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kumquat-buildroot/package/pkg-generic.mk
Yann E. MORIN 7fb6e78254 core/instrumentation: shave minutes off the build time 
As part of the build, we run some instrumentation hooks to gather
statistics about the usage of the target/, staging/ and host/
directories, so that we can generate reports for the user, that
shows:
  - for each file, what package installed it,
  - for each package,the size that it installed.

In so doing, we run a double md5 pass on all files of the affected
directories (before/after installation).  These passes were mostly invisible
when we were only scanning target/, but has greatly increased in time now
that we also scan staging/ and host/ (but only in the corresponding _CMDS,
of course).

This md5 was mostly aimed at catching packages that would "cheat" with
mtime/atime/ctime somehow. They can't really cheat on md5, though [0].

Timings however speak for themselves, with this defconfig (slightly
biggish-but-still-manageable build) [1].

host/      20965 files    1.2GiB
staging/    4715 files    333MiB
target/     1801 files     44MiB

All instrumentation steps, using md5:    19min 27s
All instrumentation steps, using mtime:  14min 45s
No instrumentation step at all:          14min 31s

So, using mtime is an almost-5min improvement, i.e. about 25% faster,
while removing all instrumentation steps does not gain that much more...

So, we switch to using mtime, because in the end that's still good-enough
for our use-case: generating some graphs.  It is not mission-critical, and
if a graph is slightly off, that's not a biggy.  It can anyway be attributed
to a broken package's buildsystem, which should get fixed.

However, we lose the ability to track directories. Non-empty directories
can be tracked back by a bit of scripting, but empty directories are
simply not caught. If we were to also look for directories using mtime,
we would catch parents of installed files:

  - /foo/bar/ exists
  - a package installs /foo/bar/buz
  - mtime of /foo/bar/ is changed to account for the new file in it.

So we do not track directories at all, and we lose empty directories.
The existing tracking was mostly happenstance, with the original
submission and comments not really accounting for a real use-case.

Now, we also change the way we handle symlinks. Previously, we would
hash the file pointed to by the symlink. Now, we only look at the mtime
of the symlink itself, which still detects modifications.

Eventually, this also means that we now no longer need to establish a
list before the install step; we can now simply run after the install
step, finding any files newer than the build stamp.

[0] Yeah, md5 is very weak, but we're not guarding against malicious
attacks, just about careless modifications.

[1] defconfig used for tests:
BR2_arm=y
BR2_cortex_a7=y
BR2_TOOLCHAIN_EXTERNAL=y
BR2_INIT_SYSTEMD=y
BR2_PACKAGE_MESA3D=y
BR2_PACKAGE_MESA3D_GALLIUM_DRIVER_ETNAVIV=y
BR2_PACKAGE_MESA3D_GALLIUM_DRIVER_SWRAST=y
BR2_PACKAGE_MESA3D_GALLIUM_DRIVER_VC4=y
BR2_PACKAGE_MESA3D_GALLIUM_DRIVER_VIRGL=y
BR2_PACKAGE_MESA3D_DRI_DRIVER_SWRAST=y
BR2_PACKAGE_MESA3D_OSMESA=y
BR2_PACKAGE_MESA3D_OPENGL_ES=y
BR2_PACKAGE_SYSTEMD_JOURNAL_GATEWAY=y
BR2_PACKAGE_SYSTEMD_BACKLIGHT=y
BR2_PACKAGE_SYSTEMD_BINFMT=y
BR2_PACKAGE_SYSTEMD_COREDUMP=y
BR2_PACKAGE_SYSTEMD_FIRSTBOOT=y
BR2_PACKAGE_SYSTEMD_HIBERNATE=y
BR2_PACKAGE_SYSTEMD_IMPORTD=y
BR2_PACKAGE_SYSTEMD_LOCALED=y
BR2_PACKAGE_SYSTEMD_LOGIND=y
BR2_PACKAGE_SYSTEMD_MACHINED=y
BR2_PACKAGE_SYSTEMD_POLKIT=y
BR2_PACKAGE_SYSTEMD_QUOTACHECK=y
BR2_PACKAGE_SYSTEMD_RANDOMSEED=y
BR2_PACKAGE_SYSTEMD_RFKILL=y
BR2_PACKAGE_SYSTEMD_SMACK_SUPPORT=y
BR2_PACKAGE_SYSTEMD_SYSUSERS=y
BR2_PACKAGE_SYSTEMD_VCONSOLE=y

[Peter: tweak commit message, use find -type l]
Reported-by: Trent Piepho <tpiepho@impinj.com>
Signed-off-by: "Yann E. MORIN" <yann.morin.1998@free.fr>
Cc: Trent Piepho <tpiepho@impinj.com>
Cc: Thomas Petazzoni <thomas.petazzoni@bootlin.com>
Cc: Peter Korsgaard <peter@korsgaard.com>
Signed-off-by: Peter Korsgaard <peter@korsgaard.com>
2018-03-17 16:46:43 +01:00

997 lines
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################################################################################
# Generic package infrastructure
#
# This file implements an infrastructure that eases development of
# package .mk files. It should be used for packages that do not rely
# on a well-known build system for which Buildroot has a dedicated
# infrastructure (so far, Buildroot has special support for
# autotools-based and CMake-based packages).
#
# See the Buildroot documentation for details on the usage of this
# infrastructure
#
# In terms of implementation, this generic infrastructure requires the
# .mk file to specify:
#
# 1. Metadata information about the package: name, version,
# download URL, etc.
#
# 2. Description of the commands to be executed to configure, build
# and install the package
################################################################################
################################################################################
# Helper functions to catch start/end of each step
################################################################################
# Those two functions are called by each step below.
# They are responsible for calling all hooks defined in
# $(GLOBAL_INSTRUMENTATION_HOOKS) and pass each of them
# three arguments:
# $1: either 'start' or 'end'
# $2: the name of the step
# $3: the name of the package
# Start step
# $1: step name
define step_start
$(foreach hook,$(GLOBAL_INSTRUMENTATION_HOOKS),$(call $(hook),start,$(1),$($(PKG)_NAME))$(sep))
endef
# End step
# $1: step name
define step_end
$(foreach hook,$(GLOBAL_INSTRUMENTATION_HOOKS),$(call $(hook),end,$(1),$($(PKG)_NAME))$(sep))
endef
#######################################
# Actual steps hooks
# Time steps
define step_time
printf "%s:%-5.5s:%-20.20s: %s\n" \
"$$(date +%s)" "$(1)" "$(2)" "$(3)" \
>>"$(BUILD_DIR)/build-time.log"
endef
GLOBAL_INSTRUMENTATION_HOOKS += step_time
# Hooks to collect statistics about installed files
# The suffix is typically empty for the target variant, for legacy backward
# compatibility.
# $(1): package name
# $(2): base directory to search in
# $(3): suffix of file (optional)
define step_pkg_size_inner
cd $(2); \
find . \( -type f -o -type l \) \
-newer $($(PKG)_DIR)/.stamp_built \
-exec printf '$(1),%s\n' {} + \
>> $(BUILD_DIR)/packages-file-list$(3).txt
endef
define step_pkg_size
$(if $(filter install-target,$(2)),\
$(if $(filter end,$(1)),$(call step_pkg_size_inner,$(3),$(TARGET_DIR))))
$(if $(filter install-staging,$(2)),\
$(if $(filter end,$(1)),$(call step_pkg_size_inner,$(3),$(STAGING_DIR),-staging)))
$(if $(filter install-host,$(2)),\
$(if $(filter end,$(1)),$(call step_pkg_size_inner,$(3),$(HOST_DIR),-host)))
endef
GLOBAL_INSTRUMENTATION_HOOKS += step_pkg_size
# Relies on step_pkg_size, so must be after
define check_bin_arch
$(if $(filter end-install-target,$(1)-$(2)),\
support/scripts/check-bin-arch -p $(3) \
-l $(BUILD_DIR)/packages-file-list.txt \
$(foreach i,$($(PKG)_BIN_ARCH_EXCLUDE),-i "$(i)") \
-r $(TARGET_READELF) \
-a $(BR2_READELF_ARCH_NAME))
endef
GLOBAL_INSTRUMENTATION_HOOKS += check_bin_arch
# This hook checks that host packages that need libraries that we build
# have a proper DT_RPATH or DT_RUNPATH tag
define check_host_rpath
$(if $(filter install-host,$(2)),\
$(if $(filter end,$(1)),support/scripts/check-host-rpath $(3) $(HOST_DIR)))
endef
GLOBAL_INSTRUMENTATION_HOOKS += check_host_rpath
define step_check_build_dir_one
if [ -d $(2) ]; then \
printf "%s: installs files in %s\n" $(1) $(2) >&2; \
exit 1; \
fi
endef
define step_check_build_dir
$(if $(filter install-staging,$(2)),\
$(if $(filter end,$(1)),$(call step_check_build_dir_one,$(3),$(STAGING_DIR)/$(O))))
$(if $(filter install-target,$(2)),\
$(if $(filter end,$(1)),$(call step_check_build_dir_one,$(3),$(TARGET_DIR)/$(O))))
endef
GLOBAL_INSTRUMENTATION_HOOKS += step_check_build_dir
# User-supplied script
ifneq ($(BR2_INSTRUMENTATION_SCRIPTS),)
define step_user
@$(foreach user_hook, $(BR2_INSTRUMENTATION_SCRIPTS), \
$(EXTRA_ENV) $(user_hook) "$(1)" "$(2)" "$(3)"$(sep))
endef
GLOBAL_INSTRUMENTATION_HOOKS += step_user
endif
################################################################################
# Implicit targets -- produce a stamp file for each step of a package build
################################################################################
# Retrieve the archive
$(BUILD_DIR)/%/.stamp_downloaded:
$(foreach hook,$($(PKG)_PRE_DOWNLOAD_HOOKS),$(call $(hook))$(sep))
# Only show the download message if it isn't already downloaded
$(Q)for p in $($(PKG)_ALL_DOWNLOADS); do \
if test ! -e $(DL_DIR)/`basename $$p` ; then \
$(call MESSAGE,"Downloading") ; \
break ; \
fi ; \
done
$(foreach p,$($(PKG)_ALL_DOWNLOADS),$(call DOWNLOAD,$(p))$(sep))
$(foreach hook,$($(PKG)_POST_DOWNLOAD_HOOKS),$(call $(hook))$(sep))
$(Q)mkdir -p $(@D)
$(Q)touch $@
# Retrieve actual source archive, e.g. for prebuilt external toolchains
$(BUILD_DIR)/%/.stamp_actual_downloaded:
$(call DOWNLOAD,$($(PKG)_ACTUAL_SOURCE_SITE)/$($(PKG)_ACTUAL_SOURCE_TARBALL)); \
$(Q)mkdir -p $(@D)
$(Q)touch $@
# Unpack the archive
$(BUILD_DIR)/%/.stamp_extracted:
@$(call step_start,extract)
@$(call MESSAGE,"Extracting")
$(foreach hook,$($(PKG)_PRE_EXTRACT_HOOKS),$(call $(hook))$(sep))
$(Q)mkdir -p $(@D)
$($(PKG)_EXTRACT_CMDS)
# some packages have messed up permissions inside
$(Q)chmod -R +rw $(@D)
$(foreach hook,$($(PKG)_POST_EXTRACT_HOOKS),$(call $(hook))$(sep))
@$(call step_end,extract)
$(Q)touch $@
# Rsync the source directory if the <pkg>_OVERRIDE_SRCDIR feature is
# used.
$(BUILD_DIR)/%/.stamp_rsynced:
@$(call MESSAGE,"Syncing from source dir $(SRCDIR)")
$(foreach hook,$($(PKG)_PRE_RSYNC_HOOKS),$(call $(hook))$(sep))
@test -d $(SRCDIR) || (echo "ERROR: $(SRCDIR) does not exist" ; exit 1)
rsync -au --chmod=u=rwX,go=rX $(RSYNC_VCS_EXCLUSIONS) $(call qstrip,$(SRCDIR))/ $(@D)
$(foreach hook,$($(PKG)_POST_RSYNC_HOOKS),$(call $(hook))$(sep))
$(Q)touch $@
# Patch
#
# The RAWNAME variable is the lowercased package name, which allows to
# find the package directory (typically package/<pkgname>) and the
# prefix of the patches
#
# For BR2_GLOBAL_PATCH_DIR, only generate if it is defined
$(BUILD_DIR)/%/.stamp_patched: PATCH_BASE_DIRS = $(PKGDIR)
$(BUILD_DIR)/%/.stamp_patched: PATCH_BASE_DIRS += $(addsuffix /$(RAWNAME),$(call qstrip,$(BR2_GLOBAL_PATCH_DIR)))
$(BUILD_DIR)/%/.stamp_patched:
@$(call step_start,patch)
@$(call MESSAGE,"Patching")
$(foreach hook,$($(PKG)_PRE_PATCH_HOOKS),$(call $(hook))$(sep))
$(foreach p,$($(PKG)_PATCH),$(APPLY_PATCHES) $(@D) $(DL_DIR) $(notdir $(p))$(sep))
$(Q)( \
for D in $(PATCH_BASE_DIRS); do \
if test -d $${D}; then \
if test -d $${D}/$($(PKG)_VERSION); then \
$(APPLY_PATCHES) $(@D) $${D}/$($(PKG)_VERSION) \*.patch \*.patch.$(ARCH) || exit 1; \
else \
$(APPLY_PATCHES) $(@D) $${D} \*.patch \*.patch.$(ARCH) || exit 1; \
fi; \
fi; \
done; \
)
$(foreach hook,$($(PKG)_POST_PATCH_HOOKS),$(call $(hook))$(sep))
@$(call step_end,patch)
$(Q)touch $@
# Check that all directories specified in BR2_GLOBAL_PATCH_DIR exist.
$(foreach dir,$(call qstrip,$(BR2_GLOBAL_PATCH_DIR)),\
$(if $(wildcard $(dir)),,\
$(error BR2_GLOBAL_PATCH_DIR contains nonexistent directory $(dir))))
# Configure
$(BUILD_DIR)/%/.stamp_configured:
@$(call step_start,configure)
@$(call MESSAGE,"Configuring")
$(foreach hook,$($(PKG)_PRE_CONFIGURE_HOOKS),$(call $(hook))$(sep))
$($(PKG)_CONFIGURE_CMDS)
$(foreach hook,$($(PKG)_POST_CONFIGURE_HOOKS),$(call $(hook))$(sep))
@$(call step_end,configure)
$(Q)touch $@
# Build
$(BUILD_DIR)/%/.stamp_built::
@$(call step_start,build)
@$(call MESSAGE,"Building")
$(foreach hook,$($(PKG)_PRE_BUILD_HOOKS),$(call $(hook))$(sep))
+$($(PKG)_BUILD_CMDS)
$(foreach hook,$($(PKG)_POST_BUILD_HOOKS),$(call $(hook))$(sep))
@$(call step_end,build)
$(Q)touch $@
# Install to host dir
$(BUILD_DIR)/%/.stamp_host_installed:
@$(call step_start,install-host)
@$(call MESSAGE,"Installing to host directory")
$(foreach hook,$($(PKG)_PRE_INSTALL_HOOKS),$(call $(hook))$(sep))
+$($(PKG)_INSTALL_CMDS)
$(foreach hook,$($(PKG)_POST_INSTALL_HOOKS),$(call $(hook))$(sep))
@$(call step_end,install-host)
$(Q)touch $@
# Install to staging dir
#
# Some packages install libtool .la files alongside any installed
# libraries. These .la files sometimes refer to paths relative to the
# sysroot, which libtool will interpret as absolute paths to host
# libraries instead of the target libraries. Since this is not what we
# want, these paths are fixed by prefixing them with $(STAGING_DIR).
# As we configure with --prefix=/usr, this fix needs to be applied to
# any path that starts with /usr.
#
# To protect against the case that the output or staging directories or
# the pre-installed external toolchain themselves are under /usr, we first
# substitute away any occurrences of these directories with @BASE_DIR@,
# @STAGING_DIR@ and @TOOLCHAIN_EXTERNAL_INSTALL_DIR@ respectively.
#
# Note that STAGING_DIR can be outside BASE_DIR when the user sets
# BR2_HOST_DIR to a custom value. Note that TOOLCHAIN_EXTERNAL_INSTALL_DIR
# can be under @BASE_DIR@ when it's a downloaded toolchain, and can be
# empty when we use an internal toolchain.
#
$(BUILD_DIR)/%/.stamp_staging_installed:
@$(call step_start,install-staging)
@$(call MESSAGE,"Installing to staging directory")
$(foreach hook,$($(PKG)_PRE_INSTALL_STAGING_HOOKS),$(call $(hook))$(sep))
+$($(PKG)_INSTALL_STAGING_CMDS)
$(foreach hook,$($(PKG)_POST_INSTALL_STAGING_HOOKS),$(call $(hook))$(sep))
$(Q)if test -n "$($(PKG)_CONFIG_SCRIPTS)" ; then \
$(call MESSAGE,"Fixing package configuration files") ;\
$(SED) "s,$(BASE_DIR),@BASE_DIR@,g" \
-e "s,$(STAGING_DIR),@STAGING_DIR@,g" \
-e "s,^\(exec_\)\?prefix=.*,\1prefix=@STAGING_DIR@/usr,g" \
-e "s,-I/usr/,-I@STAGING_DIR@/usr/,g" \
-e "s,-L/usr/,-L@STAGING_DIR@/usr/,g" \
-e "s,@STAGING_DIR@,$(STAGING_DIR),g" \
-e "s,@BASE_DIR@,$(BASE_DIR),g" \
$(addprefix $(STAGING_DIR)/usr/bin/,$($(PKG)_CONFIG_SCRIPTS)) ;\
fi
@$(call MESSAGE,"Fixing libtool files")
$(Q)find $(STAGING_DIR)/usr/lib* -name "*.la" | xargs --no-run-if-empty \
$(SED) "s:$(BASE_DIR):@BASE_DIR@:g" \
-e "s:$(STAGING_DIR):@STAGING_DIR@:g" \
$(if $(TOOLCHAIN_EXTERNAL_INSTALL_DIR),\
-e "s:$(TOOLCHAIN_EXTERNAL_INSTALL_DIR):@TOOLCHAIN_EXTERNAL_INSTALL_DIR@:g") \
-e "s:\(['= ]\)/usr:\\1@STAGING_DIR@/usr:g" \
$(if $(TOOLCHAIN_EXTERNAL_INSTALL_DIR),\
-e "s:@TOOLCHAIN_EXTERNAL_INSTALL_DIR@:$(TOOLCHAIN_EXTERNAL_INSTALL_DIR):g") \
-e "s:@STAGING_DIR@:$(STAGING_DIR):g" \
-e "s:@BASE_DIR@:$(BASE_DIR):g"
@$(call step_end,install-staging)
$(Q)touch $@
# Install to images dir
$(BUILD_DIR)/%/.stamp_images_installed:
@$(call step_start,install-image)
$(foreach hook,$($(PKG)_PRE_INSTALL_IMAGES_HOOKS),$(call $(hook))$(sep))
@$(call MESSAGE,"Installing to images directory")
+$($(PKG)_INSTALL_IMAGES_CMDS)
$(foreach hook,$($(PKG)_POST_INSTALL_IMAGES_HOOKS),$(call $(hook))$(sep))
@$(call step_end,install-image)
$(Q)touch $@
# Install to target dir
$(BUILD_DIR)/%/.stamp_target_installed:
@$(call step_start,install-target)
@$(call MESSAGE,"Installing to target")
$(foreach hook,$($(PKG)_PRE_INSTALL_TARGET_HOOKS),$(call $(hook))$(sep))
+$($(PKG)_INSTALL_TARGET_CMDS)
$(if $(BR2_INIT_SYSTEMD),\
$($(PKG)_INSTALL_INIT_SYSTEMD))
$(if $(BR2_INIT_SYSV)$(BR2_INIT_BUSYBOX),\
$($(PKG)_INSTALL_INIT_SYSV))
$(foreach hook,$($(PKG)_POST_INSTALL_TARGET_HOOKS),$(call $(hook))$(sep))
$(Q)if test -n "$($(PKG)_CONFIG_SCRIPTS)" ; then \
$(RM) -f $(addprefix $(TARGET_DIR)/usr/bin/,$($(PKG)_CONFIG_SCRIPTS)) ; \
fi
@$(call step_end,install-target)
$(Q)touch $@
# Remove package sources
$(BUILD_DIR)/%/.stamp_dircleaned:
rm -Rf $(@D)
################################################################################
# virt-provides-single -- check that provider-pkg is the declared provider for
# the virtual package virt-pkg
#
# argument 1 is the lower-case name of the virtual package
# argument 2 is the upper-case name of the virtual package
# argument 3 is the lower-case name of the provider
#
# example:
# $(call virt-provides-single,libegl,LIBEGL,rpi-userland)
################################################################################
define virt-provides-single
ifneq ($$(call qstrip,$$(BR2_PACKAGE_PROVIDES_$(2))),$(3))
$$(error Configuration error: both "$(3)" and $$(BR2_PACKAGE_PROVIDES_$(2))\
are selected as providers for virtual package "$(1)". Only one provider can\
be selected at a time. Please fix your configuration)
endif
endef
define pkg-graph-depends
@$$(INSTALL) -d $$(GRAPHS_DIR)
@cd "$$(CONFIG_DIR)"; \
$$(TOPDIR)/support/scripts/graph-depends $$(BR2_GRAPH_DEPS_OPTS) \
-p $(1) $(2) -o $$(GRAPHS_DIR)/$$(@).dot
dot $$(BR2_GRAPH_DOT_OPTS) -T$$(BR_GRAPH_OUT) \
-o $$(GRAPHS_DIR)/$$(@).$$(BR_GRAPH_OUT) \
$$(GRAPHS_DIR)/$$(@).dot
endef
################################################################################
# inner-generic-package -- generates the make targets needed to build a
# generic package
#
# argument 1 is the lowercase package name
# argument 2 is the uppercase package name, including a HOST_ prefix
# for host packages
# argument 3 is the uppercase package name, without the HOST_ prefix
# for host packages
# argument 4 is the type (target or host)
#
# Note about variable and function references: inside all blocks that are
# evaluated with $(eval), which includes all 'inner-xxx-package' blocks,
# specific rules apply with respect to variable and function references.
# - Numbered variables (parameters to the block) can be referenced with a single
# dollar sign: $(1), $(2), $(3), etc.
# - pkgdir and pkgname should be referenced with a single dollar sign too. These
# functions rely on 'the most recently parsed makefile' which is supposed to
# be the package .mk file. If we defer the evaluation of these functions using
# double dollar signs, then they may be evaluated too late, when other
# makefiles have already been parsed. One specific case is when $$(pkgdir) is
# assigned to a variable using deferred evaluation with '=' and this variable
# is used in a target rule outside the eval'ed inner block. In this case, the
# pkgdir will be that of the last makefile parsed by buildroot, which is not
# the expected value. This mechanism is for example used for the TARGET_PATCH
# rule.
# - All other variables should be referenced with a double dollar sign:
# $$(TARGET_DIR), $$($(2)_VERSION), etc. Also all make functions should be
# referenced with a double dollar sign: $$(subst), $$(call), $$(filter-out),
# etc. This rule ensures that these variables and functions are only expanded
# during the $(eval) step, and not earlier. Otherwise, unintuitive and
# undesired behavior occurs with respect to these variables and functions.
#
################################################################################
define inner-generic-package
# Ensure the package is only declared once, i.e. do not accept that a
# package be re-defined by a br2-external tree
ifneq ($(call strip,$(filter $(1),$(PACKAGES_ALL))),)
$$(error Package '$(1)' defined a second time in '$(pkgdir)'; \
previous definition was in '$$($(2)_PKGDIR)')
endif
PACKAGES_ALL += $(1)
# Define default values for various package-related variables, if not
# already defined. For some variables (version, source, site and
# subdir), if they are undefined, we try to see if a variable without
# the HOST_ prefix is defined. If so, we use such a variable, so that
# this information has only to be specified once, for both the
# target and host packages of a given .mk file.
$(2)_TYPE = $(4)
$(2)_NAME = $(1)
$(2)_RAWNAME = $$(patsubst host-%,%,$(1))
$(2)_PKGDIR = $(pkgdir)
# Keep the package version that may contain forward slashes in the _DL_VERSION
# variable, then replace all forward slashes ('/') by underscores ('_') to
# sanitize the package version that is used in paths, directory and file names.
# Forward slashes may appear in the package's version when pointing to a
# version control system branch or tag, for example remotes/origin/1_10_stable.
# Similar for spaces and colons (:) that may appear in date-based revisions for
# CVS.
ifndef $(2)_VERSION
ifdef $(3)_DL_VERSION
$(2)_DL_VERSION := $$($(3)_DL_VERSION)
else ifdef $(3)_VERSION
$(2)_DL_VERSION := $$($(3)_VERSION)
endif
else
$(2)_DL_VERSION := $$(strip $$($(2)_VERSION))
endif
$(2)_VERSION := $$(call sanitize,$$($(2)_DL_VERSION))
ifdef $(3)_OVERRIDE_SRCDIR
$(2)_OVERRIDE_SRCDIR ?= $$($(3)_OVERRIDE_SRCDIR)
endif
$(2)_BASE_NAME = $$(if $$($(2)_VERSION),$(1)-$$($(2)_VERSION),$(1))
$(2)_RAW_BASE_NAME = $$(if $$($(2)_VERSION),$$($(2)_RAWNAME)-$$($(2)_VERSION),$$($(2)_RAWNAME))
$(2)_DL_DIR = $$(DL_DIR)
$(2)_DIR = $$(BUILD_DIR)/$$($(2)_BASE_NAME)
ifndef $(2)_SUBDIR
ifdef $(3)_SUBDIR
$(2)_SUBDIR = $$($(3)_SUBDIR)
else
$(2)_SUBDIR ?=
endif
endif
ifndef $(2)_STRIP_COMPONENTS
ifdef $(3)_STRIP_COMPONENTS
$(2)_STRIP_COMPONENTS = $$($(3)_STRIP_COMPONENTS)
else
$(2)_STRIP_COMPONENTS ?= 1
endif
endif
$(2)_SRCDIR = $$($(2)_DIR)/$$($(2)_SUBDIR)
$(2)_BUILDDIR ?= $$($(2)_SRCDIR)
ifneq ($$($(2)_OVERRIDE_SRCDIR),)
$(2)_VERSION = custom
endif
ifndef $(2)_SOURCE
ifdef $(3)_SOURCE
$(2)_SOURCE = $$($(3)_SOURCE)
else ifdef $(2)_VERSION
$(2)_SOURCE ?= $$($(2)_RAW_BASE_NAME).tar.gz
endif
endif
# If FOO_ACTUAL_SOURCE_TARBALL is explicitly defined, it means FOO_SOURCE is
# indeed a binary (e.g. external toolchain) and FOO_ACTUAL_SOURCE_TARBALL/_SITE
# point to the actual sources tarball. Use the actual sources for legal-info.
# For most packages the FOO_SITE/FOO_SOURCE pair points to real source code,
# so these are the defaults for FOO_ACTUAL_*.
$(2)_ACTUAL_SOURCE_TARBALL ?= $$($(2)_SOURCE)
$(2)_ACTUAL_SOURCE_SITE ?= $$(call qstrip,$$($(2)_SITE))
ifndef $(2)_PATCH
ifdef $(3)_PATCH
$(2)_PATCH = $$($(3)_PATCH)
endif
endif
$(2)_ALL_DOWNLOADS = \
$$(foreach p,$$($(2)_SOURCE) $$($(2)_PATCH) $$($(2)_EXTRA_DOWNLOADS),\
$$(if $$(findstring ://,$$(p)),$$(p),\
$$($(2)_SITE)/$$(p)))
ifndef $(2)_SITE
ifdef $(3)_SITE
$(2)_SITE = $$($(3)_SITE)
endif
endif
ifndef $(2)_SITE_METHOD
ifdef $(3)_SITE_METHOD
$(2)_SITE_METHOD = $$($(3)_SITE_METHOD)
else
# Try automatic detection using the scheme part of the URI
$(2)_SITE_METHOD = $$(call geturischeme,$$($(2)_SITE))
endif
endif
# Do not accept to download git submodule if not using the git method
ifneq ($$($(2)_GIT_SUBMODULES),)
ifneq ($$($(2)_SITE_METHOD),git)
$$(error $(2) declares having git sub-modules, but does not use the \
'git' method (uses '$$($(2)_SITE_METHOD)' instead))
endif
endif
ifeq ($$($(2)_SITE_METHOD),local)
ifeq ($$($(2)_OVERRIDE_SRCDIR),)
$(2)_OVERRIDE_SRCDIR = $$($(2)_SITE)
endif
endif
ifndef $(2)_LICENSE
ifdef $(3)_LICENSE
$(2)_LICENSE = $$($(3)_LICENSE)
endif
endif
$(2)_LICENSE ?= unknown
ifndef $(2)_LICENSE_FILES
ifdef $(3)_LICENSE_FILES
$(2)_LICENSE_FILES = $$($(3)_LICENSE_FILES)
endif
endif
ifndef $(2)_REDISTRIBUTE
ifdef $(3)_REDISTRIBUTE
$(2)_REDISTRIBUTE = $$($(3)_REDISTRIBUTE)
endif
endif
$(2)_REDISTRIBUTE ?= YES
$(2)_REDIST_SOURCES_DIR = $$(REDIST_SOURCES_DIR_$$(call UPPERCASE,$(4)))/$$($(2)_RAW_BASE_NAME)
# When a target package is a toolchain dependency set this variable to
# 'NO' so the 'toolchain' dependency is not added to prevent a circular
# dependency.
# Similarly for the skeleton.
$(2)_ADD_TOOLCHAIN_DEPENDENCY ?= YES
$(2)_ADD_SKELETON_DEPENDENCY ?= YES
ifeq ($(4),target)
ifeq ($$($(2)_ADD_SKELETON_DEPENDENCY),YES)
$(2)_DEPENDENCIES += skeleton
endif
ifeq ($$($(2)_ADD_TOOLCHAIN_DEPENDENCY),YES)
$(2)_DEPENDENCIES += toolchain
endif
endif
# Eliminate duplicates in dependencies
$(2)_FINAL_DEPENDENCIES = $$(sort $$($(2)_DEPENDENCIES))
$(2)_FINAL_PATCH_DEPENDENCIES = $$(sort $$($(2)_PATCH_DEPENDENCIES))
$(2)_FINAL_ALL_DEPENDENCIES = $$(sort $$($(2)_FINAL_DEPENDENCIES) $$($(2)_FINAL_PATCH_DEPENDENCIES))
$(2)_INSTALL_STAGING ?= NO
$(2)_INSTALL_IMAGES ?= NO
$(2)_INSTALL_TARGET ?= YES
# define sub-target stamps
$(2)_TARGET_INSTALL_TARGET = $$($(2)_DIR)/.stamp_target_installed
$(2)_TARGET_INSTALL_STAGING = $$($(2)_DIR)/.stamp_staging_installed
$(2)_TARGET_INSTALL_IMAGES = $$($(2)_DIR)/.stamp_images_installed
$(2)_TARGET_INSTALL_HOST = $$($(2)_DIR)/.stamp_host_installed
$(2)_TARGET_BUILD = $$($(2)_DIR)/.stamp_built
$(2)_TARGET_CONFIGURE = $$($(2)_DIR)/.stamp_configured
$(2)_TARGET_RSYNC = $$($(2)_DIR)/.stamp_rsynced
$(2)_TARGET_PATCH = $$($(2)_DIR)/.stamp_patched
$(2)_TARGET_EXTRACT = $$($(2)_DIR)/.stamp_extracted
$(2)_TARGET_SOURCE = $$($(2)_DIR)/.stamp_downloaded
$(2)_TARGET_ACTUAL_SOURCE = $$($(2)_DIR)/.stamp_actual_downloaded
$(2)_TARGET_DIRCLEAN = $$($(2)_DIR)/.stamp_dircleaned
# default extract command
$(2)_EXTRACT_CMDS ?= \
$$(if $$($(2)_SOURCE),$$(INFLATE$$(suffix $$($(2)_SOURCE))) $$(DL_DIR)/$$($(2)_SOURCE) | \
$$(TAR) --strip-components=$$($(2)_STRIP_COMPONENTS) \
-C $$($(2)_DIR) \
$$(foreach x,$$($(2)_EXCLUDES),--exclude='$$(x)' ) \
$$(TAR_OPTIONS) -)
# pre/post-steps hooks
$(2)_PRE_DOWNLOAD_HOOKS ?=
$(2)_POST_DOWNLOAD_HOOKS ?=
$(2)_PRE_EXTRACT_HOOKS ?=
$(2)_POST_EXTRACT_HOOKS ?=
$(2)_PRE_RSYNC_HOOKS ?=
$(2)_POST_RSYNC_HOOKS ?=
$(2)_PRE_PATCH_HOOKS ?=
$(2)_POST_PATCH_HOOKS ?=
$(2)_PRE_CONFIGURE_HOOKS ?=
$(2)_POST_CONFIGURE_HOOKS ?=
$(2)_PRE_BUILD_HOOKS ?=
$(2)_POST_BUILD_HOOKS ?=
$(2)_PRE_INSTALL_HOOKS ?=
$(2)_POST_INSTALL_HOOKS ?=
$(2)_PRE_INSTALL_STAGING_HOOKS ?=
$(2)_POST_INSTALL_STAGING_HOOKS ?=
$(2)_PRE_INSTALL_TARGET_HOOKS ?=
$(2)_POST_INSTALL_TARGET_HOOKS ?=
$(2)_PRE_INSTALL_IMAGES_HOOKS ?=
$(2)_POST_INSTALL_IMAGES_HOOKS ?=
$(2)_PRE_LEGAL_INFO_HOOKS ?=
$(2)_POST_LEGAL_INFO_HOOKS ?=
$(2)_TARGET_FINALIZE_HOOKS ?=
$(2)_ROOTFS_PRE_CMD_HOOKS ?=
$(2)_ROOTFS_POST_CMD_HOOKS ?=
# human-friendly targets and target sequencing
$(1): $(1)-install
ifeq ($$($(2)_TYPE),host)
$(1)-install: $(1)-install-host
else
$(1)-install: $(1)-install-staging $(1)-install-target $(1)-install-images
endif
ifeq ($$($(2)_INSTALL_TARGET),YES)
$(1)-install-target: $$($(2)_TARGET_INSTALL_TARGET)
$$($(2)_TARGET_INSTALL_TARGET): $$($(2)_TARGET_BUILD)
else
$(1)-install-target:
endif
ifeq ($$($(2)_INSTALL_STAGING),YES)
$(1)-install-staging: $$($(2)_TARGET_INSTALL_STAGING)
$$($(2)_TARGET_INSTALL_STAGING): $$($(2)_TARGET_BUILD)
# Some packages use install-staging stuff for install-target
$$($(2)_TARGET_INSTALL_TARGET): $$($(2)_TARGET_INSTALL_STAGING)
else
$(1)-install-staging:
endif
ifeq ($$($(2)_INSTALL_IMAGES),YES)
$(1)-install-images: $$($(2)_TARGET_INSTALL_IMAGES)
$$($(2)_TARGET_INSTALL_IMAGES): $$($(2)_TARGET_BUILD)
else
$(1)-install-images:
endif
$(1)-install-host: $$($(2)_TARGET_INSTALL_HOST)
$$($(2)_TARGET_INSTALL_HOST): $$($(2)_TARGET_BUILD)
$(1)-build: $$($(2)_TARGET_BUILD)
$$($(2)_TARGET_BUILD): $$($(2)_TARGET_CONFIGURE)
# Since $(2)_FINAL_DEPENDENCIES are phony targets, they are always "newer"
# than $(2)_TARGET_CONFIGURE. This would force the configure step (and
# therefore the other steps as well) to be re-executed with every
# invocation of make. Therefore, make $(2)_FINAL_DEPENDENCIES an order-only
# dependency by using |.
$(1)-configure: $$($(2)_TARGET_CONFIGURE)
$$($(2)_TARGET_CONFIGURE): | $$($(2)_FINAL_DEPENDENCIES)
$$($(2)_TARGET_SOURCE) $$($(2)_TARGET_RSYNC): | dirs prepare
ifeq ($$(filter $(1),$$(DEPENDENCIES_HOST_PREREQ)),)
$$($(2)_TARGET_SOURCE) $$($(2)_TARGET_RSYNC): | dependencies
endif
ifeq ($$($(2)_OVERRIDE_SRCDIR),)
# In the normal case (no package override), the sequence of steps is
# source, by downloading
# depends
# extract
# patch
# configure
$$($(2)_TARGET_CONFIGURE): $$($(2)_TARGET_PATCH)
$(1)-patch: $$($(2)_TARGET_PATCH)
$$($(2)_TARGET_PATCH): $$($(2)_TARGET_EXTRACT)
# Order-only dependency
$$($(2)_TARGET_PATCH): | $$(patsubst %,%-patch,$$($(2)_FINAL_PATCH_DEPENDENCIES))
$(1)-extract: $$($(2)_TARGET_EXTRACT)
$$($(2)_TARGET_EXTRACT): $$($(2)_TARGET_SOURCE)
$(1)-depends: $$($(2)_FINAL_DEPENDENCIES)
$(1)-source: $$($(2)_TARGET_SOURCE)
$(1)-all-source: $(1)-legal-source
$(1)-legal-info: $(1)-legal-source
$(1)-legal-source: $(1)-source
# Only download the actual source if it differs from the 'main' archive
ifneq ($$($(2)_ACTUAL_SOURCE_TARBALL),)
ifneq ($$($(2)_ACTUAL_SOURCE_TARBALL),$$($(2)_SOURCE))
$(1)-legal-source: $$($(2)_TARGET_ACTUAL_SOURCE)
endif # actual sources != sources
endif # actual sources != ""
$(1)-external-deps:
@for p in $$($(2)_SOURCE) $$($(2)_PATCH) $$($(2)_EXTRA_DOWNLOADS) ; do \
echo `basename $$$$p` ; \
done
else
# In the package override case, the sequence of steps
# source, by rsyncing
# depends
# configure
# Use an order-only dependency so the "<pkg>-clean-for-rebuild" rule
# can remove the stamp file without triggering the configure step.
$$($(2)_TARGET_CONFIGURE): | $$($(2)_TARGET_RSYNC)
$(1)-depends: $$($(2)_FINAL_DEPENDENCIES)
$(1)-patch: $(1)-rsync
$(1)-extract: $(1)-rsync
$(1)-rsync: $$($(2)_TARGET_RSYNC)
$(1)-source:
$(1)-legal-source:
$(1)-external-deps:
@echo "file://$$($(2)_OVERRIDE_SRCDIR)"
endif
$(1)-show-version:
@echo $$($(2)_VERSION)
$(1)-show-depends:
@echo $$($(2)_FINAL_ALL_DEPENDENCIES)
$(1)-show-rdepends:
@echo $$($(2)_RDEPENDENCIES)
$(1)-show-build-order: $$(patsubst %,%-show-build-order,$$($(2)_FINAL_ALL_DEPENDENCIES))
$$(info $(1))
$(1)-graph-depends: graph-depends-requirements
$(call pkg-graph-depends,$(1),--direct)
$(1)-graph-rdepends: graph-depends-requirements
$(call pkg-graph-depends,$(1),--reverse)
$(1)-all-source: $(1)-source
$(1)-all-source: $$(foreach p,$$($(2)_FINAL_ALL_DEPENDENCIES),$$(p)-all-source)
$(1)-all-external-deps: $(1)-external-deps
$(1)-all-external-deps: $$(foreach p,$$($(2)_FINAL_ALL_DEPENDENCIES),$$(p)-all-external-deps)
$(1)-all-legal-info: $(1)-legal-info
$(1)-all-legal-info: $$(foreach p,$$($(2)_FINAL_ALL_DEPENDENCIES),$$(p)-all-legal-info)
$(1)-dirclean: $$($(2)_TARGET_DIRCLEAN)
$(1)-clean-for-reinstall:
ifneq ($$($(2)_OVERRIDE_SRCDIR),)
rm -f $$($(2)_TARGET_RSYNC)
endif
rm -f $$($(2)_TARGET_INSTALL_STAGING)
rm -f $$($(2)_TARGET_INSTALL_TARGET)
rm -f $$($(2)_TARGET_INSTALL_IMAGES)
rm -f $$($(2)_TARGET_INSTALL_HOST)
$(1)-reinstall: $(1)-clean-for-reinstall $(1)
$(1)-clean-for-rebuild: $(1)-clean-for-reinstall
rm -f $$($(2)_TARGET_BUILD)
$(1)-rebuild: $(1)-clean-for-rebuild $(1)
$(1)-clean-for-reconfigure: $(1)-clean-for-rebuild
rm -f $$($(2)_TARGET_CONFIGURE)
$(1)-reconfigure: $(1)-clean-for-reconfigure $(1)
# define the PKG variable for all targets, containing the
# uppercase package variable prefix
$$($(2)_TARGET_INSTALL_TARGET): PKG=$(2)
$$($(2)_TARGET_INSTALL_STAGING): PKG=$(2)
$$($(2)_TARGET_INSTALL_IMAGES): PKG=$(2)
$$($(2)_TARGET_INSTALL_HOST): PKG=$(2)
$$($(2)_TARGET_BUILD): PKG=$(2)
$$($(2)_TARGET_CONFIGURE): PKG=$(2)
$$($(2)_TARGET_RSYNC): SRCDIR=$$($(2)_OVERRIDE_SRCDIR)
$$($(2)_TARGET_RSYNC): PKG=$(2)
$$($(2)_TARGET_PATCH): PKG=$(2)
$$($(2)_TARGET_PATCH): RAWNAME=$$(patsubst host-%,%,$(1))
$$($(2)_TARGET_PATCH): PKGDIR=$(pkgdir)
$$($(2)_TARGET_EXTRACT): PKG=$(2)
$$($(2)_TARGET_SOURCE): PKG=$(2)
$$($(2)_TARGET_SOURCE): PKGDIR=$(pkgdir)
$$($(2)_TARGET_ACTUAL_SOURCE): PKG=$(2)
$$($(2)_TARGET_ACTUAL_SOURCE): PKGDIR=$(pkgdir)
$$($(2)_TARGET_DIRCLEAN): PKG=$(2)
# Compute the name of the Kconfig option that correspond to the
# package being enabled. We handle three cases: the special Linux
# kernel case, the bootloaders case, and the normal packages case.
ifeq ($(1),linux)
$(2)_KCONFIG_VAR = BR2_LINUX_KERNEL
else ifneq ($$(filter boot/% $$(foreach dir,$$(BR2_EXTERNAL_DIRS),$$(dir)/boot/%),$(pkgdir)),)
$(2)_KCONFIG_VAR = BR2_TARGET_$(2)
else ifneq ($$(filter toolchain/% $$(foreach dir,$$(BR2_EXTERNAL_DIRS),$$(dir)/toolchain/%),$(pkgdir)),)
$(2)_KCONFIG_VAR = BR2_$(2)
else
$(2)_KCONFIG_VAR = BR2_PACKAGE_$(2)
endif
# legal-info: declare dependencies and set values used later for the manifest
ifneq ($$($(2)_LICENSE_FILES),)
$(2)_MANIFEST_LICENSE_FILES = $$($(2)_LICENSE_FILES)
endif
# We need to extract and patch a package to be able to retrieve its
# license files (if any) and the list of patches applied to it (if
# any).
$(1)-legal-info: $(1)-patch
# We only save the sources of packages we want to redistribute, that are
# non-overriden (local or true override).
ifeq ($$($(2)_REDISTRIBUTE),YES)
ifeq ($$($(2)_OVERRIDE_SRCDIR),)
# Packages that have a tarball need it downloaded beforehand
$(1)-legal-info: $(1)-source $$(REDIST_SOURCES_DIR_$$(call UPPERCASE,$(4)))
endif
endif
# legal-info: produce legally relevant info.
$(1)-legal-info: PKG=$(2)
$(1)-legal-info:
@$$(call MESSAGE,"Collecting legal info")
# Packages without a source are assumed to be part of Buildroot, skip them.
$$(foreach hook,$$($(2)_PRE_LEGAL_INFO_HOOKS),$$(call $$(hook))$$(sep))
ifneq ($$(call qstrip,$$($(2)_SOURCE)),)
# Save license files if defined
# We save the license files for any kind of package: normal, local,
# overridden, or non-redistributable alike.
# The reason to save license files even for no-redistribute packages
# is that the license still applies to the files distributed as part
# of the rootfs, even if the sources are not themselves redistributed.
ifeq ($$(call qstrip,$$($(2)_LICENSE_FILES)),)
$(Q)$$(call legal-warning-pkg,$$($(2)_RAW_BASE_NAME),cannot save license ($(2)_LICENSE_FILES not defined))
else
$(Q)$$(foreach F,$$($(2)_LICENSE_FILES),$$(call legal-license-file,$$($(2)_RAWNAME),$$($(2)_RAW_BASE_NAME),$$($(2)_PKGDIR),$$(F),$$($(2)_DIR)/$$(F),$$(call UPPERCASE,$(4)))$$(sep))
endif # license files
ifeq ($$($(2)_SITE_METHOD),local)
# Packages without a tarball: don't save and warn
@$$(call legal-warning-nosource,$$($(2)_RAWNAME),local)
else ifneq ($$($(2)_OVERRIDE_SRCDIR),)
@$$(call legal-warning-nosource,$$($(2)_RAWNAME),override)
else
# Other packages
ifeq ($$($(2)_REDISTRIBUTE),YES)
# Save the source tarball and any extra downloads, but not
# patches, as they are handled specially afterwards.
$$(foreach e,$$($(2)_ACTUAL_SOURCE_TARBALL) $$(notdir $$($(2)_EXTRA_DOWNLOADS)),\
$$(Q)support/scripts/hardlink-or-copy \
$$(DL_DIR)/$$(e) \
$$($(2)_REDIST_SOURCES_DIR)$$(sep))
# Save patches and generate the series file
$$(Q)while read f; do \
support/scripts/hardlink-or-copy \
$$$${f} \
$$($(2)_REDIST_SOURCES_DIR) || exit 1; \
printf "%s\n" "$$$${f##*/}" >>$$($(2)_REDIST_SOURCES_DIR)/series || exit 1; \
done <$$($(2)_DIR)/.applied_patches_list
endif # redistribute
endif # other packages
@$$(call legal-manifest,$$($(2)_RAWNAME),$$($(2)_VERSION),$$($(2)_LICENSE),$$($(2)_MANIFEST_LICENSE_FILES),$$($(2)_ACTUAL_SOURCE_TARBALL),$$($(2)_ACTUAL_SOURCE_SITE),$$(call UPPERCASE,$(4)))
endif # ifneq ($$(call qstrip,$$($(2)_SOURCE)),)
$$(foreach hook,$$($(2)_POST_LEGAL_INFO_HOOKS),$$(call $$(hook))$$(sep))
# add package to the general list of targets if requested by the buildroot
# configuration
ifeq ($$($$($(2)_KCONFIG_VAR)),y)
# Ensure the calling package is the declared provider for all the virtual
# packages it claims to be an implementation of.
ifneq ($$($(2)_PROVIDES),)
$$(foreach pkg,$$($(2)_PROVIDES),\
$$(eval $$(call virt-provides-single,$$(pkg),$$(call UPPERCASE,$$(pkg)),$(1))$$(sep)))
endif
# Register package as a reverse-dependencies of all its dependencies
$$(eval $$(foreach p,$$($(2)_FINAL_ALL_DEPENDENCIES),\
$$(call UPPERCASE,$$(p))_RDEPENDENCIES += $(1)$$(sep)))
# Ensure unified variable name conventions between all packages Some
# of the variables are used by more than one infrastructure; so,
# rather than duplicating the checks in each infrastructure, we check
# all variables here in pkg-generic, even though pkg-generic should
# have no knowledge of infra-specific variables.
$(eval $(call check-deprecated-variable,$(2)_MAKE_OPT,$(2)_MAKE_OPTS))
$(eval $(call check-deprecated-variable,$(2)_INSTALL_OPT,$(2)_INSTALL_OPTS))
$(eval $(call check-deprecated-variable,$(2)_INSTALL_TARGET_OPT,$(2)_INSTALL_TARGET_OPTS))
$(eval $(call check-deprecated-variable,$(2)_INSTALL_STAGING_OPT,$(2)_INSTALL_STAGING_OPTS))
$(eval $(call check-deprecated-variable,$(2)_INSTALL_HOST_OPT,$(2)_INSTALL_HOST_OPTS))
$(eval $(call check-deprecated-variable,$(2)_AUTORECONF_OPT,$(2)_AUTORECONF_OPTS))
$(eval $(call check-deprecated-variable,$(2)_CONF_OPT,$(2)_CONF_OPTS))
$(eval $(call check-deprecated-variable,$(2)_BUILD_OPT,$(2)_BUILD_OPTS))
$(eval $(call check-deprecated-variable,$(2)_GETTEXTIZE_OPT,$(2)_GETTEXTIZE_OPTS))
$(eval $(call check-deprecated-variable,$(2)_KCONFIG_OPT,$(2)_KCONFIG_OPTS))
PACKAGES += $(1)
ifneq ($$($(2)_PERMISSIONS),)
PACKAGES_PERMISSIONS_TABLE += $$($(2)_PERMISSIONS)$$(sep)
endif
ifneq ($$($(2)_DEVICES),)
PACKAGES_DEVICES_TABLE += $$($(2)_DEVICES)$$(sep)
endif
ifneq ($$($(2)_USERS),)
PACKAGES_USERS += $$($(2)_USERS)$$(sep)
endif
TARGET_FINALIZE_HOOKS += $$($(2)_TARGET_FINALIZE_HOOKS)
ROOTFS_PRE_CMD_HOOKS += $$($(2)_ROOTFS_PRE_CMD_HOOKS)
ROOTFS_POST_CMD_HOOKS += $$($(2)_ROOTFS_POST_CMD_HOOKS)
ifeq ($$($(2)_SITE_METHOD),svn)
DL_TOOLS_DEPENDENCIES += svn
else ifeq ($$($(2)_SITE_METHOD),git)
DL_TOOLS_DEPENDENCIES += git
else ifeq ($$($(2)_SITE_METHOD),bzr)
DL_TOOLS_DEPENDENCIES += bzr
else ifeq ($$($(2)_SITE_METHOD),scp)
DL_TOOLS_DEPENDENCIES += scp ssh
else ifeq ($$($(2)_SITE_METHOD),hg)
DL_TOOLS_DEPENDENCIES += hg
else ifeq ($$($(2)_SITE_METHOD),cvs)
DL_TOOLS_DEPENDENCIES += cvs
endif # SITE_METHOD
DL_TOOLS_DEPENDENCIES += $$(call extractor-dependency,$$($(2)_SOURCE))
# Ensure all virtual targets are PHONY. Listed alphabetically.
.PHONY: $(1) \
$(1)-all-external-deps \
$(1)-all-legal-info \
$(1)-all-source \
$(1)-build \
$(1)-clean-for-rebuild \
$(1)-clean-for-reconfigure \
$(1)-clean-for-reinstall \
$(1)-configure \
$(1)-depends \
$(1)-dirclean \
$(1)-external-deps \
$(1)-extract \
$(1)-graph-depends \
$(1)-install \
$(1)-install-host \
$(1)-install-images \
$(1)-install-staging \
$(1)-install-target \
$(1)-legal-info \
$(1)-legal-source \
$(1)-patch \
$(1)-rebuild \
$(1)-reconfigure \
$(1)-reinstall \
$(1)-rsync \
$(1)-show-depends \
$(1)-show-version \
$(1)-source
ifneq ($$($(2)_SOURCE),)
ifeq ($$($(2)_SITE),)
$$(error $(2)_SITE cannot be empty when $(2)_SOURCE is not)
endif
endif
ifeq ($$(patsubst %/,ERROR,$$($(2)_SITE)),ERROR)
$$(error $(2)_SITE ($$($(2)_SITE)) cannot have a trailing slash)
endif
ifneq ($$($(2)_HELP_CMDS),)
HELP_PACKAGES += $(2)
endif
endif # $(2)_KCONFIG_VAR
endef # inner-generic-package
################################################################################
# generic-package -- the target generator macro for generic packages
################################################################################
# In the case of target packages, keep the package name "pkg"
generic-package = $(call inner-generic-package,$(pkgname),$(call UPPERCASE,$(pkgname)),$(call UPPERCASE,$(pkgname)),target)
# In the case of host packages, turn the package name "pkg" into "host-pkg"
host-generic-package = $(call inner-generic-package,host-$(pkgname),$(call UPPERCASE,host-$(pkgname)),$(call UPPERCASE,$(pkgname)),host)
# :mode=makefile:
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