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Makefile.defs
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Makefile.defs
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# Kamailio build system
#
# makefile defs (CC, LD,a.s.o)
#
# Environment variables:
# PREFIX, LOCALBASE, BASEDIR
# INSTALL, TAR , CC, LEX, YACC,
# CPUTYPE, CC_EXTRA_OPTS, LD_EXTRA_OPTS
# exclude_modules, skip_modules, include_modules
# extra_defs
#
# default silent, unless Q= 0|no|off|verbose|noisy
quiet?=$(if $(filter 0 no off verbose noisy,$(Q)),verbose,silent)
# check if already included/exported
# used for sanity checks for Makefile.defs inclusion (!= makefile_defs which
# specifies if we have a set of valid defs)
override makefile_defs_included:=1
ifeq ($(makefile_defs),1)
ifeq ($(quiet),verbose)
$(info Makefile.defs defs skipped)
endif # verbose
else
ifeq (,$(main_makefile))
# hack to automatically use config.mak in all the modules, without
# changing the current module makefiles (which all include Makefile.defs):
# if not called from the main makefile (module, lib or ut):
# include config.mak, but if not present or incomplete (makefile_defs!=1)
# don't export the vars)
DEFCOREPATH = ../../src
ifneq ("$(wildcard $(DEFCOREPATH))","")
COREPATH?= ../../src
else
COREPATH?= ../..
endif
include $(COREPATH)/config.mak
ifeq ($(quiet),verbose)
$(info config.mak included)
endif # verbose
# config.mak should set makefile_defs if complete
export makefile_defs
else
override makefile_defs=1
export makefile_defs
ifeq ($(quiet),verbose)
$(info normal Makefile.defs exec)
endif # verbose
-include Makefile.vars
# usage: $(call set_if_empty,VAR,value)
set_if_empty=$(if $($(1)),,$(eval override $(1)=$(2)))
# flavour: sip-router, ser or kamailio
$(call set_if_empty,FLAVOUR,kamailio)
#prefix for various configs and scripts
#config name/name-prefix for distributed configs
CFG_NAME?=sip-router
#config name/name-prefix for distributed scripts
SCR_NAME=sip-router
#name in source tree
SRC_NAME=sip-router
ifeq ($(FLAVOUR),sip-router)
# main binary name
MAIN_NAME=ser
else ifeq ($(FLAVOUR),ser)
# main binary name
MAIN_NAME=ser
else ifeq ($(FLAVOUR),kamailio)
# main binary name
MAIN_NAME=kamailio
# use kamailio config
CFG_NAME=kamailio
# kamailio statistics on
KMSTATS ?= 1
# fast malloc statistics on
FMSTATS ?= 1
else # unknown:
# main binary name
MAIN_NAME=kamailio
endif
# application server support on
WITHAS ?= 1
# enable core hooks for SCTP
SCTP ?= 1
# enable raw sockets
RAW_SOCKS ?= yes
ifeq ($(RAW_SOCKS),1)
RAW_SOCKS = yes
endif
# what to install
INSTALL_FLAVOUR=$(FLAVOUR)
# version number
VERSION = 5
PATCHLEVEL = 4
SUBLEVEL = 0
EXTRAVERSION = -dev1
# memory manager switcher
# 0 - f_malloc (fast malloc)
# 1 - q_malloc (quick malloc)
# 2 - tlsf_malloc (O(1) malloc and free)
MEMMNG ?= 0
# memory debugger switcher
# 0 - off (no-debug mode)
# 1 - on (debug mode)
MEMDBG ?= 1
VERSIONVAL = $(shell expr $(VERSION) \* 1000000 + $(PATCHLEVEL) \* 1000 + \
$(SUBLEVEL) )
RELEASE:=$(VERSION).$(PATCHLEVEL).$(SUBLEVEL)$(EXTRAVERSION)
OS := $(shell uname -s | sed -e s/SunOS/solaris/ -e s/CYGWIN.*/cygwin/ \
| tr "[A-Z]" "[a-z]" | tr "/" "_")
ifeq ($(OS),solaris)
GETARCH=isainfo -n
ifeq ($(GETARCH),)
GETARCH=uname -p
endif
else
GETARCH=uname -m
endif
HOST_ARCH := $(shell $(GETARCH) |sed -e s/i.86/i386/ -e s/sun4[uv]/sparc64/ \
-e s/armv[3-5].*/arm/ -e s/armv6.*/arm6/ \
-e s/armv7.*/arm7/ -e s/armv8.*/arm8/ \
-e "s/Power Macintosh/ppc/" \
-e "s/cobalt/mips2/" \
-e s/amd64/x86_64/ -e s/sparcv9/sparc64/ )
# fix sparc -> sparc64
ifeq ($(HOST_ARCH),sparc)
ifeq ($(shell uname -m),sun4u)
HOST_ARCH := sparc64
endif
ifeq ($(shell uname -m),sun4v)
HOST_ARCH := sparc64
endif
endif
OSREL := $(shell uname -r)
# numerical version (good for comparisons: A.B.C => A*1000000+B*1000+C)
OSREL_N:= $(shell echo $(OSREL) | sed -e 's/^[^0-9]*//' \
-e 's/^\([0-9][0-9]*\(\.[0-9][0-9]*\)*\).*$$/\1/g' | \
(IFS=. read A B C D; R=0; \
[ -n "$$A" ] && R=`expr $$R \* 1000 + $$A` && \
[ -n "$$B" ] && R=`expr $$R \* 1000 + $$B` && \
[ -n "$$C" ] && R=`expr $$R \* 1000 + $$C`; echo $$R ) )
# TLS support
CORE_TLS ?=
# by default compile with tls hooks support (so that no ser recompile is
# needed before the tls module can be used)
TLS_HOOKS=1
ifeq ($(CORE_TLS), 1)
RELEASE:=$(RELEASE)-tls
TLS_HOOKS:=0
endif
ifeq ($(TLS_HOOKS), 1)
# RELEASE:=$(RELEASE)-tls
endif
# extra CC command line options (e.g -march=athlon-mp)
CC_EXTRA_OPTS ?=
# extra LD command line options
LD_EXTRA_OPTS ?=
# enable workaround for libssl 1.1+ to set shared mutex attribute
LIBSSL_SET_MUTEX_SHARED ?=
ifneq ($(LIBSSL_SET_MUTEX_SHARED), 1)
ifeq ($(CROSS_COMPILE),)
LIBSSL_PKGCONFIG=$(shell \
if pkg-config --exists libssl; then \
echo 'pkg-config libssl'; \
fi)
endif
ifneq ($(LIBSSL_PKGCONFIG),)
# numerical version (good for comparisons: A.B.C => A*1000000+B*1000+C)
LIBSSL_VERNUM:= $(shell $(LIBSSL_PKGCONFIG) --modversion | sed -e 's/^[^0-9]*//' \
-e 's/^\([0-9][0-9]*\(\.[0-9][0-9]*\)*\).*$$/\1/g' | \
(IFS=. read A B C D; R=0; \
[ -n "$$A" ] && R=`expr $$R \* 1000 + $$A` && \
[ -n "$$B" ] && R=`expr $$R \* 1000 + $$B` && \
[ -n "$$C" ] && R=`expr $$R \* 1000 + $$C`; echo $$R ) )
# libssl version greater or equal than 1.1
ifeq ($(shell [ $(LIBSSL_VERNUM) -ge 1001000 ] && echo libssl11plus), libssl11plus)
LIBSSL_SET_MUTEX_SHARED := 1
endif
endif
endif
ifeq ($(LIBSSL_SET_MUTEX_SHARED), 1)
CC_EXTRA_OPTS+= -pthread -DKSR_PTHREAD_MUTEX_SHARED
LD_EXTRA_OPTS+= -pthread -rdynamic -ldl -Wl,-Bsymbolic-functions
endif
ifeq ($(OS), solaris)
#use GNU versions
INSTALL ?= ginstall
TAR ?= gtar
else
INSTALL ?= install
TAR ?= tar
endif
INSTALL_TOUCH = touch # used to create the file first (good to
# make solaris install work)
INSTALL_CFG = $(INSTALL) -m 644
INSTALL_BIN = $(INSTALL) -m 755
INSTALL_SCRIPT = $(INSTALL) -m 755
INSTALL_MODULES = $(INSTALL) -m 755
INSTALL_LIB = $(INSTALL) -m 755
INSTALL_DOC = $(INSTALL) -m 644
INSTALL_MAN = $(INSTALL) -m 644
INSTALL_SHARE = $(INSTALL) -m 644
#set some vars from the environment (and not make builtins)
CC := $(shell echo "$${CC}")
LEX := $(shell echo "$${LEX}")
YACC := $(shell echo "$${YACC}")
# find compiler name & version
ifeq ($(CC),)
CC=gcc
endif
LD= $(CC)
CC_LONGVER:=$(shell if $(CC) -v 2>/dev/null; then \
$(CC) -v 2>&1 ;\
else \
$(CC) -V 2>&1 ; \
fi )
CC_OPT ?= -O9
MKTAGS=ctags
#find-out the compiler's name
ifneq (,$(findstring gcc, $(CC_LONGVER)))
CC_NAME=gcc
RPAREN=)
CC_VER:=$(word 1,$(CC)) $(shell $(CC) - --version|head -n 1|\
sed -e 's/([^$(RPAREN)]*)//g' \
-e 's/^.*\([0-9][0-9]*\.[0-9][0-9]*\.[0-9][0-9]*\).*/\1/'\
-e 's/^[^0-9].*\([0-9][0-9]*\.[0-9][0-9]*\).*/\1/')
# CC_VER:=$(word 1,$(CC)) $(shell $(CC) - --version|head -n 1|cut -d" " -f 3\
# |sed -e 's/^.*\([0-9][0-9]*\.[0-9][0-9]*\.[0-9][0-9]*\).*/\1/'\
# -e 's/^[^0-9].*\([0-9][0-9]*\.[0-9][0-9]*\).*/\1/')
# sed with POSIX.1 regex doesn't support |, + or ?
# (darwin, solaris ...) => this complicated expression
MKDEP=$(CC) -MM -MG
#transform gcc version into 2.9x or 3.0
CC_SHORTVER:=$(shell echo "$(CC_VER)" | cut -d" " -f 2| \
sed -e 's/[^0-9]*-\(.*\)/\1/'| \
sed -e 's/2\.9.*/2.9x/' \
-e 's/3\.[0-3]\..*/3.0/' \
-e 's/3\.[0-3]/3.0/' \
-e 's/3\.[4-9]\..*/3.4/' \
-e 's/3\.[4-9]/3.4/' \
-e 's/4\.[0-1]\..*/4.x/' \
-e 's/4\.[0-1]/4.x/' \
-e 's/4\.[2-4]\..*/4.2+/' \
-e 's/4\.[2-4]$$/4.2+/' \
-e 's/4\.[5-9]\..*/4.5+/' \
-e 's/4\.[5-9]$$/4.5+/' \
-e 's/5\.[0-9]\..*/5.0+/' \
-e 's/5\.[0-9]$$/5.0+/' \
-e 's/6\.[0-9]\..*/6.0+/' \
-e 's/6\.[0-9]$$/6.0+/' \
-e 's/7\.[0-9]\..*/7.0+/' \
-e 's/7\.[0-9]$$/7.0+/' \
-e 's/8\.[0-9]\..*/8.0+/' \
-e 's/8\.[0-9]$$/8.0+/' \
-e 's/9\.[0-9]\..*/9.0+/' \
-e 's/9\.[0-9]$$/9.0+/')
ifeq (,$(strip $(filter-out 3.0 3.4 4.x 4.2+ 4.5+ 5.0+ 6.0+ 7.0+ 8.0+ 9.0+,$(CC_SHORTVER))))
# dependencies can be generated on-the-fly while compiling *.c
CC_MKDEP_OPTS=-MMD -MP
endif # 3.0 <= $(CC_SHORTVER) <= 4.x
endif # gcc
ifneq (, $(findstring Sun, $(CC_LONGVER)))
CC_NAME=suncc
CC_SHORTVER:=$(shell echo "$(CC_LONGVER)"|head -n 1| \
sed -e 's/.*\([0-9]\.[0-9]\).*/\1/g' )
CC_VER=$(CC) $(CC_SHORTVER)
MKDEP=$(CC) -xM1
CC_MKDEP_OPTS=-xMMD
endif
ifneq (, $(findstring Intel(R) C++ Compiler, $(CC_LONGVER)))
# very nice: gcc compatible
CC_NAME=icc
CC_FULLVER:=$(shell echo "$(CC_LONGVER)"|head -n 1| \
sed -e 's/.*Version \([0-9]\.[0-9]\.[0-9]*\).*/\1/g' )
CC_SHORTVER:=$(shell echo "$(CC_FULLVER)" | cut -d. -f1,2 )
CC_VER=$(CC) $(CC_FULLVER)
MKDEP=$(CC) -MM
endif
ifneq (, $(findstring clang, $(CC_LONGVER)))
#clang should be gcc compatible
CC_NAME=clang
CC_FULLVER:=$(shell echo "$(CC_LONGVER)" | head -n 1 | sed -e 's/.*version \([0-9]\.[0-9]\).*/\1/g' )
CC_SHORTVER:=$(shell echo "$(CC_FULLVER)" | cut -d. -f1,2 )
CC_VER=$(CC) $(CC_FULLVER)
CC_OPT=-O3
MKDEP=$(CC) -MM
endif
ifeq (,$(CC_NAME))
#not found
CC_NAME=$(CC)
CC_SHORTVER=unknown
CC_VER=unknown
MKDEP=gcc -MM
$(warning Unknown compiler $(CC)\; supported compilers: \
gcc, sun cc, intel icc )
endif
# ARCH detection
# predefined compiler macros for different architectures
# (see https://sourceforge.net/p/predef/wiki/Architectures/ for a more complete list)
i386_macros= i386 __i386__ __i486__ __i586__ __i686__ \
__i386 _M_IX86 __X86__ _X86_
x86_64_macros= __amd64__ __amd64 __x86_64__ __x86_64 _M_X64
sparc_macros= __sparc__ __sparc __sparcv8
sparc64_macros= __sparcv9 __sparc_v9__
arm_macros= __arm__ __thumb__
arm8_macros= __ARM_ARCH_8__
arm8a_macros= __ARM_ARCH_8A__
arm7_macros= __ARM_ARCH_7__
arm6_macros= __ARM_ARCH_6__
aarch64_macros= __aarch64__
ppc_macros= __powerpc __powerpc__ __POWERPC__ __ppc__ _ARCH_PPC
ppc64_macros= __ppc64__ _ARCH_PPC64
mips_macros= __mips__ __mips _MIPS_ARCH_MIPS1
mips2_macros= _MIPS_ISA_MIPS2 _MIPS_ISA_MIPS3 _MIPS_ISA_MIPS4 \
_MIPS_ARCH_MIPS2 _MIPS_ARCH_MIPS3 _MIPS_ARCH_MIPS4 \
_MIPS_ISA_MIPS32
mips64_macros= _MIPS_ISA_MIPS64 _MIPS_ARCH_MIPS64
alpha_macros= __alpha__ __alpha _M_ALPHA_
ifeq ($(CC_NAME),gcc)
#if gcc use gcc arch
# to build with native architecture, e.g. for rasberry pi: add -march=native
# armv8 not supported yet, fallback to armv7
predef_macros:=$(shell $(CC) -dM -E -x c $(CC_EXTRA_OPTS) $(extra_defs) \
$(CFLAGS) /dev/null)
ifneq ($(strip $(filter $(i386_macros), $(predef_macros))),)
CC_ARCH=i386
else ifneq ($(strip $(filter $(x86_64_macros), $(predef_macros))),)
CC_ARCH=x86_64
else ifneq ($(strip $(filter $(sparc_macros), $(predef_macros))),)
ifneq ($(strip $(filter $(sparc64_macros), $(predef_macros))),)
CC_ARCH=sparc64
else # sparc64_macros
CC_ARCH=sparc
endif # sparc64_macros
else ifneq ($(strip $(filter $(arm_macros), $(predef_macros))),)
# arm8 not supported yet from core atomic operations, fallback to arm7
ifneq ($(strip $(filter $(arm8a_macros), $(predef_macros))),)
CC_ARCH=arm7
else ifneq ($(strip $(filter $(arm8_macros), $(predef_macros))),)
CC_ARCH=arm7
else ifneq ($(strip $(filter $(arm7_macros), $(predef_macros))),)
CC_ARCH=arm7
else ifneq ($(strip $(filter $(arm6_macros), $(predef_macros))),)
CC_ARCH=arm6
else # arm6_macros
CC_ARCH=arm
endif # arm6_macros
else ifneq ($(strip $(filter $(ppc64_macros), $(predef_macros))),)
CC_ARCH=ppc64
else ifneq ($(strip $(filter $(ppc_macros), $(predef_macros))),)
CC_ARCH=ppc
else ifneq ($(strip $(filter $(mips_macros), $(predef_macros))),)
ifneq ($(strip $(filter $(mips64_macros), $(predef_macros))),)
CC_ARCH=mips64
else ifneq ($(strip $(filter $(mips2_macros), $(predef_macros))),)
CC_ARCH=mips2
else # mips2_macros
CC_ARCH=mips
endif # mips64_macros
else ifneq ($(strip $(filter $(alpha_macros), $(predef_macros))),)
CC_ARCH=alpha
else
$(warn "Unknown target compiler architecture")
endif # predefined macros tests (x86_macros, ...)
endif # gcc
ifdef CC_ARCH
ARCH:=$(CC_ARCH)
else
ARCH:=$(HOST_ARCH)
endif
# retarget amd64 to x86_64
ifeq ($(ARCH), amd64)
override ARCH=x86_64
endif
$(info target architecture <$(ARCH)>, host architecture <$(HOST_ARCH)>)
LIBDIR ?=
ifeq ($(LIBDIR),)
ARCHBSZ= $(shell echo $(ARCH) | sed -e 's/.*64.*/64b/')
ifeq ($(ARCHBSZ),64b)
LIBDIR = lib64
else
LIBDIR = lib
endif
endif
# dirs
cfg_dir = etc/$(MAIN_NAME)/
bin_dir = sbin/
share_dir = share/$(MAIN_NAME)/
# lib/$(MAIN_NAME)/modules , lib/$(MAIN_NAME)/modules-s, lib/$(MAIN_NAME)/modules-k
modules_dir = $(LIBDIR)/$(MAIN_NAME)/
lib_dir = $(LIBDIR)/$(MAIN_NAME)/
run_dir = var/run/$(MAIN_NAME)/
doc_dir = doc/$(MAIN_NAME)/
man_dir = man/
data_dir = $(MAIN_NAME)/
ifeq ($(OS), linux)
doc_dir = share/doc/$(MAIN_NAME)/
man_dir = share/man/
data_dir = share/$(MAIN_NAME)/
LOCALBASE ?= /usr/local
endif
ifeq ($(OS), gnu_kfreebsd)
doc_dir = share/doc/$(MAIN_NAME)/
man_dir = share/man/
data_dir = share/$(MAIN_NAME)/
LOCALBASE ?= /usr/local
endif
ifeq ($(OS), freebsd)
doc_dir = share/doc/$(MAIN_NAME)/
man_dir = man/
data_dir = share/$(MAIN_NAME)/
LOCALBASE ?= /usr/local
endif
ifeq ($(OS), openbsd)
doc_dir = share/doc/$(MAIN_NAME)/
man_dir = man/
data_dir = share/$(MAIN_NAME)/
LOCALBASE ?= /usr/local
endif
ifeq ($(OS), netbsd)
doc_dir = share/doc/$(MAIN_NAME)/
man_dir = man/
data_dir = share/$(MAIN_NAME)/
LOCALBASE ?= /usr/pkg
endif
ifeq ($(OS), dragonfly)
doc_dir = share/doc/$(MAIN_NAME)/
man_dir = man/
data_dir = share/$(MAIN_NAME)/
LOCALBASE ?= /usr/pkg
endif
ifeq ($(OS), darwin)
doc_dir = share/doc/$(MAIN_NAME)/
man_dir = man/
data_dir = share/$(MAIN_NAME)/
LOCALBASE ?= /usr/local
endif
LOCALBASE ?= /usr/local
# Doxygen directory
doxygen_dir=doc/doxygen
BASEDIR ?= $(DESTDIR)
basedir = $(BASEDIR)
RUNBASEDIR ?= $(DESTDIR)
runbasedir = $(RUNBASEDIR)
# install location
PREFIX ?= $(LOCALBASE)
prefix = $(PREFIX)
# install path is $(basedir) $(prefix)
# example:
# creating a bin. archive in /tmp, which unpacks in /usr/local
# basedir=/tmp
# prefix=/usr/local
# install prefixes for various stuff
cfg_prefix = $(basedir)$(prefix)
bin_prefix = $(basedir)$(prefix)
modules_prefix = $(basedir)$(prefix)
lib_prefix = $(basedir)$(prefix)
run_prefix = $(runbasedir)
doc_prefix = $(basedir)$(prefix)
man_prefix = $(basedir)$(prefix)
ut_prefix = $(basedir)$(prefix)
share_prefix = $(basedir)$(prefix)
data_prefix = $(basedir)$(prefix)
# target dirs for various stuff
cfg_target = $(prefix)/$(cfg_dir)
bin_target = $(prefix)/$(bin_dir)
#modules_target = $(prefix)/$(modules_dir)
lib_target = $(prefix)/$(lib_dir)
run_target = $(run_prefix)/$(run_dir)
share_target = $(prefix)/$(share_dir)
doc_target = $(prefix)/$(doc_dir)
data_target = $(prefix)/$(data_dir)
# compile-time options
#
# -DNO_DEBUG
# turns off some of the debug messages (DBG(...)).
# -DNO_LOG
# completely turns of all the logging (and DBG(...))
# -DEXTRA_DEBUG
# compiles in some extra debugging code
# -DDNS_IP_HACK
# faster ip address resolver for ip strings (e.g "127.0.0.1")
# -DSHM_MMAP
# use mmap instead of SYSV shared memory
# -DPKG_MALLOC
# uses a faster malloc
# -DDBG_QM_MALLOC
# qm_malloc debug code, will cause pkg_malloc and shm_malloc
# to keep and display lot of debuging information: file name,
# function, line number of malloc/free call for each block,
# extra error checking (trying to free the same pointer
# twice, trying to free a pointer alloc'ed with a different
# malloc etc.)
# -DVQ_MALLOC
# additional option to PKG_MALLOC which utilizes a fater then
# qm version
# (not true anymore, q_malloc performs approx. the same)
# -DQ_MALLOC
# custom quick malloc, recommended for debugging
# -DF_MALLOC
# an even faster malloc, not recommended for debugging
# -DTLSF_MALLOC
# an implemetation of the "two levels segregated fit" malloc algorithm
# -DDL_MALLOC
# a malloc implementation based on Doug Lea's dl_malloc
# -DSF_MALLOC
# an experimental multi-CPU, pool based, multi-process safe version of
# F_MALLOC. Should give better performance on machines with lots of CPUs
# after some tunning.
# -DLL_MALLOC
# an experimental multi-CPU, pool based, multi-process safe, mostly
# lockless version of SF_MALLOC/F_MALLOC. Not for production use for
# now.
# -DDBG_MALLOC
# issues additional debugging information if lock/unlock is called
# -DMEM_JOIN_FREE
# enable the join of free memory chunks (see also mem_join cfg param)
# -DFAST_LOCK
# uses fast arhitecture specific locking (see the arh. specific section)
# -DUSE_SYSV_SEM
# uses sys v sems for locking (slower & limited number)
# -DUSE_PTHREAD_MUTEX
# uses pthread mutexes, faster than sys v or posix sems, but do not
# work on all systems inter-processes (e.g. linux)
# -DUSE_POSIX_SEM
# uses posix semaphores for locking (faster than sys v)
# -DUSE_FUTEX
# uses futexes for locking (linux 2.6+)
# -DBUSY_WAIT
# uses busy waiting on the lock (FAST_LOCK)
# -DADAPTIVE_WAIT
# try busy waiting for a while and if the lock is still held go to
# force reschedule (FAST_LOCK)
# -DADAPTIVE_WAIT_LOOPS=number
# number of loops we busy wait, after "number" loops have elapsed we
# force a reschedule (FAST_LOCK)
# -DNOSMP
# don't use smp compliant locking (faster but won't work on SMP machines)
# (not yet enabled) (FAST_LOCK)
# -DUSE_TCP
# compiles in tcp support
# -DDISABLE_NAGLE
# disable the tcp Nagle algorithm (lower delay)
# -DUSE_TLS
# compiles in tls support, requires -DUSE_TCP. Note: this is only
# generic support (parsing a.s.o.), it does not include the actual
# "tls engine". If you really want tls you need also either
# -DCORE_TLS and a tls/ subdir with the tls code or -DTLS_HOOKS and
# the tls module loaded.
# -DCORE_TLS
# compiles tls in-core support. Requires -DUSE_TLS, conflicts
# -DTLS_HOOKS. Please use make CORE_TLS=1 instead (it will set all the
# needed defines automatically and extra libraries needed for linking).
# -DTLS_HOOKS
# compile tls module support (support for having the "tls engine" in a
# module). Requires -DUSE_TLS, conflicts -DCORE_TLS.
# Please use make TLS_HOOKS=1 (or TLS_HOOKS=0 to for disabling) instead
# of setting -DTLS_HOOKS (it will set all the needed defines
# automatically)
# -DHAVE_RESOLV_RES
# support for changing some of the resolver parameters present
# (_res structure in <resolv.h>)
# -DUSE_COMP
# compiles in comp=[sergz|sigcomp] support (parsing uri & via,
# adding it to via, lumps a.s.o). WARNING: right now this option
# is useless since the compression code doesn't exist yet.
# -DHONOR_MADDR
# compiles in checks and use for maddr parameter in uri.
# Required to support Windows Messenger 5.x over TCP connection
# which (mis)uses this parameter.
# -DUSE_DNS_CACHE
# use an internal dns cache instead of making dns requests each time
# -DUSE_DNS_CACHE_STATS
# turns on DNS cache measurements
# -DUSE_DNS_FAILOVER
# if the destination resolves to multiple ips, on send error fall back
# to the others
# -DUSE_DST_BLACKLIST
# blacklist bad destination (timeout, failed to connect, error sending
# a.s.o)
# -DUSE_DST_BLACKLIST_STATS
# turns on blacklist bad destination measurements
# -DPROFILING
# if enabled profiling will be enabled for child processes
# Don't forget to set PROFILE (see below)
# -DNO_SIG_DEBUG
# turns off debugging messages in signal handlers (which might be
# unsafe)
# -DUSE_NAPTR
# turns on naptr support (but must be also enabled from the config)
# -DDNS_WATCHDOG_SUPPORT
# turns on DNS watchdog support which can be used to inform the
# core that the DNS servers are down. No DNS query is performed
# when the servers are unreachable, and even expired resource
# records are used from the cache. (requires external watchdog)
# Sometimes is needes correct non-quoted $OS. HACK: gcc translates known OS to number ('linux'), so there is added underscore
ifeq ($(OS), dragonfly)
# Tell it that dragonflybsd is equivalent to compiling for freebsd, but
# define also __OS_dragonfly (for fine-tunning like kqueue support).
os_defs := -D__OS_freebsd -D__OS_dragonfly
EQUIV_OS = freebsd
else
os_defs := -D__OS_$(OS)
EQUIV_OS = $(OS)
endif
C_DEFS= $(extra_defs) \
-DNAME='"$(MAIN_NAME)"' -DVERSION='"$(RELEASE)"' -DARCH='"$(ARCH)"' \
-DOS='$(OS)_' -DOS_QUOTED='"$(OS)"' -DCOMPILER='"$(CC_VER)"'\
-D__CPU_$(ARCH) $(os_defs) \
-DVERSIONVAL=$(VERSIONVAL) \
-DCFG_DIR='"$(cfg_target)"'\
-DSHARE_DIR='"$(share_target)"'\
-DRUN_DIR='"$(run_target)"'
ifneq ($(MEMPKG), sys)
C_DEFS+= -DPKG_MALLOC
endif
C_DEFS+= -DSHM_MMAP \
-DDNS_IP_HACK \
-DUSE_MCAST \
-DUSE_TCP \
-DDISABLE_NAGLE \
-DHAVE_RESOLV_RES \
-DUSE_DNS_CACHE \
-DUSE_DNS_FAILOVER \
-DUSE_DST_BLACKLIST \
-DUSE_NAPTR \
-DWITH_XAVP \
#-DUSE_DNS_CACHE_STATS \
#-DUSE_DST_BLACKLIST_STATS \
#-DDNS_WATCHDOG_SUPPORT \
#-DLL_MALLOC \
#-DSF_MALLOC \
#-DDL_MALLOC \
#-DDBG_F_MALLOC \
#-DNO_DEBUG \
#-DEXTRA_DEBUG \
#-DVQ_MALLOC \
#-DDBG_LOCK \
#-DNOSMP \
#-DNO_LOG \
#-DPROFILING \
#-DNO_SIG_DEBUG
#PROFILE= -pg # set this if you want profiling
# you may also want to set -DPROFILING
# WARNING: do not add mode=debug or mode=release anymore in the Makefile,
# use make mode=debug all instead. By default Kamailio is compiled with
# debugging symbols in all cases (-g) and without optimization (-O0).
# memory managers and related debug mode
C_DEFS+= -DMEM_JOIN_FREE
# enable f_malloc
C_DEFS+= -DF_MALLOC
# enable q_malloc
C_DEFS+= -DQ_MALLOC
# enable TLSF malloc
C_DEFS+= -DTLSF_MALLOC
ifeq ($(MEMDBG), 1)
C_DEFS+= -DDBG_SR_MEMORY
ifeq ($(MEMPKG), sys)
ifeq ($(MEMDBGSYS), 1)
C_DEFS+= -DDBG_SYS_MEMORY
endif
endif
endif
ifneq ($(PKG_MEM_SIZE),)
C_DEFS+= -DPKG_MEM_SIZE=$(PKG_MEM_SIZE)
endif
ifeq ($(CORE_TLS), 1)
C_DEFS+= -DUSE_TLS -DCORE_TLS
endif
ifeq ($(TLS_HOOKS), 1)
C_DEFS+= -DUSE_TLS -DTLS_HOOKS
endif
ifeq ($(KMSTATS), 1)
C_DEFS+= -DUSE_CORE_STATS -DSTATISTICS
endif
ifeq ($(FMSTATS), 1)
C_DEFS+= -DMALLOC_STATS
endif
ifeq ($(SCTP), 1)
C_DEFS+= -DUSE_SCTP
endif
ifeq ($(mode),)
mode = release
endif
ifeq ($(mode),debug)
C_DEFS+= -DEXTRA_DEBUG
endif
# platform dependent settings
# find ld & as name (gnu or solaris)
ifeq ($(OS), solaris)
ifeq ($(CC_NAME), gcc)
LDGCC:=$(shell $(CC) -v 2>&1 | grep with-ld| \
sed -e 's/.*--with-ld=\([^ ][^ ]*\).*/\1/' )
ASGCC:=$(shell $(CC) -v 2>&1 | grep with-as| \
sed -e 's/.*--with-as=\([^ ][^ ]*\).*/\1/' )
LDPATH:=$(shell if [ -z "$(LDGCC)" ] ; then echo "ld" ;\
else \
if $(LDGCC) -V 2>/dev/null 1>/dev/null; then \
echo $(LDGCC); \
else echo "ld" ; \
fi\
fi)
ASPATH:=$(shell if [ -z "$(ASGCC)" ] ; then echo "as" ;\
else \
if $(ASGCC) -V 2>/dev/null 1>/dev/null </dev/null; \
then \
echo $(ASGCC); \
else echo "as" ; \
fi\
fi)
LDTYPE:=$(shell if $(LDPATH) -V 1>/dev/null 2>/dev/null; then \
if $(LDPATH) -V 2>&1|grep GNU >/dev/null; \
then echo gnu; \
else \
if $(LDPATH) -V 2>&1|grep Solaris >/dev/null;\
then echo solaris; \
else \
echo unknown ; \
fi \
fi \
fi)
ASTYPE:=$(shell if $(ASPATH) -V 1>/dev/null 2>/dev/null </dev/null; \
then \
if $(ASPATH) -V 2>&1 </dev/null | \
grep GNU >/dev/null; then echo gnu; \
else \
if $(ASPATH) -V 2>&1 </dev/null | \
grep Sun >/dev/null; then echo solaris; \
else \
echo unknown ; \
fi \
fi \
fi)
#$(warning "using ld=$(LDPATH)/$(LDTYPE), as=$(ASPATH)/$(ASTYPE)")
endif
endif
# arch. specific definitions
ifeq ($(ARCH), i386)
use_fast_lock=yes
endif
ifeq ($(ARCH), x86_64)
use_fast_lock=yes
endif
ifeq ($(ARCH), sparc64)
ifeq ($(CC_NAME), gcc)
use_fast_lock=yes
endif
endif
ifeq ($(ARCH), sparc)
use_fast_lock=yes
endif
ifeq ($(ARCH), arm)
use_fast_lock=yes
C_DEFS+=-DNOSMP # memory barriers not implemented for arm
endif
ifeq ($(ARCH), arm6)
use_fast_lock=yes
endif
ifeq ($(ARCH), arm7)
use_fast_lock=yes
endif
ifeq ($(ARCH), aarch64)
use_fast_lock=yes
C_DEFS+=-DNOSMP # memory barriers not implemented for arm
endif
ifeq ($(ARCH), ppc)
use_fast_lock=yes
endif
ifeq ($(ARCH), ppc64)
use_fast_lock=yes
endif
ifeq ($(ARCH), mips)
# mips1 arch. (e.g. R3000) - no hardware locking support
use_fast_lock=no
C_DEFS+=-DMIPS_HAS_LLSC # likely
C_DEFS+=-DNOSMP # very likely
endif
ifeq ($(ARCH), mips2)
# mips2 arch and newer (mips3=R4000, mips4=R5000 a.s.o)
use_fast_lock=yes
endif
ifeq ($(ARCH), mips64)
# mips2 arch and newer (mips3=R4000, mips4=R5000 a.s.o)
use_fast_lock=yes
endif
ifeq ($(ARCH), alpha)
use_fast_lock=yes
C_DEFS+=-DNOSMP # very likely
endif
ifeq ($(use_fast_lock), yes)
C_DEFS+= -DFAST_LOCK -DADAPTIVE_WAIT -DADAPTIVE_WAIT_LOOPS=1024
found_lock_method=yes
endif
CFLAGS=
LDFLAGS=
C_INCLUDES=
# setting CFLAGS
ifeq ($(mode), release)
#if i386
ifeq ($(ARCH), i386)
# if gcc
ifeq ($(CC_NAME), gcc)
C_DEFS+=-DCC_GCC_LIKE_ASM
#common stuff
CFLAGS=-g $(CC_OPT) -funroll-loops -Wcast-align $(PROFILE)
#if gcc 9.0+ 8.0+, 7.0+, 6.0+, 5.0+, 4.5+ or 4.2+
ifeq (,$(strip $(filter-out 4.2+ 4.5+ 5.0+ 6.0+ 7.0+ 8.0+ 9.0+,$(CC_SHORTVER))))
$(call set_if_empty,CPUTYPE,generic)
CFLAGS+=-m32 -minline-all-stringops \
-falign-loops \
-ftree-vectorize \
-fno-strict-overflow \
-mtune=$(CPUTYPE)
LDFLAGS+=-m32
else
#if gcc 4.0+
ifeq ($(CC_SHORTVER), 4.x)
$(call set_if_empty,CPUTYPE,athlon64)
CFLAGS+=-m32 -minline-all-stringops \
-falign-loops \
-ftree-vectorize \
-mtune=$(CPUTYPE)
LDFLAGS+=-m32
else
#if gcc 3.4+
ifeq ($(CC_SHORTVER), 3.4)
$(call set_if_empty,CPUTYPE,athlon)
CFLAGS+=-m32 -minline-all-stringops \
-falign-loops \
-mtune=$(CPUTYPE)
LDFLAGS+=-m32
else
#if gcc 3.0+
ifeq ($(CC_SHORTVER), 3.0)
$(call set_if_empty,CPUTYPE,athlon)
CFLAGS+=-minline-all-stringops \
-falign-loops \
-mcpu=$(CPUTYPE)
# -m32 supported since gcc 3.2
else
ifeq ($(CC_SHORTVER), 2.9x) #older gcc version (2.9[1-5])
$(warning Old gcc detected ($(CC_SHORTVER)), use gcc >= 3.1 \
for better results)
CFLAGS+=-m486 \
-malign-loops=4
else
#really old version
$(warning You are using an old and unsupported gcc \
version ($(CC_SHORTVER)), compile at your own risk!)
endif # CC_SHORTVER, 2.9x
endif # CC_SHORTVER, 3.0
endif # CC_SHORTVER, 3.4
endif # CC_SHORTVER, 4.x
endif # CC_SHORTVER, 9.0+ 8.0+, 7.0+, 6.0+, 5.0+, 4.5+ or 4.2+
else # CC_NAME, gcc
ifeq ($(CC_NAME), clang)
$(call set_if_empty,CPUTYPE,athlon64)
C_DEFS+=-DCC_GCC_LIKE_ASM
CFLAGS+=-g -m32 $(CC_OPT) -mtune=$(CPUTYPE)
LDFLAGS+=-m32
else # CC_NAME, clang
ifeq ($(CC_NAME), icc)
C_DEFS+=-DCC_GCC_LIKE_ASM
CFLAGS=-g -O3 -ipo -ipo_obj -unroll $(PROFILE) \
-tpp6 -xK #-openmp #optimize for PIII
# -prefetch doesn't seem to work
#( ty to inline acroos files, unroll loops,prefetch,
# optimize for PIII, use PIII instructions & vect.,
# mutlithread loops)
else
#other compilers
$(error Unsupported compiler ($(CC):$(CC_NAME)), try gcc)
endif #CC_NAME, icc
endif #CC_NAME, clang
endif #CC_NAME, gcc
endif #ARCH, i386
#x86_64
ifeq ($(ARCH), x86_64)