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initial commit of file from CVS for smeserver-pxe

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Trevor Batley 2023-02-26 15:55:49 +11:00
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# Makefile for source rpm: smeserver-pxe
# $Id: Makefile,v 1.1 2022/04/30 02:44:36 trevorb Exp $
NAME := smeserver-pxe
SPECFILE = $(firstword $(wildcard *.spec))
define find-makefile-common
for d in common ../common ../../common ; do if [ -f $$d/Makefile.common ] ; then if [ -f $$d/CVS/Root -a -w $$/Makefile.common ] ; then cd $$d ; cvs -Q update ; fi ; echo "$$d/Makefile.common" ; break ; fi ; done
endef
MAKEFILE_COMMON := $(shell $(find-makefile-common))
ifeq ($(MAKEFILE_COMMON),)
# attept a checkout
define checkout-makefile-common
test -f CVS/Root && { cvs -Q -d $$(cat CVS/Root) checkout common && echo "common/Makefile.common" ; } || { echo "ERROR: I can't figure out how to checkout the 'common' module." ; exit -1 ; } >&2
endef
MAKEFILE_COMMON := $(shell $(checkout-makefile-common))
endif
include $(MAKEFILE_COMMON)

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Apache License
Version 2.0, January 2004
http://www.apache.org/licenses/
TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION
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# lame duck Makefile that exists for the sole purpose of "make clean"
all:
clean:
@rm -fv *~

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# -*- Makefile -*-
#
# Common Makefile for building RPMs
# Licensed under the new-BSD license (http://www.opensource.org/licenses/bsd-license.php)
# Copyright (C) 2004-2005 Red Hat, Inc.
# Copyright (C) 2005 Fedora Foundation
#
# $Id: Makefile.common,v 1.14 2022/06/08 18:44:49 jpp Exp $
# Define the common dir.
# This needs to happen first.
define find-common-dir
for d in common ../common ../../common ; do if [ -f $$d/Makefile.common ] ; then echo "$$d"; break ; fi ; done
endef
COMMON_DIR := $(shell $(find-common-dir))
# Branch and disttag definitions
# These need to happen second.
ifndef HEAD_BRANCH
HEAD_BRANCH := devel
endif
BASEDIR := $(shell basename `pwd`)
# BRANCH := $(BASEDIR)
# Get tag for module - e.g. contribs10 or sme10 from file left by cvs2git conversion script
BRANCH := $(shell cat contriborbase)
BRANCHINFO = $(shell grep ^$(BRANCH): $(COMMON_DIR)/branches | cut -d: --output-delimiter=" " -f2-)
TARGET := $(word 1, $(BRANCHINFO))
DIST = $(word 2, $(BRANCHINFO))
DISTVAR = $(word 3, $(BRANCHINFO))
DISTVAL = $(word 4, $(BRANCHINFO))
DISTDEF = $(shell echo $(DIST) | sed -e s/^\\\.//| sed -e s/\\\./_/ )
SMEVAL = $(word 5, $(BRANCHINFO))
DIST_DEFINES = --define "dist $(DIST)" --define "$(DISTVAR) $(DISTVAL)" --define "$(DISTDEF) 1" --define "sme $(SMEVAL)"
BUILD_FLAGS ?= $(KOJI_FLAGS)
LOCALARCH := $(if $(shell grep -i '^BuildArch:.*noarch' $(SPECFILE)), noarch, $(shell uname -m))
## a base directory where we'll put as much temporary working stuff as we can
ifndef WORKDIR
WORKDIR := $(shell pwd)
endif
## of course all this can also be overridden in your RPM macros file,
## but this way you can separate your normal RPM setup from your CVS
## setup. Override RPM_WITH_DIRS in ~/.cvspkgsrc to avoid the usage of
## these variables.
SRCRPMDIR ?= $(WORKDIR)
BUILDDIR ?= $(WORKDIR)
RPMDIR ?= $(WORKDIR)
MOCKDIR ?= $(WORKDIR)
MOCKCFG ?= smeserver-$(SMEVAL)-$(BUILDARCH)-base
## SOURCEDIR is special; it has to match the CVS checkout directory,
## because the CVS checkout directory contains the patch files. So it basically
## can't be overridden without breaking things. But we leave it a variable
## for consistency, and in hopes of convincing it to work sometime.
ifndef SOURCEDIR
SOURCEDIR := $(shell pwd)
endif
ifndef SPECDIR
SPECDIR := $(shell pwd)
endif
ifndef RPM_DEFINES
RPM_DEFINES := --define "_sourcedir $(SOURCEDIR)" \
--define "_specdir $(SPECDIR)" \
--define "_builddir $(BUILDDIR)" \
--define "_srcrpmdir $(SRCRPMDIR)" \
--define "_rpmdir $(RPMDIR)" \
$(DIST_DEFINES)
endif
# Initialize the variables that we need, but are not defined
# the version of the package
VER_REL := $(shell rpm $(RPM_DEFINES) $(DIST_DEFINES) -q --qf "%{VERSION} %{RELEASE}\n" --specfile $(SPECFILE)| head -1)
ifndef NAME
$(error "You can not run this Makefile without having NAME defined")
endif
ifndef VERSION
VERSION := $(word 1, $(VER_REL))
endif
# the release of the package
ifndef RELEASE
RELEASE := $(word 2, $(VER_REL))
endif
# this is used in make patch, maybe make clean eventually.
# would be nicer to autodetermine from the spec file...
RPM_BUILD_DIR ?= $(BUILDDIR)/$(NAME)-$(VERSION)
#needed for archivefile rule
TREEPATH := $(NAME)-$(VERSION)
EXT := $(shell cat $(NAME).spec | grep Source | sed 's/Source: //' | sed -E 's/^([^.]*\.)(.*)$/\2//')
TEMPDIR := $(shell mktemp -d)
# default target: just make sure we've got the sources
all: sources
# user specific configuration
CVS_EXTRAS_RC := $(shell if test -f $(HOME)/.cvspkgsrc ; then echo $(HOME)/.cvspkgsrc ; fi)
ifdef CVS_EXTRAS_RC
include $(CVS_EXTRAS_RC)
endif
# The repository and the clients we use for the files
REPOSITORY ?= http://buildsys.contribs.org/source
UPLOAD_REPOSITORY ?= /build/builds/source
# We define CURL and WGET in a way that makes if possible to have them
# overwritten from the module's Makefiles. Then CLIENT picks CURL, otherwise WGET
CURL ?= $(shell if test -f /usr/bin/curl ; then echo "curl -H Pragma: -O -R -S --fail --show-error" ; fi)
WGET ?= $(shell if test -f /usr/bin/wget ; then echo "wget -nd -m" ; fi)
CLIENT ?= $(if $(CURL),$(CURL),$(if $(WGET),$(WGET)))
PLAGUE_CLIENT ?= $(shell which plague-client 2>/dev/null)
BUILD_CLIENT ?= $(shell which koji 2>/dev/null)
BODHI_CLIENT ?= $(shell which bodhi 2>/dev/null)
# RPM with all the overrides in place; you can override this in your
# .cvspkgsrc also, to use a default rpm setup
# the rpm build command line
ifndef RPM
RPM := rpmbuild
endif
ifndef RPM_WITH_DIRS
RPM_WITH_DIRS = $(RPM) $(RPM_DEFINES)
endif
# CVS-safe version/release -- a package name like 4Suite screws things
# up, so we have to remove the leaving digits from the name
TAG_NAME := $(shell echo $(NAME) | sed -e s/\\\./_/g -e s/^[0-9]\\\+//g)
TAG_VERSION := $(shell echo $(VERSION) | sed s/\\\./_/g)
TAG_RELEASE := $(shell echo $(RELEASE) | sed s/\\\./_/g)
# tag to export, defaulting to current tag in the spec file
TAG?=$(TAG_NAME)-$(TAG_VERSION)-$(TAG_RELEASE)
# where to cvs export temporarily
TMPCVS := $(WORKDIR)/cvs-$(TAG)
# source file basenames
SOURCEFILES := $(shell cat sources 2>/dev/null | awk '{ print $$2 }')
# full path to source files
FULLSOURCEFILES := $(addprefix $(SOURCEDIR)/,$(SOURCEFILES))
# retrieve the stored md5 sum for a source download
define get_sources_md5
$(shell cat sources 2>/dev/null | while read m f ; do if test "$$f" = "$@" ; then echo $$m ; break ; fi ; done)
endef
# list the possible targets for valid arches
ARCHES = noarch i386 i586 i686 x86_64 # ia64 s390 s390x ppc ppc64 pseries ppc64pseries iseries ppc64iseries athlon alpha alphaev6 sparc sparc64 sparcv9 sparcv9v sparc64v i164 mac sh mips geode
# for the modules that do different "make prep" depending on what arch we build for
PREP_ARCHES = $(addprefix prep-,$(ARCHES))
## list all our bogus targets
.PHONY :: $(ARCHES) commit sources uploadsource upload export check build-check plague koji build cvsurl chain-build test-srpm srpm tag force-tag verrel new clean patch prep compile install install-short compile-short FORCE local scratch-build scratch-build-%
# The TARGETS define is meant for local module targets that should be
# made in addition to the SOURCEFILES whenever needed
TARGETS ?= archivefile
# default target - retrieve the sources and make the module specific targets
sources: $(SOURCEFILES) $(TARGETS)
# Retrieve the sources we do not have in CVS
$(SOURCEFILES): #FORCE
@mkdir -p $(SOURCEDIR)
@echo "Downloading $@..."
@for i in `find ../ -maxdepth 2 -name "$@"`; do \
if test "$$(md5sum $$i | awk '{print $$1}')" = "$(get_sources_md5)" ; then \
echo "Copying from $$i" ; \
ln $$i $@ ; \
break ; \
fi ; \
done
@if [ -z "$(CLIENT)" ]; then echo "Can't download, need curl or wget installed." ; exit 1; fi
@if [ ! -e "$@" ] ; then $(CLIENT) $(REPOSITORY)/$(get_sources_md5)/$@ ; fi
@if [ ! -e "$@" ] ; then echo "Could not download source file: $@ does not exist" ; exit 1 ; fi
@if test "$$(md5sum $@ | awk '{print $$1}')" != "$(get_sources_md5)" ; then \
echo "md5sum of the downloaded $@ does not match the one from 'sources' file" ; \
echo "Local copy: $$(md5sum $@)" ; \
echo "In sources: $$(grep $@ sources)" ; \
exit 1 ; \
else \
ls -l $@ ; \
fi
# Support for uploading stuff into the repository.
ifdef FILES
upload-file = echo -F "name=$(NAME)" -F "md5sum=$${m%%[[:space:]]*}" -F "file=@$$f" $(UPLOAD_REPOSITORY)
define upload-request
echo "Checking : $$b on $(UPLOAD_REPOSITORY)..." ; \
if test -f "$(UPLOAD_REPOSITORY)/$${m%%[[:space:]]*}/$$f"; then \
echo "This file ($$m) is already uploaded" ; \
else \
echo "Uploading: $$b to $(UPLOAD_REPOSITORY)..." ; \
mkdir -p "$(UPLOAD_REPOSITORY)/$${m%%[[:space:]]*}" || exit 1 ; \
ln -f "$$f" "$(UPLOAD_REPOSITORY)/$${m%%[[:space:]]*}/$$f" 2> /dev/null || cp -f "$$f" "$(UPLOAD_REPOSITORY)/$${m%%[[:space:]]*}/$$f" || exit 1 ; \
fi
endef
# Upload the FILES, adding to the ./sources manifest
upload: $(FILES)
@if ! test -f ./sources ; then touch ./sources ; fi
@if ! test -f ./.cvsignore ; then touch ./.cvsignore ; fi
@for f in $(FILES); do \
if ! test -s $$f ; then echo "SKIPPING EMPTY FILE: $$f" ; continue ; fi ; \
b="$$(basename $$f)" ; \
m="$$(cd $$(dirname $$f) && md5sum $$b)" ; \
if test "$$m" = "$$(grep $$b sources)" ; then \
echo "ERROR: file $$f is already listed in the sources file..." ; \
exit 1 ; \
fi ; \
chmod +r $$f ; \
echo ; $(upload-request) ; echo ; \
if test -z "$$(egrep ""[[:space:]]$$b$$"" sources)" ; then \
echo "$$m" >> sources ; \
else \
egrep -v "[[:space:]]$$b$$" sources > sources.new ; \
echo "$$m" >> sources.new ; \
mv sources.new sources ; \
fi ; \
if test -z "$$(egrep ""^$$b$$"" .cvsignore)" ; then \
echo $$b >> .cvsignore ; \
fi \
done
@if grep "^/sources/" CVS/Entries >/dev/null; then true ; else cvs -Q add sources; fi
@echo "Source upload succeeded. Don't forget to commit the new ./sources file"
@cvs update sources .cvsignore
# Upload FILES and recreate the ./sources file to include only these FILES
new-source new-sources: $(FILES)
@rm -f sources && touch sources
@rm -f .cvsignore && touch .cvsignore
@for f in $(FILES); do \
if ! test -s $$f ; then echo "SKIPPING EMPTY FILE: $$f" ; continue ; fi ; \
b="$$(basename $$f)" ; \
m="$$(cd $$(dirname $$f) && md5sum $$b)" ; \
chmod +r $$f ; \
echo ; $(upload-request) ; echo ; \
echo "$$m" >> sources ; \
echo "$$b" >> .cvsignore ; \
done
@if grep "^/sources/" CVS/Entries >/dev/null; then true ; else cvs -Q add sources; fi
@echo "Source upload succeeded. Don't forget to commit the new ./sources file"
@cvs update sources .cvsignore
endif
# allow overriding buildarch so you can do, say, an i386 build on x86_64
ifndef BUILDARCH
BUILDARCH := $(shell rpm --eval "%{_arch}")
endif
# test build in mock
mockbuild : srpm
mock $(MOCKARGS) -r $(MOCKCFG) --resultdir=$(MOCKDIR)/$(TAG) rebuild $(SRCRPMDIR)/$(NAME)-$(VERSION)-$(RELEASE).src.rpm
# check the build with rpmlint
lint:
@test -e $(NAME)-$(VERSION)-$(RELEASE).src.rpm || (echo "run 'make local' first" ; exit 1 )
rpmlint $(NAME)-$(VERSION)-$(RELEASE).src.rpm $(LOCALARCH)/*-$(VERSION)-$(RELEASE).$(LOCALARCH).rpm
# build for a particular arch
$(ARCHES) : sources $(TARGETS)
$(RPM_WITH_DIRS) --target $@ -ba $(SPECFILE) 2>&1 | tee .build-$(VERSION)-$(RELEASE).log ; exit $${PIPESTATUS[0]}
# empty target to force checking of md5sums in FULLSOURCEFILES
FORCE:
# build whatever's appropriate for the local architecture
local: $(LOCALARCH)
# attempt to apply all the patches, optionally only for a particular arch
ifdef PREPARCH
prep: sources $(TARGETS)
$(RPM_WITH_DIRS) --nodeps -bp --target $(PREPARCH) $(SPECFILE)
else
prep: sources $(TARGETS)
$(RPM_WITH_DIRS) --nodeps -bp $(SPECFILE)
endif
# this allows for make prep-i686, make prep-ppc64, etc
prep-% : Makefile
$(MAKE) prep PREPARCH=$*
compile: sources $(TARGETS)
$(RPM_WITH_DIRS) -bc $(SPECFILE)
install: sources $(TARGETS)
$(RPM_WITH_DIRS) -bi $(SPECFILE)
compile-short: sources $(TARGETS)
$(RPM_WITH_DIRS) --nodeps --short-circuit -bc $(SPECFILE)
install-short: sources $(TARGETS)
$(RPM_WITH_DIRS) --nodeps --short-circuit -bi $(SPECFILE)
CVS_ROOT := $(shell if [ -f CVS/Root ] ; then cat CVS/Root ; fi)
CVS_REPOSITORY := $(shell if [ -f CVS/Repository ] ; then cat CVS/Repository ; fi)
CVS_URL := cvs://shell.koozali.org/cvs/smecontribs?$(CVS_REPOSITORY)\#$(TAG)
## create a clean exported copy in $(TMPCVS)
export:: sources
@mkdir -p $(WORKDIR)
/bin/rm -rf $(TMPCVS)
@if test -z "$(TAG)" ; then echo "Must specify a tag to check out" ; exit 1; fi
@mkdir -p $(TMPCVS)
@cd $(TMPCVS) && \
cvs -Q -d $(CVS_ROOT) export -r$(TAG) -d $(NAME) $(CVS_REPOSITORY) && \
cvs -Q -d $(CVS_ROOT) export -rHEAD common
@if [ -n "$(FULLSOURCEFILES)" ]; then ln -f $(FULLSOURCEFILES) $(TMPCVS)/$(NAME) 2> /dev/null || cp -f $(FULLSOURCEFILES) $(TMPCVS)/$(NAME) ; fi
@echo "Exported $(TMPCVS)/$(NAME)"
## build a test-srpm and see if it will -bp on all arches
# XXX: I am not sure exactly what this is supposed to really do, since the
# query format returns (none) most of the time, and that is not
# handled --gafton
check: test-srpm
@archs=`rpm -qp $(SRCRPMDIR)/$(NAME)-$(VERSION)-$(RELEASE).src.rpm --qf "[%{EXCLUSIVEARCH}\n]" | egrep -v "(i586)|(i686)|(athlon)"` ;\
if test -z "$$archs"; then archs=noarch; fi ; \
echo "Checking arches: $$archs" ; \
for arch in $$archs; do \
echo "Checking $$arch..."; \
if ! $(RPM_WITH_DIRS) -bp --target $$arch $(SPECFILE); then \
echo "*** make prep failed for $$arch"; \
exit 1; \
fi; \
done;
## use this to build an srpm locally
ifneq (, $(filter contribs7 contribs8 contribs9, $(BRANCH)))
srpm: sources $(TARGETS)
$(RPM_WITH_DIRS) $(DIST_DEFINES) --define _source_filedigest_algorithm=md5 --nodeps -bs $(SPECFILE)
else
srpm: sources $(TARGETS)
$(RPM_WITH_DIRS) $(DIST_DEFINES) --nodeps -bs $(SPECFILE)
endif
test-srpm: srpm
# Create the tar file used to transport the source tree
archivefile:
@echo "Making archive $(TREEPATH).$(EXT)"
@echo "TEMPDIR:$(TEMPDIR)"
mkdir -p $(TEMPDIR)/$(TREEPATH)
cp -r root $(TEMPDIR)/$(TREEPATH)
if test -f createlinks ; then cp createlinks $(TEMPDIR)/$(TREEPATH) ; fi ;
if test -f COPYING ; then cp COPYING $(TEMPDIR)/$(TREEPATH) ; fi ;
if test -f LICENSE ; then cp LICENSE $(TEMPDIR)/$(TREEPATH) ; fi ;
if test -f Copying ; then cp Copying $(TEMPDIR)/$(TREEPATH) ; fi ;
if test -f Artistic ; then cp Artistic $(TEMPDIR)/$(TREEPATH) ; fi ;
if test -f *.c ; then cp *.c $(TEMPDIR)/$(TREEPATH) ; fi ;
rm -f $TREEPATH.$EXT*
tar -czvf $(TREEPATH).$(EXT) -C $(TEMPDIR) $(TREEPATH)
find $(TEMPDIR) -delete
verrel:
@echo $(NAME)-$(VERSION)-$(RELEASE)
# If you build a new version into the tree, first do "make tag",
# then "make srpm", then build the package.
tag:: $(SPECFILE) $(COMMON_DIR)/branches
cvs tag $(TAG_OPTS) -c $(TAG)
@echo "Tagged with: $(TAG)"
@echo
force-tag: $(SPECFILE) $(COMMON_DIR)/branches
@$(MAKE) tag TAG_OPTS="-F $(TAG_OPTS)"
define find-user
if [ `cat CVS/Root |grep -c [^:]@` -ne 0 ]; then cat CVS/Root |cut -d @ -f 1 | sed 's/:.*://' ; else echo $(USER); fi
endef
USER := $(shell $(find-user))
oldbuild: $(COMMON_DIR)/branches
@if [ -z "$(TARGET)" -a ! -d CVS ]; then echo "Must be in a branch subdirectory"; exit 1; fi
@cvs status -v $(SPECFILE) 2>/dev/null | grep -q $(TAG); ret=$$? ;\
if [ $$ret -ne 0 ]; then echo "$(SPECFILE) not tagged with tag $(TAG)"; exit 1; fi
@(pushd $(COMMON_DIR) >/dev/null ;\
rm -f tobuild ;\
cvs -Q update -C tobuild ;\
echo -e "$(USER)\t$(CVS_REPOSITORY)\t$(TAG)\t$(TARGET)" >> tobuild ;\
cvs commit -m "request build of $(CVS_REPOSITORY) $(TAG) for $(TARGET)" tobuild ;\
popd >/dev/null)
build-check: $(SPECFILE)
@if [ -z "$(TARGET)" -o ! -d CVS ]; then echo "Must be in a branch subdirectory"; exit 1; fi
@cvs -f status -v $(SPECFILE) 2>/dev/null | grep -q $(TAG); ret=$$? ;\
if [ $$ret -ne 0 ]; then echo "$(SPECFILE) not tagged with tag $(TAG)"; exit 1; fi
plague: build-check $(COMMON_DIR)/branches
@if [ ! -x "$(PLAGUE_CLIENT)" ]; then echo "Must have plague-client installed - see http://fedoraproject.org/wiki/Extras/BuildSystemClientSetup"; exit 1; fi
$(PLAGUE_CLIENT) build $(NAME) $(TAG) $(TARGET)
koji: build-check $(COMMON_DIR)/branches
@if [ ! -x "$(BUILD_CLIENT)" ]; then echo "Must have koji installed - see http://fedoraproject.org/wiki/BuildSystemClientSetup"; exit 1; fi
$(BUILD_CLIENT) $(SECONDARY_CONFIG) build $(BUILD_FLAGS) $(TARGET) '$(CVS_URL)'
ifneq (, $(filter devel, $(BRANCH)))
build: koji
else
build: plague
endif
scratch-build: build-check
@if [ ! -x "$(BUILD_CLIENT)" ]; then echo "Must have koji installed - see http://fedoraproject.org/wiki/BuildSystemClientSetup"; exit 1; fi
$(BUILD_CLIENT) $(SECONDARY_CONFIG) build --scratch $(BUILD_FLAGS) $(TARGET) '$(CVS_URL)'
scratch-build-%: build-check
@if [ ! -x "$(BUILD_CLIENT)" ]; then echo "Must have koji installed - see http://fedoraproject.org/wiki/BuildSystemClientSetup"; exit 1; fi
$(BUILD_CLIENT) $(SECONDARY_CONFIG) build --scratch --arch-override=$* $(BUILD_FLAGS) $(TARGET) '$(CVS_URL)'
bodhi: build-check $(COMMON_DIR)/branches clog
@if [ ! -x "$(BODHI_CLIENT)" ]; then echo "Must have bodhi-client installed"; exit 1; fi
@echo -e "\
# [ $(NAME)-$(VERSION)-$(RELEASE) ]\n\
# type=[S|B|E] (S=security, B=bugfix, E=enhancement) (required)\n\
# request=[T|S] (T=testing, S=stable) (default: testing)\n\
# bug=123,456\n\
# all other text will be considered to be part of the update notes\n\
type=" > bodhi.template
@grep -iZ '\[SME' clog | xargs -0n1 | sed -n -e 's,[^]]*\[SME[: ]*\([0-9]*\)\],\1 ,igp' | xargs | tr ' ' ',' > $(NAME).bugs
@if [ `cat $(NAME).bugs` ]; then echo "bug=`cat $(NAME).bugs`" >> bodhi.template; fi
@sed -e '/^#/d' < bodhi.template > bodhi.template.orig
@if [ -z "$$EDITOR" ]; then vi bodhi.template; else $$EDITOR bodhi.template; fi
@if [ -n "`sed -e '/^#/d' < bodhi.template | diff bodhi.template.orig -`" ]; then \
$(BODHI_CLIENT) -v --new --release $(subst -,,$(BRANCH)) \
--file bodhi.template $(NAME)-$(VERSION)-$(RELEASE) -u $(BODHI_USER); \
else \
echo "Bodhi update aborted!"; \
fi
@rm -f bodhi.template{,.orig} $(NAME).bugs clog
ifndef $(BODHI_USER)
BODHI_USER=$(USER)
endif
ifneq (, $(filter contribs7 contribs8 contribs9, $(BRANCH)))
update: bodhi
endif
cvsurl:
@echo '$(CVS_URL)'
chain-build: build-check
@if [ -z "$(CHAIN)" ]; then \
echo "Missing CHAIN variable, please specify the order of packages to" ; \
echo "chain build. For example: make chain-build CHAIN='foo bar'" ; \
exit 1 ; \
fi ; \
set -e ; \
subdir=`basename $$(pwd)` ; \
urls="" ; \
for component in $(CHAIN) ; do \
if [ "$$component" = "$(NAME)" ]; then \
echo "$(NAME) must not appear in CHAIN" ; \
exit 1 ; \
fi ; \
if [ "$$component" = ":" ]; then \
urls="$$urls :" ; \
continue ; \
elif [ -n "$$urls" -a -z "$(findstring :,$(CHAIN))" ]; then \
urls="$$urls :" ; \
fi ; \
rm -rf .tmp-$$$$ ; \
mkdir -p .tmp-$$$$ ; \
pushd .tmp-$$$$ > /dev/null ; \
cvs -f -Q -z 3 -d $(CVS_ROOT) co $$component ; \
urls="$$urls `make -s -C $$component/$$subdir cvsurl`" ; \
popd > /dev/null ; \
rm -rf .tmp-$$$$ ; \
done ; \
if [ -z "$(findstring :,$(CHAIN))" ]; then \
urls="$$urls :" ; \
fi ; \
urls="$$urls `make -s cvsurl`" ; \
$(BUILD_CLIENT) chain-build $(BUILD_FLAGS) $(TARGET) $$urls
# "make new | less" to see what has changed since the last tag was assigned
new:
-@cvs diff -u -r$$(cvs log Makefile 2>/dev/null | awk '/^symbolic names:$$/ {getline; sub(/^[ \t]*/, "") ; sub (/:.*$$/, ""); print; exit 0}')
# mop up, printing out exactly what was mopped.
clean ::
@echo "Running the %clean script of the rpmbuild..."
-@$(RPM_WITH_DIRS) --clean --nodeps $(SPECFILE)
@for F in $(FULLSOURCEFILES); do \
if test -e $$F ; then \
echo "Deleting $$F" ; /bin/rm -f $$F ; \
fi; \
done
@if test -d $(TMPCVS); then \
echo "Deleting CVS dir $(TMPCVS)" ; \
/bin/rm -rf $(TMPCVS); \
fi
@if test -e $(SRCRPMDIR)/$(NAME)-$(VERSION)-$(RELEASE).src.rpm ; then \
echo "Deleting $(SRCRPMDIR)/$(NAME)-$(VERSION)-$(RELEASE).src.rpm" ; \
/bin/rm -f $(SRCRPMDIR)/$(NAME)-$(VERSION)-$(RELEASE).src.rpm ; \
fi
@rm -fv *~ clog
@echo "Fully clean!"
# To prevent CVS noise due to changing file timestamps, upgrade
# to patchutils-0.2.23-3 or later, and add to ~/.cvspkgsrc:
# FILTERDIFF := filterdiff --remove-timestamps
ifndef FILTERDIFF
FILTERDIFF := cat
endif
ifdef CVE
PATCHFILE := $(NAME)-$(VERSION)-CVE-$(CVE).patch
SUFFIX := cve$(shell echo $(CVE) | sed s/.*-//)
else
PATCHFILE := $(NAME)-$(VERSION)-$(SUFFIX).patch
endif
patch:
@if test -z "$(SUFFIX)"; then echo "Must specify SUFFIX=whatever" ; exit 1; fi
(cd $(RPM_BUILD_DIR)/.. && gendiff $(NAME)-$(VERSION) .$(SUFFIX) | $(FILTERDIFF)) > $(PATCHFILE) || true
@if ! test -s $(PATCHFILE); then echo "Patch is empty!"; exit 1; fi
@echo "Created $(PATCHFILE)"
@grep "$(PATCHFILE)" CVS/Entries >&/dev/null || cvs add -ko $(PATCHFILE) || true
# Recreates the patch file of specified suffix from the current working sources
# but keeping any comments at the top of file intact, and backing up the old copy
# with a '~' suffix.
rediff:
@if test -z "$(SUFFIX)"; then echo "Must specify SUFFIX=whatever" ; exit 1; fi
@if ! test -f "$(PATCHFILE)"; then echo "$(PATCHFILE) not found"; exit 1; fi
@mv -f $(PATCHFILE) $(PATCHFILE)\~
@sed '/^--- /,$$d' < $(PATCHFILE)\~ > $(PATCHFILE)
@(cd $(RPM_BUILD_DIR)/.. && gendiff $(NAME)-$(VERSION) .$(SUFFIX) | $(FILTERDIFF)) >> $(PATCHFILE) || true
clog: $(SPECFILE)
@sed -n '/^%changelog/,/^$$/{/^%/d;/^$$/d;s/%%/%/g;p}' $(SPECFILE) | tee $@
commit: clog
@cvs commit -F $?
@rm -f clog
help:
@echo "Usage: make <target>"
@echo "Available targets are:"
@echo " help Show this text"
@echo " sources Download source files [default]"
@echo " upload FILES=<files> Add <files> to CVS"
@echo " new-sources FILES=<files> Replace sources in CVS with <files>"
@echo " <arch> Local test rpmbuild binary"
@echo " local Local test rpmbuild binary"
@echo " prep Local test rpmbuild prep"
@echo " compile Local test rpmbuild compile"
@echo " install Local test rpmbuild install"
@echo " compile-short Local test rpmbuild short-circuit compile"
@echo " install-short Local test rpmbuild short-circuit install"
@echo " lint Run rpmlint against local build output"
@echo " export Create clean export in \"cvs-$(TAG)\""
@echo " check Check test srpm preps on all archs"
@echo " srpm Create a srpm"
@echo " tag Tag sources as \"$(TAG)\""
@echo " build Request build of \"$(TAG)\" for $(TARGET)"
@echo " chain-build Build current package in order with other packages"
@echo " example: make chain-build CHAIN='libwidget libgizmo'"
@echo " The current package is added to the end of the CHAIN list."
@echo " Colons (:) can be used in the CHAIN parameter to define dependency groups."
@echo " Packages in a single group will be built in parallel, and all packages"
@echo " in a group must build successfully and populate the repository before"
@echo " the next group will begin building."
@echo " If no groups are defined, packages will be built sequentially."
@echo " scratch-build Request scratch build of \"$(TAG)\" for $(TARGET)"
@echo " scratch-build-<archs> Request scratch build of \"$(TAG)\" for $(TARGET) and archs <archs>"
@echo " examples: make scratch-build-i386,ppc64"
@echo " make scratch-build-x86_64"
@echo " mockbuild Local test build using mock"
@echo " verrel Echo \"$(NAME)-$(VERSION)-$(RELEASE)\""
@echo " new Diff against last tag"
@echo " clog Make a clog file containing top changelog entry"
@echo " commit Commit to CVS using the clog file as the log message"
@echo " clean Remove srcs ($(SOURCEFILES)), export dir (cvs-$(TAG)) and srpm ($(NAME)-$(VERSION)-$(RELEASE).src.rpm)"
@echo " patch SUFFIX=<suff> Create and add a gendiff patch file"
@echo " rediff SUFFIX=<suff> Recreates a gendiff patch file, retaining comments"
@echo " unused-patches Print list of patches not referenced by name in specfile"
@echo " unused-fedora-patches Print Fedora patches not used by Patch and/or ApplyPatch directives"
@echo " gimmespec Print the name of the specfile"
@echo " update Submit $(NAME)-$(VERSION)-$(RELEASE) as an update for $(BRANCH)"
gimmespec:
@echo "$(SPECFILE)"
unused-patches:
@for f in *.patch; do if [ -e $$f ]; then grep -q $$f $(SPECFILE) || echo $$f; fi; done
unused-fedora-patches:
@for f in *.patch; do if [ -e $$f ]; then (egrep -q "^Patch[[:digit:]]+:[[:space:]]+$$f" $(SPECFILE) || echo "Unused: $$f") && egrep -q "^ApplyPatch[[:space:]]+$$f" $(SPECFILE) || echo "Unapplied: $$f"; fi; done
##################### EXPERIMENTAL ##########################
# this stuff is very experimental in nature and should not be
# relied upon until these targets are moved above this line
# This section contains some hacks that instrument
# download-from-upstream support. You'll have to talk to gafton, he
# knows how this shit works.
# Add to the list of hardcoded upstream files the contents of the
# ./upstream file
UPSTREAM_FILES += $(shell if test -f ./upstream ; then cat ./upstream ; fi)
# extensions for signature files we need to retrieve for verification
# Warning: if you update the set of defaults, please make sure to
# update/add to the checking rules further down
UPSTREAM_CHECKS ?= sign asc sig md5
# check the signatures for the downloaded upstream stuff
UPSTREAM_CHECK_FILES = $(foreach e, $(UPSTREAM_CHECKS), $(addsuffix .$(e), $(UPSTREAM_FILES)))
# Download a file from a particular host.
# First argument contains the url base, the second the filename,
# third extra curl options
define download-host-file
if test ! -e "$(2)" ; then \
echo -n "URL: $(1)/$(2) ..." ; \
$(CURL) --silent --head $(1)/$(2) && \
{ \
echo "OK, downloading..." ; \
$(CURL) $(3) $(1)/$(2) ; \
} || \
echo "not found" ; \
fi
endef
# Download a file, trying each mirror in sequence. Also check for
# signatures, if available
# First argument contains the file name. We read the list of mirrors
# from the ./mirrors file
define download-file
$(foreach h, $(shell cat mirrors),
$(call download-host-file,$(h),$(1))
if test -e $(1) ; then \
$(foreach e,$(UPSTREAM_CHECKS),$(call download-host-file,$(h),$(1).$(e),--silent) ; ) \
fi
)
if test ! -e $(1) ; then \
echo "ERROR: Could not download file: $(1)" ; \
exit -1 ; \
else \
echo "File $(1) available for local use" ; \
fi
endef
# Download all the UPSTREAM files
define download-files
$(foreach f, $(UPSTREAM_FILES),
$(call download-file,$(f))
echo
)
endef
# Make sure the signature files we download are properly added
define cvs-add-upstream-sigs
for s in $(UPSTREAM_CHECK_FILES) ; do \
if test -f "$$s" ; then \
if ! grep "^/$$s/" CVS/Entries >/dev/null 2>/dev/null ; then \
cvs -Q add "$$s" ; \
fi ; \
fi ; \
done
endef
download : upstream mirrors
@$(download-files)
$(MAKE) download-checks
download-checks :: import-upstream-gpg
download-checks :: $(UPSTREAM_CHECK_FILES)
# how to check for a gpg signature, given a separate signature file
define check-upstream-gpg-sig
echo -n "Checking GPG signature on $* from $@ : "
if ! test -f $@ ; then \
echo "ERROR" ; echo "GPG signature file $@ not found" ; \
exit 1 ; \
fi
if ! gpg --no-secmem-warning --no-permission-warning -q --verify $@ $* 2>/dev/null ; then \
echo "FAILED" ; \
exit 1 ; \
else \
echo "OK" ; \
fi
endef
# how to check for a md5sum, given a separate .md5 file
define check-upstream-md5sum
echo -n "Checking md5sum on $* from $@ : "
if ! test -f $@ ; then \
echo "ERROR" ; echo "md5sum file $@ not found" ; \
exit 1 ; \
fi
if ! md5sum $* | diff >/dev/null --brief "$@" - ; then \
echo "FAILED" ; \
exit 1 ; \
else \
echo "OK" ; \
fi
endef
# and now the rules, specific to each extension
$(addsuffix .sign,$(UPSTREAM_FILES)): %.sign: % FORCE
@$(check-upstream-gpg-sig)
$(addsuffix .asc,$(UPSTREAM_FILES)): %.asc: % FORCE
@$(check-upstream-gpg-sig)
$(addsuffix .sig,$(UPSTREAM_FILES)): %.sig: % FORCE
@$(check-upstream-gpg-sig)
$(addsuffix .md5,$(UPSTREAM_FILES)): %.md5: % FORCE
@$(check-upstream-md5sum)
# We keep all the relevant GPG keys in the upstream-key.gpg so we can
# check the signatures...
import-upstream-gpg : upstream-key.gpg FORCE
mkdir -p $(HOME)/.gnupg
gpg --quiet --import --no-secmem-warning --no-permission-warning $< || :
# A handy target to download the latest and greatest from upstream and
# check it into the lookaside cache.
# new-base assumes that all the sources are downloaded from upstream, so it uses "make new-source"
# rebase uses the standard "make upload"
new-base : clean download
$(MAKE) new-source FILES="$(UPSTREAM_FILES)"
@$(cvs-add-upstream-sigs)
@echo "Don't forget to do a 'cvs commit' for your new sources file."
rebase : clean download
$(MAKE) upload FILES="$(UPSTREAM_FILES)"
@$(cvs-add-upstream-sigs)
@echo "Don't forget to do a 'cvs commit' for your new sources file."
# there is more stuff to clean, now that we have upstream files
clean ::
@rm -fv $(UPSTREAM_FILES)

3
common/README.md Normal file
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@ -0,0 +1,3 @@
# common
Common files for rpm building on SMEServer

10
common/branches Normal file
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sme7:sme7:.el4.sme:rhel:4:7
sme8:sme8:.el5.sme:rhel:5:8
sme9:sme9:.el6.sme:rhel:6:9
sme10:sme10:.el7.sme:rhel:7:10
devel:sme10:.el7.sme:rhel:7:10
contribs7:contribs7:.el4.sme:rhel:4:7
contribs8:contribs8:.el5.sme:rhel:5:8
contribs9:contribs9:.el6.sme:rhel:6:9
contribs10:contribs10:.el7.sme:rhel:7:10
devel:contribs7:.el4.sme:rhel:4:7

326
common/cvs-import.sh Executable file
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@ -0,0 +1,326 @@
#!/bin/bash
#
# Import a given src.rpm on a given branch
# Licensed under the new-BSD license (http://www.opensource.org/licenses/bsd-license.php)
# Copyright (C) 2004-2005 Red Hat, Inc.
# Copyright (C) 2005 Fedora Foundation
#
# $Id: cvs-import.sh,v 1.10 2013/02/26 18:51:26 slords Exp $
shopt -s nocasematch
# Initial setup
CVSTREE=${CVSTREE:=extras}
TOPLEVEL=${TOPLEVEL:=rpms}
# Check that we're being run from a good location
MYDIR=$(dirname $0)
if [ ! -f ${MYDIR}/CVS/Root ] ; then
echo "ERROR: You need to run this script from the 'common' checkout" >&2
exit 1
fi
# use the CVSROOT from the checkout
CVSROOT=$(cat ${MYDIR}/CVS/Root)
# use the TAG from the checkout
TAG=$(sed -n 's@^T@@p' $(pwd)/CVS/Tag 2> /dev/null)
# We need a writable directory for temporary checkouts and CVS work
WORKDIR="/tmp"
if test -w $(pwd) ; then
WORKDIR="$(pwd)"
fi
[ -f branch ] && BRANCH=$(cat branch)
# short usage help
Usage() {
cat <<EOF
Usage:
$0 [-b <branch>] [-t <cvs tag/branch>] [-m <message>] <package>
Imports a package into the cvs repository. Will use the following defaults:
CVSROOT = $CVSROOT
BRANCH = ${BRANCH:-devel}
TAG = ${TAG}
The package can also be imported on a PRE-EXISTING branch using the
"-b BRANCH" flag. This script can not create new branches for you.
EOF
exit 1
}
# Parse arguments
MESSAGE=
while [ -n "$1" ] ; do
case "$1" in
# import the package on the given branch. If the branch does
# not exist, we will branch the HEAD and then we will perform
# the import
-t | --tag )
shift
TAG="$1"
if [ -z "$TAG" ] ; then
echo "ERROR: --tag requires an argument"
Usage
exit -1
fi
;;
-b | --branch )
shift
BRANCH="$1"
if [ -z "$BRANCH" ] ; then
echo "ERROR: --branch requires an argument"
Usage
exit -1
fi
# protect against moronisms
if [ "$BRANCH" = "HEAD" -o "$BRANCH" = "devel" ] ; then
BRANCH=
fi
;;
-m | --message )
shift
MESSAGE="$1"
;;
# the always helpful help message
-h | --help )
Usage
exit 0
;;
* )
if [ -n "$PACKAGE" ] ; then
echo "ERROR: Only one package at a time, please" >&2
echo "Already got request for $PACKAGE" >&2
exit -1
fi
PACKAGE="$1"
if [ ! -e "$PACKAGE" ] ; then
echo "ERROR: Package $PACKAGE does not exist"
Usage
exit -2
fi
NVR=$(rpm -qp --qf "%{NAME}-%{VERSION}-%{RELEASE}" $PACKAGE 2>/dev/null)
SRCRPM=$(rpm -qp --qf "%{SOURCERPM}" $PACKAGE 2>/dev/null)
if [ -z "$NVR" -o "$SRCRPM" != "(none)" ] ; then
echo "ERROR: Package $PACKAGE does not look like a source RPM package"
Usage
exit -3
fi
# extract NAME VERSION RELEASE, like a 31337 h@x0r
RELEASE=${NVR##*-}
NAME=${NVR%%-$RELEASE}
VERSION=${NAME##*-}
NAME=${NAME%%-$VERSION}
;;
esac
shift
done
if [ -z "$PACKAGE" ] ; then
echo "RPM source package required for import"
Usage
exit 0
fi
# make sure the PACKAGE is an absolute path, as we'll be changing
# directories fairly often in this script
PACKAGE="$(cd $(dirname $PACKAGE) && pwd)/$(basename $PACKAGE)"
# all well
export CVSROOT
CVS="cvs -d $CVSROOT"
# Grab a temp dir
TMPDIR=$(mktemp -d $WORKDIR/tmpcvsXXXXXX)
trap "rm -rf $TMPDIR" 0 9 15
# A cleanup function that can be called from random places
CleanUp() {
if [ -n "$LOGFILE" ] ; then
rm -f $LOGFILE
fi
cd ${WORKDIR}
rm -rf $TMPDIR
echo
}
CreateBranchMakefile() {
cat >Makefile <<EOF
# Makefile for source rpm: $NAME
# \$Id\$
NAME := $NAME
SPECFILE = \$(firstword \$(wildcard *.spec))
define find-makefile-common
for d in common ../common ../../common ; do if [ -f \$\$d/Makefile.common ] ; then if [ -f \$\$d/CVS/Root -a -w \$\$/Makefile.common ] ; then cd \$\$d ; cvs -Q update ; fi ; echo "\$\$d/Makefile.common" ; break ; fi ; done
endef
MAKEFILE_COMMON := \$(shell \$(find-makefile-common))
ifeq (\$(MAKEFILE_COMMON),)
# attept a checkout
define checkout-makefile-common
test -f CVS/Root && { cvs -Q -d \$\$(cat CVS/Root) checkout common && echo "common/Makefile.common" ; } || { echo "ERROR: I can't figure out how to checkout the 'common' module." ; exit -1 ; } >&2
endef
MAKEFILE_COMMON := \$(shell \$(checkout-makefile-common))
endif
include \$(MAKEFILE_COMMON)
EOF
}
# Check out the existing module
cd $TMPDIR
echo "Checking out module: '$NAME'"
$CVS -Q checkout ${TAG:+-r $TAG} $TOPLEVEL/$NAME || { echo "ERROR: \"$NAME\" module does not exist in cvs."; exit 1; }
# this is our working directory
cd $TOPLEVEL/$NAME
[ -d ${BRANCH} ] || { echo "ERROR: \"$NAME/$BRANCH\" does not exist!"; exit 1; }
# check if we have imported this entry
TAG=$(echo "${NAME##[0-9]}-$VERSION-$RELEASE" | sed -e 's/[$,.:;@]/_/g')
LOG_ENTRY="$TAG:${BRANCH:-HEAD}:$(basename $PACKAGE)"
if [ -n "$(grep ""^$LOG_ENTRY"" ./${BRANCH}/import.log 2>/dev/null)" ] ; then
echo "ERROR: $PACKAGE was already imported on branch ${BRANCH:-HEAD}"
CleanUp
exit -2
fi
# Check here as well because back in the old days we used to write it here
if [ -n "$(grep ""^$LOG_ENTRY"" ./import.log 2>/dev/null)" ] ; then
echo "ERROR: $PACKAGE was already imported on branch ${BRANCH:-HEAD}"
CleanUp
exit -2
fi
# Now the real import job is starting up
BRANCH="${BRANCH:-devel}"
# Unpack the src.rpm
TMP2=$(mktemp -d tmpXXXXXX)
pushd $TMP2 >/dev/null
echo "Unpacking source package: $(basename $PACKAGE)..."
rpm2cpio $PACKAGE | cpio -id --quiet || {
echo "This package appears to be corrupt."
echo "Skipping import for: $PACKAGE"
CleanUp
exit -1
} >&2
popd >/dev/null
# grab a list of files from the src.rpm
FILES=$(rpm -qpl $PACKAGE 2>/dev/null)
# Remove the files that are no longer present
OLDFILES=$(find ${BRANCH} -maxdepth 1 -type f \
-not -name branch \
-not -name import.log \
-not -name sources \
-not -name Makefile \
-not -name .cvsignore \
-print )
for f in $OLDFILES ; do
if [ ! -f "$TMP2/$(basename $f)" ] ; then
cvs -Q delete -f $f
echo "R $(basename $f)"
fi
done
# Add the new files
>${BRANCH}/sources.new
>${BRANCH}/.cvsignore.new
# Now build a list of what needs to be uploaded
UPLOADFILES=
for _f in $FILES ; do
# just to be sure. Who knows when rpm will start returning
# pathnames in src.rpm queries
f=$(basename ${_f})
add_file="yes"
file_md5=$(cd $TMP2 && md5sum $f)
file_size=$(stat --format="%s" $TMP2/$f)
# if the file exists or it is listed in the sources we don't add it
if [ -f ${BRANCH}/$f ] ; then
add_file="no"
cmp -s $TMP2/$f ${BRANCH}/$f || echo "U $f"
elif [ -n "$(grep ""$file_md5"" ${BRANCH}/sources 2>/dev/null)" ] ; then
add_file="no"
# keep it around...
echo "$file_md5" >> ${BRANCH}/sources.new
echo "$f" >> ${BRANCH}/.cvsignore.new
fi
# we catch changed patches this way...
mv -f $TMP2/$f ${BRANCH}/$f
# we need to add this file
pushd ${BRANCH} >/dev/null
if [ "$add_file" = "yes" ] ; then
case $f in
*.tar | *gz | *.bz2 | *.lzma | *.Z | *.zip | *.xz | \
*.ttf | *.bin | *.tbz | *.tbz2 | *.pdf | *.rpm | \
*.jar | *.war | *.db | *.cpio | *.jisp | *.egg | *.gem )
UPLOADFILES="$UPLOADFILES $f"
if [ -n "$(grep $f sources 2>/dev/null)" ] ; then
# this file existed before with a different md5sum
echo "N $f"
else
echo "L $f"
fi
;;
*)
cvs -Q add -ko $f
echo "A $f"
;;
esac
fi
popd >/dev/null
done
# upload the tarballs
pushd ${BRANCH} >/dev/null
# Re-add the branch Makefile (during resurrection of dead packages).
if [ ! -f Makefile ] ; then
CreateBranchMakefile
cvs -Q add Makefile
fi
rm -f sources && mv sources.new sources
rm -f .cvsignore && mv .cvsignore.new .cvsignore
if [ -n "$UPLOADFILES" ] ; then
make upload FILES="$UPLOADFILES" || {
echo "ERROR: Uploading the source tarballs failed!"
exit 9
}
fi
popd >/dev/null
# We no longer need this
rm -rf $TMP2
# setup finished
[ -f ./${BRANCH}/import.log ] || $(touch ./${BRANCH}/import.log; cvs add ./${BRANCH}/import.log)
echo "$LOG_ENTRY:$(date +%s)" >> ./${BRANCH}/import.log
echo "======================================================================="
cvs -Q diff -u
echo "======================================================================="
echo "Please check the above cvs diff."
echo "If you want to make any changes before committing, please press Ctrl-C."
echo "Otherwise press Enter to proceed to commit."
read
cvs -Q update && \
echo "cvs commit..." && \
cvs -Q commit ${MESSAGE:+-m "$MESSAGE"} && echo "Commit Complete" && \
cd ${BRANCH} && cvs tag ${TAG} && echo "Tagging '${TAG}' complete."
# Clean up
CleanUp

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common/tobuild Normal file
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contriborbase Normal file
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contribs10

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createlinks Normal file
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#!/usr/bin/perl -w
use esmith::Build::CreateLinks qw(:all);
use File::Basename;
use File::Path;
# our event specific for updating with yum without reboot
$event = 'smeserver-pxe-update';
#add here the path to your templates needed to expand
event_templates($event, '/etc/dhcpd.conf');
#action specific to this package
#event_link('action', $event, '30');
#services we need to restart
event_services($event, 'dhcpd' => 'restart');

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root/etc/e-smith/db/configuration/defaults/pxe/00:06 Normal file
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BOOTIA32.EFI

1
root/etc/e-smith/db/configuration/defaults/pxe/00:07 Normal file
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BOOTX64.EFI

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root/etc/e-smith/db/configuration/defaults/pxe/default Normal file
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pxelinux.0

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root/etc/e-smith/db/configuration/defaults/pxe/status Normal file
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enabled

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root/etc/e-smith/db/configuration/defaults/pxe/type Normal file
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configuration

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root/etc/e-smith/templates/etc/dhcpd.conf/12ClientArchitecture Normal file
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{
if ($pxe{status} eq "enabled")
{
return "option client-architecture code 93 = unsigned integer 16;";
}
}

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{
if ($pxe{status} eq "enabled")
{
if ($pxe{nextserver})
{
$OUT .= " next-server $pxe{nextserver};\n\n";
}
my $seq = 0;
while (my ($arch, $prog) = each (%pxe))
{
unless ($arch eq 'default' || $arch eq 'type' || $arch eq 'status' || $arch eq 'nextserver' || $arch eq 'dir')
{
if ($prog)
{
++$seq;
if ($seq eq 1)
{
$OUT .= " if option client-architecture = $arch {\n";
$OUT .= " filename \"$pxe{dir}/$prog\";\n";
$OUT .= " }\n";
}
else
{
$OUT .= " elsif option client-architecture = $arch {\n";
$OUT .= " filename \"$pxe{dir}/$prog\";\n";
$OUT .= " }\n";
}
}
}
}
if ($seq eq 0)
{
$OUT .= " filename \"$pxe{dir}/$pxe{default}\";\n";
}
else
{
$OUT .= " else {\n";
$OUT .= " filename \"$pxe{dir}/$pxe{default}\";\n";
$OUT .= " }\n";
}
}
}

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smeserver-pxe.spec Normal file
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# $Id: smeserver-pxe.spec,v 1.0 2022/04/28 18:45:26 brianr Exp $
# Authority: nocvs
# Name: Trevor Batley
Summary: Allow pxeboot of client machines over network
%define name smeserver-pxe
Name: %{name}
%define version 0.1
%define release 4
Version: %{version}
Release: %{release}%{?dist}
License: GPL
Group: Network
Source: %{name}-%{version}.tar.xz
BuildRoot: /var/tmp/%{name}-%{version}-%{release}-buildroot
BuildArch: noarch
Requires: e-smith-base
BuildRequires: e-smith-devtools >= 1.13.1-03
AutoReq: yes
%description
Global settings for dhcp to allow clients to network boot.
Assumes sme server is acting as dhcp server.
%changelog
* Sat Jul 2 2022 Trevor Batley ,trevor@batley.id.au> 0.1-4.sme
- add event smeserver-pxe-update to trigger dhcpd restart via creatlinks [12087]
* Sat May 28 2022 Trevor Batley <trevor@batley.id.au> 0.1-3.sme
- Remove incorrect = sign from nextserver parameter and enclsing "'s
* Mon May 09 2022 Trevor Batley <trevor@batley.id.au> 0.1-2.sme
- Set default architecture executables to Centos 7 defaults [SME 11969]
* Thu Apr 28 2022 Trevor Batley <trevor@batley.id.au> 0.1-1.sme
- Initial release [SME 10821]
- Split of PXE Global parameters out of smeserver-thinclient
- Allow for different architectures (including UEFI booting)
%prep
%setup -q -n %{name}-%{version}
%build
perl createlinks
%install
/bin/rm -rf $RPM_BUILD_ROOT
(cd root ; /usr/bin/find . -depth -print | /bin/cpio -dump $RPM_BUILD_ROOT)
/bin/rm -f %{name}-%{version}-filelist
/sbin/e-smith/genfilelist $RPM_BUILD_ROOT > %{name}-%{version}-filelist
%clean
rm -rf $RPM_BUILD_ROOT
%files -f %{name}-%{version}-filelist
%defattr(-,root,root)
%pre
%preun
%post
%postun