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include ../make.inc
MWRAP = ../mwrap
all: test_transfers test_cpp_complex $(TESTC99COMPLEX) test_syntax \
test_typecheck test_catch test_fortran1 test_fortran2 \
test_redirect test_include test_single_cpp test_char_cpp
# run the tests...
octave-cli --no-init-file --quiet test_all.m
test_transfers:
$(MWRAP) -mex test_transfersmex \
-c test_transfersmex.cc \
-m test_transfers.m test_transfers.mw
$(MEX) test_transfersmex.cc
test_cpp_complex:
$(MWRAP) -cppcomplex \
-mex test_cpp_complexmex \
-c test_cpp_complexmex.cc \
-m test_cpp_complex.m test_cpp_complex.mw
$(MEX) test_cpp_complexmex.cc
test_c99_complex:
$(MWRAP) -c99complex \
-mex test_c99_complexmex \
-c test_c99_complexmex.c \
-m test_c99_complex.m test_c99_complex.mw
$(MEX) test_c99_complexmex.c
# the following two are designed to create mwrap errors, and compared against
# log files. For now, since they would break the make process, the minus signs
# prevent them from being made.
test_syntax:
- $(MWRAP) -cppcomplex test_syntax.mw 2> test_syntax.log
- diff test_syntax.log test_syntax.ref
test_typecheck:
- $(MWRAP) -cppcomplex test_typecheck.mw 2> test_typecheck.log
diff test_typecheck.log test_typecheck.ref
test_catch:
$(MWRAP) -mex test_catchmex -catch \
-c test_catchmex.cc \
-m test_catch.m \
test_catch.mw
$(MEX) test_catchmex.cc
test_fortran1:
$(MWRAP) -mex test_fortran1mex \
-c test_fortran1mex.cc \
-m test_fortran1.m \
test_fortran1.mw
$(MEX) test_fortran1mex.cc
test_fortran2:
$(MWRAP) -mex test_fortran2mex \
-c test_fortran2mex.c \
-m test_fortran2.m \
test_fortran2.mw
$(MEX) test_fortran2mex.c
test_redirect:
$(MWRAP) -mb test_redirect.mw
test_include:
$(MWRAP) -mex test_includemex\
-c test_includemex.cc \
-m test_include.m test_include.mw
$(MEX) test_includemex.cc
# these two are tested by test_char.m ...
test_char_cpp:
$(MWRAP) -cppcomplex -mex test_charmex \
-c test_charmex.cc \
-mb test_char.mw
$(MEX) test_charmex.cc
test_char_c99:
$(MWRAP) -mex test_charmex \
-c test_charmex.c \
-mb test_char.mw
$(MEX) test_charmex.c
# these last two are tested by test_single.m ...
test_single_cpp:
$(MWRAP) -cppcomplex -mex test_singlemex \
-c test_singlemex.cc \
-mb test_single.mw
$(MEX) test_singlemex.cc
test_single_c99:
$(MWRAP) -c99complex -mex test_singlemex \
-c test_singlemex.c \
-mb test_single.mw
$(MEX) test_singlemex.c
test_gpu:
$(MWRAP) -gpu -list -cppcomplex -mb -mex test_gpu -c test_gpu.cu test_gpu.mw
test_gpu_complex:
$(MWRAP) -gpu -list -cppcomplex -mb -mex test_gpu_complex -c test_gpu_complex.cu test_gpu_complex.mw
test_gpu_int32:
$(MWRAP) -gpu -list -cppcomplex -mb -mex test_gpu_int32 -c test_gpu_int32.cu test_gpu_int32.mw
# GPU tests: requires CUDA toolkit and GPU device
# Run mwrap targets first (test_gpu, test_gpu_complex, test_gpu_int32),
# then run this target from MATLAB/Octave with GPU support.
test_all_gpu: test_gpu test_gpu_complex test_gpu_int32
matlab -batch "test_all_gpu"
test_cpu:
$(MWRAP) -list -cppcomplex -mb -mex test_cpu -c test_cpu.cc test_cpu.mw
test_cpu_int32:
$(MWRAP) -list -cppcomplex -mb -mex test_cpu_int32 -c test_cpu_int32.cc test_cpu_int32.mw
clean:
rm -f *~ *.mex* *.o* test_typecheck.log test_syntax.log
rm -f test_fortran1.m test_fortran2.m test_transfers.m test_catch.m
rm -f test_fortran1mex.cc test_fortran2mex.c
rm -f test_cpp_complex.m test_c99_complex.m
rm -f test_transfersmex.cc test_catchmex.cc test_fortranmex.cc
rm -f test_cpp_complexmex.cc test_c99_complexmex.c
rm -f test_redirect.m test_redirect1.m
rm -f test_singlemex.c test_singlemex.cc
rm -f add.m addf.m addz.m addc.m
rm -f arradd.m arraddf.m arraddz.m arraddc.m
rm -f test_include.m test_includemex.cc
rm -f test_charmex.c test_charmex.cc
rm -f addchar.m arraddchar.m
rm -f test_cpu.cc timestwo_cpu.m
rm -f test_cpu_int32.cc timestwo_cpu_int32.m
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