Mini Shell
#
# Copyright (c) 2012-2022 Red Hat.
# Copyright (c) 2008 Aconex. All Rights Reserved.
# Copyright (c) 2000,2003,2004 Silicon Graphics, Inc. All Rights Reserved.
#
# This program 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.
#
# This program is distributed in the hope that it 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.
#
# Common gmake macros for building
#
# src/include/builddefs. Generated from builddefs.in by configure.
#
ifndef _BUILDDEFS_INCLUDED_
_BUILDDEFS_INCLUDED_ = 1
ifndef _PCP_CONF_INCLUDED_
_PCP_CONF_INCLUDED_ = 1
include $(PCP_DIR)/etc/pcp.conf
endif
# General package information
PACKAGE_VERSION ?= 6.2.2
PACKAGE_MAJOR ?= 6
PACKAGE_MINOR ?= 2
PACKAGE_REVISION ?= 2
PACKAGE_BUILD ?= 7
PACKAGE_NAME ?= pcp
PACKAGE_CONFIGURE ?= --with-infiniband=yes --with-python=no --with-dstat-symlink=yes --with-perfevent=yes --with-pmdastatsd=yes --with-pmdabcc=yes --with-pmdabpf=yes --with-pmdabpftrace=yes --with-pmdajson=yes --with-pmdamongodb=yes --with-pmdanutcracker=no --with-pmdasnmp=yes
PACKAGE_DISTRIBUTION ?= redhat
SGI_CHROOT_BUILD ?= 0
SGI_ISSP_BUILD ?= 0
# see build/containers/GNUlocalrules and build/containers/*/GNUmakefile
CONTAINER_VERSION = $(PACKAGE_VERSION)-$(PACKAGE_BUILD)
CONTAINER_ARCH = $(shell uname -p)
BUILDRULES = $(PCP_INC_DIR)/buildrules
# LCFLAGS, LLDFLAGS, LLDLIBS, LDIRT may be specified in local makefiles.
# turn on all warnings by default
ifeq "yes" "yes"
WARN_OFF = -Wall
else
WARN_OFF =
endif
LIBPCP_ABIDIR ?= src
PCPLIB_LDFLAGS = -L$(PCP_LIB_DIR)
# backward compatibility
PCP_LIBS = $(PCPLIB_LDFLAGS)
# platform-specific CFLAGS, LDLIBS, and shared library extension
#
# Note:
# Need PCFLAGS setting here to match the CFLAGS settings in
# ../../configure.ac (likewise for PLDFLAGS and LDFLAGS).
#
TARGET_OS = linux
CROSS_COMPILING = no
CASE_INSENSITIVE_FS = no
C99_CFLAGS = --std=c99
PCFLAGS = -fPIC -fno-strict-aliasing -D_GNU_SOURCE -Wshadow -Wno-array-bounds
PLDFLAGS = -Wl,-z,relro -Wl,--as-needed -Wl,-z,now -specs=/usr/lib/rpm/redhat/redhat-hardened-ld -specs=/usr/lib/rpm/redhat/redhat-annobin-cc1
ifneq (, $(filter linux kfreebsd gnu, $(TARGET_OS)))
DSOSUFFIX = so
endif
ifeq "$(TARGET_OS)" "darwin"
DSOSUFFIX = dylib
CASE_INSENSITIVE_FS = yes
endif
ifeq "$(TARGET_OS)" "mingw"
DSOSUFFIX = dll
EXECSUFFIX = .exe
SHELLSUFFIX = .sh
PLDLIBS = -lwsock32 -liphlpapi
endif
ifeq "$(TARGET_OS)" "solaris"
PLDFLAGS += -fPIC
PLDLIBS = -lnsl -lsocket -lresolv -ldl -lposix4
DSOSUFFIX = so
endif
ifeq "$(TARGET_OS)" "aix"
DSOSUFFIX = so
# -qcpluscmt
# allow C++-style // as comment preamble
# -brtl
# use run-time linker
# -bnoipath
# do not use path to DSOs from the build, use default search path
# rules
# (and does not accept -Wall as a valid option)
PLDFLAGS += -brtl -bnoipath
WARN_OFF =
endif
ifeq "$(TARGET_OS)" "freebsd"
DSOSUFFIX = so
endif
ifeq "$(TARGET_OS)" "netbsd"
DSOSUFFIX = so
LDFLAGS += -Wl,-rpath=/usr/pkg/lib
endif
ifeq "$(TARGET_OS)" "openbsd"
DSOSUFFIX = so
endif
CFLAGS_DEV =
CFLAGS_ABI =
CFLAGS_OPT = -O2 -g
CFLAGS_SANITIZER =
CFLAGS += -I$(PCP_INC_DIR)/.. -I$(PCP_INC_DIR) \
-DPCP_VERSION=\"$(PCP_VERSION)\" \
$(PCFLAGS) $(LCFLAGS) $(WARN_OFF) $(CFLAGS_OPT) $(CFLAGS_SANITIZER) $(CFLAGS_DEV)
PIECFLAGS = -fPIE
PIELDFLAGS = -pie -Wl,-z,relro -Wl,-z,now
INVISIBILITY = -fvisibility=hidden # hide shared library symbols
AVAHICFLAGS = -D_REENTRANT
LZMACFLAGS =
LIBUVCFLAGS =
OPENSSLCFLAGS =
SASLCFLAGS =
CMOCKACFLAGS =
LDFLAGS += $(PLDFLAGS) $(WARN_OFF) $(PCP_LIBS) $(LLDFLAGS)
SRCFILES = GNUmakefile $(HFILES) $(CFILES) $(CXXFILES) $(MFILES) \
$(LSRCFILES) $(LFILES) $(YFILES) $(PYFILES)
GPERFTOOLS_LIBS =
# tcmalloc of gperftools must be linked last
LDLIBS = $(LLDLIBS) $(PLDLIBS) $(GPERFTOOLS_LIBS)
MAKEOPTS = --no-print-directory
ifdef PROJECT
QTDIRDIRT = build debug release .obj .ui .moc .qrc *.xcodeproj *.app
QTDIRT = *.a *.o ui_* moc_* qrc_* Info.plist Makefile* object_script.* \
.qmake.stash
endif
DEPDIRT = dep dep.bak
MANDIRT = *.[1-9].gz *.[1-9].bz2 *.[1-9].lzma *.[1-9].xz *.[1-9].tmp
LIBDIRT = $(LIBTARGET) $(STATICLIBTARGET)
CDIRT = $(OBJECTS) $(CMDTARGET) $(CXXMDTARGET)
DIRT = $(LDIRT) $(DEPDIRT) $(MANDIRT) $(QTDIRT) $(CDIRT) $(LIBDIRT)
DIRDIRT = $(LDIRDIRT) $(QTDIRDIRT)
OBJECTS = $(ASFILES:.s=.o) \
$(CFILES:.c=.o) \
$(CXXFILES:.cxx=.o) \
$(FFILES:.f=.o) \
$(LFILES:.l=.o) \
$(RLFILES:.rl=.o) \
$(YFILES:%.y=%.tab.o)
#NB: don't override $(MAKE); gnumake sets it well, propagating -j etc.
#MAKE = /usr/bin/gmake
AR = /usr/bin/gcc-ar
CC = gcc
CXX = g++
LD = /usr/bin/ld
AWK = /usr/bin/gawk --posix
SED = /usr/bin/sed
CPP = gcc -E
LEX = flex
YACC = bison
RAGEL =
ECHO = /usr/bin/echo
LN_S = ln -s
GREP = grep
GIT = git
MANLINT = $(TOPDIR)/scripts/man-lint
PYLINT = /bin/true --rcfile=$(TOPDIR)/.pylintrc --output-format=colorized
PYTHON =
PYTHON3 = /usr/bin/python3
DTRACE = dtrace
ifeq "$(TARGET_OS)" "freebsd"
QMAKE = /usr/lib64/qt5/bin/qmake
else
QMAKE = QT_SELECT=5 /usr/lib64/qt5/bin/qmake
endif
INSTALL_SH = $(PCP_BINADM_DIR)/install-sh
INSTALL = $(INSTALL_SH) -o $(PCP_USER_INSTALL) -g $(PCP_GROUP_INSTALL)
CCF = $(CC) $(CFLAGS)
CXXF = $(CXX) $(CFLAGS) $(CXXFLAGS)
# NB: don't use $(MAKEF), since that suppresses gnumake's subdir parallelization
#MAKEF = $(MAKE) $(MAKEOPTS)
LDF = $(LD) $(LDFLAGS)
MAKEDEPEND = /usr/bin/true
ifeq "$(TARGET_OS)" "freebsd"
# gmake on FreeBSD has a strange default rule that passes insufficient
# flags to cc/ld for the link step. This change prevents errors like
# undefined reference to `__stack_chk_fail_local'
#
LDFLAGS += $(CFLAGS)
endif
ZIP = /usr/bin/gzip
BZIP2 = /usr/bin/bzip2
LZMA = /usr/freeware/bin/lzma
XZ = /usr/bin/xz
TAR = /usr/bin/gtar
RPMPROG = /usr/bin/rpmbuild
HDIUTIL =
MKINSTALLP =
DLLTOOL =
RPMBUILD= /usr/bin/rpmbuild
RPM = /usr/bin/rpm
POD2MAN = /usr/bin/pod2man
DPKG =
MAKEPKG =
GENPMDA = $(PCP_BIN_DIR)/genpmda
PKGMK =
MD5SUM = /usr/bin/md5sum
INKSCAPE =
CLANG = /usr/bin/clang
LLVM_STRIP = /usr/bin/llvm-strip
BPFTOOL = $(TOPDIR)/vendor/github.com/libbpf/bpftool/src/bpftool
PMDABPF_ARCH = x86
PMDABPF_VMLINUXH = /builddir/build/BUILD/pcp-6.2.2/vendor/github.com/iovisor/bcc/libbpf-tools/x86/vmlinux.h
PMDABPF_MODULES = biolatency.so runqlat.so mountsnoop.so oomkill.so bashreadline.so biolatency.so execsnoop.so exitsnoop.so fsslower.so opensnoop.so runqlat.so statsnoop.so tcpconnect.so tcpconnlat.so vfsstat.so biosnoop.so netatop.so
HAVE_MANPAGES = true
HAVE_GZIPPED_MANPAGES = true
HAVE_BZIP2ED_MANPAGES = false
HAVE_LZMAED_MANPAGES = false
HAVE_XZED_MANPAGES = false
PCP_PREFIX = /usr
PCP_MAN_DIR = /usr/share/man
PCP_HTML_DIR = /usr/share/doc/pcp-doc/html
PCP_ICONS_DIR = /usr/share/pcp-gui/pixmaps
PCP_DESKTOP_DIR = /usr/share/applications
PCP_PMNS_DIR = /var/lib/pcp/pmns
PCP_PMNSADM_DIR = /usr/libexec/pcp/pmns
PCP_SELINUX_DIR = /usr/share/selinux
PCP_BASHSHARE_DIR = /usr/share/bash-completion
NEED_OLD_TBL_HEADER = false
RDYNAMIC_FLAG = -rdynamic
QT_RELEASE = release
QT_VERSION = 5
CLANG_MAJOR_VERSION = 18
# configuration state affecting the entire build
ENABLE_SHARED = false
ENABLE_SECURE = true
ENABLE_PROBES = true
ENABLE_AVAHI = true
ENABLE_DSTAT = true
ENABLE_QT = true
ENABLE_QT3D = false
ENABLE_PYTHON2 = false
ENABLE_PYTHON3 = true
ENABLE_SYSTEMD = true
ENABLE_SELINUX = true
ENABLE_DECOMPRESSION = true
ENABLE_LZMA = true
# for code supporting any modern version of perl
HAVE_PERL = true
# for code supporting both/either python2 and/or python3
HAVE_PYTHON = true
# python dependent bits
HAVE_PYTHON_SIX = true
HAVE_PYTHON_REQUESTS = true
HAVE_PYTHON_SETUPTOOLS = true
HAVE_PYTHON_JSONPOINTER = true
HAVE_PYTHON_ORDEREDDICT = true
HAVE_PYTHON_INFLUXDB = true
HAVE_PYTHON_OPENPYXL = false
HAVE_PYTHON_PYARROW = false
HAVE_PYTHON_BPF = false
# for desktop icons in a variety of img sizes
HAVE_HICOLOR_ICONS = false
# additional libraries needed for particular functions
LIB_FOR_ATOMIC =
LIB_FOR_AVAHI = -lavahi-common -lavahi-client
LIB_FOR_BASENAME =
LIB_FOR_CHAN = -lchan
LIB_FOR_CURSES =
LIB_FOR_DLOPEN =
LIB_FOR_HDR_HISTOGRAM = -lz -lhdr_histogram
LIB_FOR_LZMA = -llzma
LIB_FOR_MATH = -lm
LIB_FOR_PTHREADS =
LIB_FOR_READLINE = -lreadline
LIB_FOR_REGEX =
LIB_FOR_RT =
LIB_FOR_BACKTRACE =
HAVE_LIBUV = true
LIB_FOR_LIBUV = -luv
HAVE_LIBBPF = true
LIBBPF_VERSION = 1.4.0
LIB_FOR_LIBBPF = -lbpf
HAVE_LIBELF = true
LIB_FOR_LIBELF = -lelf
HAVE_NCURSES = true
LIB_FOR_NCURSES = -lncurses -ltinfo
HAVE_NCURSESW = true
LIB_FOR_NCURSESW = -lncursesw -ltinfo
HAVE_DEVMAPPER = true
LIB_FOR_DEVMAPPER = -ldevmapper
HAVE_CMOCKA = false
LIB_FOR_CMOCKA =
HAVE_SASL = true
LIB_FOR_LIBSASL2 = -lsasl2
HAVE_OPENSSL = true
LIB_FOR_OPENSSL = -lssl -lcrypto
HAVE_ZLIB = true
LIB_FOR_ZLIB = -lz
# configuration state for optional performance domains
SYSTEMD_CFLAGS =
SYSTEMD_LIBS = -lsystemd
PFM_LIBS = -lpfm
IB_LIBS = -libmad -libumad
PMDA_BCC = true
PMDA_BPF = true
PMDA_BPFTRACE = true
PMDA_JSON = true
PMDA_STATSD = true
PMDA_LIBVIRT = true
PMDA_SYSTEMD = true
PMDA_PERFEVENT = true
PMDA_INFINIBAND = true
PMDA_OPENMETRICS = true
PMDA_ELASTICSEARCH = true
PMDA_MYSQL = true
PMDA_ORACLE = true
PMDA_MONGODB = true
PMDA_POSTGRESQL = true
PMDA_SNMP = true
PMDA_NGINX = true
PMDA_ACTIVEMQ = true
PMDA_POSTFIX = true
PMDA_BIND2 = true
PMDA_NUTCRACKER = false
PMDA_LIO = true
PMDA_MSSQL = true
PMDA_RESCTRL = true
SHELL = /bin/sh
IMAGES_DIR = $(TOPDIR)/all-images
DIST_DIR = $(TOPDIR)/dist
# env vars to be set before you can run a PCP binary in the build
# environment ... needed for tools like newhelp
#
# default, then special case for different platforms
#
RUN_IN_BUILD_ENV = PCP_CONF=$(TOPDIR)/src/include/pcp.conf PCP_ALT_CPP=$(TOPDIR)/src/pmcpp/pmcpp.static$(EXECSUFFIX)
# when cross-compiling, we cannot use RUN_IN_BUILD_ENV, so any binaries
# from PCP we need in the build must be installed on the build machine.
#
ifeq "$(CROSS_COMPILING)" "yes"
NEWHELP = . $$PCP_DIR/etc/pcp.conf && $$PCP_BINADM_DIR/newhelp
PMIECONF = . $$PCP_DIR/etc/pcp.conf && $$PCP_BIN_DIR/pmieconf
PMGENMAP = . $$PCP_DIR/etc/pcp.conf && $$PCP_BIN_DIR/pmgenmap
PMCPP = . $$PCP_DIR/etc/pcp.conf && $$PCP_BINADM_DIR/pmcpp
else
NEWHELP = $(RUN_IN_BUILD_ENV) $(TOPDIR)/src/newhelp/newhelp.static$(EXECSUFFIX)
PMIECONF = $(RUN_IN_BUILD_ENV) $(TOPDIR)/src/pmieconf/pmieconf.static$(EXECSUFFIX)
PMGENMAP = $(RUN_IN_BUILD_ENV) sh ./pmgenmap.sh
PMCPP = $(RUN_IN_BUILD_ENV) $(TOPDIR)/src/pmcpp/pmcpp.static$(EXECSUFFIX)
endif
SUBDIRS_MAKERULE = \
+for d in `echo $^ `; do \
if test -d "$$d" -a -f "$$d/GNUmakefile"; then \
$(ECHO) === $$d ===; \
$(MAKE) $(MAKEOPTS) -C $$d $@ || exit $$?; \
fi; \
done
# special variant of SUBDIRS_MAKERULE when running QA
#
QA_SUBDIRS_MAKERULE = \
+@for d in `echo $^ `; do \
if test -d "$$d" ; then \
if test -f "$$d/GNUmakefile.install"; then \
$(MAKE) --silent -C $$d -f GNUmakefile.install $@ || exit $$?; \
else \
$(MAKE) --silent -C $$d $@ || exit $$?; \
fi; \
fi; \
done
# prepare symbols file for the GNU toolchain (linker) for DSO PMDAs
VERSION_SCRIPT_MAKERULE = \
@rm -f $@; \
echo "$(DOMAIN) {" >$@; \
echo " global: $(PMDAINIT);" >>$@; \
echo " local: *;" >>$@; \
echo "};" >>$@; \
# prepare symbols file for other platforms toolchain for shared libs
# (convert one canonical format - GNU toolchain style - into others)
ifeq "$(TARGET_OS)" "solaris"
EXPORTS_MAKERULE = \
$(AWK) <$< >$@ '\
BEGIN { print "$$mapfile_version 2"; print } \
/\{$$/ { print "SYMBOL_VERSION", $$0; next } \
{ print }'
else
EXPORTS_MAKERULE =
endif
# prepare domain.h used during the PMDA build process for each PMDA
DOMAIN_MAKERULE = \
@rm -f $@; \
echo "/*" >$@; \
echo " * built from $<" >>$@; \
echo " */" >>$@; \
$(AWK) <$< '\
$$1=="\#define" && $$2 == "$(DOMAIN)" {\
print "\#define $(DOMAIN) " $$3 >>"$@"; found++ \
}\
END {\
if (found == 0) { \
print "Botch: no define for domain $(DOMAIN) in $<"; \
system("rm '$@'"); \
exit(1) \
}\
if (found > 1) { \
print "Botch: multiple defines for domain $(DOMAIN) in $<";\
print "... see $@ for details"; \
system("rm '$@'"); \
exit(1) \
}\
exit(0) \
}' || ( rm -f $@ && false )
DOMAIN_PERLRULE = \
@export perldomain=`sed -n \
-e '/PCP::PMDA->new/s/[^0-9]*$$//' \
-e '/PCP::PMDA->new/s/^[^0-9]*//p' pmda$(IAM).pl | \
$(AWK) '{ print $$NF }'`; \
$(AWK) <$< '\
BEGIN {\
domain = toupper("$(IAM)") \
}\
$$1=="\#define" && $$2 == domain { \
pmd=$$3; found++ \
}\
END {\
if (found == 0) {\
print "Botch: no define for domain " domain " in $<"; \
exit(1) \
}\
if (found > 1) {\
print "Botch: multiple defines of domain " domain " in $<";\
exit(1) \
}\
if (pmd != "'"$$perldomain"'") {\
print "Botch: domain number in ../../pmns/stdpmid (" pmd ") does not match domain number in Perl source ("'"$$perldomain"'")"; \
exit(1) \
}\
exit(0) \
}'
DOMAIN_PYTHONRULE = \
@export pythondomain=`sed -n \
-e '/PMDA(/s/[^0-9]*$$//' \
-e '/PMDA(/s/^[^0-9]*//p' $(PYSCRIPT) | \
$(AWK) '{ print $$NF }'`; \
$(AWK) <$< '\
BEGIN {\
domain = toupper("$(IAM)") \
}\
$$1=="\#define" && $$2 == domain { \
pmd=$$3; found++ \
}\
END {\
if (found == 0) {\
print "Botch: no define for domain " domain " in $<"; \
exit(1) \
}\
if (found > 1) {\
print "Botch: multiple defines of domain " domain " in $<";\
exit(1) \
}\
if (pmd != "'"$$pythondomain"'") {\
print "Botch: domain number in ../../pmns/stdpmid (" pmd ") does not match domain number in Python source ("'"$$pythondomain"'")"; \
exit(1) \
}\
exit(0) \
}'
POD_OPTIONS = --section=$(MAN_SECTION) --release=$(PCP_VERSION) \
--center="Performance Co-Pilot" --date="Performance Co-Pilot"
POD_MAKERULE = $(POD2MAN) $(POD_OPTIONS) $^ $@
ifeq "$(TARGET_OS)" "mingw"
INSTALL_MAN =
else
INSTALL_MAN = \
test -z "$$MAN_PAGES" && MAN_PAGES="$(MAN_PAGES)"; \
if [ "$(HAVE_MANPAGES)" = "true" ] ; then \
for d in `echo $$MAN_PAGES`; do \
first=true; \
base=`echo $$d | sed -e 's/\.[0-9]//g'`; \
section=`echo $$d | sed -e 's/.*\.//g'`; \
$(AWK) <$$d ' \
BEGIN { state=0 } \
$$1==".ds" && $$2=="xM" { print $$3; next } \
$$1==".ds" { ds["\\\\\\*\\("$$2] = $$3 } \
$$1==".SH" && $$2=="NAME" { state=1; next } \
$$1==".SH" && state==1 { exit } \
/^\./ { next } \
state==1 { for (i=1;i<=NF;i++) { \
if ($$i=="\\-" || $$i=="-") exit; \
gsub ("\\\\f3", "", $$i); gsub ("\\\\f1.*", "", $$i); \
for ( d in ds ) sub (d, ds[d], $$i); \
print $$i \
} \
}' \
| while read m; do \
[ -z "$$m" -o "$$m" = "\\" ] && continue; \
t=$(PCP_MAN_DIR)/man$$section/$$m.$$section; \
if $$first; then \
_tfx= ;\
if $(NEED_OLD_TBL_HEADER) ; then \
$(SED) -e "1s/^'\\\\\"! tbl.*/'\\\\\" t/" $$d > $$d.tmp; _tfx=.tmp; \
fi; \
if $(HAVE_GZIPPED_MANPAGES) ; then \
$(ZIP) -c $$d$$_tfx > $$d.gz; _tfx=.gz; _sfx=.gz; \
fi; \
if $(HAVE_BZIP2ED_MANPAGES) ; then \
$(BZIP2) -c $$d$$_tfx > $$d.bz2; _tfx=.bz2; _sfx=.bz2; \
fi; \
if $(HAVE_LZMAED_MANPAGES) ; then \
$(LZMA) -c $$d$$_tfx > $$d.lzma; _tfx=.lzma; _sfx=.lzma; \
fi; \
if $(HAVE_XZED_MANPAGES) ; then \
$(XZ) -c $$d$$_tfx > $$d.xz; _tfx=.xz; _sfx=.xz; \
fi; \
u=$$m.$$section$$_sfx; \
echo $(INSTALL) -m 644 $${d}$$_tfx $${t}$$_sfx; \
$(INSTALL) -m 644 $${d}$$_tfx $${t}$$_sfx; \
else \
echo $(INSTALL) -S $$u $${t}$$_sfx; \
$(INSTALL) -S $$u $${t}$$_sfx; \
fi; \
first=false; \
done; \
done; \
fi
endif
MANPAGE_SUFFIX = _sfx=.gz; \
$(HAVE_BZIP2ED_MANPAGES) && _sfx=.bz2; \
$(HAVE_LZMAED_MANPAGES) && _sfx=.lzma; \
$(HAVE_XZED_MANPAGES) && _sfx=.xz; \
PERL_INSTALL_BASE = /usr
PERL_INSTALLDIRS = vendor
# MakeMaker INSTALL_BASE needs to be unset for proper vendor_perl paths to be used for --prefix=/usr;
ifeq "$(PERL_INSTALL_BASE)" "/usr"
ifneq "$(TARGET_OS)" "darwin"
MAKEMAKER_EXTRA_OPTIONS=
else
MAKEMAKER_EXTRA_OPTIONS=INSTALL_BASE=$(PERL_INSTALL_BASE) INSTALLBASE=$(PERL_INSTALL_BASE)
endif
else
MAKEMAKER_EXTRA_OPTIONS=INSTALL_BASE=$(PERL_INSTALL_BASE) INSTALLBASE=$(PERL_INSTALL_BASE)
endif
PERL_MAKE_MAKEFILE = \
export PCP_TOPDIR="`cd $(TOPDIR) && pwd`"; \
TARGET_OS="$(TARGET_OS)" CC="$(CC) $(CFLAGS_ABI)" perl Makefile.PL $(MAKEMAKER_EXTRA_OPTIONS) $(MAKEMAKER_OPTIONS)
# Collect files from a Perl "make -f Makefile install" below
# src/perl to build the PCP Perl packaging list, and also clean up
# the installed files to remove unwanted files and make the DSO
# executable
#
# Usage is $(call PERL_GET_FILELIST,target,listfile,base)
# where target is the Makefile target (install or install_perl),
# listfile is something like $(TOPDIR)/perl-pcp-pmda.list and
# base is the DSO basename like PMDA.
#
# We need different versions for the different installation and
# packaging regimes.
#
ifeq "$(PACKAGE_DISTRIBUTION)" "debian"
# For Debian packaging, this is not needed
PERL_GET_FILELIST =
else
ifeq "$(PACKAGE_DISTRIBUTION)" "gentoo"
# Gentoo cannot rely on the .packlist files from the install, so create
# a temporary pack.list file
PERL_GET_FILELIST = \
$(PERLMAKE) -f Makefile $(1) DESTDIR="$$DIST_ROOT" \
| tee pack.list; \
sed -n -e '/\.bs$$/d' -e 's/\.[0-9]pm$$/&.gz/' -e "s@^Installing $$DIST_ROOT@@p" <pack.list >$(2) || exit 1; \
if [ -s $(2) ]; then rm -f pack.list; \
else echo "Arrgh ... no files to include in package via $(2), see pack.list"; exit 1; \
fi; \
find "$$DIST_ROOT/$(PERL_INSTALL_BASE)" -name perllocal.pod -exec rm -f '{}' ';' ; \
find "$$DIST_ROOT/$(PERL_INSTALL_BASE)" -name \*.bs -exec rm -f '{}' ';' ; \
find "$$DIST_ROOT/$(PERL_INSTALL_BASE)" -name $(3).so -exec chmod 755 '{}' ';'
else
ifeq "$(PACKAGE_DISTRIBUTION)" "freebsd"
# FreeBSD Perl packaging is a broken mystery at this point in time
# 1. there is no .packlist files being created
# 2. $(PERLMAKE) -f Makefile install DESTDIR=$$DIST_ROOT does not work
# so disable the packaging pro tem
PERL_GET_FILELIST =
else
# Everyone else ... includes the RPM-based packaging platforms
ifeq "$(PACKAGE_DISTRIBUTION)" "mandriva"
man_suffix=lzma
else
man_suffix=gz
endif
PERL_GET_FILELIST = \
$(PERLMAKE) -f Makefile $(1) DESTDIR="$$DIST_ROOT"; \
find "$$DIST_ROOT/$(PERL_INSTALL_BASE)" -name .packlist -exec mv '{}' $(2) ';' ; \
if [ -s $(2) ] ; then \
$(MANPAGE_SUFFIX) \
if [ "$(HAVE_MANPAGES)" = "false" ] ; then \
sed -e '/.*man[1-9].*/d' -e '/.*3pm.*/d' $(2) >$(2).tmp; \
mv $(2).tmp $(2); \
find "$$DIST_ROOT/$(PERL_INSTALL_BASE)" -name "*3pm*" -exec rm -rf '{}' ';' ; \
fi ;\
sed -n -e '/\.bs$$/d' -e 's/\.[0-9]pm$$/&'"$$_sfx/" -e "s@^$$DIST_ROOT@@p" $(2) >$(2).tmp; \
mv $(2).tmp $(2); \
else echo "Arrgh ... no files to include in package via $(2)"; exit 1; \
fi; \
find "$$DIST_ROOT/$(PERL_INSTALL_BASE)" -name perllocal.pod -exec rm -f '{}' ';' ; \
find "$$DIST_ROOT/$(PERL_INSTALL_BASE)" -name \*.bs -exec rm -f '{}' ';' ; \
find "$$DIST_ROOT/$(PERL_INSTALL_BASE)" -name $(3).so -exec chmod 755 '{}' ';'
endif
endif
endif
# Create perl manifest files explicitly for some distributions
ifeq "$(shell [ '$(PACKAGE_DISTRIBUTION)' = cocoa \
-o '$(PACKAGE_DISTRIBUTION)' = macosx \
-o '$(PACKAGE_DISTRIBUTION)' = gentoo \
-o '$(PACKAGE_DISTRIBUTION)' = solaris \
-o '$(PACKAGE_DISTRIBUTION)' = freebsd \
-o '$(PACKAGE_DISTRIBUTION)' = openbsd \
] && echo 1)" "1"
# Gather installed Perl files before packaging
PERL_INSTALL = \
if [ -n "$(DIST_MANIFEST)" ]; then \
if [ "`echo $(TOPDIR)/perl-pcp-*.list`" != "$(TOPDIR)/perl-pcp-*.list" ]; then \
cat $(TOPDIR)/perl-pcp-*.list | while read f; do \
bn=`basename $$f .gz`; \
dn=`dirname $$f`; \
$(INSTALL) -d $$dn || exit 1; \
src=`find */blib -name $$bn`; \
if [ -x $$src ] ; then mode=0755; else mode=0644; fi; \
$(INSTALL) -m $$mode $$src $$dn/$$bn || exit 1; \
done; \
fi; \
fi
else
PERL_INSTALL =
endif
#
# Python platform-specific installation quirks
PYTHON_PREFIX=/usr
SETUP_PY_BUILD_OPTIONS = --include-dirs=$(TOPDIR)/src/include:$(TOPDIR)/src/include/pcp$(EXTRA_PY_INCLUDES)
SETUP_PY_BUILD_OPTIONS += --library-dirs=$(TOPDIR)/src/libpcp/src:$(TOPDIR)/src/libpcp_pmda/src:$(TOPDIR)/src/libpcp_gui/src:$(TOPDIR)/src/libpcp_import/src:$(TOPDIR)/src/libpcp_mmv/src
SETUP_PY_INSTALL_OPTIONS = --skip-build
SETUP_PY_INSTALL_OPTIONS += --root="$${DIST_ROOT:-/}"
ifeq "$(PYTHON_PREFIX)" "/usr"
ifeq "$(PACKAGE_DISTRIBUTION)" "debian"
SETUP_PY_INSTALL_OPTIONS += --install-layout=deb
endif
else
SETUP_PY_INSTALL_OPTIONS += --prefix=$(PYTHON_PREFIX)
endif
ifeq "$(ENABLE_PYTHON3)" "true"
SETUP_PY_BUILD_OPTIONS += -DENABLE_PYTHON3
endif
# RPM byte-compiles and installs results in our DIST_ROOT, cater for this:
ifeq "$(shell [ '$(TARGET_OS)' = linux -a '$(PACKAGE_DISTRIBUTION)' != gentoo \
] && echo 1)" "1"
# Linux and not Gentoo (which needs tarball packaging)
PYTHON_INSTALL = \
cat $(TOPDIR)/python-pcp.list | while read f; do \
dirname $$f | $(SED) -e '/.*packages$$/d'; \
done | $(PCP_SORT_PROG) -u > $(TOPDIR)/python-pcp.list.rpm; \
$(AWK) '{print} /\.pyc$$/ {sub(/\.pyc$$/,".pyo"); print}' \
< $(TOPDIR)/python-pcp.list >> $(TOPDIR)/python-pcp.list.rpm; \
cat $(TOPDIR)/python-pcp.list.rpm | while read f; do \
touch "$${DIST_ROOT-/}$$f"; \
done
PYTHON3_INSTALL = \
cat $(TOPDIR)/python3-pcp.list | while read f; do \
dirname $$f | $(SED) -e '/.*packages$$/d'; \
done | $(PCP_SORT_PROG) -u > $(TOPDIR)/python3-pcp.list.rpm; \
$(AWK) '{print} /\.pyc$$/ {sub(/\.pyc$$/,".pyo"); print}' \
< $(TOPDIR)/python3-pcp.list >> $(TOPDIR)/python3-pcp.list.rpm; \
$(AWK) '/\.pyc$$/ {sub(/\.pyc$$/,".opt-1.pyc"); print}' \
< $(TOPDIR)/python3-pcp.list >> $(TOPDIR)/python3-pcp.list.rpm; \
cat $(TOPDIR)/python3-pcp.list.rpm | while read f; do \
touch "$${DIST_ROOT-/}$$f"; \
done
else
ifeq "$(shell [ '$(PACKAGE_DISTRIBUTION)' = cocoa \
-o '$(PACKAGE_DISTRIBUTION)' = macosx \
-o '$(PACKAGE_DISTRIBUTION)' = gentoo \
-o '$(PACKAGE_DISTRIBUTION)' = solaris \
-o '$(PACKAGE_DISTRIBUTION)' = freebsd \
] && echo 1)" "1"
# Gather installed Python files before packaging
# Lines in python-pcp.list are like this
# /usr/lib/python2.7/site-packages/pcp.py
# /usr/lib/python2.7/site-packages/pcp.pyc
# /usr/lib/python2.7/site-packages/pmapi.so
# /usr/lib/python2.7/site-packages/pcp-0.2-py2.7.egg-info
#
# Matching build artifacts are below src/python/build
#
PYTHON_INSTALL = \
if [ -n "$(DIST_MANIFEST)" ]; then \
cat $(TOPDIR)/python-pcp.list \
| while read f; do \
bn=`basename $$f`; \
dn=`dirname $$f`; \
pydir="$(TOPDIR)/src/python"; \
$(INSTALL) -d $$dn || exit 1; \
for src in `find $$pydir/build $$pydir/pcp.egg-info -name $$bn`; do \
$(INSTALL) $$src $$f || exit 1; \
done; \
done; \
fi
PYTHON3_INSTALL = \
if [ -n "$(DIST_MANIFEST)" ]; then \
cat $(TOPDIR)/python3-pcp.list \
| while read f; do \
bn=`basename $$f`; \
dn=`dirname $$f`; \
pydir="$(TOPDIR)/src/python"; \
$(INSTALL) -d $$dn || exit 1; \
for src in `find $$pydir/build $$pydir/pcp.egg-info -name $$bn`; do \
$(INSTALL) $$src $$f || exit 1; \
done; \
done; \
fi
else
ifeq "$(shell [ '$(PACKAGE_DISTRIBUTION)' = openbsd \
] && echo 1)" "1"
# similar to above, but files already installed in DIST_ROOT so
# just append to the manifest
PYTHON_INSTALL = \
if [ -n "$(DIST_MANIFEST)" ]; then \
cat $(TOPDIR)/python-pcp.list \
| while read f; do \
bn=`basename $$f`; \
dn=`dirname $$f`; \
$(INSTALL) -d $$dn || exit 1; \
src=`find "$(DIST_ROOT)/usr/lib" -name $$bn`; \
$(INSTALL) $$src $$f || exit 1; \
done; \
fi
PYTHON3_INSTALL = \
if [ -n "$(DIST_MANIFEST)" ]; then \
cat $(TOPDIR)/python3-pcp.list \
| while read f; do \
bn=`basename $$f`; \
dn=`dirname $$f`; \
$(INSTALL) -d $$dn || exit 1; \
src=`find "$(DIST_ROOT)/usr/lib" -name $$bn`; \
$(INSTALL) $$src $$f || exit 1; \
done; \
fi
else
# default case if all of the above tests fail
PYTHON_INSTALL =
endif # openbsd if
endif # cocoa ... freebsd if
endif # linux && !gentoo if
# Linux and Unix platforms:
ifeq "$(findstring $(PCP_PLATFORM),darwin mingw)" ""
BINARY = build/$(QT_RELEASE)/$(COMMAND)
LNMAKE = test ! -f $(BINARY) -o -L $(COMMAND) || ( rm -f $(COMMAND) && $(LN_S) $(BINARY) $(COMMAND) )
WINDOW = x11
# qmake botches the order of the -L arguments in the generated $(LIBS)
# in the Makefile ... need to get the Qt libraries dir (begins with a /)
# out from the head of the list and insert it before the first -l argument
# (or the end of the list).
# So, for example
# LIBS = $(SUBLIBS) -L/usr/lib -L../libpcp/src -L../libpcp_qmc/src ... -lpcp_qmc ...
# becomes
# LIBS = $(SUBLIBS) -L../libpcp/src -L../libpcp_qmc/src ... -L/usr/lib -lpcp_qmc ...
#
QTFIX = sed -e 's/Makefile.new/Makefile/g' <Makefile.new | $(AWK) '$$1 == "LIBS" { printf $$1; for (i=2;i<=NF;i++) { if ($$i~/^-L\//) { save=save " " $$i; continue } else if (save!="" && $$i~/^-l/) { printf " %s",save; save="" } printf " %s",$$i } if (save!="") printf " %s",save; print ""; next } { print }' >Makefile.fix
#
# Qt magic for build/installs across all the supported platforms
# because qmake does not always get it right, e.g. omitting -fPIC for
# static libraries in Qt5 on Ubuntu x86_64, we need to push our CFLAGS, CXXFLAGS
# (usually empty) and LDFLAGS down
#
QTMAKE = rm -f Makefile.new Makefile.fix; export CC='$(CC)'; export CXX='$(CXX)'; CFLAGS='$(CFLAGS)' CXXFLAGS='$(CXXFLAGS)' LDFLAGS='$(LDFLAGS)' $(QMAKE) -o Makefile.new CONFIG+=$(QT_RELEASE) && $(QTFIX) && ( if [ -f Makefile ]; then if diff Makefile Makefile.fix >/dev/null; then :; else rm -f Makefile; mv Makefile.fix Makefile; fi; else mv Makefile.fix Makefile; fi ); rm -f Makefile.new Makefile.fix; $(MAKE) $(MAKEOPTS) -f Makefile
else
# Windows and Mac platforms:
QTMAKE = CFLAGS='$(CFLAGS)' CXXFLAGS='$(CXXFLAGS)' LDFLAGS='$(LDFLAGS)' $(QMAKE) CONFIG+=$(QT_RELEASE) && $(MAKE) $(MAKEOPTS) -f Makefile
ifeq ($(PCP_PLATFORM),darwin)
MACBUILD = build/$(QT_RELEASE)/$(COMMAND).app/Contents
BINARY = $(MACBUILD)/MacOS/$(COMMAND)
LNMAKE = test ! -f $(BINARY) -o -L $(COMMAND) || ( rm -f $(COMMAND) && $(LN_S) $(BINARY) $(COMMAND) )
WINDOW = mac
endif
ifeq ($(PCP_PLATFORM),mingw)
BINARY = build/$(QT_RELEASE)/$(COMMAND)$(EXECSUFFIX)
LNMAKE =
WINDOW = win
endif
endif
ifeq ($(PCP_PLATFORM),darwin)
INSTALL_DIRECTORY_HIERARCHY=\
d=$(1); while [ "$$d" != "$(2)" -a "$$d" != "/" -a "$$d" != "." ] ; do \
echo $$d; d=`dirname $$d`; done | sort | while read id; do \
$(INSTALL) -m 755 -d $$id || exit 1; done
INSTALL_QT_RESOURCES=\
printf "[Paths]\nPlugins=/Library/PCP/Plugins\n\n" > qt.conf; \
$(INSTALL) -m 644 qt.conf $(1)/qt.conf; \
rm qt.conf; \
find frameworks -type d -name qt_menu.nib | while read nib; do \
$(INSTALL) -m 755 -d $(1)/qt_menu.nib || exit 1; \
find $$nib -type f | while read nibs; do \
f=`basename $$nibs`; \
$(INSTALL) -m 644 $$nibs $(1)/qt_menu.nib/$$f || exit 1; \
done; \
done
MAC_APPSUPPORT_DIR=/Library/PCP
MAC_FRAMEWORKS_DIR=$(MAC_APPSUPPORT_DIR)/Frameworks
# WARNING!
# This rule modified the binary it was given, once modified the
# binary cannot be used with this rule again.
# If the binary is installed then it's important to call this
# rule before calling install rule for the binary.
INSTALL_QT_FRAMEWORKS=\
otool -L $(1) | awk '{if (NR != 1) {print $$1}}' |\
grep -E 'Qt.*\.framework' | while read qt; do \
tdir=`dirname $$qt`; \
install_name_tool -change $$qt $(MAC_FRAMEWORKS_DIR)/$$qt $(1);\
$(call INSTALL_DIRECTORY_HIERARCHY,$(MAC_FRAMEWORKS_DIR)/$$tdir,/Library/PCP); \
mkdir -p frameworks/$$tdir || exit 1; \
fwqt="frameworks/$$qt"; \
cp /Library/Frameworks/$$qt frameworks/$$qt || exit 1; \
otool -L $$fwqt | awk '{if (NR != 1) {print $$1}}' |\
grep -E 'Qt.*\.framework' | while read dep; do \
install_name_tool -change $$dep $(MAC_FRAMEWORKS_DIR)/$$dep $$fwqt;\
done; \
$(INSTALL) frameworks/$$qt $(MAC_FRAMEWORKS_DIR)/$$qt; \
if [ -d /Library/Frameworks/$$tdir/Resources ] ; then \
$(INSTALL) -d $(MAC_FRAMEWORKS_DIR)/$$tdir/Resources; \
(cd /Library/Frameworks/$$tdir; find Resources -type f) | \
while read rf; do \
rfpath="$$tdir/$$rf"; rfd=`dirname $$rfpath`; \
fwpath="frameworks/$$rfpath"; brfd=`basename $$rfd`; \
mkdir -p frameworks/$$rfd || exit 1; \
cp /Library/Frameworks/$$rfpath $$fwpath || exit 1; \
[ $$brfd != qt_menu.nib ] || continue; \
$(INSTALL) -d $(MAC_FRAMEWORKS_DIR)/$$rfd || exit 1; \
$(INSTALL) $$fwpath $(MAC_FRAMEWORKS_DIR)/$$rfpath;\
done \
fi; done
endif
# For targets that should always be rebuilt,
# define a target that is never up-to-date.
# Targets needing this should depend on $(_FORCE)
_FORCE = __force_build
PCP_USER = pcp
PCP_GROUP = pcp
PCP_USER_INSTALL = root
PCP_GROUP_INSTALL = root
# systemd service type for logutil scripts
SD_SERVICE_TYPE=exec
PCPLIB = -lpcp
PCPLIB_EXTRAS = $(LIB_FOR_MATH) $(LIB_FOR_PTHREADS) $(LIB_FOR_DLOPEN) $(LIB_FOR_RT)
ifneq "$(PCPLIB)" "$(LIB_FOR_BASENAME)"
PCPLIB_EXTRAS += $(LIB_FOR_BASENAME)
endif
ifeq "$(ENABLE_SHARED)" "no"
PCPLIB += $(PCPLIB_EXTRAS)
endif
PCP_GUILIB = -lpcp_gui $(PCPLIB)
PCP_PMDALIB = -lpcp_pmda $(PCPLIB)
PCP_TRACELIB = -lpcp_trace $(PCPLIB)
PCP_MMVLIB = -lpcp_mmv $(PCPLIB)
PCPWEBLIB_EXTRAS = $(LIB_FOR_LIBSASL2) $(LIB_FOR_OPENSSL) $(LIB_FOR_LIBUV) $(PCP_PMDALIB) $(PCP_MMVLIB)
PCP_WEBLIB = -lpcp_web $(PCPWEBLIB_EXTRAS)
PCP_ARCHIVELIB = -lpcp_archive
ifdef PCP_ALTLIBS
ifeq ($(PCP_LIB_DIR),$(PCP_LIB32_DIR))
PCP_ALTLIBS =
else
ifneq "$(findstring $(MAKECMDGOALS),clean clobber)" ""
PCP_ALTLIBS =
endif
endif
endif
# (optional) hook for developer build definitions
#
-include $(TOPDIR)/src/include/builddefs_dev
endif # _BUILDDEFS_INCLUDED_
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