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|
#!/usr/bin/gawk -f
#
# Copyright (C) 2006, 2007, 2008 by the PTXdist project
# 2009 by Marc Kleine-Budde <mkl@pengutronix.de>
# 2010 by Michael Olbrich <m.olbrich@pengutronix.de>
#
# See CREDITS for details about who has contributed to this project.
#
# For further information about the PTXdist project and license conditions
# see the README file.
#
BEGIN {
FS = "[[:space:]]*[+]=[[:space:]]*|=";
MAP_ALL = ENVIRON["PTX_MAP_ALL"];
MAP_ALL_MAKE = ENVIRON["PTX_MAP_ALL_MAKE"];
MAP_DEPS = ENVIRON["PTX_MAP_DEPS"];
DGEN_DEPS_PRE = ENVIRON["PTX_DGEN_DEPS_PRE"];
DGEN_DEPS_POST = ENVIRON["PTX_DGEN_DEPS_POST"];
DGEN_RULESFILES_MAKE = ENVIRON["PTX_DGEN_RULESFILES_MAKE"];
PTXDIST_TEMPDIR = ENVIRON["PTXDIST_TEMPDIR"];
PARALLEL = ENVIRON["PTXDIST_PARALLELMFLAGS_EXTERN"]
CHECK_LICENSES = 0
}
#
# called when a new file is opened
#
FNR == 1 {
#
# remember ARGIND of current file
#
move_argc = ARGIND;
#
# "include" all mafile files which are _not_ pkgs explicidly
# the make files which are actually pkgs will be "include"d
# in the END rule
#
if (old_filename && old_filename ~ /.+\/rules\/.+\.make/ && !is_pkg)
print "include "old_filename > DGEN_RULESFILES_MAKE;
# remember the current opened file
old_filename = FILENAME;
# will be set later, if makefile belongs to a pkg
is_pkg = "";
}
#
# skip comments and empty lines
#
/^\#|^$/ {
next;
}
#
# handle "include <MAKEFILE>" lines:
#
# add "<MAKEFILE>" to argv array after the file that includes
# "<MAKEFILE>"
#
$0 ~ /^include[[:space:]]+\/.*\.make$/ {
move_argc++;
for (i = ARGC; i > move_argc; i--)
ARGV[i] = ARGV[i - 1];
ARGV[i] = gensub(/^include[[:space:]]+/, "", "g");
ARGC++;
next;
}
#
# parse "PACKAGES-$(PTXCONF_PKG) += pkg" lines, i.e. rules-files from
# rules/*.make. Setup mapping between upper and lower case pkg names
#
# out:
# PKG_to_pkg array that maps from upper case to lower case pkg name
# pkg_to_PKG array that maps from lower case to upper case pkg name
# PKG_to_filename array that maps from upper case pkg name to filename
#
$1 ~ /^[A-Z_]*PACKAGES-/ {
this_PKG = gensub(/^[A-Z_]*PACKAGES-\$\(PTXCONF_([^\)]*)\)/, "\\1", "g", $1);
this_PKG = gensub(/^[A-Z0-9_]*-\$\(PTXCONF_([^\)]*)\)/, "\\1", "g", this_PKG);
is_pkg = this_pkg = gensub(/^[[:space:]]*\<(.*)\>[[:space:]]*$/,"\\1",1, $2);
if (this_pkg ~ /[A-Z]+/) {
print \
"\n" \
"error: upper case chars in package '" this_pkg "' detected, please fix!\n" \
"\n\n"
exit 1
}
PKG_to_pkg[this_PKG] = this_pkg;
pkg_to_PKG[this_pkg] = this_PKG;
PKG_to_filename[this_PKG] = FILENAME;
print "PTX_MAP_TO_package_" this_PKG "=\"" this_pkg "\"" > MAP_ALL;
print "PTX_MAP_TO_package_" this_PKG "=" this_pkg > MAP_ALL_MAKE;
print "PTX_MAP_TO_PACKAGE_" this_pkg "=" this_PKG > MAP_ALL_MAKE;
next;
}
#
# parses "PTX_MAP_[BR]_DEP_PKG=FOO" lines, which are the raw dependencies
# generated from kconfig. these deps usually contain non pkg symbols,
# these are filtered out here.
#
$1 ~ /^PTX_MAP_._DEP/ {
this_PKG = gensub(/PTX_MAP_._DEP_/, "", "g", $1);
dep_type = gensub(/PTX_MAP_(.)_DEP_.*/, "\\1", "g", $1);
# no pkg
if (!(this_PKG in PKG_to_pkg))
next;
this_DEP = $2
n = split($2, this_DEP_array, ":");
# no deps
if (n == 0)
next;
this_PKG_DEP = ""
for (i = 1; i <= n; i++) {
this_DEP = this_DEP_array[i];
if (this_DEP ~ /^VIRTUAL$/) {
virtual_pkg[this_PKG] = 1
continue;
}
if (!(this_DEP in PKG_to_pkg))
continue
if (this_DEP ~ /^BASE$/) {
base_PKG_to_pkg[this_PKG] = PKG_to_pkg[this_PKG];
if (dep_type == "R")
PKG_to_R_DEP["BASE"] = PKG_to_B_DEP["BASE"] " " this_PKG;
else
PKG_to_B_DEP["BASE"] = PKG_to_B_DEP["BASE"] " " this_PKG;
continue;
}
this_PKG_DEP = this_PKG_DEP " " this_DEP;
}
# no deps to pkgs
if (this_PKG_DEP == "")
next;
if (dep_type == "R")
PKG_to_R_DEP[this_PKG] = PKG_to_R_DEP[this_PKG] this_PKG_DEP;
else
PKG_to_B_DEP[this_PKG] = PKG_to_B_DEP[this_PKG] this_PKG_DEP;
next;
}
#
# parse the ptx- and platformconfig
# record yes and module packages
#
$1 ~ /^PTXCONF_/ {
this_PKG = gensub(/^PTXCONF_/, "", "g", $1);
if ($2 ~ /^[ym]$/ && this_PKG in PKG_to_pkg)
active_PKG_to_pkg[this_PKG] = PKG_to_pkg[this_PKG];
do {
if (this_PKG in PKG_to_pkg) {
next_PKG_HASHFILE = PTXDIST_TEMPDIR "/pkghash-" this_PKG;
if (next_PKG_HASHFILE != PKG_HASHFILE) {
close(PKG_HASHFILE);
PKG_HASHFILE = next_PKG_HASHFILE;
}
print $0 >> PKG_HASHFILE;
break;
}
} while (sub(/_+[^_]+$/, "", this_PKG));
if (this_PKG = "PROJECT_CHECK_LICENSES")
CHECK_LICENSES = 1;
next;
}
function write_include(this_PKG) {
#
# include this rules file
#
print "include " PKG_to_filename[this_PKG] > DGEN_RULESFILES_MAKE;
}
function write_maps(this_PKG, dep_type) {
if (dep_type == "R")
this_PKG_DEP = PKG_to_R_DEP[this_PKG];
else
this_PKG_DEP = PKG_to_B_DEP[this_PKG];
if (this_PKG_DEP == "")
return;
n = split(this_PKG_DEP, this_DEP_array, " ");
for (i = 1; i <= n; i++) {
if (this_DEP_array[i] in virtual_pkg) {
if (dep_type == "R")
virtual_PKG_DEP = PKG_to_R_DEP[this_DEP_array[i]];
else
virtual_PKG_DEP = PKG_to_B_DEP[this_DEP_array[i]];
this_PKG_DEP = this_PKG_DEP " " virtual_PKG_DEP
}
}
n = split(this_PKG_DEP, this_DEP_array, " ");
asort(this_DEP_array, this_DEP_array);
this_PKG_dep = ""
this_PKG_DEP = ""
last = ""
for (i = 1; i <= n; i++) {
if (last == this_DEP_array[i])
continue
if (this_DEP_array[i] in virtual_pkg)
continue
this_PKG_DEP = this_PKG_DEP " " this_DEP_array[i];
this_PKG_dep = this_PKG_dep " " PKG_to_pkg[this_DEP_array[i]];
last = this_DEP_array[i]
}
if (dep_type == "R")
PKG_to_R_DEP[this_PKG]= this_PKG_DEP;
else
PKG_to_B_DEP[this_PKG]= this_PKG_DEP;
print "PTX_MAP_" dep_type "_DEP_" this_PKG "=" this_PKG_DEP > MAP_DEPS;
print "PTX_MAP_" dep_type "_dep_" this_PKG "=" this_PKG_dep > MAP_DEPS;
print "PTX_MAP_" dep_type "_dep_" this_PKG "=" this_PKG_dep > MAP_ALL_MAKE;
}
function write_vars_pkg_all(this_PKG, this_pkg, prefix) {
#
# post install hooks
#
stage = "install";
print this_PKG "_HOOK_POST_" toupper(stage) \
" := $(STATEDIR)/" this_pkg "." stage ".post" > DGEN_DEPS_PRE;
#
# archive name for devel packages
#
this_devpkg = "$(" this_PKG ")-$(PTXCONF_ARCH_STRING)-$(" this_PKG "_CFGHASH)-dev.tar.gz"
#
# define ${PKG}_PKGDIR, ${PKG}_DEVPKG & ${PKG}_SOURCES
#
print this_PKG "_PKGDIR = $(PKGDIR)/" prefix "$(" this_PKG ")" > DGEN_DEPS_PRE;
print this_PKG "_DEVPKG = " prefix this_devpkg > DGEN_DEPS_PRE;
print this_PKG "_SOURCES = $(" this_PKG "_SOURCE)" > DGEN_DEPS_PRE
target_PKG = gensub(/^HOST_|^CROSS_/, "", 1, this_PKG);
PREFIX = gensub(/^(HOST_|CROSS_).*/, "\\1", 1, this_PKG);
# define default ${PKG}, ${PKG}_SOURCE, ${PKG}_DIR
if ((prefix != "") && (target_PKG in PKG_to_pkg)) {
print this_PKG " = $(" target_PKG ")" > DGEN_DEPS_PRE;
print this_PKG "_MD5 = $(" target_PKG "_MD5)" > DGEN_DEPS_PRE;
print this_PKG "_SOURCE = $(" target_PKG "_SOURCE)" > DGEN_DEPS_PRE;
print this_PKG "_URL = $(" target_PKG "_URL)" > DGEN_DEPS_PRE;
print this_PKG "_DIR = $(addprefix $(" PREFIX \
"BUILDDIR)/,$(" target_PKG "))" > DGEN_DEPS_PRE;
print this_PKG "_LICENSE = $(" target_PKG "_LICENSE)" > DGEN_DEPS_PRE;
print this_PKG "_LICENSE_FILES = $(" target_PKG \
"_LICENSE_FILES)" > DGEN_DEPS_PRE;
}
}
function write_deps_pkg_all(this_PKG, this_pkg) {
#
# .get rule
#
print "$(STATEDIR)/" this_pkg ".get: | $(" this_PKG "_SOURCES)" > DGEN_DEPS_POST;
print "ifneq ($(call remove_quotes, $(PTXCONF_PROJECT_DEVMIRROR)),)" > DGEN_DEPS_POST;
print "ifneq ($(strip $(" this_PKG "_DEVPKG)),NO)" > DGEN_DEPS_POST;
print "ifneq ($(" this_PKG "_CFGHASH),)" > DGEN_DEPS_POST;
print "getdev: $(call remove_quotes, $(PTXCONF_PROJECT_DEVPKGDIR))/$(" this_PKG "_DEVPKG)" > DGEN_DEPS_POST;
print "endif" > DGEN_DEPS_POST;
print "endif" > DGEN_DEPS_POST;
print "endif" > DGEN_DEPS_POST;
}
function write_deps_pkg_active(this_PKG, this_pkg, prefix) {
#
# default deps
#
print "$(foreach src,$(" this_PKG "_SOURCES)," \
"$(eval $(STATEDIR)/" this_pkg ".get:" "$(STATEDIR)/" this_pkg ".$(notdir $(src)).stamp))" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".extract: " "$(STATEDIR)/" this_pkg ".get" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".extract.post: " "$(STATEDIR)/" this_pkg ".extract" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".prepare: " "$(STATEDIR)/" this_pkg ".extract.post" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".tags: " "$(STATEDIR)/" this_pkg ".prepare" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".compile: " "$(STATEDIR)/" this_pkg ".prepare" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".install: " "$(STATEDIR)/" this_pkg ".compile" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".install.pack: " "$(STATEDIR)/" this_pkg ".install" > DGEN_DEPS_POST;
print "ifeq ($(strip $(wildcard $(PTXDIST_DEVPKG_PLATFORMDIR)/$(" this_PKG "_DEVPKG))),)" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".install.post: " "$(STATEDIR)/" this_pkg ".install.pack" > DGEN_DEPS_POST;
print "else" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".install.post: " "$(STATEDIR)/" this_pkg ".install.unpack" > DGEN_DEPS_POST;
print "endif" > DGEN_DEPS_POST;
if (prefix == "") {
print "$(STATEDIR)/" this_pkg ".targetinstall: " "$(STATEDIR)/" this_pkg ".install.post" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".targetinstall.post: " "$(STATEDIR)/" this_pkg ".targetinstall" > DGEN_DEPS_POST;
}
print "$(STATEDIR)/" this_pkg ".report: " "$(STATEDIR)/" this_pkg ".extract" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".release: " "$(STATEDIR)/" this_pkg ".extract" > DGEN_DEPS_POST;
if (CHECK_LICENSES) {
if (prefix == "")
print "$(STATEDIR)/" this_pkg ".targetinstall.post: $(STATEDIR)/" this_pkg ".report" > DGEN_DEPS_POST;
else
print "$(STATEDIR)/" this_pkg ".install.post: $(STATEDIR)/" this_pkg ".report" > DGEN_DEPS_POST;
}
#
# conditional dependencies
#
print "ifneq ($(" this_PKG "),)" > DGEN_DEPS_POST;
# on autogen script
print "ifneq ($(call autogen_dep,$(" this_PKG ")),)" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".extract.post: $(STATEDIR)/autogen-tools" > DGEN_DEPS_POST;
print "endif" > DGEN_DEPS_POST;
# on lndir
print "ifneq ($(findstring lndir://,$(" this_PKG "_URL)),)" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".extract: $(STATEDIR)/host-lndir.install.post" > DGEN_DEPS_POST;
print "endif" > DGEN_DEPS_POST;
print "endif" > DGEN_DEPS_POST;
#
# add dep to pkgs we depend on
#
this_PKG_DEPS = PKG_to_B_DEP[this_PKG];
n = split(this_PKG_DEPS, this_DEP_array, " ");
for (i = 1; i <= n; i++) {
this_dep = PKG_to_pkg[this_DEP_array[i]]
if (PARALLEL != "-j1")
print "$(STATEDIR)/" this_pkg ".extract:| " "$(STATEDIR)/" this_dep ".install.post" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".extract.post: " "$(STATEDIR)/" this_dep ".install.post" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".install.unpack: " "$(STATEDIR)/" this_dep ".install.post" > DGEN_DEPS_POST;
}
this_PKG_DEPS = PKG_to_R_DEP[this_PKG];
n = split(this_PKG_DEPS, this_DEP_array, " ");
for (i = 1; i <= n; i++) {
this_dep = PKG_to_pkg[this_DEP_array[i]]
#
# only target packages have targetinstall rules
#
if (this_dep ~ /^host-|^cross-/)
continue;
print "$(STATEDIR)/" this_pkg ".targetinstall: " "$(STATEDIR)/" this_dep ".targetinstall" > DGEN_DEPS_POST;
}
}
#
# add deps to virtual pkgs
#
function write_deps_pkg_active_virtual(this_PKG, this_pkg, prefix) {
if (this_pkg ~ /^host-pkg-config$/)
return;
if (this_pkg ~ /^host-chrpath$/)
return;
if (prefix != "")
virtual = "virtual-host-tools";
else {
if (this_PKG in base_PKG_to_pkg || this_pkg ~ /^base$/)
virtual = "virtual-cross-tools";
else
virtual = "base";
}
if (PARALLEL != "-j1")
print "$(STATEDIR)/" this_pkg ".extract:| " "$(STATEDIR)/" virtual ".install" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".extract.post: " "$(STATEDIR)/" virtual ".install" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".install.unpack: " "$(STATEDIR)/" virtual ".install" > DGEN_DEPS_POST;
}
function write_deps_pkg_active_image(this_PKG, this_pkg, prefix) {
print "$(" this_PKG "_IMAGE): " \
"$(addprefix $(STATEDIR)/,$(addsuffix .targetinstall.post,$(" this_PKG "_PKGS)))" > DGEN_DEPS_POST;
print "$(" this_PKG "_IMAGE): " "$(" this_PKG "_FILES)" > DGEN_DEPS_POST;
print "$(STATEDIR)/" this_pkg ".install.post: " "$(" this_PKG "_IMAGE)" > DGEN_DEPS_POST;
print "images: " "$(" this_PKG "_IMAGE)" > DGEN_DEPS_POST;
#
# add dep to pkgs we depend on
#
this_PKG_DEPS = PKG_to_B_DEP[this_PKG];
n = split(this_PKG_DEPS, this_DEP_array, " ");
for (i = 1; i <= n; i++) {
this_dep = PKG_to_pkg[this_DEP_array[i]]
this_dep_prefix = gensub(/^(host-|cross-|image-|).*/, "\\1", 1, this_dep)
if (this_dep_prefix == "")
print "$(" this_PKG "_IMAGE): " "$(STATEDIR)/" this_dep ".targetinstall.post" > DGEN_DEPS_POST;
else
print "$(" this_PKG "_IMAGE): " "$(STATEDIR)/" this_dep ".install.post" > DGEN_DEPS_POST;
}
#
# images don't depend on world, so this is needed to extract the packages
#
print "ifneq ($(strip $(" this_PKG "_PKGS)),)" > DGEN_DEPS_POST
print "$(" this_PKG "_IMAGE):" " \
$(STATEDIR)/host-$(call remove_quotes,$(PTXCONF_HOST_PACKAGE_MANAGEMENT)).install.post" > DGEN_DEPS_POST
print "endif" > DGEN_DEPS_POST
}
END {
# for all pkgs
for (this_PKG in PKG_to_pkg) {
this_pkg = PKG_to_pkg[this_PKG];
this_pkg_prefix = gensub(/^(host-|cross-|image-|).*/, "\\1", 1, this_pkg)
write_include(this_PKG)
write_maps(this_PKG, "R")
write_maps(this_PKG, "B")
if (this_pkg_prefix != "image-") {
write_deps_pkg_all(this_PKG, this_pkg)
write_vars_pkg_all(this_PKG, this_pkg, this_pkg_prefix)
}
}
# for active pkgs
for (this_PKG in active_PKG_to_pkg) {
this_pkg = PKG_to_pkg[this_PKG];
this_pkg_prefix = gensub(/^(host-|cross-|image-|).*/, "\\1", 1, this_pkg)
if (this_pkg_prefix != "image-") {
write_deps_pkg_active(this_PKG, this_pkg, this_pkg_prefix)
write_deps_pkg_active_virtual(this_PKG, this_pkg, this_pkg_prefix)
}
else
write_deps_pkg_active_image(this_PKG, this_pkg, this_pkg_prefix)
}
close(PKG_HASHFILE);
MD5SUM_CMD = "md5sum " PTXDIST_TEMPDIR "/pkghash-*";
while (MD5SUM_CMD | getline) {
split($0, line, "[ -]")
print line[length(line)] "_CFGHASH = " line[1] > DGEN_DEPS_PRE;
}
close(MD5SUM_CMD)
close(MAP_ALL);
close(MAP_ALL_MAKE);
close(MAP_DEPS);
close(DGEN_DEPS_PRE);
close(DGEN_DEPS_POST);
close(DGEN_RULESFILES_MAKE);
}
|
