# # rpm.make # # Makefile rules to build a RPM spec files and RPM packages # # Copyright (C) 2001 Free Software Foundation, Inc. # # Author: Nicola Pero # # This file is part of the GNUstep Makefile Package. # # This library is free software; you can redistribute it and/or # modify it 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. # # You should have received a copy of the GNU General Public # License along with this library; see the file COPYING.LIB. # If not, write to the Free Software Foundation, # 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. # # FIXME: Move all this documentation into the documentation # # # FIXME/TODO: Update for GNUSTEP_BUILD_DIR # # rpm puts all tools, bundles, applications, subprojects, libraries, # etc specified in the GNUmakefile into a single rpm. There aren't any # provisions for putting separate apps/tools/etc in separate rpms # (other than putting them in separate dirs). # # Note: we don't make development packages separated from the standard # ones. Every package containing a library's object files will also # contain the header files for the library . # # # You can build two kind of packages: # - normal packages # - debugging packages # # First we describe normal packages. # # the make package generates automatically: # * the .tgz source file to be copied into where_you_build_rpms/SOURCES/ # # # * the spec file to be copied into where_you_build_rpms/SPECS/ # # # at this point, to build the rpm you just do # cd where_you_build_rpms/SPECS/ # rpm -ba my_package.spec # # If you are *very* lazy, typing `make rpm' will do it all automatically # for you. But in that case, you need to have set the shell environment # variable `RPM_TOPDIR' to the top dir of where you build rpms (eg, # /usr/src/redhat/). # # To build the spec file for a package, you need to do two things: # [1] Add - after common.make - the following lines in your GNUmakefile: # # PACKAGE_NAME = Gomoku # PACKAGE_VERSION = 1.1.1 # # (replace them with name, version of your software). This is mainly # needed so that when you build the .tgz and the spec file, they have # names which are in sync. Make sure to keep the library version and # the package version in sync. # # The other important variable you may want to set in your makefiles is # # GNUSTEP_INSTALLATION_DIR - Installation dir (defaults to GNUSTEP_LOCAL_ROOT) # # If your package is relocatable (this is true by default - see below # for how to make it non-relocatable) the user will be able to install # the package elsewhere by using something like `rpm -Uvh --prefix # /home/nicola/GNUstep your_package.rpm' when installing the package. # # [2] Provide a $(PACKAGE_NAME).spec.in file, which contains the RPM # spec preamble. Here is an example: # Summary: A table board game # Release: 1 # Copyright: GPL # Group: Amusements/Games # Source: http://www.gnustep.it/nicola/Applications/Gomoku/%{gs_name}-%{gs_version}.tar.gz # # %description # Gomoku is an extended TicTacToe game for GNUstep. You win the game if # you are able to put 5 of your pieces in a row, column or diagonal. You # loose if the computer does it before you. You can play the game on # boards of different size; the default size is 8 but 10 is also nice to # play. The game has 6 different difficulty levels. # Comments: # you must not include: `Name', `Version', `BuildRoot' and `Prefix' # entries. These are generated automatically; `Name' and `Version' # from $(PACKAGE_NAME) and $(PACKAGE_VERSION), and so for BuildRoot # and Prefix. you might include all the other tags listed in the RPM # doc if you want. The `Prefix:' entry is automatically included only # if your package is relocatable (should be the default for all # non-system packages. If you want your package to be non-relocatable # (to be used only for system packages which *must* be installed in # GNUSTEP_SYSTEM_ROOT), add the line # # RPM_DISABLE_RELOCATABLE=YES # # (FIXME improve variable name) to your GNUmakefile. This will not generate # a `Prefix:' line in the spec file. # # # You can use the following if you need: # %{gs_name} expands to the value of the make variable PACKAGE_NAME # %{gs_version} expands to the value of the make variable PACKAGE_VERSION # (make sure you use them in `Source:' as shown). # # # A special note: if you need `./configure --prefix=/usr/GNUstep' # (/usr/GNUstep being replaced by your GNUSTEP_SYSTEM_ROOT) to be run # before compilation (usually only needed for GNUstep core libraries # themselves), define the following make variable: # # PACKAGE_NEEDS_CONFIGURE = YES # # in your makefile. # # At this point, typing # `make dist' will generate the .tgz (can be used outside rpm.make) # `make specfile' will generate the (matching) specfile. # # # Debugging packages. # # # A debugging package is called # $(PACKAGE_NAME)-debug-$(PACKAGE_VERSION) rather than # $(PACKAGE_NAME)-$(PACKAGE_VERSION). The source .tgz have the same # name though. The source rpm package instead has a different name # because it contains the .spec file, which is different between debug # and non debug version. # # To build the spec for the debugging package, type `make debug=yes specfile'. # This builds a specfile as for the non-debugging package, except: # # It uses $(PACKAGE_NAME)-debug.spec.in rather than # ${PACKAGE_NAME).spec.in if found. (this allows you to customize # package description, summary, release number, group for the # debugging case). # # It will compile everything with debugging enabled when building the # debugging package. # # It will manage the package having a different name (eg # Gomoku-debug-1.1.1) than the .tgz (eg Gomoku-1.1.1.tgz). # # Unless `standalone=yes' (ie, unless you create the specfile using # `make debug=yes standalone=yes specfile') it will perform the following # additional tasks: # # * build and install the non-debugging software before the debugging one; # * remove from the debugging package all files already included in the # non-debugging one (this is why it needs to build the non-debugging # software first); # * add a dependency of the debugging package from the non-debugging one. # # # # As said before, if you are very lazy, typing something like # # make distclean # `RPM_TOPDIR=/usr/src/redhat' make rpm # # will do the whole job once you have written your '.spec.in' file, # and set the PACKAGE_NAME and PACKAGE_VERSION variables in the makefile. # The generated rpm will be in /usr/src/redhat/RPMS/. # # # Internal targets # # If we have been called with something like # # make INSTALL_ROOT_DIR=/var/tmp/package-build/ \ # GNUSTEP_INSTALLATION_DIR=/var/tmp/package-build/usr/GNUstep/Local \ # filelist=yes install # # we are being called inside the rpm installation stage, and we need # to produce the file list from the installed files. ifeq ($(filelist),yes) # Build the file-list only at top level # ifeq ($(MAKELEVEL),0) # Determine which file list to build ifeq ($(debug),yes) FILE_LIST = $(shell pwd)/file-list-debug else FILE_LIST = $(shell pwd)/file-list endif # Remove the old file list before installing, and initialize the new one. before-install:: -rm -f $(FILE_LIST) echo "%attr (-, root, root)" >> $(FILE_LIST) # install - done by other GNUmakefiles - NB: must install everything inside # GNUSTEP_INSTALLATION_DIR, or prefix all installation dirs with # $INSTALL_ROOT_DIR such as # $(INSTALL_DATA) page.html $(INSTALL_ROOT_DIR)/usr/local/MySoftware/ # instead of $(INSTALL_DATA) page.html /usr/local/MySoftware/ # Get the list of files inside GNUSTEP_INSTALL_BASE internal-after-install:: for file in `$(TAR) Pcf - $(INSTALL_ROOT_DIR) | $(TAR) t`; do \ if [ -d "$$file" ]; then \ echo "%dir $$file" > /dev/null; \ else \ echo "$$file" >> $(FILE_LIST); \ fi; \ done sed -e "s|$(INSTALL_ROOT_DIR)||" $(FILE_LIST) > file-list.tmp mv file-list.tmp $(FILE_LIST) # endif # MAKELEVEL endif # filelist == yes # # Manage debug vs non-debug # ifneq ($(debug), yes) SPEC_FILE=$(PACKAGE_NAME).spec SPEC_RULES_TEMPLATE=$(GNUSTEP_MAKEFILES)/spec-rules.template SPEC_IN=$(PACKAGE_NAME).spec.in SPEC_SCRIPT_IN=$(PACKAGE_NAME).script.spec.in PACKAGE_EXTENSION="" else SPEC_FILE=$(PACKAGE_NAME)-debug.spec ifeq ($(standalone),yes) SPEC_RULES_TEMPLATE=$(GNUSTEP_MAKEFILES)/spec-debug-alone-rules.template else SPEC_RULES_TEMPLATE=$(GNUSTEP_MAKEFILES)/spec-debug-rules.template endif SPEC_IN=$(PACKAGE_NAME)-debug.spec.in SPEC_SCRIPT_IN=$(PACKAGE_NAME)-debug.script.spec.in PACKAGE_EXTENSION="-debug" endif .PHONY: specfile rpm check-RPM_TOPDIR # # The user will type `make specfile' to generate the specfile # specfile: $(SPEC_FILE) # # Issue a warning if the $(PACKAGE_NAME)-debug.spec.in file is not found # $(PACKAGE_NAME)-debug.spec.in: @echo "WARNING - $(PACKAGE_NAME)-debug.spec.in not found!" @echo "You need to create it to build the debugging package." @echo "If you already have a $(PACKAGE_NAME).spec.in, just take it as" @echo "a start for the $(PACKAGE_NAME)-debug.spec.in - and make" @echo "the little necessary changes in summary and description." @echo "" # # This is the real target - depends on having a correct .spec.in file # $(SPEC_FILE): $(SPEC_IN) @echo "Generating the spec file..." @-rm -f $@ @echo "##" >> $@ @echo "## Generated automatically by GNUstep make - do not edit!" >> $@ @echo "## Edit the $(SPEC_IN) file instead" >> $@ @echo "##" >> $@ @echo " " >> $@ @echo "## Code dynamically generated" >> $@ @echo "%define gs_root $(GNUSTEP_SYSTEM_ROOT)" >> $@ @echo "%define gs_install_dir $(GNUSTEP_INSTALLATION_DIR)" >> $@ @echo "%define gs_name $(PACKAGE_NAME)" >> $@ @echo "%define gs_version $(PACKAGE_VERSION)" >> $@ ifeq ($(PACKAGE_NEEDS_CONFIGURE),YES) @echo "%define gs_configure YES" >> $@ else @echo "%define gs_configure NO" >> $@ endif @echo " " >> $@ @echo "Name: %{gs_name}$(PACKAGE_EXTENSION)" >> $@ @echo "Version: %{gs_version}" >> $@ @echo "BuildRoot: /var/tmp/%{gs_name}-buildroot" >> $@ ifeq ($(RPM_DISABLE_RELOCATABLE),YES) @echo "Prefix: %{gs_install_dir}" >> $@ endif ifeq ($(debug),yes) ifneq ($(standalone),yes) @echo "requires: %{gs_name} = %{gs_version}" >> $@ endif endif @echo "" >> $@ @echo "## Code from $(SPEC_IN)" >> $@ @cat $(SPEC_IN) >> $@ @echo "" >> $@ @echo "## Fixed rules from $(SPEC_RULES_TEMPLATE)" >> $@ @cat $(SPEC_RULES_TEMPLATE) >> $@ @ if [ -f $(SPEC_SCRIPT_IN) ]; then \ echo "" >> $@; \ echo "## Script rules from $(SPEC_SCRIPT_IN)" >> $@; \ cat $(SPEC_SCRIPT_IN) >> $@; \ fi check-RPM_TOPDIR: @if [ "$(RPM_TOPDIR)" = "" ]; then \ echo "I can't build the RPM if you do not set your RPM_TOPDIR"; \ echo "shell variable"; \ exit 1; \ fi; # In old RPM versions, building was done using 'rpm -ba'; in newer RPM # versions, it can only be done using 'rpmbuild -ba'. Try to support # the old RPM versions by using 'rpm' instead of 'rpmbuild', if # 'rpmbuild' is not available. This hack can presumably be removed # when all RPM versions on earth will have been updated to the new # setup (it might take a while). rpm: check-RPM_TOPDIR dist specfile @echo "Generating the rpm..."; ifneq ($(RELEASE_DIR),) @cp $(RELEASE_DIR)/$(PACKAGE_NAME)-$(PACKAGE_VERSION).tar.gz \ $(RPM_TOPDIR)/SOURCES/; else @cp ../$(PACKAGE_NAME)-$(PACKAGE_VERSION).tar.gz $(RPM_TOPDIR)/SOURCES/; endif @cp $(SPEC_FILE) $(RPM_TOPDIR)/SPECS/; \ cd $(RPM_TOPDIR)/SPECS/; \ if which rpmbuild > /dev/null 2>/dev/null; then \ rpmbuild="rpmbuild"; \ else \ if which rpm > /dev/null 2>/dev/null; then \ rpmbuild="rpm"; \ else \ echo "Error: You don't have rpm installed!"; \ rpmbuild="rpmbuild"; \ fi; \ fi; \ $${rpmbuild} -ba $(SPEC_FILE) ifneq ($(PACKAGE_NAME),) internal-distclean:: rm -rf $(PACKAGE_NAME).spec $(PACKAGE_NAME)-debug.spec endif