in
# -? "$(sort" XYZ) removes duplicates
#
VPATH := $(sort $(dir $(all_src))) $(int_dir) $(bin_dir)
#
#############################################################################
#
# Change all source names with extension changed to ".o"
obj:=$(addsuffix .o, $(basename $(notdir $(all_src))))
# Old method, manually replace each extension by patter matching
#obj:= $(patsubst %.f90, %.o, \
# $(patsubst %.f, %.o, \
# $(patsubst %.fpp, %.o, \
# $(patsubst %.c, %.o, \
# $(patsubst %.for, %.o, \
# $(patsubst %.F, %.o, \
# $(patsubst %.F90, %.o, \
# $(patsubst %.FOR, %.o, \
# $(notdir $(all_src)) \
# ) ) ) ) ) ) ) )
#
#obj:= $(patsubst %.f90,%.o,$(patsubst %.f,%.o,$(src)))
#
########################################################################
#
# Check for if Windows or Unix
#
#
ifeq ($(OS),Windows_NT)
ext:=.exe
else
ext:=.nix
endif
#
########################################################################
#
# Note bash on windows sometimes calls C:\Windows\System32\find.exe,
# but want Bash "find" with no extension
# Check if windows, if so, then find bash find equivalent.
#
ifeq ($(OS),Windows_NT)
FIND:=$(strip $(shell \
( \
notSET="T"; \
for FP in `which --all find`; do \
if [[ $$FP == *Win* ]] || \
[[ $$FP == *WIN* ]] || \
[[ $$FP == *win* ]]; \
then continue ; \
else \
echo "$$FP"; \
notSET="F"; \
break; fi; \
done; \
if [ $$notSET = "T" ]; then echo "find"; fi; \
FP=; \
notSET=; \
) \
) )
else
FIND:=find
endif
#
########################################################################
#
# Check for if Windows and set resource file for icon -> windres ./icon/*.rc ./icon/*.res
#
# --> windres and gfortran can have issues so skipping makefile icon generation
#
###icon_rc := ./icon/XYZ.rc
###icon_res := ./icon/XYZ.res
####
###ifeq ($(OS),Windows_NT)
### res:=$(shell windres $(icon_rc) $(icon_res) || echo )
### ifeq ($(res), )
### res:=$(icon_res)
### else
### res:=
### endif
###
###else
### res:=
###endif
#
# ------------------------------------
define echo2
@echo; echo
endef
# ------------------------------------
define echo3
@echo; echo; echo
endef
# ------------------------------------
define echo4
@echo; echo; echo; echo
endef
# ------------------------------------
#
#
########################################################################
#
# Remove blanks to ensure checks match to names
#
CFG :=$(strip $(shell echo $(CONFIG) | tr [:lower:] [:upper:]))
CMPLR :=$(strip $(shell echo $(COMPILER) | tr a-z A-Z))
STATIC :=$(strip $(shell echo $(STATIC) | tr a-z A-Z))
DBLE :=$(strip $(shell echo $(DBLE) | tr a-z A-Z))
F90 :=$(strip $(F90))
CC :=$(strip $(CC))
PROGRAM :=$(strip $(PROGRAM))
#
########################################################################
#
# Set up names and optimizations depending on compiler and configuration
#
ifeq ($(CFG), DEBUG)
#
PROGRAM:=$(PROGRAM)-debug
#
F90FlagsIntel :=-O0 -g -debug -traceback -assume nocc_omp -fpe0 -fp-model source -nologo -warn nousage -check bounds,pointers,stack,format,output_conversion,uninit -diag-disable=10448
F90FlagsGCC :=-O0 -g -w -fbacktrace -fdefault-double-8 -ffree-line-length-2048 -fmax-errors=10 -ffpe-trap=zero,overflow,underflow -finit-real=nan -fcheck=all # -fstack-usage #<= THIS PROVIDES LOTS OF INFO -std=f2008
F90FlagsLLVM :=
#
CFlagsIntel :=-O0 -debug -g -fbuiltin
CFlagsGCC :=-O0 -g -Wno-int-to-pointer-cast -Wno-pointer-to-int-cast
CFlagsLLVM :=
else
# NOTE "-ip" can sometimes cause catastrophic error: **Internal compiler error:
#
F90FlagsIntel :=-O2 -assume nocc_omp -fpe0 -fp-model source -threads -warn nousage -nologo -diag-disable=10448
F90FlagsGCC :=-O2 -w -fno-backtrace -fdefault-double-8 -ffree-line-length-2048
F90FlagsLLVM :=
#
CFlagsIntel :=-O2 -fbuiltin
CFlagsGCC :=-O2 -Wno-int-to-pointer-cast -Wno-pointer-to-int-cast
CFlagsLLVM :=
endif
#
########################################################################
#
# Check if DBLE == YES to add default REAL-8 options
#
ifeq ($(DBLE), YES)
#
F90FlagsIntel+= -real-size 64
F90FlagsGCC += -fdefault-real-8
F90FlagsLLVM += -fdefault-real-8
endif
#
########################################################################
#
# Establish Proper Optimization Flags and Static Flags
#
# Ensure that variables are set if STATIC not in use
ifneq ($(strip $(STATIC)), YES)
STATIC:=
STATICLNK:=
endif
#
# STATICLNK+= -static-libgfortran => This can cause problems with gcc runtime so best not to use
ifeq ($(CMPLR), GCC)
mod:=-J$(int_dir)
F90FLAGS:=$(F90FlagsGCC)
#
ifdef GDB
F90FLAGS += -ggdb3
endif
#
ifeq ($(strip $(STATIC)), YES)
STATIC :=-static -static-libgfortran -static-libgcc -static-libstdc++
STATICLNK:=-static -static-libgfortran -static-libgcc -static-libstdc++
endif
#
CFLAGS:=$(CFlagsGCC)
endif
#
ifeq ($(CMPLR), INTEL)
mod:=-module $(int_dir)
F90FLAGS:=$(F90FlagsIntel)
ifeq ($(strip $(STATIC)), YES)
STATIC :=-static -static-intel -qopenmp-link=static -static-libstdc++ -static-libgcc
STATICLNK:=-static -static-intel -qopenmp-link=static -static-libstdc++ -static-libgcc
endif
#
CFLAGS:=$(CFlagsINTEL)
endif
#
ifeq ($(CMPLR), LLVM)
mod:=-module $(int_dir)
F90FLAGS:=$(F90FlagsLLVM)
#
ifdef GDB
F90FLAGS += -ggdb3
endif
#
ifeq ($(strip $(STATIC)), YES)
STATIC :=-static-flang-libs
STATICLNK:=-static-flang-libs
endif
#
CFLAGS:=$(CFlagsLLVM)
endif
#
#
########################################################################
#
# Remove Variable Blank Space For Cleaner Output
#
F90FLAGS :=$(strip $(F90FLAGS))
CFLAGS :=$(strip $(CFLAGS))
STATIC :=$(strip $(STATIC))
STATICLNK:=$(strip $(STATICLNK))
#
########################################################################
#
#SET UP PROGRAM NAME
#
bin_out ?= $(bin_dir)/$(PROGRAM)$(ext)
#
###########################################################################
###########################################################################
# DEFINE ALL TASK FUNCTIONS ###
# THE FOLLOW TARGETS EVALUATE THE COMPILATION ###
###########################################################################
###########################################################################
#
#
all:
@$(MAKE) --no-print-directory runMake || $(MAKE) --no-print-directory errorClean
#
run:
@$(MAKE) --no-print-directory runTest || $(MAKE) --no-print-directory errorClean
#
rebuild: quietClean all
#
compile: prinLink:=NO
compile: preClean $(int_dir) $(bin_out) completed
#
runMake: prinLink:=YES
runMake: startMSG preClean CompFlags $(int_dir) $(bin_out) dashes completed
#
runTest: runMake
${echo2}
@echo "Now running program to evaluate tests."
${echo2}
cd $(test_dir) ; $(abspath $(bin_out)) $(ARG)
${echo3}
@echo " MAKEFILE TESTS COMPLETE"
${echo2}
#
startMSG:
${echo2}
@echo "################################################################################"
@echo "################################################################################"
@echo "################################################################################"
@echo "# #"
@echo "# #"
@echo "# $(CFG) COMPILATION"
@echo "# #"
@echo "# OF #"
@echo "# #"
@echo "#$(ECHO_NAME)"
@echo "# #"
@echo "# #"
@echo "################################################################################"
@echo "################################################################################"
@echo "################################################################################"
${echo2}
#
CompFlags:
@echo "--------------------------------------------------------------------------------"
@echo
@echo "Starting compilation with the following flags: "
${echo2}
@echo " $(F90):"
@printf " $(subst ${sp},\n${sp4},$(F90FLAGS) $(mod) $(STATIC))"
${echo3}
@echo " $(CC):"
@printf " $(subst ${sp},\n${sp4},$(CFLAGS) $(STATIC))"
${echo3}
@echo "Compiled object, module, and submodule files will be placed in:"
@echo; echo " $(realpath $(int_dir))"
${echo2}
@echo "================================================================================"
${echo2}
#
preClean:
@rm -rf $(bin_out)
#
$(int_dir):
@mkdir -p $@
#
$(bin_out): $(addprefix $(int_dir)/,$(obj))
@echo
@if [ "$(prinLink)" = "YES" ]; then \
echo ; \
echo "================================================================================" ; \
echo; echo ; \
echo "OBJECTS HAVE BEEN CREATED NOW LINKING FINAL BINARY:" ; \
echo ; \
echo "$(F90) $(int_dir)/*.o -o $@" ; \
echo ; \
else \
echo "NOW LINKING FINAL BINARY" ; \
echo ; \
fi
@$(F90) $(F90FLAGS) $(mod) $^ $(STATICLNK) -o $@
#
dashes:
@echo
@echo "--------------------------------------------------------------------------------"
${echo2}
completed:
@echo "#########################################"
@echo "### ###"
@echo "### MAKEFILE COMPILATION COMPLETE ###"
@echo "### ###"
@echo "#########################################"
${echo4}
#
# --> Note this uses the Unix find command and NOT Windows
# If you get an error on windows, its using the wrong one --> See MinGW or MySYS64)
clean:
@echo
$(FIND) ./obj -not -name 'obj' -name '*.o' -delete
$(FIND) ./obj -not -name 'obj' -name '*.mod' -delete
$(FIND) ./obj -not -name 'obj' -name '*.smod' -delete
${echo2}
#
cleanOBJ:
@echo
$(FIND) ./obj -not -name 'obj' -not -name '.keep' -name '*' -delete
${echo2}
#
quietClean:
@echo
$(FIND) $(int_dir) -name '*.o' -delete 2>/dev/null || true
$(FIND) $(int_dir) -name '*.mod' -delete 2>/dev/null || true
$(FIND) $(int_dir) -name '*.smod' -delete 2>/dev/null || true
${echo2}
#
errorClean:
${echo4}
@echo "@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@"
@echo "@@########################################################@@"
@echo "@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@"
@echo
@echo " MAKEFILE FAILED"
@echo
@echo " TO MAKE $(CFG) COMPILATION OF"
@echo
@echo " $(bin_out)"
${echo2}
rm -rf $(bin_out)
${echo2}
@echo "@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@"
@echo "@@########################################################@@"
@echo "@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@"
${echo4}
#
reset:
@echo
$(FIND) . -name '*.o' -delete
$(FIND) . -name '*.mod' -delete
$(FIND) . -name '*.smod' -delete
@echo
$(FIND) ./obj -not -name 'obj' -not -name '.keep' -name '*' -delete
@echo
$(FIND) $(notdir $(bin_dir)) -not -name '$(notdir $(bin_dir))' -not -name '.keep' -name '*' -delete
${echo2}
#
# The following target allows for printing a specific variable. old method: @echo $*=$($*)
# make print-CC --> will print out the value of $(CC)
#
print-%:
@echo '$*=$($*)'
@echo ' origin = $(origin $*)'
@echo ' flavor = $(flavor $*)'
@echo ' value = $(value $*)'
#
#################################################################################
### Object Code Recipes ######################################################
#################################################################################
#
$(int_dir)/%.o : %.c
@echo "$(CC) $(notdir $<)"
@echo
@$(CC) $(CFLAGS) $(STATIC) -c $< -o $@
#
$(int_dir)/%.o : %.f
@echo "$(F90) $(notdir $<)"
@echo
@$(F90) $(F90FLAGS) $(mod) $(STATIC) -c $< -o $@
#
$(int_dir)/%.o : %.F
@echo "$(F90) $(notdir $<)"
@echo
@$(F90) $(F90FLAGS) $(mod) $(STATIC) -c $< -o $@
#
$(int_dir)/%.o : %.f90
@echo "$(F90) $(notdir $<)"
@echo
@$(F90) $(F90FLAGS) $(mod) $(STATIC) -c $< -o $@
#
$(int_dir)/%.o : %.F90
@echo "$(F90) $(notdir $<)"
@echo
@$(F90) $(F90FLAGS) $(mod) $(STATIC) -c $< -o $@
#
$(int_dir)/%.o : %.fpp
@echo "$(F90) $(notdir $<)"
@echo
@$(F90) $(F90FLAGS) $(mod) $(STATIC) -c $< -o $@
#
$(int_dir)/%.o : %.for
@echo "$(F90) $(notdir $<)"
@echo
@$(F90) $(F90FLAGS) $(mod) $(STATIC) -c $< -o $@
#
#
###############################################################################
#
# Setup suffixes that will be processes # .h .mod
.SUFFIXES: .o .f .for .F .FOR .f90 .F90 .fpp .c
#
# #############################################################################
#
# Phony Targets
.PHONY: all run clean cleanOBJ reset runMake runTest preclean errorClean startMSG print-% completed dashes compile
#
# #############################################################################
#
# Suppress echoing of commands
.SILENT: startMSG CompFlags dashes completed print-%
#
#
# THE END #####################################################################