Deprecate ccc eclass

1 files changed, 4 insertions, 250 deletions

diff --git a/eclass/ccc.eclass b/eclass/ccc.eclass
index 3170c7364f9e..d7c9ccde81ad 100644
--- a/eclass/ccc.eclass
+++ b/eclass/ccc.eclass
@@ -1,254 +1,8 @@
 # Copyright 1999-2009 Gentoo Foundation
 # Distributed under the terms of the GNU General Public License v2
-# $Header: /var/cvsroot/gentoo-x86/eclass/ccc.eclass,v 1.21 2009/02/08 17:16:02 vapier Exp $
+# $Header: /var/cvsroot/gentoo-x86/eclass/ccc.eclass,v 1.22 2010/01/11 18:01:02 armin76 Exp $
 
-# @ECLASS: ccc.eclass
-# @MAINTAINER:
-# alpha@gentoo.org
-# @BLURB: functions to make ebuilds more ccc friendly.
-#
-# Authors:
-# Tavis Ormandy <taviso@gentoo.org>
-# Aron Griffis <agriffis@gentoo.org>
+# @DEAD
+# To be removed on 2010/02/01
+ewarn "Please fix your package (${CATEGORY}/${PF}) to not use ${ECLASS}.eclass"
 
-inherit flag-o-matic
-
-# define this to make this eclass noisy.
-#DEBUG_CCC_ECLASS=1
-
-ccc-fixup()
-{
-	# helper function to fixup files
-	# and show differences when debugging
-	#
-	# store the backup suffix.
-	local files list suffix=ccc-fixup-${$}
-
-	while read files
-	do
-		sed --in-place=.${suffix} ${1} ${files} || return 1
-		list="${list} ${files}"
-	done
-
-	[ ! "$DEBUG_CCC_ECLASS" ] && return 0
-	# if theres a backup, diff it.
-	for i in ${list}
-	do
-		einfo "Checking for changes to `basename ${i}` ..."
-		if [ -e "${i}.${suffix}" ]; then
-			diff -u ${i}.${suffix} ${i}
-#			sleep 1
-		fi
-	done
-}
-
-# @FUNCTION: hide-restrict-arr
-# @DESCRIPTION:
-# Scan for and replace __restrict_arr with a ccc
-# supported equivalent.
-#
-# You might see an error like this if you need this:
-# @CODE
-# 	cc: Error: regexec.c, line 209: In the definition of the function "regexec",
-# 	the promoted type of pmatch is incompatible with the type of the corresponding
-# 	parameter in a prior declaration. (promotmatch)
-# 	    regmatch_t pmatch[];
-# 	    ---------------^
-# @CODE
-hide-restrict-arr()
-{
-	# __restrict_arr causes trouble with ccc, __restrict
-	# is a supported equivalent.
-	#
-	# example:
-	#           regmatch_t __pmatch[__restrict_arr]
-	#
-
-	find ${WORKDIR} -iname '*.h' | \
-		xargs | ccc-fixup 's#\(\[__restrict\)_arr\]#\1\]#g'
-}
-
-# @FUNCTION: replace-cc-hardcode
-# @DESCRIPTION:
-# Look for common cc hardcodes in Makefiles.
-replace-cc-hardcode()
-{
-	# lots of developers hardcode gcc into their
-	# Makefiles. Try and fix these.
-	#
-	find ${WORKDIR} -iname Makefile | \
-		xargs | ccc-fixup "s#^\(CC.*=\).*g\?cc#\1${CC:-gcc}#g"
-}
-
-# @FUNCTION: replace-cxx-hardcode
-# @DESCRIPTION:
-# Look for common cxx hardcodes in Makefiles.
-replace-cxx-hardcode()
-{
-	# lots of developers hardcode g++ into thier
-	# Makefiles. Try and fix these.
-	find ${WORKDIR} -iname Makefile | \
-		xargs | ccc-fixup "s#^\(CXX.*=\).*[gc]\{1\}++#\1${CXX:-g++}#g"
-}
-
-# @FUNCTION: is-ccc
-# @RETURN: Returns success if dec compiler is being used.
-# @DESCRIPTION:
-# example:
-#
-# 	is-ccc && hide-restrict-arr
-is-ccc()
-{
-	# return true if ccc is being used.
-	[ "${ARCH}:`basename ${CC:-gcc}`" == "alpha:ccc" ]
-}
-
-# @FUNCTION: is-cxx
-# @RETURN: Returns success if dec c++ compiler is being used.
-is-cxx()
-{
-	# return true if cxx is being used
-	[ "${ARCH}:`basename ${CXX:-g++}`" == "alpha:cxx" ]
-}
-
-# @FUNCTION: replace-ccc-g
-# @DESCRIPTION:
-# Try to replace -g with -g3
-replace-ccc-g()
-{
-	# -g will stop ccc/cxx performing optimisation
-	# replacing it with -g3 will let them co-exist.
-	find ${WORKDIR} -iname Makefile | \
-		xargs | ccc-fixup \
-		"s#\(^\CX\{,2\}FLAGS[[:space:]]*=.*[\'\"\x20\t]*\)-g\([\'\"\x20\t]\|$\)#\1-g3\2#g"
-	# FIXME: my eyes! it burns!
-}
-
-# @FUNCTION: ccc-elf-check
-# @RETURN: Return success if binary was compiled with ccc
-# @DESCRIPTION:
-# example:
-# @CODE
-# 	if ! is-ccc; then
-# 		ccc-elf-check /usr/lib/libglib.a && \
-# 			append-ldflags -lots
-# 	fi
-# @CODE
-#
-# NOTE: i think the binary and shared library detection
-# is pretty safe, but the archive detection may not
-# be as reliable.
-ccc-elf-check()
-{
-	# check if argument is a ccc created executable.
-	# this is useful for libraries compiled with ccc,
-	# which might require -lots/-lcpml if a linking binary
-	# isnt being compiled with ccc.
-	local myBINARY=${1:-a.out}
-	if [[ ! "${myBINARY}" == *.a ]]; then
-		# find the offset and size of the elf .note section.
-		# example contents: 000132d2 00000dc8
-		#                   ^- offset ^- size
-		local elf_note_offset=`objdump -h ${myBINARY} | \
-		grep -E '^\ [0-9]{2,}\ .note\ ' | \
-			awk '{print $6,$3}' | \
-			line`
-		# check if that got anything.
-		[ ! "${elf_note_offset}" ] && return 1
-		# dump contents of section, and check for compaq signature.
-		hexdump -s 0x${elf_note_offset% *} -n $((0x${elf_note_offset#* })) -e '"%_p"' ${myBINARY} | \
-			grep -E 'Compaq Computer Corp.' &>/dev/null && return 0
-		# no compaq message, return 1
-	else
-		# just grep it for the Compaq sig.
-		hexdump -e '"%_p"' ${myBINARY} | \
-			grep -E 'Compaq Computer Corp.' &>/dev/null && return 0
-	fi
-	return 1
-}
-
-# @FUNCTION: create-so
-# @USAGE: < /usr/lib/library.a > < library.so >
-# @DESCRIPTION:
-# Make the shared library (.so) specified from the archive (.a)
-# specified. LDFLAGS will be honoured. if you need a different
-# `soname` (DT_SONAME) from the shared lib filename, you will have
-# to do it manually ;)
-#
-# example:
-# @CODE
-# 	is-ccc && \
-# 		create-so /usr/lib/libcoolstuff.a libcoolstuff.so.${PV}
-# 	dosym /usr/lib/libcoolstuff.so.${PV} /usr/lib/libcoolstuff.so
-# @CODE
-#
-# NOTE: -lots will be used by default, this is ccc.eclass after all :)
-# NOTE: .${PV} is optional, of course.
-# NOTE: dolib.so will manage installation
-create-so()
-{
-	# some applications check for .so, but ccc wont
-	# create one by default
-	if [[ "${2}" == *.so ]]; then
-	# no version suffix.
-		${LD:-ld} -shared -o ${T}/${2##*/} -soname ${2##*/} \
-			-whole-archive ${1} -no-whole-archive -lots ${LDFLAGS}
-	else
-	# version suffix
-		local so_version=${2##*.so}
-		${LD:-ld} -shared -o ${T}/${2##*/} -soname `basename ${2/${so_version}}` \
-				-whole-archive ${1} -no-whole-archive -lots ${LDFLAGS}
-	fi
-	# hand installation over to dolib.so
-	dolib.so ${T}/${2##*/}
-}
-
-# @FUNCTION: otsify
-# @USAGE: < archive >
-# @DESCRIPTION:
-# Add the functions from libots to <archive>, this means
-# that if you use gcc to build an application that links with
-# <archive>, you wont need -lots.
-# Use this on libraries that you want maximum performance from,
-# but might not be using ccc when linking against it (eg zlib, openssl, etc)
-#
-# example:
-# 
-# 	is-ccc && otsify ${S}/libz.a
-otsify()
-{
-	[ "$DEBUG_CCC_ECLASS" ] && local ar_args="v"
-
-	# confirm argument exists, and is an archive (eg *.a)
-	# if it is, extract libots members into tempdir, then
-	# append them to argument, regenerate index and then return.
-
-	if [ "${1##*.}" == "a" ] && [ -f "${1}" ]; then
-		einfo "otsifying `basename ${1}` ..."
-
-		mkdir ${T}/ccc-otsify-${$}
-		cd ${T}/ccc-otsify-${$}
-
-		einfo "	extracting archive members from libots ..."
-		ar ${ar_args}x /usr/lib/libots.a || {
-			eerror "	unable to extract libots members."
-			return 1
-		}
-
-		einfo "	appending libots members to `basename ${1}` ..."
-		ar ${ar_args}q ${1} ${T}/ccc-otsify-${$}/*.o || {
-			eerror "	failed to append libots members to ${1}."
-			return 1
-		}
-
-		einfo  "	regenerating `basename ${1}` archive index ..."
-		ranlib ${1} || ewarn "	ranlib returned an error, probably not important."
-		einfo "otsification completed succesfully."
-		cd ${OLDPWD:-.}
-		return 0
-	else
-		ewarn "called otsify() with bad argument ..."
-		cd ${OLDPWD:-.}
-		return 1
-	fi
-}