Confirmed, the CFLAGS approach works. Even though its needs some manual intervention.
I hope to can make the openSUSE package using this compiler flag. Thanks for the reply.

For many (but not all) RAW formats, you can use this trick:
1) Call LibRaw::open_file()
2) Position to libraw_internal_data.unpacker_data.data_offset
3) Read libraw_internal_data.unpacker_data.data_size bytes

This method will work with Canon CR2, Nikon NEFs and many others.
This method will not work for tiled DNGs

Thanks!

To be included into next releases!

Yes, DP1 images are unsupported.

I'm unable to reproduce crash, could you please make your problematic image available somewhere via file sharing service(s) like megaupload or rapidshare?

Finally, I've buildt it. If somebody else is interested in building the thread-safe library using MinGW, here the Makefile (for v. 0.11.3). It works fine.
Thanks for your help,
Davide
Luminance HDR Developer

--------------------------------------

all: library samples

# OpenMP support
#OPENMP_CFLAGS=-fopenmp
#NO_THREADS=-DLIBRAW_NOTHREADS

# LCMS support
#LCMS_DEF=-DUSE_LCMS -I/usr/local/include
#LCMS_LIB=-L/usr/local/lib -llcms

# Common flags
# WARNING: library order matters
COMMON_LIBS=-lws2_32 -lm ${LCMS_LIB}
CLIBS=-L./lib -lraw_r ${COMMON_LIBS}
CFLAGS=-O3 -I. -w -DLIBRAW_NODLL ${OPENMP_CFLAGS} ${NO_THREADS} -lpthread -D_REENTRANT

DCRAW_LIB_OBJECTS=object/libraw_cxx.o object/libraw_c_api.o object/dcraw_common.o object/dcraw_fileio.o

library: lib/libraw_r.a

samples: bin/raw-identify bin/simple_dcraw bin/dcraw_emu bin/dcraw_half bin/mem_image bin/mem_image bin/unprocessed_raw bin/4channels

install: library
@if [ -d /usr/local/include ] ; then cp -R libraw /usr/local/include/ ; else echo 'no /usr/local/include' ; fi
@if [ -d /usr/local/lib ] ; then cp lib/libraw_r.a /usr/local/lib/ ; else echo 'no /usr/local/lib' ; fi

install-samples: samples
@if [ -d /usr/local/bin ] ; then cp bin/[a-z]* /usr/local/bin/ ; else echo 'no /usr/local/bin' ; fi

# Samples

bin/raw-identify: lib/libraw_r.a samples/raw-identify.cpp
g++ ${LCMS_DEF} ${CFLAGS} -o bin/raw-identify samples/raw-identify.cpp ${CLIBS}

bin/unprocessed_raw: lib/libraw_r.a samples/unprocessed_raw.cpp
g++ ${LCMS_DEF} ${CFLAGS} -o bin/unprocessed_raw samples/unprocessed_raw.cpp ${CLIBS}

bin/4channels: lib/libraw_r.a samples/4channels.cpp
g++ ${LCMS_DEF} ${CFLAGS} -o bin/4channels samples/4channels.cpp ${CLIBS}

bin/simple_dcraw: lib/libraw_r.a samples/simple_dcraw.cpp
g++ ${LCMS_DEF} ${CFLAGS} -o bin/simple_dcraw samples/simple_dcraw.cpp ${CLIBS}

bin/mem_image: lib/libraw_r.a samples/mem_image.cpp
g++ ${LCMS_DEF} ${CFLAGS} -o bin/mem_image samples/mem_image.cpp ${CLIBS}

bin/dcraw_half: lib/libraw_r.a object/dcraw_half.o
gcc ${LCMS_DEF} ${CFLAGS} -o bin/dcraw_half object/dcraw_half.o ${CLIBS} -lstdc++

bin/dcraw_emu: lib/libraw_r.a samples/dcraw_emu.cpp
g++ ${LCMS_DEF} ${CFLAGS} -o bin/dcraw_emu samples/dcraw_emu.cpp ${CLIBS}

#Libraries

# Non-threaded library

object/dcraw_common.o: internal/dcraw_common.cpp
g++ -c ${LCMS_DEF} ${CFLAGS} -o object/dcraw_common.o internal/dcraw_common.cpp

object/dcraw_fileio.o: internal/dcraw_fileio.cpp
g++ -c ${LCMS_DEF} ${CFLAGS} -o object/dcraw_fileio.o internal/dcraw_fileio.cpp

object/libraw_cxx.o: src/libraw_cxx.cpp
g++ -c ${LCMS_DEF} ${CFLAGS} -o object/libraw_cxx.o src/libraw_cxx.cpp

object/libraw_c_api.o: src/libraw_c_api.cpp
g++ -c ${LCMS_DEF} ${CFLAGS} -o object/libraw_c_api.o src/libraw_c_api.cpp

object/dcraw_half.o: samples/dcraw_half.c
gcc -c ${LCMS_DEF} ${CFLAGS} -o object/dcraw_half.o samples/dcraw_half.c

lib/libraw_r.a: ${DCRAW_LIB_OBJECTS}
-rm -f lib\\libraw_r.a
ar crv lib/libraw_r.a ${DCRAW_LIB_OBJECTS}
ranlib lib/libraw_r.a

# Clean

clean:
rm -f bin\\*.dSYM
rm -f lib\\lib*.a bin\\*.exe object\\*.o

What does -pthread stays for? My compiler (GCC 4.4.0 on MinGW) says that it is a unrecognized option.

Unfortunately, the static build made by MinGW (I did it already) of the thread-safe library (libraw_r) gives me exactly the same error during the linking. I'll try with the one included in your link this evening and I'll let you know.

Thanks,
Davide

Link to Rawnalyze backup copy: http://rawnalyze.rawtherapee.com/

You can integrate C-code in MATLAB using the mex-API. I looked at this for dcraw, but got stuck, and I found that it was simply less work to make a thin MATLAB wrapper calling dcraw from the command-line.

I remember some frustrating aspects of doing anything to the dcraw code, hope that this project makes it easier.

(the spam-filter here really hurts!)

LibRaw (and, so, dcraw_emu) contains 'auto-maximum' feature to deal with 'pink clouds' problem.
If you want to produce files which are binary identical to dcraw's results, you should switch this option off. Use -c 0 switch of dcraw_emu to do that.

The only real and easy solution is to write your files in .DNG format. Sure, there is no way to write CR2