Mail Archives: cygwin/1999/06/25/14:57:12
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Dear Cygwin Mailing List Participants:
Has anybody got _cygwin_ dynamic link libraries to execute
from within matlab (or any other non-cygwin application) ?
I've pretty much reviewed this mailing list to exhaustion
regarding getting a cygwin dll to run from matlab (i.e., a
"non-cygwin application").
It looked like a solution was in progress, but the conversation
stopped sometime in December. I couldn't tell for sure
whether the conversation stopped because everybody gave up
or because a solution presented itself but didn't make
it to the mailing list (or anywhere else I could find). I'm
guessing everybody gave up and pursued different avenues but
I really need to confirm this. If this is the case, is there
any upcoming work that might solve the problem ? Is it on
anybody's todo list ?
I saw the "--entry cygwin-noncygwin_dll_entry AT 12" which
made me think there was a solution - but to no avail - that
doesn't work. I parred the code I stick into the dll down
to "main(){}", but no - it still doesn't run. Matlab strips
its dll's of symbols, so debugging via gdb isn't going anywhere
I believe. Maybe matlab can help me here - but I see nothing
regarding this in the technical archives on their web sites.
I used the information for mexing using cygwin from
http://www.physiol.ox.ac.uk/~mb3/gnumex20.html. However,
those .bat's and mex.opts files, etc assume mingw32 (or whatever
the proper term for that is) and I changed that to use cygwin
with a small change to the .opts file. Out of those scripts
I get my object file that I then feed into dlltool using
(among others) the cygwin_non_cygwin_dll_entry AT 12 entry point
provided for non-cygwin apps to enter the dll code. The
above-mentioned url says you probably can't do what I'm trying
to do (I think "dangerous" was the term used) - but I'm forced
to try anyway.
My flags to dlltool match those provide by the java-ini example
provided by (excuse me if I'm wrong) Mumhit Kahn where he
explains how to build/use cygwin-compatible dynamic link libraries and the
flags used are pretty much exactly what is in the attached makefile
from that example. I also used dlltool to create libraries (*.a's)
that, in-turn, call the matlab .dll's. However, this isn't relevant for
the case where I stipped my code to just "main(){}".
Here's how I build exactly (/home/matlab is a cygwin link to //D/Matlabr11
aka d:\matlabr11 on my machine and loaddods.c is just "main(){}" at this
point)
----------------------------------------------------------------------------
--
BASH.EXE-2.02$ make loaddods
/home/matlab/bin/cmex.bat -c -g -DARCH_32BIT -DHAVE_CONFIG_H -DUSE_LIBGXX_I
NLIN
ES -I. -I../../include -I/home/matlab/extern/include -I/home/rmorris/data/b
uild
/DODS/packages-2.17/include -I/home/rmorris/data/build/DODS/packages-2.17/in
clud
e/w3c -I/usr/local/include loaddods.c
rm -rf loaddods.o
mv loaddods.obj loaddods.o
dllwrap --add-stdcall-alias -o loaddods.dll
loaddods.o -Wl,--entry,__cygwin_nonc
ygwin_dll_entry AT 12
Warning: no export definition file provided
dllwrap will create one, but may not be what you want
BASH.EXE-2.02$
----------------------------------------------------------------------------
---
Then I run this "loaddods.dll" from within matlab by cd'ng to the
appropriate
directory and
>> loaddods
The response by matlab is in the attached corel.jpg file. That is,
the application crashes.
Porting the code to use mingw32 requires that each thing
I link with must also be ported (I believe) and it links
with a great deal - so this would be a very, very bad
time-consuming option (might as well have started out this
port of mine as a true "port", not one using UNIX emulation
via cygwin). I must pursue getting it to work via the
cygwin unix emulation layer or choke and die trying :)
Can you shed light on my plight ?
Thank You !
Rob Morris
Jet Propulsion Laboratory
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filename="Makefile.nocyg"
#
# Sample makefile to create Java JNI with Cygwin b20.1 tools, but using
# Mingw runtime.=20
#=20
# See Makefile.cyg if you want to use -mno-cygwin and build a Cygwin =
JNI.
#
# Things you may need to change:
# JDK_ROOT -- location where you installed JDK
# MINGW_EXTRA -- location where you installed mingw-extra package.
#
CC =3D gcc=20
CXX =3D c++
DEBUG =3D -g -Wall -O2
CXXFLAGS =3D $(DEBUG) -mno-cygwin
CFLAGS =3D $(DEBUG) -mno-cygwin
CPPFLAGS =3D -I. -I$(MINGW_INCDIR) -I$(JDK_ROOT)/include \
-I$(JDK_ROOT)/include/win32
MINGW_EXTRA =3D c:/mingw-extra
MINGW_INCDIR =3D $(MINGW_EXTRA)/include
MINGW_LIBDIR =3D $(MINGW_EXTRA)/lib
JDK_ROOT =3D c:/jdk1.1.7A
AS =3D as
DLLTOOL =3D dlltool
DLLWRAP =3D dllwrap
#
# Various targets to build.
#
DLL_NAME =3D hello.dll
DLL_EXP_DEF =3D hello.def
all: $(DLL_NAME)
#
# DLL related variables. These are used when building the DLL. See =
later.
#
# Some tools require special CPP macros when building a DLL (eg., _DLL =
etc).
# Here we don't need anything.
# DLL_CFLAGS =3D -DBUILDING_DLL=3D1 -D_DLL=3D1=20
DLL_CFLAGS =3D=20
# The default entry point defined by dllwrap is __cygwin_dll_entry AT 12=20
# defined in libcygwin.a, but that's only appropriate for Cygwin apps,
# but since Java is a MSVC app, we need to provide a different entry
# point. Note the leading underscore and the trailing @12.
# The -s flag strips the DLL to shrink the size.
DLL_LDFLAGS =3D -L$(MINGW_LIBDIR) -s -mno-cygwin
# any extra libraries that your DLL may depend on.
DLL_LDLIBS =3D=20
DLL_SRCS =3D HelloWorldImp.cc
DLL_OBJS =3D $(DLL_SRCS:.cc=3D.o)
DLL_OBJS :=3D $(DLL_OBJS:.c=3D.o)
###
#
# Making DLL
#
###
DLLWRAP_FLAGS =3D --output-def $(DLL_EXP_DEF) \
--add-stdcall-alias \
--driver-name $(CC) \
-mwindows --target=3Di386-mingw32 \
$(IMAGE_BASE)=20
$(DLL_NAME): $(DLL_OBJS)
$(DLLWRAP) $(DLLWRAP_FLAGS) -o $(DLL_NAME) \
$(DLL_OBJS) $(DLL_LDFLAGS) $(DLL_LDLIBS)
#
# dependencies.
#
#
# default rules for building DLL objects. Note that client programs =
(ie.,
# the ones that *use* the DLL) have to be compiled without the =
DLL_CFLAGS
# flags.
#
.cc.o:
$(CXX) -c $(DLL_CFLAGS) $(CPPFLAGS) $(CXXFLAGS) -o $@ $<
.c.o:
$(CC) -c $(DLL_CFLAGS) $(CPPFLAGS) $(CFLAGS) -o $@ $<
# Note that we omit the $(DLL_CFLAGS) for client programs.
usedll.o: %o: %c
$(CC) -c $(CPPFLAGS) $(CFLAGS) -o $@ $<
clean:
-rm -f $(OBJS) $(DLL_OBJS) $(DLL_NAME) $(DLL_EXP_LIB) $(DLL_EXP_DEF) =
$(TESTPROGS)
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