forked from erlang/otp
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Makefile.in
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Makefile.in
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#
# %CopyrightBegin%
#
# Copyright Ericsson AB 1998-2010. All Rights Reserved.
#
# The contents of this file are subject to the Erlang Public License,
# Version 1.1, (the "License"); you may not use this file except in
# compliance with the License. You should have received a copy of the
# Erlang Public License along with this software. If not, it can be
# retrieved online at http://www.erlang.org/.
#
# Software distributed under the License is distributed on an "AS IS"
# basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See
# the License for the specific language governing rights and limitations
# under the License.
#
# %CopyrightEnd%
# Toplevel makefile for building the Erlang system
#
# ----------------------------------------------------------------------
# And you'd think that this would be obvious... :-)
SHELL = /bin/sh
# The top directory in which Erlang is unpacked
ERL_TOP = @ERL_TOP@
# OTP release
OTP = @OTP@
# erts (Erlang RunTime System) version
ERTS = @ERTS@
# ----------------------------------------------------------------------
#
# The variables below control where Erlang is installed. They are
# configurable (unless otherwise stated). Some of them are best
# changed by giving special arguments to configure instead of changing
# them in this file. Note: If you change them in Makefile, instead of
# Makefile.in your changes will be lost the next time you run
# configure.
#
# prefix from configure, default is /usr/local (must be an absolute path)
prefix = @prefix@
exec_prefix = @exec_prefix@
# Locations where we should install according to configure. These location
# may be prefixed by $(DESTDIR) and/or $(EXTRA_PREFIX) (see below).
bindir = @bindir@
libdir = @libdir@
# Where Erlang/OTP is located
libdir_suffix = /erlang
erlang_libdir = $(libdir)$(libdir_suffix)
erlang_bindir = $(erlang_libdir)/bin
#
# By default we install relative symbolic links for $(ERL_BASE_PUB_FILES)
# from $(bindir) to $(erlang_bindir) as long as they are both prefixed
# by $(exec_prefix) (and are otherwise reasonable). This behavior can be
# overridden by passing BINDIR_SYMLINKS=<HOW>, where <HOW> is either
# absolute or relative.
#
# $ make DESTDIR=<...> install
#
# DESTDIR can be set in case you want to install Erlang in a different
# location than where you have configured it to run. This can be
# useful, e.g. when installing on a server that stores the files with a
# different path than where the clients access them, when building
# rpms, or cross compiling, etc. DESTDIR will prefix the actual
# installation which will only be able to run once the DESTDIR prefix
# has disappeard, e.g. the part after DESTDIR has been packed and
# unpacked without DESTDIR. The name DESTDIR have been chosen since it
# is the GNU coding standard way of doing it.
#
# If INSTALL_PREFIX is set but not DESTDIR, DESTDIR will be set to
# INSTALL_PREFIX. INSTALL_PREFIX has been buggy for a long time. It was
# initially intended to have the same effect as DESTDIR. This effect was,
# however, lost even before it was first released :-( In all released OTP
# versions up to R13B03, INSTALL_PREFIX has behaved as EXTRA_PREFIX do
# today (see below).
ifeq ($(DESTDIR),)
ifneq ($(INSTALL_PREFIX),)
DESTDIR=$(INSTALL_PREFIX)
endif
else
ifneq ($(INSTALL_PREFIX),)
ifneq ($(DESTDIR),$(INSTALL_PREFIX))
$(error Both DESTDIR="$(DESTDIR)" and INSTALL_PREFIX="$(INSTALL_PREFIX)" have been set and have been set differently! Please, only set one of them)
endif
endif
endif
# $ make EXTRA_PREFIX=<...> install
#
# EXTRA_PREFIX behaves exactly as the buggy INSTALL_PREFIX behaved in
# pre R13B04 releases. It adds a prefix to all installation paths which
# will be used by the actuall installation. That is, the installation
# needs to be located at this location when run. This is useful if you
# want to try out the system, running test suites, etc, before doing the
# real install using the configuration you have set up using `configure'.
# A similar thing can be done by overriding `prefix' if only default
# installation directories are used. However, the installation can get
# sprawled out all over the place if the user use `--bindir', `--libdir',
# etc, and it is possible that `prefix' wont have any effect at all. That
# is, it is not at all the same thing as using EXTRA_PREFIX in the
# general case. It is also nice to be able to supply this feature if
# someone should have relied on the old buggy INSTALL_PREFIX.
# The directory in which user executables (ERL_BASE_PUB_FILES) are installed
BINDIR = $(DESTDIR)$(EXTRA_PREFIX)$(bindir)
#
# Erlang base public files
#
ERL_BASE_PUB_FILES=erl erlc epmd run_erl to_erl dialyzer typer escript
# ERLANG_INST_LIBDIR is the top directory where the Erlang installation
# will be located when running.
ERLANG_INST_LIBDIR=$(EXTRA_PREFIX)$(erlang_libdir)
ERLANG_INST_BINDIR= $(ERLANG_INST_LIBDIR)/bin
# ERLANG_LIBDIR is the top directory where the Erlang installation is copied
# during installation. If DESTDIR != "", it cannot be run from this location.
ERLANG_LIBDIR = $(DESTDIR)$(ERLANG_INST_LIBDIR)
# ----------------------------------------------------------------------
# This functionality has been lost along the way... :(
# It could perhaps be nice to reintroduce some day; therefore,
# it is not removed just commented out.
## # The directory in which man pages for above executables are put
## ERL_MAN1DIR = $(DESTDIR)$(EXTRA_PREFIX)@mandir@/man1
## ERL_MAN1EXT = 1
## # The directory in which Erlang private man pages are put. In order
## # not to clutter up the man namespace these are by default put in the
## # Erlang private directory $(ERLANG_LIBDIR)/man (\@erl_mandir\@ is set
## # to $(erlang_libdir)/man). If you want to install the man pages
## # together with the rest give the argument "--disable-erlang-mandir"
## # when you run configure, which will set \@erl_mandir\@ to \@mandir\@.
## # If you want a special suffix on the manpages set ERL_MANEXT to
## # this suffix, e.g. "erl"
## ERL_MANDIR = $(DESTDIR)$(EXTRA_PREFIX)@erl_mandir@
## ERL_MANEXT =
# ----------------------------------------------------------------------
# Must be GNU make!
MAKE = @MAKE_PROG@
# This should be set to the target "arch-vendor-os"
export TARGET = @TARGET@
BOOTSTRAP_ONLY = @BOOTSTRAP_ONLY@
CROSS_COMPILING = @CROSS_COMPILING@
ifeq ($(CROSS_COMPILING),yes)
INSTALL_CROSS = -cross
else
ifneq ($(DESTDIR),)
INSTALL_CROSS = -cross
else
INSTALL_CROSS =
endif
endif
# A BSD compatible install program
INSTALL = @INSTALL@
INSTALL_PROGRAM = @INSTALL_PROGRAM@
INSTALL_DATA = @INSTALL_DATA@
MKSUBDIRS = ${INSTALL} -d
# Program to create symbolic links
LN_S = @LN_S@
# Ranlib program, if not needed set to e.g. ":"
RANLIB = @RANLIB@
# ----------------------------------------------------------------------
# By default we require an Erlang/OTP of the same release as the one
# we cross compile.
ERL_XCOMP_FORCE_DIFFERENT_OTP = no
# ----------------------------------------------------------------------
#
# The directory where at least the primary bootstrap is placed under.
#
# We need to build to view private files in case we are in clearcase;
# therefore, we don't want BOOTSTRAP_TOP changed.
#
# PRIMARY_BOOTSTRAP_TOP would perhaps have been a better name...
#
override BOOTSTRAP_TOP = $(ERL_TOP)/bootstrap
# BOOTSTRAP_SRC_TOP is normally the same as BOOTSTRAP_TOP but
# it is allowed to be changed
BOOTSTRAP_SRC_TOP = $(BOOTSTRAP_TOP)
# Where to install the bootstrap directory.
#
# Typically one might want to set this to a fast local filesystem, or,
# the default, as ERL_TOP
BOOTSTRAP_ROOT = $(ERL_TOP)
# Directories which you need in the path if you wish to run the
# locally built system. (This can be put in front or back of the path
# depending on which system is preferred.)
LOCAL_PATH = $(ERL_TOP)/erts/bin/$(TARGET):$(ERL_TOP)/erts/bin
ifeq ($(TARGET),win32)
WIN32_WRAPPER_PATH=$(ERL_TOP)/erts/etc/win32/cygwin_tools
BOOT_PREFIX=$(WIN32_WRAPPER_PATH):$(BOOTSTRAP_ROOT)/bootstrap/bin:
else
BOOT_PREFIX=$(BOOTSTRAP_ROOT)/bootstrap/bin:
endif
# ----------------------------------------------------------------------
# The following is currently only used for determining what to prevent
# usage of during strict install or release.
include $(ERL_TOP)/make/$(TARGET)/otp_ded.mk
CC = @CC@
LD = @LD@
CXX = @CXX@
IBIN_DIR = $(ERL_TOP)/ibin
#
# If $(OTP_STRICT_INSTALL) equals `yes' we prefix the PATH with $(IBIN_DIR)
# when doing `release' or `install'. This directory contains `erlc', `gcc',
# `ld' etc, that unconditionally will fail if used. This is used during the
# daily builds in order to pick up on things being erroneously built during
# the `release' and `install' phases.
#
INST_FORBID = gcc g++ cc c++ cxx cl gcc.sh cc.sh ld ld.sh
INST_FORBID += javac.sh javac guavac gcj jikes bock
INST_FORBID += $(notdir $(CC)) $(notdir $(LD)) $(notdir $(CXX))
INST_FORBID += $(notdir $(DED_CC)) $(notdir $(DED_LD))
INST_FORBID += $(ERL_BASE_PUB_FILES)
IBIN_FILES = $(addprefix $(IBIN_DIR)/,$(sort $(INST_FORBID))) # sort will
# remove
# duplicates
ifeq ($(OTP_STRICT_INSTALL),yes)
INST_PATH_PREFIX=$(IBIN_DIR):
INST_DEP = strict_install
ifneq ($(CROSS_COMPILING),yes)
INST_DEP += strict_install_all_bootstraps
endif
else # --- Normal case, i.e., not strict install ---
#
# By default we allow build during install and release phase; therefore,
# make sure that the bootstrap system is available in the path.
#
INST_PATH_PREFIX=$(BOOT_PREFIX)
# If cross compiling `erlc', in path might have be used; therefore,
# avoid triggering a bootstrap build...
INST_DEP =
ifneq ($(CROSS_COMPILING),yes)
INST_DEP += all_bootstraps
endif
endif # --- Normal case, i.e., not strict install ---
# ----------------------------------------------------------------------
# Fix up RELEASE_ROOT/TESTROOT havoc
ifeq ($(RELEASE_ROOT),)
ifneq ($(TESTROOT),)
RELEASE_ROOT = $(TESTROOT)
endif
endif
# ----------------------------------------------------------------------
# A default for the release_tests, not same target dir as release.
# More TESTROOT havoc...
ifeq ($(TESTSUITE_ROOT),)
ifneq ($(TESTROOT),)
TESTSUITE_ROOT = $(TESTROOT)
else
TESTSUITE_ROOT = $(ERL_TOP)/release/tests
endif
endif
#
# The steps to build a working system are:
# * build an emulator
# * setup the erl and erlc program in bootstrap/bin
# * build additional compilers and copy them into bootstrap/lib
# * use the bootstrap erl and erlc to build all the libs
#
.PHONY: all bootstrap all_bootstraps
ifneq ($(CROSS_COMPILING),yes)
# Not cross compiling
ifeq ($(BOOTSTRAP_ONLY),yes)
all: bootstrap
else
# The normal case; not cross compiling, and not bootstrap only build.
all: bootstrap libs local_setup dialyzer
endif
else
# Cross compiling
all: cross_check_erl depend emulator libs start_scripts dialyzer
endif
cross_check_erl:
@PATH=$(BOOT_PREFIX)$${PATH} $(ERL_TOP)/make/cross_check_erl \
-target $(TARGET) -otp $(OTP) -erl_top $(ERL_TOP) \
-force $(ERL_XCOMP_FORCE_DIFFERENT_OTP)
is_cross_configured:
@echo @CROSS_COMPILING@
target_configured:
@echo @TARGET@
bootstrap: depend all_bootstraps
ifeq ($(OTP_STRICT_INSTALL),yes)
.PHONY: strict_install_all_bootstraps
strict_install_all_bootstraps:
$(MAKE) BOOT_PREFIX=$(INST_PATH_PREFIX) OTP_STRICT_INSTALL=$(OTP_STRICT_INSTALL) all_bootstraps
endif
# With all bootstraps we mean all bootstrapping that is done when
# the system is delivered in open source, the primary
# bootstrap is not included, it requires a pre built emulator...
all_bootstraps: emulator \
bootstrap_setup \
secondary_bootstrap_build secondary_bootstrap_copy \
tertiary_bootstrap_build tertiary_bootstrap_copy \
fourth_bootstrap_build fourth_bootstrap_copy
#
# Use these targets when you want to use the erl and erlc
# binaries in your PATH instead of those created from the
# pre-compiled Erlang modules under bootstrap/.
#
ifeq ($(findstring ose,$(TARGET)),ose)
noboot:
$(MAKE) BOOT_PREFIX= emulator libs
else
noboot:
$(MAKE) BOOT_PREFIX= emulator libs local_setup
endif
noboot_install:
$(MAKE) BOOT_PREFIX= install
.PHONY: release release_docs
release: $(INST_DEP)
ifeq ($(OTP_SMALL_BUILD),true)
cd $(ERL_TOP)/lib && \
ERL_TOP=$(ERL_TOP) PATH=$(INST_PATH_PREFIX)$${PATH} \
$(MAKE) TESTROOT=$(RELEASE_ROOT) release
else
cd $(ERL_TOP)/lib && \
ERL_TOP=$(ERL_TOP) PATH=$(INST_PATH_PREFIX)$${PATH} \
$(MAKE) BUILD_ALL=1 TESTROOT=$(RELEASE_ROOT) release
ifneq ($(findstring vxworks,$(TARGET)),vxworks)
@if test -f lib/dialyzer/SKIP ; then \
echo "=== Skipping dialyzer, reason:" ; \
cat lib/dialyzer/SKIP ; \
echo "===" ; \
else \
cd $(ERL_TOP)/lib/dialyzer && \
ERL_TOP=$(ERL_TOP) PATH=$(INST_PATH_PREFIX)$${PATH} \
$(MAKE) BUILD_ALL=1 TESTROOT=$(RELEASE_ROOT) release ; \
fi
endif
endif
cd $(ERL_TOP)/erts && \
ERL_TOP=$(ERL_TOP) PATH=$(INST_PATH_PREFIX)$${PATH} \
$(MAKE) BUILD_ALL=1 TESTROOT=$(RELEASE_ROOT) release
# ---------------------------------------------------------------
# Target only used when building commercial ERTS patches
# ---------------------------------------------------------------
release_docs docs: html_readmes
ifeq ($(OTP_SMALL_BUILD),true)
cd $(ERL_TOP)/lib && \
ERL_TOP=$(ERL_TOP) $(MAKE) TESTROOT=$(RELEASE_ROOT) $@
else
cd $(ERL_TOP)/lib && \
ERL_TOP=$(ERL_TOP) $(MAKE) BUILD_ALL=1 TESTROOT=$(RELEASE_ROOT) $@
cd $(ERL_TOP)/lib/dialyzer && \
ERL_TOP=$(ERL_TOP) $(MAKE) BUILD_ALL=1 TESTROOT=$(RELEASE_ROOT) $@
endif
cd $(ERL_TOP)/erts && \
ERL_TOP=$(ERL_TOP) $(MAKE) BUILD_ALL=1 TESTROOT=$(RELEASE_ROOT) $@
cd $(ERL_TOP)/system/doc && \
ERL_TOP=$(ERL_TOP) $(MAKE) TESTROOT=$(RELEASE_ROOT) $@
.PHONY: html_readmes clean_html_readmes
HTML_READMES = INSTALL.html INSTALL-WIN32.html INSTALL-CROSS.html
html_readmes: $(HTML_READMES)
clean_html_readmes:
rm -f $(HTML_READMES)
%.html: %.md
echo "<!DOCTYPE html PUBLIC \"-//W3C//DTD HTML 4.01 Transitional//EN\">" > $@
echo "<html xmlns:fn=\"http://www.w3.org/2005/02/xpath-functions\"><head>" >> $@
echo "<meta http-equiv=\"Content-Type\" content=\"text/html; charset=UTF-8\">" >> $@
echo "<style type=\"text/css\">" >> $@
echo "body {" >> $@
echo " margin: 4em 4em 4em 4em;" >> $@
echo " background: white;" >> $@
echo " font-family: Verdana, Arial, Helvetica, sans-serif;" >> $@
echo "}" >> $@
echo "code { font-family: courier;font-weight: normal}" >> $@
echo "a:link { color: blue; text-decoration: none }" >> $@
echo "a:active { color: blue; text-decoration: none }" >> $@
echo "a:visited { color: blue; text-decoration: none }" >> $@
echo "</style><title>" >> $@
cat $< | sed -n "s/[ ]*\([^ ].*[^ ]\)[ ]*/\1/p;/[ ]*[^ ][ ]*/q" >> $@
echo "</title></head><body>" >> $@
ifneq ($(MD2HTML),)
$(MD2HTML) $< >> $@
else
echo "<pre>" >> $@
cat $< | sed "s|\&|\&\;|g;s|\"|\"\;|g;s|<|\<\;|g;s|>|\>\;|g" >> $@
echo "</pre>" >> $@
endif
echo "</body></html>" >> $@
# ----------------------------------------------------------------------
ERLANG_EARS=$(BOOTSTRAP_ROOT)/bootstrap/erts
ELINK=$(BOOTSTRAP_ROOT)/bootstrap/erts/bin/elink
BOOT_BINDIR=$(BOOTSTRAP_ROOT)/bootstrap/erts/bin
BEAM_EVM=$(ERL_TOP)/bin/$(TARGET)/beam_evm
BOOTSTRAP_COMPILER = $(BOOTSTRAP_TOP)/primary_compiler
.PHONY: emulator libs kernel stdlib compiler hipe dialyzer typer syntax_tools preloaded
emulator:
cd erts && ERL_TOP=$(ERL_TOP) $(MAKE) NO_START_SCRIPTS=true $(TYPE) FLAVOR=$(FLAVOR)
libs:
ifeq ($(OTP_SMALL_BUILD),true)
cd lib && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt
else
cd lib && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt BUILD_ALL=true
endif
kernel:
cd lib/kernel && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt BUILD_ALL=true
stdlib:
cd lib/stdlib && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt BUILD_ALL=true
compiler:
cd lib/compiler && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt BUILD_ALL=true
hipe:
cd lib/hipe && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt BUILD_ALL=true
dialyzer:
ifneq ($(OTP_SMALL_BUILD),true)
@if test -f lib/dialyzer/SKIP ; then \
echo "=== Skipping dialyzer, reason:" ; \
cat lib/dialyzer/SKIP ; \
echo "===" ; \
else \
cd lib/dialyzer && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt BUILD_ALL=true ; \
fi
endif
typer:
cd lib/typer && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt BUILD_ALL=true
syntax_tools:
cd lib/syntax_tools && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt BUILD_ALL=true
preloaded:
cd erts/preloaded/src && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt BUILD_ALL=true
dep depend:
test X"$$ERTS_SKIP_DEPEND" = X"true" || (cd erts/emulator && ERL_TOP=$(ERL_TOP) $(MAKE) generate depend)
test X"$$ERTS_SKIP_DEPEND" = X"true" || (cd erts/lib_src && ERL_TOP=$(ERL_TOP) $(MAKE) depend)
# Creates "erl" and "erlc" in bootstrap/bin which uses the precompiled
# libraries in the bootstrap directory
# ----------------------------------------------------------------------
# Bootstraps...
# ----------------------------------------------------------------------
ifeq ($(TARGET),win32)
bootstrap_setup: check_recreate_primary_bootstrap
@rm -f $(BOOTSTRAP_ROOT)/bootstrap/bin/erl.exe \
$(BOOTSTRAP_ROOT)/bootstrap/bin/erlc.exe \
$(BOOTSTRAP_ROOT)/bootstrap/bin/erl.ini \
$(BOOTSTRAP_ROOT)/bootstrap/bin/beam.dll
make_bootstrap_ini.sh $(BOOTSTRAP_ROOT)/bootstrap \
$(ERL_TOP)/bin/$(TARGET)
@cp $(ERL_TOP)/bin/$(TARGET)/erlc.exe \
$(BOOTSTRAP_ROOT)/bootstrap/bin/erlc.exe
@cp $(ERL_TOP)/bin/$(TARGET)/erl.exe \
$(BOOTSTRAP_ROOT)/bootstrap/bin/erl.exe
else
bootstrap_setup: check_recreate_primary_bootstrap $(BOOTSTRAP_ROOT)/bootstrap/bin/erl $(BOOTSTRAP_ROOT)/bootstrap/bin/erlc
$(BOOTSTRAP_ROOT)/bootstrap/bin/erl: $(ERL_TOP)/erts/etc/unix/erl.src.src
@rm -f $(BOOTSTRAP_ROOT)/bootstrap/bin/erl
@sed -e "s;%FINAL_ROOTDIR%;$(BOOTSTRAP_ROOT)/bootstrap;" \
-e "s;\$$ROOTDIR/erts-.*/bin;$(ERL_TOP)/bin/$(TARGET);" \
-e "s;EMU=.*;EMU=beam$(TYPEMARKER);" \
$(ERL_TOP)/erts/etc/unix/erl.src.src > \
$(BOOTSTRAP_ROOT)/bootstrap/bin/erl
@chmod 755 $(BOOTSTRAP_ROOT)/bootstrap/bin/erl
$(BOOTSTRAP_ROOT)/bootstrap/bin/erlc: $(ERL_TOP)/bin/$(TARGET)/erlc
@rm -f $(BOOTSTRAP_ROOT)/bootstrap/bin/erlc
@cp $(ERL_TOP)/bin/$(TARGET)/erlc $(BOOTSTRAP_ROOT)/bootstrap/bin/erlc
@chmod 755 $(BOOTSTRAP_ROOT)/bootstrap/bin/erlc
endif
secondary_bootstrap_build:
cd lib && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt SECONDARY_BOOTSTRAP=true
secondary_bootstrap_copy:
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/hipe ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/hipe ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/hipe/ebin ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/hipe/ebin ; fi
for x in lib/hipe/ebin/*.beam; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/hipe/ebin/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# if test -f lib/hipe/ebin/hipe.beam ; then cp lib/hipe/ebin/*.beam $(BOOTSTRAP_ROOT)/bootstrap/lib/hipe/ebin; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools/ebin ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools/ebin ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools/include ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools/include ; fi
for x in lib/parsetools/ebin/*.beam; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools/ebin/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# cp lib/parsetools/ebin/*.beam $(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools/ebin
for x in lib/parsetools/include/*.hrl; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools/include/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# cp -f lib/parsetools/include/*.hrl $(BOOTSTRAP_ROOT)/bootstrap/lib/parsetools/include
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/asn1 ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/asn1 ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/asn1/ebin ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/asn1/ebin ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/asn1/src ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/asn1/src ; fi
for x in lib/asn1/ebin/*.beam; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/asn1/ebin/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# cp lib/asn1/ebin/*.beam $(BOOTSTRAP_ROOT)/bootstrap/lib/asn1/ebin
for x in lib/asn1/src/*.[eh]rl; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/asn1/src/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# cp -f lib/asn1/src/*.erl lib/asn1/src/*.hrl $(BOOTSTRAP_ROOT)/bootstrap/lib/asn1/src
tertiary_bootstrap_build:
cd lib && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt TERTIARY_BOOTSTRAP=true
tertiary_bootstrap_copy:
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/snmp ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/snmp ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/snmp/ebin ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/snmp/ebin ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/snmp/include ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/snmp/include ; fi
for x in lib/snmp/ebin/*.beam; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/snmp/ebin/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# cp lib/snmp/ebin/*.beam $(BOOTSTRAP_ROOT)/bootstrap/lib/snmp/ebin
fourth_bootstrap_build:
cd lib && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) opt FOURTH_BOOTSTRAP=true
fourth_bootstrap_copy:
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/sasl ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/sasl ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/sasl/ebin ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/sasl/ebin ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/sasl/include ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/sasl/include ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/ic ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/ic ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/ic/ebin ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/ic/ebin ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/ic/include ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/ic/include ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/wx ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/wx ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/wx/ebin ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/wx/ebin ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/wx/include ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/wx/include ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/test_server ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/test_server ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/test_server/include ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/test_server/include ; fi
for x in lib/ic/ebin/*.beam; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/ic/ebin/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# cp lib/ic/ebin/*.beam $(BOOTSTRAP_ROOT)/bootstrap/lib/ic/ebin
for x in lib/ic/include/*.idl; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/ic/include/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
for x in lib/ic/include/*.h; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/ic/include/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# cp -f lib/ic/include/*.idl lib/ic/include/*.h $(BOOTSTRAP_ROOT)/bootstrap/lib/ic/include
for x in lib/sasl/ebin/*.beam; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/sasl/ebin/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# cp lib/sasl/ebin/*.beam $(BOOTSTRAP_ROOT)/bootstrap/lib/sasl/ebin
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/syntax_tools ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/syntax_tools ; fi
if test ! -d $(BOOTSTRAP_ROOT)/bootstrap/lib/syntax_tools/ebin ; then mkdir $(BOOTSTRAP_ROOT)/bootstrap/lib/syntax_tools/ebin ; fi
for x in lib/syntax_tools/ebin/*.beam; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/syntax_tools/ebin/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
for x in lib/wx/include/*.hrl; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/wx/include/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
for x in lib/test_server/include/*.hrl; do \
BN=`basename $$x`; \
TF=$(BOOTSTRAP_ROOT)/bootstrap/lib/test_server/include/$$BN; \
test -f $$TF && \
test '!' -z "`find $$x -newer $$TF -print`" && \
cp $$x $$TF; \
test '!' -f $$TF && \
cp $$x $$TF; \
true; \
done
# cp lib/syntax_tools/ebin/*.beam $(BOOTSTRAP_ROOT)/bootstrap/lib/syntax_tools/ebin
.PHONY: check_recreate_primary_bootstrap recreate_primary_bootstrap
#
# If the source is a prebuilt delivery, no $(ERL_TOP)/bootstrap/lib
# directory will exist. All applications part of the primary bootstrap
# are delivered prebuilt though. If it is a prebuilt delivery we need
# to recreate the primary bootstrap, from the prebuilt result.
#
# A prebuild delivery always contain a $(ERL_TOP)/prebuilt.files file.
# If no such file exists, we wont try to recreate the primary bootstrap,
# since it will just fail producing anything useful.
#
check_recreate_primary_bootstrap:
@if test -f $(ERL_TOP)/prebuilt.files ; then \
if test ! -d $(ERL_TOP)/bootstrap/lib ; then \
$(ERL_TOP)/otp_build save_bootstrap ; \
fi ; \
fi
#
# recreate_primary_bootstrap assumes that if $(ERL_TOP)/prebuilt.files
# exist, all build results needed already exist in the application specific
# directories of all applications part of the primary bootstrap.
#
recreate_primary_bootstrap:
$(ERL_TOP)/otp_build save_bootstrap
# The first bootstrap build is rarely (never) used in open source, it's
# used to build the shipped bootstrap directory. The Open source bootstrap
# stages start with secondary bootstrap.
#
# These are the ones used, the other ones (prefixed with old_) are for BC.
# These modules should stay in the kernel directory to make building
# of the emulator possible
.PHONY: primary_bootstrap \
primary_bootstrap_check_make \
primary_bootstrap_build \
primary_bootstrap_compiler \
primary_bootstrap_mkdirs \
primary_bootstrap_copy
primary_bootstrap: primary_bootstrap_check_make
@echo "=== Building a bootstrap compiler in $(BOOTSTRAP_ROOT)/bootstrap"
cd $(ERL_TOP) && \
$(MAKE) TESTROOT=$(BOOTSTRAP_TOP) \
BOOTSTRAP_TOP=$(BOOTSTRAP_TOP) \
primary_bootstrap_build
cd $(ERL_TOP) && \
$(MAKE) TESTROOT=$(BOOTSTRAP_TOP) \
BOOTSTRAP_TOP=$(BOOTSTRAP_TOP) \
primary_bootstrap_copy
cd $(ERL_TOP)/erts/start_scripts && \
$(MAKE) TESTROOT=$(BOOTSTRAP_TOP) \
BOOTSTRAP_TOP=$(BOOTSTRAP_TOP) bootstrap_scripts
test $(BOOTSTRAP_ROOT) = $(ERL_TOP) \
|| $(ERL_TOP)/otp_build \
copy_primary_bootstrap \
$(BOOTSTRAP_TOP) \
$(BOOTSTRAP_ROOT)
#
# Dependencies are not complete in all makefiles; therefore, remove bootstrap
# build result and build from scratch if we are not using clearmake (which
# tracks dependencies itself).
#
primary_bootstrap_check_make:
@ case "$(MAKE)" in \
*clearmake*) \
;; \
*) \
$(MAKE) BOOTSTRAP_ROOT=$(BOOTSTRAP_ROOT) \
ERL_TOP=$(ERL_TOP) \
bootstrap_clean \
;; \
esac
primary_bootstrap_build: primary_bootstrap_mkdirs primary_bootstrap_compiler \
primary_bootstrap_stdlib
cd lib && $(MAKE) ERLC_FLAGS='-pa $(BOOTSTRAP_COMPILER)/ebin' \
BOOTSTRAP_TOP=$(BOOTSTRAP_TOP) \
BOOTSTRAP=1 opt
primary_bootstrap_compiler:
cd lib/compiler && $(MAKE) \
BOOTSTRAP_TOP=$(BOOTSTRAP_TOP) \
BOOTSTRAP_COMPILER=$(BOOTSTRAP_COMPILER) \
BOOTSTRAP=1 \
opt
primary_bootstrap_stdlib:
cd lib/stdlib/src && $(MAKE) \
BOOTSTRAP_COMPILER=$(BOOTSTRAP_COMPILER) \
primary_bootstrap_compiler
primary_bootstrap_mkdirs:
test -d $(BOOTSTRAP_COMPILER)/egen \
|| mkdir -p $(BOOTSTRAP_COMPILER)/egen
test -d $(BOOTSTRAP_COMPILER)/ebin \
|| mkdir -p $(BOOTSTRAP_COMPILER)/ebin
test -d $(BOOTSTRAP_TOP)/lib/kernel/egen \
|| mkdir -p $(BOOTSTRAP_TOP)/lib/kernel/egen
test -d $(BOOTSTRAP_TOP)/lib/kernel/ebin \
|| mkdir -p $(BOOTSTRAP_TOP)/lib/kernel/ebin
test -d $(BOOTSTRAP_TOP)/lib/kernel/include \
|| mkdir -p $(BOOTSTRAP_TOP)/lib/kernel/include
test -d $(BOOTSTRAP_TOP)/lib/stdlib/egen \
|| mkdir -p $(BOOTSTRAP_TOP)/lib/stdlib/egen
test -d $(BOOTSTRAP_TOP)/lib/stdlib/ebin \
|| mkdir -p $(BOOTSTRAP_TOP)/lib/stdlib/ebin
test -d $(BOOTSTRAP_TOP)/lib/stdlib/include \
|| mkdir -p $(BOOTSTRAP_TOP)/lib/stdlib/include
test -d $(BOOTSTRAP_TOP)/lib/compiler/egen \
|| mkdir -p $(BOOTSTRAP_TOP)/lib/compiler/egen
test -d $(BOOTSTRAP_TOP)/lib/compiler/ebin \
|| mkdir -p $(BOOTSTRAP_TOP)/lib/compiler/ebin
test -d $(BOOTSTRAP_TOP)/lib/orber/include \
|| mkdir -p $(BOOTSTRAP_TOP)/lib/orber/include
primary_bootstrap_copy:
cp -f lib/kernel/include/*.hrl $(BOOTSTRAP_TOP)/lib/kernel/include
cp -f lib/stdlib/include/*.hrl $(BOOTSTRAP_TOP)/lib/stdlib/include
cp -f lib/orber/include/* $(BOOTSTRAP_TOP)/lib/orber/include
# To remove modules left by the bootstrap building, but leave (restore)
# the modules in kernel which are needed for an emulator build
KERNEL_PRELOAD = otp_ring0 init erl_prim_loader prim_inet prim_file zlib prim_zip erlang
KERNEL_PRELOAD_BEAMS=$(KERNEL_PRELOAD:%=$(BOOTSTRAP_TOP)/lib/kernel/ebin/%.beam)
start_scripts:
@cd erts/start_scripts \
&& ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} $(MAKE) script
# Creates "erl" and "erlc" scripts in bin/erl which uses the libraries in lib
local_setup:
@rm -f bin/erl bin/erlc bin/cerl
@cd erts && \
ERL_TOP=$(ERL_TOP) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) local_setup
# ----------------------------------------------------------------------
# Build tests
# ---------------------------------------------------------------------
TEST_DIRS := \
lib/test_server \
$(wildcard lib/*/test) \
erts/test \
erts/epmd/test \
erts/emulator/test
.PHONY: tests release_tests $(TEST_DIRS)
tests release_tests: $(TEST_DIRS)
$(TEST_DIRS):
if test -f $@/Makefile; then \
(cd $@; $(MAKE) TESTROOT=$(TESTSUITE_ROOT) release_tests) || exit $$?; \
fi
# ----------------------------------------------------------------------
# Obsolete type of bootstrap where all stages where built with installed sytem
# shuld no longer be used and is soon to be removed.
# Abbreviations: OC = Old Compiler, NC = New Compiler,
# OE = Old Emulator, NE = New Emulator
old_com_bootstrap: old_bootstrap_nc_for_ne_all_stages old_bootstrap_ne old_bootstrap_scripts
#
# Builds the New Compiler for the New Emulator (using existing erlc
# and possibly new compiler) then copy everything to the release area.
# Use to create the commerciall bootstrap version, which should be obsolete.
#
old_bootstrap_nc_for_ne_all_stages:
test -d $(TESTROOT) || mkdir -p $(TESTROOT)
cd lib && $(MAKE) BOOTSTRAP=1 TYPE=release release
cd lib && $(MAKE) SECONDARY_BOOTSTRAP=1 TYPE=release release
cd lib && $(MAKE) TERTIARY_BOOTSTRAP=1 TYPE=release release
cd lib && $(MAKE) FOURTH_BOOTSTRAP=1 TYPE=release release
old_bootstrap_ne:
cd erts && $(MAKE) release
old_bootstrap_scripts:
cd erts/start_scripts && $(MAKE) release
# This is one strange name for a target, this actually builds and strips only
# the primary bootstrap, a minimal set of beam files to be able to continue
# bootstrap builds. It's used by other makefiles, so I refrain from
# changing the name right now...
bootstrap_nc_for_ne_no_debug_sym:
test -d $(TESTROOT) || mkdir -p $(TESTROOT)
cd lib && $(MAKE) ERLC_FLAGS='-pa $(BOOTSTRAP_COMPILER)/ebin' \
BOOTSTRAP_TOP=$(BOOTSTRAP_TOP) BOOTSTRAP=1 TYPE=release release
$(ERL_TOP)/erts/emulator/utils/beam_strip $(TESTROOT)/lib/*/ebin/*.beam
# ----------------------------------------------------------------------
#
# Install
#
# Order is important here, don't change it!
#
INST_DEP += install.dirs install.emulator install.libs install.Install install.bin
install: $(INST_DEP)
install-docs:
ERL_TOP=$(ERL_TOP) INSTALLROOT=$(ERLANG_LIBDIR) PATH=$(BOOT_PREFIX)$${PATH} \
$(MAKE) RELEASE_ROOT=$(ERLANG_LIBDIR) release_docs
install.emulator:
cd erts && \
ERL_TOP=$(ERL_TOP) PATH=$(INST_PATH_PREFIX)$${PATH} \
$(MAKE) TESTROOT=$(ERLANG_LIBDIR) release
install.libs:
ifeq ($(OTP_SMALL_BUILD),true)
cd lib && \
ERL_TOP=$(ERL_TOP) PATH=$(INST_PATH_PREFIX)$${PATH} \
$(MAKE) TESTROOT=$(ERLANG_LIBDIR) release
else
cd lib && \
ERL_TOP=$(ERL_TOP) PATH=$(INST_PATH_PREFIX)$${PATH} \
$(MAKE) TESTROOT=$(ERLANG_LIBDIR) BUILD_ALL=true release
@if test -f lib/dialyzer/SKIP ; then \
echo "=== Skipping dialyzer, reason:" ; \
cat lib/dialyzer/SKIP ; \
echo "===" ; \
else \
cd lib/dialyzer && \
ERL_TOP=$(ERL_TOP) PATH=$(INST_PATH_PREFIX)$${PATH} \
$(MAKE) TESTROOT=$(ERLANG_LIBDIR) BUILD_ALL=true release ; \
fi
endif
install.Install:
(cd $(ERLANG_LIBDIR) \
&& ./Install $(INSTALL_CROSS) -minimal $(ERLANG_INST_LIBDIR))
#
# Install erlang base public files
#
install.bin:
@ DESTDIR="$(DESTDIR)" EXTRA_PREFIX="$(EXTRA_PREFIX)" \