Build script and build testing.

.gitignore

@@ -0,0 +1,6 @@
+build/**.obj
+build/rrtmg_sw**
+build/makefile
+run_examples_std_atm/rrtmg_sw*
+**/log.txt
+test/rrtmg**

README.md

@@ -96,6 +96,7 @@ The following files (in `build/makefiles` directory) can be used to compile RRTM
 | `make_rrtmg_sw_aix_xlf90` | Sample makefile for AIX (XLF90 compiler)
 | `make_rrtmg_sw_OS_X_g95` | Sample makefile for OS_X (G95 compiler)
 | `make_rrtmg_sw_OS_X_ibm_xl` | Sample makefile for OS_X (IBM XL compiler)
+| `make_rrtmg_sw_linux_mimi`  | Sample makefile for running on UiO machine "mimi" with gfortran
 
 ### SAMPLE INPUT/OUTPUT
 Several sample input (and output) files are included in the `run_examples_std_atm` directory. Note that user-defined profiles may be used for as many as 200 layers.
@@ -127,7 +128,12 @@ Several sample input (and output) files are included in the `run_examples_std_at
 | `script.run_std_atm` | UNIX script for running the full suite of example cases, which will put the output into similarly named files prefixed with `output_rrtm*` |
 
 ### INSTRUCTIONS FOR COMPILING AND RUNNING THE COLUMN MODEL:
-1) In the `build` directory, link one of the makefiles from the `makefile` sub-directory into `build/make.build`. To use the optional netCDF input file, switch the keyword `KGSRC` in the makefile from `dat` to `nc`. Compile the model with `make -f make.build`
+
+0) If you are planning to use netCDF input, make sure your version of netcdf has `nc-config` utility,
+   you can check it by `nc-config --version` which will tell the version of your netCDF install. Since since the source code is written in Fortran, check if your netCDF distribution has fortran support: `nc-config --has-fortran`.
+1) In the `build` directory, simply run `./build.sh <platform_name> <kgsrc_format>` or link one of the makefiles from the `makefiles` sub-directory into `build/makefile`. To use optional netCDF input file with the manual make build do `make KGSRC=<dat/nc>`, this will overwrite variable `KGSRC` in the makefile to `dat` to `nc`.
+2) If manual make build fails, you can clean with `make clean` to restart it from scratch.
+3) If you've build with `./build.sh` you can test your build by running `./test.sh`. If a tests fails but you want to see the resluts of all of the tests run `./test.sh --allow-failed`.
 2) Link the executable to, for example, `rrtmg_sw` in the `run_examples_std_atm` directory
 3) If the optional netCDF input file was selected when compiling, link the file `data/rrtmg_sw.nc` into the `run_examples_std_atm` directory.  
 4) In the `run_examples_std_atm` directory, run the UNIX script `./script.run_std_atm` to run the full suite of example cases. To run a single case, modify `INPUT_RRTM` following the instructions in `doc/rrtmg_sw_instructions.txt`, or copy one of the example `input_rrtm*` files into `INPUT_RRTM`. If clouds are selected (`ICLD` > 0), then modify `IN_CLD_RRTM` or copy one of the `in_cld_rrtm*` files into `IN_CLD_RRTM`. If aerosols are selected (`IAER` > 0), then modify `IN_AER_RRTM` or set it to the sample file `in_aer_rrtm-aer12`.

build/build.sh

@@ -0,0 +1,74 @@
+#!/bin/bash
+
+
+#USAGE: build platform kgsrc
+
+platform=$1
+kgsrc=$2
+version=v5.00
+i=0
+declare -a platforms=()
+for file in ./makefiles/* ; do 
+  platforms[$i]=${file#"./makefiles/make_rrtmg_sw_"}
+  i=$((i+1))
+ done
+echo ${platforms[*]}
+if [[ ${platform} == "" ]] ; then
+      echo "No platform selected."
+      echo "Usage: $0 <platform> <kgsrc_format>"
+      exit 1
+fi
+match=0
+for p in "${platforms[@]}" ; do
+  if [[ $p == ${platform} ]] ; then
+        match=1
+        break
+  fi
+done
+if [[ $match == 0 ]] ; then
+    echo "$platform is not supported."
+    echo "Available platforms are:"
+    echo ${platforms[*]}
+    exit 1
+fi
+if  [[ ${kgsrc} == "" ]]; then
+      echo "no kgsrc_format selected"
+      exit 1
+elif ! [[ ${kgsrc} =~ "nc" || ${kgsrc} =~ "dat" ]] ; then
+      echo "KGSRC format is not supported."
+      echo "Available formats are:"
+      echo "nc dat"
+      exit 1
+fi
+
+
+if ! [[ -L "./makefile" ]] ; then
+      ln -s ./makefiles/make_rrtmg_sw_${platform} ./makefile
+fi
+
+if [[ ${platform} == "linux_mimi" ]] ; then
+      module purge
+      module load netCDF-Fortran/4.6.0-gompi-2022a
+fi
+
+make PLATFORM=${platform} KGSRC=${kgsrc}
+
+if [[ -f ./rrtmg_sw_${version}_${platform} ]] ; then
+
+    cd  ../test/
+    ln -sf ../build/rrtmg_sw_${version}_${platform} rrtmg_sw
+    if [[ ${kgsrc} == "nc" ]] ; then
+        cp -f ../data/rrtmg_sw.nc ./
+    fi
+    cd  ../run_examples_std_atm/
+    ln -sf ../build/rrtmg_sw_${version}_${platform} rrtmg_sw
+    if [[ ${kgsrc} == "nc" ]] ; then
+        cp -f ../data/rrtmg_sw.nc ./
+    fi
+    echo "build complete"
+    echo "test the build by running ./test.sh"
+else
+    echo "build was not complete"
+    exit 1
+fi
+

build/makefiles/make_rrtmg_sw_OS_X_g95

@@ -431,3 +431,16 @@ conclude :
 	echo '================='
 	echo
 
+##############################
+# cleaning
+##############################
+clean :
+
+	echo cleaning: $(CDOTO)
+	rm -rf $(CDOTO)
+	echo "cleaning: *.mod"
+	rm -rf *.mod
+	echo "cleaning: *.o"
+	rm -rf *.o
+	echo "cleaning: $(OUTPUT)"
+	rm -rf $(OUTPUT)

build/makefiles/make_rrtmg_sw_OS_X_ibm_xl

@@ -438,3 +438,16 @@ conclude :
 	echo '================='
 	echo
 
+##############################
+# cleaning
+##############################
+clean :
+
+	echo cleaning: $(CDOTO)
+	rm -rf $(CDOTO)
+	echo "cleaning: *.mod"
+	rm -rf *.mod
+	echo "cleaning: *.o"
+	rm -rf *.o
+	echo "cleaning: $(OUTPUT)"
+	rm -rf $(OUTPUT)

build/makefiles/make_rrtmg_sw_aix_xlf90

@@ -282,9 +282,16 @@ $(CDOTO)/$(MK26).o : $(MPATH)/$(MK26).f90
 $(CDOTO)/$(MK27).o : $(MPATH)/$(MK27).f90
 	$(FC) $(FCOPTS) -I$(CDOTO) -c $(MPATH)/$(MK27).f90
 	\mv $(MK27).o *.mod $(CDOTO)
-
-$(CDOTO)/$(MK28).o : $(MPATH)/$(MK28).f90
-	$(FC) $(FCOPTS) -I$(CDOTO) -c $(MPATH)/$(MK28).f90
+clean :
+
+	echo cleaning: $(CDOTO)
+	rm -rf $(CDOTO)
+	echo "cleaning: *.mod"
+	rm -rf *.mod
+	echo "cleaning: *.o"
+	rm -rf *.o
+	echo "cleaning: $(OUTPUT)"
+	rm -rf $(OUTPUT)
 	\mv $(MK28).o *.mod $(CDOTO)
 
 $(CDOTO)/$(MK29).o : $(MPATH)/$(MK29).f90
@@ -438,3 +445,16 @@ conclude :
 	echo '================='
 	echo
 
+##############################
+# cleaning
+##############################
+clean :
+
+	echo cleaning: $(CDOTO)
+	rm -rf $(CDOTO)
+	echo "cleaning: *.mod"
+	rm -rf *.mod
+	echo "cleaning: *.o"
+	rm -rf *.o
+	echo "cleaning: $(OUTPUT)"
+	rm -rf $(OUTPUT)