# file: Makefile G. Moody 5 September 1990 # Last revised: 2 December 2005 Version 10.3.18 # UNIX 'make' description file for the WFDB software package # # ----------------------------------------------------------------------------- # WFDB software for creating & using annotated waveform (time series) databases # Copyright (C) 1990-2005 George B. Moody # # These programs are free software; you can redistribute them and/or modify # them under the terms of the GNU General Public License as published by the # Free Software Foundation; either version 2 of the License, or (at your # option) any later version. # # These programs are distributed in the hope that they will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or # FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for # more details. # # You should have received a copy of the GNU General Public License along with # these programs; if not, see . # # In addition, you can redistribute and/or modify the WFDB library (contained # within the 'lib' directory) under the terms of the GNU Library General # Public License as published by the Free Software Foundation; either version # 2 of the License, or (at your option) any later version. For details, see # 'lib/COPYING.LIB'. # # You may contact the author by e-mail (wfdb@physionet.org) or postal mail # (MIT Room E25-505A, Cambridge, MA 02139 USA). For updates to this software, # please visit PhysioNet (http://www.physionet.org/). # _____________________________________________________________________________ # # This file is used with the UNIX `make' command to compile, install, and # create archives of the WFDB software package. Before using it # for the first time, check that the site-specific variables below are # appropriate for your system. To compile the package, just type `make' (from # within this directory). To install the package, type `make install'. To # create source archives, type `make tarballs'; or to make a binary archive, # type `make bin-tarball'. (Making archives requires PGP, gzip, and GNU tar). # _____________________________________________________________________________ # file: version.def G. Moody 24 May 2000 # Last revised: 25 January 2018 # Each release of the WFDB Software Package is identified by a three-part # version number, defined below. Be sure to leave a single space before # and after the "=" in each of the next three lines! MAJOR = 10 MINOR = 7 RELEASE = 0 VERSION = 10.7.0 # RPMRELEASE can be incremented if changes are made between official # releases. It should be reset to 1 whenever the VERSION is changed. RPMRELEASE = 1 # VDEFS is the set of C compiler options needed to set version number variables # while compiling the WFDB Software Package. VDEFS = -DWFDB_MAJOR=$(MAJOR) -DWFDB_MINOR=$(MINOR) -DWFDB_RELEASE=$(RELEASE) # WAVEVERSION is the WAVE version number. WAVEVERSION = 6.12 # _____________________________________________________________________________ # Definitions generated by 'configure' PACKAGE = wfdb-10.7.0 SRCDIR = "/tmp/wfdb-10.7.0" LONGDATE = 10 June 2022 SHORTDATE = JUNE 2022 YEAR = 2022 ARCH = x86_64-Linux BUILD_CC = $(CC) # _____________________________________________________________________________ # file: linux.def G. Moody 31 May 2000 # Last revised: 18 May 2022 # 'make' definitions for compiling the WFDB Software Package under Linux # Choose a value for WFDBROOT to determine where the WFDB Software Package will # be installed. One of the following is usually a reasonable choice. # Installing in /usr generally requires root permissions, but will be easiest # for future software development (no special -I or -L options will be needed # to compile software with the WFDB library, since the *.h files and the # library will be installed in the standard directories). WFDBROOT = /usr/local # Installing in /usr/local usually requires root permissions. On a multi-user # system where it is desirable to keep the OS vendor's software separate from # other software, this is a good choice. Another common choice in such cases # is /opt . # WFDBROOT = /usr/local # To install without root permissions, a good choice is to set WFDBROOT to the # name of your home directory, as in the example below (change as needed). # WFDBROOT = /home/frodo # LC and LL are used to determine C compiler and linker options needed to # enable NETFILES (code that allows applications linked to the WFDB library to # read input from HTTP and FTP servers, in addition to the standard filesystem # support available without NETFILES). The WFDB library can use either # libcurl (recommended) or libwww to provide NETFILES support. To use libcurl, # set LC to `curl-config --cflags` (note the backquotes) and LL to # `curl-config --libs`. Otherwise, to use libwww, set LC to # `libwww-config --cflags` and LL to `libwww-config --libs`. If neither # libcurl nor libwww is available, LC and LL should be empty (and NETFILES # will be disabled). LC = `curl-config --cflags` LL = `curl-config --libs` # LIBFLAC_CFLAGS and LIBFLAC_LIBS specify the set of C compiler and # linker options needed to link with the FLAC library. LIBFLAC_CFLAGS = `pkg-config --cflags flac` LIBFLAC_LIBS = `pkg-config --libs flac` # BINDIR specifies the directory in which the applications will be installed; # it should be a directory in the PATH of those who will use the applications. BINDIR = $(WFDBROOT)/bin # DBDIR specifies the name of a directory in which to install the contents # of the `data' directory. DBDIR = $(WFDBROOT)/database # INCDIR specifies the name of a directory in which to install the WFDB # library's #include <...> files. INCDIR = $(WFDBROOT)/include # INFODIR is the GNU info directory (optional, needed to `make info'). INFODIR = $(WFDBROOT)/share/info # LIBDIR specifies the name of a directory in which to install the WFDB # library. LIBDIR = $(WFDBROOT)/lib # MANDIR is the root of the man page directory tree. On most systems, this is # something like /usr/man or /usr/local/man (type 'man man' to find out). MANDIR = $(WFDBROOT)/share/man # PSPDIR specifies the name of a directory in which to install the PostScript # prolog (*.pro) files from the 'app' directory. PSPDIR = $(WFDBROOT)/lib/ps # CC is the name of your C compiler. CC = gcc # CCDEFS is the set of C compiler options needed to set preprocessor variables # while compiling the WFDB Software Package. CCDEFS should always include # VDEFS (the version definitions). Under Linux, add -fno-stack-protector # when compiling the original (SWIG-based) WFDB Toolkit for Matlab. CCDEFS = -DWFDB_FLAC_SUPPORT $(VDEFS) -DWFDB_LARGETIME # MFLAGS is the set of architecture-dependent (-m*) compiler options, which # is usually empty. See the gcc manual for information about gcc's -m options. MFLAGS = # CFLAGS is the set of C compiler options. CFLAGS should always include # CCDEFS. CFLAGS = -Wno-implicit -Wformat $(MFLAGS) -g -O $(CCDEFS) $(LC) $(LIBFLAC_CFLAGS) \ -I$(DESTDIR)$(INCDIR) # RPATHFLAGS is a set of C compiler options that cause the program to # search for shared libraries in a non-standard location at run-time. # These options are not needed or useful when using a static library. RPATHFLAGS = -Wl,--enable-new-dtags,-rpath,$(LIBDIR) # LDFLAGS is appended to the C compiler command line to specify loading the # WFDB library. LDFLAGS = -L$(DESTDIR)$(LIBDIR) -lwfdb $(RPATHFLAGS) # WFDBLIB is the name of the standard WFDB library. In order to access it via # `-lwfdb', WFDBLIB should be `libwfdb.a'. WFDBLIB = libwfdb.a # BUILDLIB is the command that creates the static WFDB library once its # components have been compiled separately; the list of *.o files that # make up the library will be appended to BUILDLIB. BUILDLIB = $(AR) $(ARFLAGS) $(WFDBLIB) # RANLIB is the command that builds an index of symbols in the static # library, after it has been created by the BUILDLIB command. RANLIB = ranlib # PRINT is the name of the program used to produce listings (including any # options for the desired formatting). PRINT = lpr # SETPERMISSIONS is the command needed to make the installed files accessible # to those who will use them. The value given below makes them readable by # everyone, and writeable by the owner only. (If you perform the installation # as `root', `root' is the owner of the installed files.) SETPERMISSIONS = chmod 644 # SETDPERMISSIONS is similarly used to make directories created during the # installation accessible. SETDPERMISSIONS = chmod 755 # SETLPERMISSIONS is the command needed to make the WFDB library usable by # programs linked to it. SETLPERMISSIONS = chmod 644 # SETXPERMISSIONS is the command needed to make the applications accessible. SETXPERMISSIONS = chmod 755 # STRIP is the command used to compact the compiled binaries by removing their # symbol tables. STRIP = strip # To retain the symbol tables for debugging, comment out the previous line, and # uncomment the next line. # STRIP = : # ........................................................................... # This section of definitions is used only when compiling WAVE, which is # possible only if the XView and Xlib libraries and include files have been # installed. # OPENWINHOME specifies the root directory of the OpenWindows hierarchy. # This is usually /usr/openwin. OPENWINHOME = /usr/openwin # OWINCDIR is the directory in which the `xview' directory containing XView # *.h files is found. OWINCDIR = $(OPENWINHOME)/include # OWLIBDIR is the directory in which the XView library is found. OWLIBDIR = $(OPENWINHOME)/lib # XHOME specifies the root directory of the X11 hierarchy. # This is usually /usr/X11R6 (or /usr/X11). XHOME = /usr/X11R6 # XINCDIR is the directory in which the 'X11' directory containing X11 *.h # files is found. This is usually /usr/X11R6/include, although there is often # a link connecting /usr/include/X11 to this directory. XINCDIR = $(XHOME)/include # XLIBDIR is the directory in which the X11 libraries are found. XLIBDIR = $(XHOME)/lib # RPCINCDIR is the directory in which the 'rpc/rpc.h' file is found, # if it is not in the default path. RPCINCDIR = /usr/include/tirpc # WCFLAGS is the set of C compiler options to use when compiling WAVE. WCFLAGS = $(CFLAGS) -I$(OWINCDIR) -I$(XINCDIR) -I$(RPCINCDIR) \ -fno-stack-protector # HELPOBJ can be set to "help.o" if you wish to recompile the XView spot help # functions in "wave/help.c" (recommended under Linux). HELPOBJ = help.o # Otherwise, use the version in libxview by uncommenting the next line: # HELPOBJ = # WLDFLAGS is the set of loader options appended to the C compiler command line # to specify loading the WFDB, XView, and Xlib libraries. WLDFLAGS = $(LDFLAGS) -L$(OWLIBDIR) -L$(XLIBDIR) -lxview -lolgx -lX11 # Users of Red Hat Linux 5.0 or 5.1 (not later versions), use this instead: # WLDFLAGS = $(LDFLAGS) -L$(XLIBDIR) $(OWLIBDIR)/libxview.a \ # $(OWLIBDIR)/libolgx.a -lX11 # This setting avoids incompatibilities with the shared (dynamic) libraries. # ........................................................................... # `make' (with no target specified) will be equivalent to `make all'. make-all: all # `make lib-post-install' should be run after installing the WFDB library. lib-post-install: $(RANLIB) $(DESTDIR)$(LIBDIR)/$(WFDBLIB) lib-post-uninstall: echo "Nothing to be done for lib-post-uninstall" # _____________________________________________________________________________ # file: Makefile.tpl G. Moody 24 May 2000 # Last revised: 8 March 2017 # This section of the Makefile should not need to be changed. # 'make' or 'make all': compile the WFDB applications without installing them all: config.cache $(MAKE) WFDBROOT=`pwd`/build LIBDIR=`pwd`/build/lib install $(MAKE) WFDBROOT=`pwd`/build LIBDIR=`pwd`/build/lib check # 'make install': compile and install the WFDB software package install: config.cache cd lib; $(MAKE) clean; $(MAKE) install cd app; $(MAKE) clean; $(MAKE) install cd convert; $(MAKE) clean; $(MAKE) install cd data; $(MAKE) clean; $(MAKE) install cd fortran; $(MAKE) clean; $(MAKE) install cd psd; $(MAKE) clean; $(MAKE) install cd wave; $(MAKE) clean; $(MAKE) install cd waverc; $(MAKE) clean; $(MAKE) install -( cd xml; $(MAKE) clean; $(MAKE) install ) test -d doc && ( cd doc; $(MAKE) clean; $(MAKE) install ) # 'make collect': collect the installed files into /tmp/wfdb/ collect: cd lib; $(MAKE) collect cd app; $(MAKE) collect cd convert; $(MAKE) collect cd data; $(MAKE) collect cd fortran; $(MAKE) collect cd psd; $(MAKE) collect cd wave; $(MAKE) collect cd waverc; $(MAKE) collect -( cd xml; $(MAKE) collect ) test -d doc && ( cd doc; $(MAKE) collect ) uninstall: config.cache cd app; $(MAKE) uninstall cd convert; $(MAKE) uninstall cd data; $(MAKE) uninstall cd fortran; $(MAKE) uninstall cd lib; $(MAKE) uninstall cd psd; $(MAKE) uninstall cd wave; $(MAKE) uninstall cd waverc; $(MAKE) uninstall cd xml; $(MAKE) uninstall test -d doc && ( cd doc; $(MAKE) uninstall ) ./uninstall.sh $(DESTDIR)$(WFDBROOT) # 'make clean': remove binaries, other cruft from source directories clean: cd app; $(MAKE) clean cd checkpkg; $(MAKE) clean cd convert; $(MAKE) clean cd data; $(MAKE) clean cd examples; $(MAKE) clean cd fortran; $(MAKE) clean cd lib; $(MAKE) clean cd psd; $(MAKE) clean cd wave; $(MAKE) clean cd waverc; $(MAKE) clean cd xml; $(MAKE) clean test -d doc && ( cd doc; $(MAKE) clean ) cd conf; rm -f *~ prompt site.def site-slib.def rm -f *~ config.cache */*.exe $(PACKAGE)-*.spec rm -rf build # 'make config.cache': check configuration config.cache: exec ./configure @echo "(Ignore any error that may appear on the next line.)" @false # force an immediate exit from `make' conf/prompt: echo -n >echo.out -test -s echo.out && ln -sf prompt-c conf/prompt -test -s echo.out || ln -sf prompt-n conf/prompt rm echo.out # 'make test' or 'make test-all': compile the WFDB applications without # installing them (installs the dynamically-linked WFDB library and includes # into subdirectories of $(HOME)/wfdb-test) test test-all: $(HOME)/wfdb-test/include $(HOME)/wfdb-test/lib $(MAKE) WFDBROOT=$(HOME)/wfdb-test all # 'make test-install': compile and install the WFDB software package into # subdirectories of $(HOME)/wfdb-test test-install: $(TESTDIRS) $(MAKE) WFDBROOT=$(HOME)/wfdb-test install # 'make check': test currently installed version of the WFDB software package check: config.cache conf/prompt cd checkpkg; $(MAKE) all # Create directories for test installation if necessary. TESTDIRS = $(HOME)/wfdb-test/bin $(HOME)/wfdb-test/database \ $(HOME)/wfdb-test/help $(HOME)/wfdb-test/include $(HOME)/wfdb-test/lib $(HOME)/wfdb-test: mkdir -p $(HOME)/wfdb-test; $(SETDPERMISSIONS) $(HOME)/wfdb-test $(HOME)/wfdb-test/bin: $(HOME)/wfdb-test mkdir -p $(HOME)/wfdb-test/bin; \ $(SETDPERMISSIONS) $(HOME)/wfdb-test/bin $(HOME)/wfdb-test/database: $(HOME)/wfdb-test mkdir -p $(HOME)/wfdb-test/database; \ $(SETDPERMISSIONS) $(HOME)/wfdb-test/database $(HOME)/wfdb-test/help: $(HOME)/wfdb-test mkdir -p $(HOME)/wfdb-test/help; \ $(SETDPERMISSIONS) $(HOME)/wfdb-test/help $(HOME)/wfdb-test/include: $(HOME)/wfdb-test mkdir -p $(HOME)/wfdb-test/include; \ $(SETDPERMISSIONS) $(HOME)/wfdb-test/include $(HOME)/wfdb-test/lib: $(HOME)/wfdb-test mkdir -p $(HOME)/wfdb-test/lib; \ $(SETDPERMISSIONS) $(HOME)/wfdb-test/lib # 'make tarballs': clean up the source directories, run ./configure with # default settings, then make a pair of gzipped tar source archives of the WFDB # software package (with and without the documentation), and check that the # MANIFEST (list of files in the package) is correct. tarballs: clean ./configure $(MAKE) clean rm -f ../$(PACKAGE)-MANIFEST ../$(PACKAGE).tar.gz \ ../$(PACKAGE)-no-docs.tar.gz cd lib; $(SETPERMISSIONS) *.h cd ..; export COPYFILE_DISABLE=true; \ tar --create --file $(PACKAGE).tar.gz --verbose --gzip \ '--exclude=.git*' $(PACKAGE) 2>&1 | \ sed "s+^a ++" | sed s+${PACKAGE}/++ | \ tee $(PACKAGE)-MANIFEST cd ..; tar --create --file $(PACKAGE)-no-docs.tar.gz \ --verbose --gzip \ '--exclude=$(PACKAGE)/*doc' \ '--exclude=.git*' $(PACKAGE) ./check-manifest $(PACKAGE) # 'make bin-tarball': make a gzipped tar archive of the WFDB software package # binaries and other installed files bin-tarball: install collect rm -rf /tmp/$(PACKAGE)-$(ARCH) mv /tmp/wfdb /tmp/$(PACKAGE)-$(ARCH) cd /tmp; tar cfvz $(PACKAGE)-$(ARCH).tar.gz \ $(PACKAGE)-$(ARCH) mv /tmp/$(PACKAGE)-$(ARCH).tar.gz .. rm -rf /tmp/$(PACKAGE)-$(ARCH) # 'make doc-tarball': make a gzipped tar archive of formatted documents # (requires many freely-available utilities that are not part of this # package; see doc/Makefile.top for details) doc-tarball: cd doc; $(MAKE) tarball # 'make rpms': make source and binary RPMs RPMROOT=$(HOME)/rpmbuild rpms: tarballs mkdir -p $(RPMROOT)/BUILD $(RPMROOT)/RPMS $(RPMROOT)/SOURCES \ $(RPMROOT)/SPECS $(RPMROOT)/SRPMS cp -p ../$(PACKAGE).tar.gz $(RPMROOT)/SOURCES sed s/VERSION/$(VERSION)/g $(PACKAGE)-$(RPMRELEASE).spec cp -p $(PACKAGE)-$(RPMRELEASE).spec $(RPMROOT)/SPECS cd; if [ -e .rpmmacros ]; then cp -p .rpmmacros ..rpmmacros; fi cp conf/rpm.mc $(HOME)/.rpmmacros if [ -x /usr/bin/rpmbuild ]; \ then rpmbuild -ba $(PACKAGE)-$(RPMRELEASE).spec; \ else echo "rpmbuild not found in /usr/bin; attempting to use rpm"; \ rpm -ba $(PACKAGE)-$(RPMRELEASE).spec; fi mv $(RPMROOT)/RPMS/*/wfdb*-$(VERSION)-$(RPMRELEASE).*.rpm .. mv $(RPMROOT)/SRPMS/$(PACKAGE)-$(RPMRELEASE).src.rpm .. rm -f $(PACKAGE)-$(RPMRELEASE).spec $(HOME)/.rpmmacros cd; if [ -e ..rpmmacros ]; then mv ..rpmmacros .rpmmacros; fi @echo "Remember to sign the RPMs by" @echo " cd ..; rpm --addsign wfdb*$(VERSION)*rpm"