meta/meta-mediatek/classes/packagebbclassappend.bbclass

inherit package

def splitdebuginfo(file, dvar, debugdir, debuglibdir, debugappend, debugsrcdir, sourcefile, d):
    # Function to split a single file into two components, one is the stripped
    # target system binary, the other contains any debugging information. The
    # two files are linked to reference each other.
    #
    # sourcefile is also generated containing a list of debugsources

    import stat
    import subprocess

    src = file[len(dvar):]
    dest = debuglibdir + os.path.dirname(src) + debugdir + "/" + os.path.basename(src) + debugappend
    debugfile = dvar + dest
    # Split the file...
    bb.utils.mkdirhier(os.path.dirname(debugfile))
    #bb.note("Split %s -> %s" % (file, debugfile))
    # Only store off the hard link reference if we successfully split!

    dvar = d.getVar('PKGD')
    objcopy = d.getVar("OBJCOPY")

    # We ignore kernel modules, we don't generate debug info files.
    if file.find("/lib/modules/") != -1 and file.endswith(".ko"):
        return 1

    newmode = None
    if os.path.exists(file):
        if not os.access(file, os.W_OK) or os.access(file, os.R_OK):
            origmode = os.stat(file)[stat.ST_MODE]
            newmode = origmode | stat.S_IWRITE | stat.S_IREAD
            os.chmod(file, newmode)

        # We need to extract the debug src information here...
        if debugsrcdir:
            append_source_info(file, sourcefile, d)

        bb.utils.mkdirhier(os.path.dirname(debugfile))

        if os.path.basename(src) != "udevd" and os.path.basename(src) != "init":
            subprocess.check_output([objcopy, file, debugfile], stderr=subprocess.STDOUT)

        # Set the debuglink to have the view of the file path on the target
        if not cpath.islink(file):
            subprocess.check_output([objcopy, '--add-gnu-debuglink', debugfile, file], stderr=subprocess.STDOUT)

        if newmode:
            os.chmod(file, origmode)

    return 0

python split_and_strip_files () {
    import stat, errno
    import subprocess

    dvar = d.getVar('PKGD')
    pn = d.getVar('PN')
    targetos = d.getVar('TARGET_OS')

    oldcwd = os.getcwd()
    os.chdir(dvar)

    # We default to '.debug' style
    if d.getVar('PACKAGE_DEBUG_SPLIT_STYLE') == 'debug-file-directory':
        # Single debug-file-directory style debug info
        debugappend = ".debug"
        debugdir = ""
        debuglibdir = "/usr/lib/debug"
        debugsrcdir = "/usr/src/debug"
    elif d.getVar('PACKAGE_DEBUG_SPLIT_STYLE') == 'debug-without-src':
        # Original OE-core, a.k.a. ".debug", style debug info, but without sources in /usr/src/debug
        debugappend = ""
        debugdir = "/.debug"
        debuglibdir = ""
        debugsrcdir = ""
    elif d.getVar('PACKAGE_DEBUG_SPLIT_STYLE') == 'debug-with-srcpkg':
        debugappend = ""
        debugdir = "/.debug"
        debuglibdir = ""
        debugsrcdir = "/usr/src/debug"
    else:
        # Original OE-core, a.k.a. ".debug", style debug info
        debugappend = ""
        debugdir = "/.debug"
        debuglibdir = ""
        debugsrcdir = "/usr/src/debug"

    sourcefile = d.expand("${WORKDIR}/debugsources.list")
    bb.utils.remove(sourcefile)

    #
    # First lets figure out all of the files we may have to process ... do this only once!
    #
    elffiles = {}
    symlinks = {}
    kernmods = []
    staticlibs = []
    inodes = {}
    libdir = os.path.abspath(dvar + os.sep + d.getVar("libdir"))
    baselibdir = os.path.abspath(dvar + os.sep + d.getVar("base_libdir"))
    skipfiles = (d.getVar("INHIBIT_PACKAGE_STRIP_FILES") or "").split()
    if (d.getVar('INHIBIT_PACKAGE_STRIP') != '1' or \
            d.getVar('INHIBIT_PACKAGE_DEBUG_SPLIT') != '1'):
        checkelf = {}
        checkelflinks = {}
        for root, dirs, files in cpath.walk(dvar):
            for f in files:
                file = os.path.join(root, f)
                if file.endswith(".ko") and file.find("/lib/modules/") != -1:
                    kernmods.append(file)
                    continue
                if oe.package.is_static_lib(file):
                    staticlibs.append(file)
                    continue

                # Skip debug files
                if debugappend and file.endswith(debugappend):
                    continue
                if debugdir and debugdir in os.path.dirname(file[len(dvar):]):
                    continue

                if file in skipfiles:
                    continue

                try:
                    ltarget = cpath.realpath(file, dvar, False)
                    s = cpath.lstat(ltarget)
                except OSError as e:
                    (err, strerror) = e.args
                    if err != errno.ENOENT:
                        raise
                    # Skip broken symlinks
                    continue
                if not s:
                    continue
                # Check its an executable
                if (s[stat.ST_MODE] & stat.S_IXUSR) or (s[stat.ST_MODE] & stat.S_IXGRP) or (s[stat.ST_MODE] & stat.S_IXOTH) \
                        or ((file.startswith(libdir) or file.startswith(baselibdir)) and (".so" in f or ".node" in f)):

                    if cpath.islink(file):
                        checkelflinks[file] = ltarget
                        continue
                    # Use a reference of device ID and inode number to identify files
                    file_reference = "%d_%d" % (s.st_dev, s.st_ino)
                    checkelf[file] = (file, file_reference)

        results = oe.utils.multiprocess_launch(oe.package.is_elf, checkelflinks.values(), d)
        results_map = {}
        for (ltarget, elf_file) in results:
            results_map[ltarget] = elf_file
        for file in checkelflinks:
            ltarget = checkelflinks[file]
            # If it's a symlink, and points to an ELF file, we capture the readlink target
            if results_map[ltarget]:
                target = os.readlink(file)
                #bb.note("Sym: %s (%d)" % (ltarget, results_map[ltarget]))
                symlinks[file] = target

        results = oe.utils.multiprocess_launch(oe.package.is_elf, checkelf.keys(), d)
        for (file, elf_file) in results:
            # It's a file (or hardlink), not a link
            # ...but is it ELF, and is it already stripped?
            if elf_file & 1:
                if elf_file & 2:
                    if 'already-stripped' in (d.getVar('INSANE_SKIP_' + pn) or "").split():
                        bb.note("Skipping file %s from %s for already-stripped QA test" % (file[len(dvar):], pn))
                    else:
                        msg = "File '%s' from %s was already stripped, this will prevent future debugging!" % (file[len(dvar):], pn)
                        package_qa_handle_error("already-stripped", msg, d)
                    continue

                # At this point we have an unstripped elf file. We need to:
                #  a) Make sure any file we strip is not hardlinked to anything else outside this tree
                #  b) Only strip any hardlinked file once (no races)
                #  c) Track any hardlinks between files so that we can reconstruct matching debug file hardlinks

                # Use a reference of device ID and inode number to identify files
                file_reference = checkelf[file][1]
                if file_reference in inodes:
                    os.unlink(file)
                    os.link(inodes[file_reference][0], file)
                    inodes[file_reference].append(file)
                else:
                    inodes[file_reference] = [file]
                    # break hardlink
                    bb.utils.break_hardlinks(file)
                    elffiles[file] = elf_file
                # Modified the file so clear the cache
                cpath.updatecache(file)

    #
    # First lets process debug splitting
    #
    if (d.getVar('INHIBIT_PACKAGE_DEBUG_SPLIT') != '1'):
        oe.utils.multiprocess_launch(splitdebuginfo, list(elffiles), d, extraargs=(dvar, debugdir, debuglibdir, debugappend, debugsrcdir, sourcefile, d))

        # Add this line to keep link so(like libc.so.6) in dbg-rpm dir.
        oe.utils.multiprocess_launch(splitdebuginfo, list(symlinks), d, extraargs=(dvar, debugdir, debuglibdir, debugappend, debugsrcdir, sourcefile, d))

        if debugsrcdir and not targetos.startswith("mingw"):
            for file in staticlibs:
                append_source_info(file, sourcefile, d, fatal=False)

        # Hardlink our debug symbols to the other hardlink copies
        for ref in inodes:
            if len(inodes[ref]) == 1:
                continue

            target = inodes[ref][0][len(dvar):]
            for file in inodes[ref][1:]:
                src = file[len(dvar):]
                dest = debuglibdir + os.path.dirname(src) + debugdir + "/" + os.path.basename(target) + debugappend
                fpath = dvar + dest
                ftarget = dvar + debuglibdir + os.path.dirname(target) + debugdir + "/" + os.path.basename(target) + debugappend
                bb.utils.mkdirhier(os.path.dirname(fpath))
                # Only one hardlink of separated debug info file in each directory
                if not os.access(fpath, os.R_OK):
                    #bb.note("Link %s -> %s" % (fpath, ftarget))
                    os.link(ftarget, fpath)

        # Create symlinks for all cases we were able to split symbols
        for file in symlinks:
            src = file[len(dvar):]
            dest = debuglibdir + os.path.dirname(src) + debugdir + "/" + os.path.basename(src) + debugappend
            fpath = dvar + dest
            # Skip it if the target doesn't exist
            try:
                s = os.stat(fpath)
            except OSError as e:
                (err, strerror) = e.args
                if err != errno.ENOENT:
                    raise
                continue

            ltarget = symlinks[file]
            lpath = os.path.dirname(ltarget)
            lbase = os.path.basename(ltarget)
            ftarget = ""
            if lpath and lpath != ".":
                ftarget += lpath + debugdir + "/"
            ftarget += lbase + debugappend
            if lpath.startswith(".."):
                ftarget = os.path.join("..", ftarget)
            bb.utils.mkdirhier(os.path.dirname(fpath))
            #bb.note("Symlink %s -> %s" % (fpath, ftarget))
            if not os.path.exists(fpath):
                os.symlink(ftarget, fpath)

        # Process the debugsrcdir if requested...
        # This copies and places the referenced sources for later debugging...
        copydebugsources(debugsrcdir, d)
    #
    # End of debug splitting
    #

    #
    # Now lets go back over things and strip them
    #
    if (d.getVar('INHIBIT_PACKAGE_STRIP') != '1'):
        strip = d.getVar("STRIP")
        sfiles = []
        for file in elffiles:
            elf_file = int(elffiles[file])
            #bb.note("Strip %s" % file)
            sfiles.append((file, elf_file, strip))
        for f in kernmods:
            sfiles.append((f, 16, strip))

        oe.utils.multiprocess_launch(oe.package.runstrip, sfiles, d)

    #
    # End of strip
    #
    os.chdir(oldcwd)
}

python package_do_shlibs() {
    import re, pipes
    import subprocess

    exclude_shlibs = d.getVar('EXCLUDE_FROM_SHLIBS', False)
    if exclude_shlibs:
        bb.note("not generating shlibs")
        return

    lib_re = re.compile("^.*\.so")
    libdir_re = re.compile(".*/%s$" % d.getVar('baselib'))

    packages = d.getVar('PACKAGES')

    shlib_pkgs = []
    exclusion_list = d.getVar("EXCLUDE_PACKAGES_FROM_SHLIBS")
    if exclusion_list:
        for pkg in packages.split():
            if pkg not in exclusion_list.split():
                shlib_pkgs.append(pkg)
            else:
                bb.note("not generating shlibs for %s" % pkg)
    else:
        shlib_pkgs = packages.split()

    targetos = d.getVar('TARGET_OS')

    workdir = d.getVar('WORKDIR')

    ver = d.getVar('PKGV')
    if not ver:
        msg = "PKGV not defined"
        package_qa_handle_error("pkgv-undefined", msg, d)
        return

    pkgdest = d.getVar('PKGDEST')

    shlibswork_dir = d.getVar('SHLIBSWORKDIR')

    def linux_so(file, pkg, pkgver, d):
        needs_ldconfig = False
        needed = set()
        sonames = set()
        renames = []
        if "-dbg" in pkg:
            return (needs_ldconfig, needed, sonames, renames)

        ldir = os.path.dirname(file).replace(pkgdest + "/" + pkg, '')
        cmd = d.getVar('OBJDUMP') + " -p " + pipes.quote(file) + " 2>/dev/null"
        fd = os.popen(cmd)
        lines = fd.readlines()
        fd.close()
        rpath = tuple()
        for l in lines:
            m = re.match("\s+RPATH\s+([^\s]*)", l)
            if m:
                rpaths = m.group(1).replace("$ORIGIN", ldir).split(":")
                rpath = tuple(map(os.path.normpath, rpaths))
        for l in lines:
            m = re.match("\s+NEEDED\s+([^\s]*)", l)
            if m:
                dep = m.group(1)
                if dep not in needed:
                    needed.add((dep, file, rpath))
            m = re.match("\s+SONAME\s+([^\s]*)", l)
            if m:
                this_soname = m.group(1)
                prov = (this_soname, ldir, pkgver)
                if not prov in sonames:
                    # if library is private (only used by package) then do not build shlib for it
                    if not private_libs or this_soname not in private_libs:
                        sonames.add(prov)
                if libdir_re.match(os.path.dirname(file)):
                    needs_ldconfig = True
                if snap_symlinks and (os.path.basename(file) != this_soname):
                    renames.append((file, os.path.join(os.path.dirname(file), this_soname)))
        return (needs_ldconfig, needed, sonames, renames)

    def darwin_so(file, needed, sonames, renames, pkgver):
        if not os.path.exists(file):
            return
        ldir = os.path.dirname(file).replace(pkgdest + "/" + pkg, '')

        def get_combinations(base):
            #
            # Given a base library name, find all combinations of this split by "." and "-"
            #
            combos = []
            options = base.split(".")
            for i in range(1, len(options) + 1):
                combos.append(".".join(options[0:i]))
            options = base.split("-")
            for i in range(1, len(options) + 1):
                combos.append("-".join(options[0:i]))
            return combos

        if (file.endswith('.dylib') or file.endswith('.so')) and not pkg.endswith('-dev') and not pkg.endswith('-dbg') and not pkg.endswith('-src'):
            # Drop suffix
            name = os.path.basename(file).rsplit(".",1)[0]
            # Find all combinations
            combos = get_combinations(name)
            for combo in combos:
                if not combo in sonames:
                    prov = (combo, ldir, pkgver)
                    sonames.add(prov)
        if file.endswith('.dylib') or file.endswith('.so'):
            rpath = []
            p = subprocess.Popen([d.expand("${HOST_PREFIX}otool"), '-l', file], stdout=subprocess.PIPE, stderr=subprocess.PIPE)
            out, err = p.communicate()
            # If returned successfully, process stdout for results
            if p.returncode == 0:
                for l in out.split("\n"):
                    l = l.strip()
                    if l.startswith('path '):
                        rpath.append(l.split()[1])

        p = subprocess.Popen([d.expand("${HOST_PREFIX}otool"), '-L', file], stdout=subprocess.PIPE, stderr=subprocess.PIPE)
        out, err = p.communicate()
        # If returned successfully, process stdout for results
        if p.returncode == 0:
            for l in out.split("\n"):
                l = l.strip()
                if not l or l.endswith(":"):
                    continue
                if "is not an object file" in l:
                    continue
                name = os.path.basename(l.split()[0]).rsplit(".", 1)[0]
                if name and name not in needed[pkg]:
                     needed[pkg].add((name, file, tuple()))

    def mingw_dll(file, needed, sonames, renames, pkgver):
        if not os.path.exists(file):
            return

        if file.endswith(".dll"):
            # assume all dlls are shared objects provided by the package
            sonames.add((os.path.basename(file), os.path.dirname(file).replace(pkgdest + "/" + pkg, ''), pkgver))

        if (file.endswith(".dll") or file.endswith(".exe")):
            # use objdump to search for "DLL Name: .*\.dll"
            p = subprocess.Popen([d.expand("${HOST_PREFIX}objdump"), "-p", file], stdout=subprocess.PIPE, stderr=subprocess.PIPE)
            out, err = p.communicate()
            # process the output, grabbing all .dll names
            if p.returncode == 0:
                for m in re.finditer("DLL Name: (.*?\.dll)$", out.decode(), re.MULTILINE | re.IGNORECASE):
                    dllname = m.group(1)
                    if dllname:
                        needed[pkg].add((dllname, file, tuple()))

    if d.getVar('PACKAGE_SNAP_LIB_SYMLINKS') == "1":
        snap_symlinks = True
    else:
        snap_symlinks = False

    use_ldconfig = bb.utils.contains('DISTRO_FEATURES', 'ldconfig', True, False, d)

    needed = {}

    # Take shared lock since we're only reading, not writing
    lf = bb.utils.lockfile(d.expand("${PACKAGELOCK}"), True)
    shlib_provider = oe.package.read_shlib_providers(d)
    bb.utils.unlockfile(lf)

    for pkg in shlib_pkgs:
        private_libs = d.getVar('PRIVATE_LIBS_' + pkg) or d.getVar('PRIVATE_LIBS') or ""
        private_libs = private_libs.split()
        needs_ldconfig = False
        bb.debug(2, "calculating shlib provides for %s" % pkg)

        pkgver = d.getVar('PKGV_' + pkg)
        if not pkgver:
            pkgver = d.getVar('PV_' + pkg)
        if not pkgver:
            pkgver = ver

        needed[pkg] = set()
        sonames = set()
        renames = []
        linuxlist = []
        for file in pkgfiles[pkg]:
                soname = None
                if cpath.islink(file):
                    continue
                if targetos == "darwin" or targetos == "darwin8":
                    darwin_so(file, needed, sonames, renames, pkgver)
                elif targetos.startswith("mingw"):
                    mingw_dll(file, needed, sonames, renames, pkgver)
                elif os.access(file, os.X_OK) or lib_re.match(file):
                    linuxlist.append(file)

        if linuxlist:
            results = oe.utils.multiprocess_launch(linux_so, linuxlist, d, extraargs=(pkg, pkgver, d))
            for r in results:
                ldconfig = r[0]
                needed[pkg] |= r[1]
                sonames |= r[2]
                renames.extend(r[3])
                needs_ldconfig = needs_ldconfig or ldconfig

        for (old, new) in renames:
            bb.note("Renaming %s to %s" % (old, new))
            os.rename(old, new)
            pkgfiles[pkg].remove(old)

        shlibs_file = os.path.join(shlibswork_dir, pkg + ".list")
        if len(sonames):
            fd = open(shlibs_file, 'w')
            for s in sonames:
                if s[0] in shlib_provider and s[1] in shlib_provider[s[0]]:
                    (old_pkg, old_pkgver) = shlib_provider[s[0]][s[1]]
                    if old_pkg != pkg:
                        bb.warn('%s-%s was registered as shlib provider for %s, changing it to %s-%s because it was built later' % (old_pkg, old_pkgver, s[0], pkg, pkgver))
                bb.debug(1, 'registering %s-%s as shlib provider for %s' % (pkg, pkgver, s[0]))
                fd.write(s[0] + ':' + s[1] + ':' + s[2] + '\n')
                if s[0] not in shlib_provider:
                    shlib_provider[s[0]] = {}
                shlib_provider[s[0]][s[1]] = (pkg, pkgver)
            fd.close()
        if needs_ldconfig and use_ldconfig:
            bb.debug(1, 'adding ldconfig call to postinst for %s' % pkg)
            postinst = d.getVar('pkg_postinst_%s' % pkg)
            if not postinst:
                postinst = '#!/bin/sh\n'
            postinst += d.getVar('ldconfig_postinst_fragment')
            d.setVar('pkg_postinst_%s' % pkg, postinst)
        bb.debug(1, 'LIBNAMES: pkg %s sonames %s' % (pkg, sonames))

    assumed_libs = d.getVar('ASSUME_SHLIBS')
    if assumed_libs:
        libdir = d.getVar("libdir")
        for e in assumed_libs.split():
            l, dep_pkg = e.split(":")
            lib_ver = None
            dep_pkg = dep_pkg.rsplit("_", 1)
            if len(dep_pkg) == 2:
                lib_ver = dep_pkg[1]
            dep_pkg = dep_pkg[0]
            if l not in shlib_provider:
                shlib_provider[l] = {}
            shlib_provider[l][libdir] = (dep_pkg, lib_ver)

    libsearchpath = [d.getVar('libdir'), d.getVar('base_libdir')]

    for pkg in shlib_pkgs:
        bb.debug(2, "calculating shlib requirements for %s" % pkg)

        private_libs = d.getVar('PRIVATE_LIBS_' + pkg) or d.getVar('PRIVATE_LIBS') or ""
        private_libs = private_libs.split()

        deps = list()
        for n in needed[pkg]:
            # if n is in private libraries, don't try to search provider for it
            # this could cause problem in case some abc.bb provides private
            # /opt/abc/lib/libfoo.so.1 and contains /usr/bin/abc depending on system library libfoo.so.1
            # but skipping it is still better alternative than providing own
            # version and then adding runtime dependency for the same system library
            if private_libs and n[0] in private_libs:
                bb.debug(2, '%s: Dependency %s covered by PRIVATE_LIBS' % (pkg, n[0]))
                continue
            if n[0] in shlib_provider.keys():
                shlib_provider_path = []
                for k in shlib_provider[n[0]].keys():
                    shlib_provider_path.append(k)
                match = None
                for p in list(n[2]) + shlib_provider_path + libsearchpath:
                    if p in shlib_provider[n[0]]:
                        match = p
                        break
                if match:
                    (dep_pkg, ver_needed) = shlib_provider[n[0]][match]

                    bb.debug(2, '%s: Dependency %s requires package %s (used by files: %s)' % (pkg, n[0], dep_pkg, n[1]))

                    if dep_pkg == pkg:
                        continue

                    if ver_needed:
                        dep = "%s (>= %s)" % (dep_pkg, ver_needed)
                    else:
                        dep = dep_pkg
                    if not dep in deps:
                        deps.append(dep)
                    continue
            bb.note("Couldn't find shared library provider for %s, used by files: %s" % (n[0], n[1]))

        deps_file = os.path.join(pkgdest, pkg + ".shlibdeps")
        if os.path.exists(deps_file):
            os.remove(deps_file)
        if len(deps):
            fd = open(deps_file, 'w')
            for dep in deps:
                fd.write(dep + '\n')
            fd.close()
}
PACKAGEBUILDPKGD := " \
                perform_packagecopy \
                ${PACKAGE_PREPROCESS_FUNCS} \
                split_and_strip_files \
                fixup_perms \
                "