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# Top-level makefile for Exim; handles creating a build directory with
# appropriate links, and then creating and running the main makefile in that
# directory.
# Copyright (c) University of Cambridge, 1995 - 2014
# See the file NOTICE for conditions of use and distribution.
# IRIX make uses the shell that is in the SHELL variable, which often defaults
# to csh, so put this in to make it use the Bourne shell. In systems where
# /bin/sh is not a Bourne-compatible shell, this line will have to be edited,
# or "make" must be called with a different SHELL= setting.
SHELL=/bin/sh
RM_COMMAND=/bin/rm
# If a build name has not been specified by running this make file via a
# command of the form "make build=xxxx", then determine the name of the
# operating system and the machine architecture and use that. This does not
# provide an override for the OS type and architecture type; they still have
# to be used for the OS-specific files. To override them, you can set the
# shell variables OSTYPE and ARCHTYPE when running make.
buildname=$${build:-`$(SHELL) scripts/os-type`-`$(SHELL) scripts/arch-type`}
# The default target checks for the existence of Local/Makefile, that the main
# makefile is built and up-to-date, and then it runs it.
all: Local/Makefile configure
@cd build-$(buildname); $(MAKE) SHELL=$(SHELL) $(MFLAGS)
Local/Makefile:
@echo ""
@echo "*** Please create Local/Makefile by copying src/EDITME and making"
@echo "*** appropriate changes for your site."
@echo ""
@test ! -d Local && mkdir Local
@false
# This is separated off so that "make build-directory" can be obeyed on
# its own if necessary.
build-directory:
@builddir=build-$(buildname); \
case "$$builddir" in *UnKnown*) exit 1;; esac; \
$(SHELL) -c "test -d $$builddir -a -r $$builddir/version.c || \
(mkdir $$builddir; cd $$builddir; $(SHELL) ../scripts/MakeLinks)";
checks:
$(SHELL) scripts/source_checks
# The "configure" target ensures that the build directory exists, then arranges
# to build the main makefile from inside the build directory, by calling the
# Configure-Makefile script. This does its own dependency checking because of
# the optional files.
configure: checks build-directory
@cd build-$(buildname); \
build=$(build) $(SHELL) ../scripts/Configure-Makefile
# The "makefile" target forces a rebuild of the makefile (as opposed to
# "configure", which doesn't force it).
makefile: build-directory
@cd build-$(buildname); $(RM_COMMAND) -f Makefile; \
build=$(build) $(SHELL) ../scripts/Configure-Makefile
# The installation commands are kept in a separate script, which expects
# to be run from inside the build directory.
install: all
@cd build-$(buildname); \
build=$(build) $(SHELL) ../scripts/exim_install $(INSTALL_ARG)
# Tidy-up targets
clean:; @echo ""; echo '*** "make clean" just removes all .o and .a files'
@echo '*** Use "make makefile" to force a rebuild of the makefile'
@echo ""
cd build-$(buildname); \
$(RM_COMMAND) -f *.o lookups/*.o lookups/*.a auths/*.o auths/*.a \
routers/*.o routers/*.a transports/*.o transports/*.a \
pdkim/*.o pdkim/*.a
clean_exim:; cd build-$(buildname); \
$(RM_COMMAND) -f *.o lookups/*.o lookups/*.a auths/*.o auths/*.a \
routers/*.o routers/*.a transports/*.o transports/*.a lookups/*.so
distclean:; $(RM_COMMAND) -rf build-* cscope*
cscope.files: FRC
echo "-q" > $@
echo "-p3" >> $@
find src Local OS exim_monitor -name "*.[cshyl]" -print \
-o -name "os.h*" -print \
-o -name "*akefile*" -print \
-o -name EDITME -print >> $@
ls OS/* >> $@
FRC:
# End of top-level makefile
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