ESMF/mytools/mkmod.sh

#!<TCSH_PATH> -f
#
#$Id: mkmod.sh,v 1.9 2004/02/22 01:10:49 cnh Exp $
#$Name:  $
#
# Script to create modules for an MITgcm production code instance
# Run this script after the CPP stage of the standard genmake2 
# build
# 
# Script does following
# Selects a set of "module" files with the .f suffix. 
# The set of module files includes all the source files except
# main.f and a small number of runtime library files.
# The module file set is then placed within a module of a given name.
# A single argument to the script is used to create a module prefix
# allowing the same source tree to be used for multiple modules with
# differing names and dirrent sized static data objects.
#
# 
# Set module prefix 
if ( $# == 1 ) then
set mpref_s = ( $1 )
else
set mpref_s = ( atm )
endif
set mpref_l = ( mitgcm_org_${mpref_s} )

# Set output directory - this is the directory where the compile and link 
#                        objects that other builds (ESMF drivers etc..) use
set outdir = ( mmout )

# Get the genmake generated Makefile to create the .f files
echo "Creating small f files"
make small_f

echo "Building list of .f files"
ls -1 *.f > flist
cp flist flist1
set mitgcmrtl   = ( mdsio_byteswapr4.f mdsio_byteswapr8.f fool_the_compiler.f )
set excludelist = ( main.f ${mitgcmrtl} )
foreach f ( $excludelist )
 cat flist1 | grep -v "^$f" > flist2
 cp flist2   flist1
end
cp flist1 flist
set flist = (`cat flist`)

echo "Joining .f into ${mpref_s}_mod.F"
\rm ${mpref_l}_mod.Ftmp ${mpref_l}_mod.F
foreach f ( $flist )
 cat $f >> ${mpref_l}_mod.Ftmp
 echo -n "."
end
echo " "

echo "Removing comments and blank lines"
cat ${mpref_l}_mod.Ftmp | grep -v '^ *$' | grep -v '^[a-zA-Z]' > ${mpref_l}_mod2.Ftmp

echo "Creating top lines for module source"
cat <<EOF > ${mpref_l}_mod.Ftmp
      MODULE ${mpref_l}
      USE ESMF_MOD
      PRIVATE
      PUBLIC DRIVER_INIT
      PUBLIC DRIVER_RUN
      PUBLIC GET_DOMAIN_SIZE
      CONTAINS
EOF

echo "Putting END SUBROUTINE at end of subroutines"
cat ${mpref_l}_mod2.Ftmp | awk -f print_sub.awk  > ${mpref_l}_mod3.Ftmp
cat ${mpref_l}_mod3.Ftmp >> ${mpref_l}_mod.Ftmp

# Remove EXTERNAL refs for functions (some compilers say it is an error 
# to have EXTERNAL on these if they are in a module )
echo "Removing EXTERNAL refs for functions that are within the module"
set extDel = ( DIFFERENT_MULTIPLE IFNBLNK ILNBLNK TIMER_INDEX \
               IO_ERRCOUNT MDS_RECLEN PORT_RAND SBO_RHO NLATBND \
               EXF_BULKQSAT EXF_BULKCDN EXF_BULKRHN)
foreach e ( $extDel )
cat ${mpref_l}_mod.Ftmp | grep -iv "      EXTERNAL *${e}" > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
end

# Remove type declaarations for functions (some compilers say it is an error 
# to have TYPE in a routine for these if they are in a module )
echo "Removing type declarations for functions that are within the module"
cat ${mpref_l}_mod.Ftmp | grep -iv '      *LOGICAL *DIFFERENT_MULTIPLE' \
    > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *INTEGER *ILNBLNK' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *INTEGER *IFNBLNK' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *INTEGER *TIMER_INDEX' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *INTEGER *IO_ERRCOUNT' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *INTEGER *MDS_RECLEN' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *INTEGER *NLATBND' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *REAL\*8 *PORT_RAND' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *REAL\*8 *SBO_RHO' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *REAL\*8 *EXF_BULKQSAT' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *REAL\*8 *EXF_BULKCDN' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | grep -iv '      *REAL\*8 *EXF_BULKRHN' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp

#
echo "Putting END FUNCTION at end of functions"
cat ${mpref_l}_mod2.Ftmp | awk -f print_func.awk > ${mpref_l}_mod4.Ftmp
cat ${mpref_l}_mod4.Ftmp >> ${mpref_l}_mod.Ftmp

#
echo "Write the end of the module"
cat ${mpref_l}_mod2.Ftmp | awk -f print_func.awk > ${mpref_l}_mod4.Ftmp
cat <<EOF >> ${mpref_l}_mod.Ftmp
      END MODULE ${mpref_l}
EOF

# Change all the common block names in the module to use the module prefix
cat ${mpref_l}_mod.Ftmp | sed s'z\( *COMMON[^/]*\)/\(.*\)/\([^/]*\)z      COMMON/C_'${mpref_s}'_\2/\3z' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp
cat ${mpref_l}_mod.Ftmp | sed s'/C_'${mpref_s}'_MPIPRIV/MPIPRIV/' > f1.Ftmp
cp f1.Ftmp ${mpref_l}_mod.Ftmp


echo "Compiling code"
source ${BUILDROOT}/mytools/comp_profile.${COMP_PROF}

set compinc  = ( ${compinc} -I${BUILDROOT}/esmf_top )


# Create output directory
mkdir mmout

# Create runtime library archive
set mitgcmrtlo = ( )
foreach f ( $mitgcmrtl )
 echo " " | $comp $compopts -c ${f}
 set mitgcmrtlo = ( $mitgcmrtlo ${f:r}.o )
end
${cccommand} ${ccopts} tim.c
set mitgcmrtlo = ( $mitgcmrtlo tim.o )
\rm mmout/libmitgcmrtl.a
${arcommand} ${aropts} mmout/libmitgcmrtl.a $mitgcmrtlo
#ranlib mmout/libmitgcmrtl.a

# Create component library archive
mv ${mpref_l}_mod.Ftmp ${mpref_l}_mod.F
source ${BUILDROOT}/mytools/scommand
mv foo.F ${mpref_l}_mod.F
echo " " | $comp $compopts -c ${mpref_l}_mod.F ${complibs} ${compinc}
mv ${mpref_l}_mod.F ${mpref_l}_mod.Ftmp
./template_comp.sh ${mpref_s}
${cccommand} ${ccopts} component_${mpref_s}_context.c
\rm mmout/lib${mpref_l}.a
${arcommand} ${aropts} mmout/lib${mpref_l}.a ${mpref_l}_mod.o component_${mpref_s}_context.o
#ranlib mmout/lib${mpref_l}.a
cp ${mpref_l}.mod mmout
\rm *mod
1	cnh	1.9	#!<TCSH_PATH> -f
2	cnh	1.1	#
3	cnh	1.10	#$Id: mkmod.sh,v 1.9 2004/02/22 01:10:49 cnh Exp $
4	cnh	1.2	#$Name: $
5	cnh	1.1	#
6			# Script to create modules for an MITgcm production code instance
7			# Run this script after the CPP stage of the standard genmake2
8			# build
9			#
10			# Script does following
11			# Selects a set of "module" files with the .f suffix.
12			# The set of module files includes all the source files except
13			# main.f and a small number of runtime library files.
14			# The module file set is then placed within a module of a given name.
15	cnh	1.3	# A single argument to the script is used to create a module prefix
16			# allowing the same source tree to be used for multiple modules with
17			# differing names and dirrent sized static data objects.
18	cnh	1.1	#
19			#
20			# Set module prefix
21			if ( $# == 1 ) then
22			set mpref_s = ( $1 )
23			else
24			set mpref_s = ( atm )
25			endif
26			set mpref_l = ( mitgcm_org_${mpref_s} )
27
28	cnh	1.7	# Set output directory - this is the directory where the compile and link
29			# objects that other builds (ESMF drivers etc..) use
30	cnh	1.1	set outdir = ( mmout )
31
32	cnh	1.3	# Get the genmake generated Makefile to create the .f files
33	cnh	1.1	echo "Creating small f files"
34			make small_f
35
36			echo "Building list of .f files"
37			ls -1 *.f > flist
38			cp flist flist1
39			set mitgcmrtl = ( mdsio_byteswapr4.f mdsio_byteswapr8.f fool_the_compiler.f )
40			set excludelist = ( main.f ${mitgcmrtl} )
41			foreach f ( $excludelist )
42			cat flist1 \| grep -v "^$f" > flist2
43			cp flist2 flist1
44			end
45			cp flist1 flist
46			set flist = (`cat flist`)
47
48			echo "Joining .f into ${mpref_s}_mod.F"
49			\rm ${mpref_l}_mod.Ftmp ${mpref_l}_mod.F
50			foreach f ( $flist )
51			cat $f >> ${mpref_l}_mod.Ftmp
52			echo -n "."
53			end
54			echo " "
55
56			echo "Removing comments and blank lines"
57			cat ${mpref_l}_mod.Ftmp \| grep -v '^ *$' \| grep -v '^[a-zA-Z]' > ${mpref_l}_mod2.Ftmp
58
59	cnh	1.3	echo "Creating top lines for module source"
60	cnh	1.1	cat <<EOF > ${mpref_l}_mod.Ftmp
61			MODULE ${mpref_l}
62			USE ESMF_MOD
63			PRIVATE
64			PUBLIC DRIVER_INIT
65			PUBLIC DRIVER_RUN
66			PUBLIC GET_DOMAIN_SIZE
67			CONTAINS
68			EOF
69	cnh	1.3
70			echo "Putting END SUBROUTINE at end of subroutines"
71			cat ${mpref_l}_mod2.Ftmp \| awk -f print_sub.awk > ${mpref_l}_mod3.Ftmp
72	cnh	1.1	cat ${mpref_l}_mod3.Ftmp >> ${mpref_l}_mod.Ftmp
73
74	cnh	1.7	# Remove EXTERNAL refs for functions (some compilers say it is an error
75			# to have EXTERNAL on these if they are in a module )
76	cnh	1.1	echo "Removing EXTERNAL refs for functions that are within the module"
77			set extDel = ( DIFFERENT_MULTIPLE IFNBLNK ILNBLNK TIMER_INDEX \
78			IO_ERRCOUNT MDS_RECLEN PORT_RAND SBO_RHO NLATBND \
79			EXF_BULKQSAT EXF_BULKCDN EXF_BULKRHN)
80			foreach e ( $extDel )
81			cat ${mpref_l}_mod.Ftmp \| grep -iv " EXTERNAL *${e}" > f1.Ftmp
82			cp f1.Ftmp ${mpref_l}_mod.Ftmp
83			end
84
85	cnh	1.7	# Remove type declaarations for functions (some compilers say it is an error
86			# to have TYPE in a routine for these if they are in a module )
87	cnh	1.1	echo "Removing type declarations for functions that are within the module"
88	cnh	1.7	cat ${mpref_l}_mod.Ftmp \| grep -iv ' LOGICAL DIFFERENT_MULTIPLE' \
89			> f1.Ftmp
90	cnh	1.1	cp f1.Ftmp ${mpref_l}_mod.Ftmp
91			cat ${mpref_l}_mod.Ftmp \| grep -iv ' INTEGER ILNBLNK' > f1.Ftmp
92			cp f1.Ftmp ${mpref_l}_mod.Ftmp
93			cat ${mpref_l}_mod.Ftmp \| grep -iv ' INTEGER IFNBLNK' > f1.Ftmp
94			cp f1.Ftmp ${mpref_l}_mod.Ftmp
95			cat ${mpref_l}_mod.Ftmp \| grep -iv ' INTEGER TIMER_INDEX' > f1.Ftmp
96			cp f1.Ftmp ${mpref_l}_mod.Ftmp
97			cat ${mpref_l}_mod.Ftmp \| grep -iv ' INTEGER IO_ERRCOUNT' > f1.Ftmp
98			cp f1.Ftmp ${mpref_l}_mod.Ftmp
99			cat ${mpref_l}_mod.Ftmp \| grep -iv ' INTEGER MDS_RECLEN' > f1.Ftmp
100			cp f1.Ftmp ${mpref_l}_mod.Ftmp
101			cat ${mpref_l}_mod.Ftmp \| grep -iv ' INTEGER NLATBND' > f1.Ftmp
102			cp f1.Ftmp ${mpref_l}_mod.Ftmp
103			cat ${mpref_l}_mod.Ftmp \| grep -iv ' REAL\8 *PORT_RAND' > f1.Ftmp
104			cp f1.Ftmp ${mpref_l}_mod.Ftmp
105			cat ${mpref_l}_mod.Ftmp \| grep -iv ' REAL\8 *SBO_RHO' > f1.Ftmp
106			cp f1.Ftmp ${mpref_l}_mod.Ftmp
107			cat ${mpref_l}_mod.Ftmp \| grep -iv ' REAL\8 *EXF_BULKQSAT' > f1.Ftmp
108			cp f1.Ftmp ${mpref_l}_mod.Ftmp
109			cat ${mpref_l}_mod.Ftmp \| grep -iv ' REAL\8 *EXF_BULKCDN' > f1.Ftmp
110			cp f1.Ftmp ${mpref_l}_mod.Ftmp
111			cat ${mpref_l}_mod.Ftmp \| grep -iv ' REAL\8 *EXF_BULKRHN' > f1.Ftmp
112			cp f1.Ftmp ${mpref_l}_mod.Ftmp
113
114	cnh	1.7	#
115	cnh	1.1	echo "Putting END FUNCTION at end of functions"
116			cat ${mpref_l}_mod2.Ftmp \| awk -f print_func.awk > ${mpref_l}_mod4.Ftmp
117			cat ${mpref_l}_mod4.Ftmp >> ${mpref_l}_mod.Ftmp
118
119	cnh	1.7	#
120	cnh	1.3	echo "Write the end of the module"
121			cat ${mpref_l}_mod2.Ftmp \| awk -f print_func.awk > ${mpref_l}_mod4.Ftmp
122	cnh	1.1	cat <<EOF >> ${mpref_l}_mod.Ftmp
123			END MODULE ${mpref_l}
124			EOF
125	cnh	1.3
126			# Change all the common block names in the module to use the module prefix
127	cnh	1.1	cat ${mpref_l}_mod.Ftmp \| sed s'z\( COMMON[^/]\)/\(.\)/\([^/]\)z COMMON/C_'${mpref_s}'_\2/\3z' > f1.Ftmp
128			cp f1.Ftmp ${mpref_l}_mod.Ftmp
129	cnh	1.10	cat ${mpref_l}_mod.Ftmp \| sed s'/C_'${mpref_s}'_MPIPRIV/MPIPRIV/' > f1.Ftmp
130			cp f1.Ftmp ${mpref_l}_mod.Ftmp
131
132	cnh	1.1
133			echo "Compiling code"
134	cnh	1.2	source ${BUILDROOT}/mytools/comp_profile.${COMP_PROF}
135	cnh	1.1
136			set compinc = ( ${compinc} -I${BUILDROOT}/esmf_top )
137
138
139			# Create output directory
140			mkdir mmout
141
142			# Create runtime library archive
143			set mitgcmrtlo = ( )
144			foreach f ( $mitgcmrtl )
145			echo " " \| $comp $compopts -c ${f}
146			set mitgcmrtlo = ( $mitgcmrtlo ${f:r}.o )
147			end
148	cnh	1.8	${cccommand} ${ccopts} tim.c
149	cnh	1.1	set mitgcmrtlo = ( $mitgcmrtlo tim.o )
150			\rm mmout/libmitgcmrtl.a
151	cnh	1.7	${arcommand} ${aropts} mmout/libmitgcmrtl.a $mitgcmrtlo
152	cnh	1.1	#ranlib mmout/libmitgcmrtl.a
153
154			# Create component library archive
155			mv ${mpref_l}_mod.Ftmp ${mpref_l}_mod.F
156	cnh	1.2	source ${BUILDROOT}/mytools/scommand
157	cnh	1.1	mv foo.F ${mpref_l}_mod.F
158			echo " " \| $comp $compopts -c ${mpref_l}_mod.F ${complibs} ${compinc}
159			mv ${mpref_l}_mod.F ${mpref_l}_mod.Ftmp
160			./template_comp.sh ${mpref_s}
161	cnh	1.8	${cccommand} ${ccopts} component_${mpref_s}_context.c
162	cnh	1.1	\rm mmout/lib${mpref_l}.a
163	cnh	1.7	${arcommand} ${aropts} mmout/lib${mpref_l}.a ${mpref_l}_mod.o component_${mpref_s}_context.o
164	cnh	1.1	#ranlib mmout/lib${mpref_l}.a
165			cp ${mpref_l}.mod mmout
166			\rm *mod