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|
#
# Copyright OpenEmbedded Contributors
#
# SPDX-License-Identifier: MIT
#
# These directories will be staged in the sysroot
SYSROOT_DIRS = " \
${includedir} \
${libdir} \
${base_libdir} \
${nonarch_base_libdir} \
${datadir} \
/sysroot-only \
"
# These directories are also staged in the sysroot when they contain files that
# are usable on the build system
SYSROOT_DIRS_NATIVE = " \
${bindir} \
${sbindir} \
${base_bindir} \
${base_sbindir} \
${libexecdir} \
${sysconfdir} \
${localstatedir} \
"
SYSROOT_DIRS:append:class-native = " ${SYSROOT_DIRS_NATIVE}"
SYSROOT_DIRS:append:class-cross = " ${SYSROOT_DIRS_NATIVE}"
SYSROOT_DIRS:append:class-crosssdk = " ${SYSROOT_DIRS_NATIVE}"
# These directories will not be staged in the sysroot
SYSROOT_DIRS_IGNORE = " \
${mandir} \
${docdir} \
${infodir} \
${datadir}/X11/locale \
${datadir}/applications \
${datadir}/bash-completion \
${datadir}/fonts \
${datadir}/gtk-doc/html \
${datadir}/installed-tests \
${datadir}/locale \
${datadir}/pixmaps \
${datadir}/terminfo \
${libdir}/${BPN}/ptest \
"
sysroot_stage_dir() {
src="$1"
dest="$2"
# if the src doesn't exist don't do anything
if [ ! -d "$src" ]; then
return
fi
mkdir -p "$dest"
rdest=$(realpath --relative-to="$src" "$dest")
(
cd $src
find . -print0 | cpio --null -pdlu $rdest
)
}
sysroot_stage_dirs() {
from="$1"
to="$2"
for dir in ${SYSROOT_DIRS}; do
sysroot_stage_dir "$from$dir" "$to$dir"
done
# Remove directories we do not care about
for dir in ${SYSROOT_DIRS_IGNORE}; do
rm -rf "$to$dir"
done
}
sysroot_stage_all() {
sysroot_stage_dirs ${D} ${SYSROOT_DESTDIR}
}
python sysroot_strip () {
inhibit_sysroot = d.getVar('INHIBIT_SYSROOT_STRIP')
if inhibit_sysroot and oe.types.boolean(inhibit_sysroot):
return
dstdir = d.getVar('SYSROOT_DESTDIR')
pn = d.getVar('PN')
libdir = d.getVar("libdir")
base_libdir = d.getVar("base_libdir")
qa_already_stripped = 'already-stripped' in (d.getVar('INSANE_SKIP:' + pn) or "").split()
strip_cmd = d.getVar("STRIP")
max_process = oe.utils.get_bb_number_threads(d)
oe.package.strip_execs(pn, dstdir, strip_cmd, libdir, base_libdir, max_process,
qa_already_stripped=qa_already_stripped)
}
do_populate_sysroot[dirs] = "${SYSROOT_DESTDIR}"
addtask populate_sysroot after do_install
SYSROOT_PREPROCESS_FUNCS ?= ""
SYSROOT_DESTDIR = "${WORKDIR}/sysroot-destdir"
python do_populate_sysroot () {
# SYSROOT 'version' 2
bb.build.exec_func("sysroot_stage_all", d)
bb.build.exec_func("sysroot_strip", d)
for f in (d.getVar('SYSROOT_PREPROCESS_FUNCS') or '').split():
bb.build.exec_func(f, d)
pn = d.getVar("PN")
multiprov = d.getVar("BB_MULTI_PROVIDER_ALLOWED").split()
provdir = d.expand("${SYSROOT_DESTDIR}${base_prefix}/sysroot-providers/")
bb.utils.mkdirhier(provdir)
for p in d.getVar("PROVIDES").split():
if p in multiprov:
continue
p = p.replace("/", "_")
with open(provdir + p, "w") as f:
f.write(pn)
}
do_populate_sysroot[vardeps] += "${SYSROOT_PREPROCESS_FUNCS}"
do_populate_sysroot[vardepsexclude] += "BB_MULTI_PROVIDER_ALLOWED"
POPULATESYSROOTDEPS = ""
POPULATESYSROOTDEPS:class-target = "virtual/${HOST_PREFIX}binutils:do_populate_sysroot"
POPULATESYSROOTDEPS:class-nativesdk = "virtual/${HOST_PREFIX}binutils:do_populate_sysroot"
do_populate_sysroot[depends] += "${POPULATESYSROOTDEPS}"
SSTATETASKS += "do_populate_sysroot"
do_populate_sysroot[cleandirs] = "${SYSROOT_DESTDIR}"
do_populate_sysroot[sstate-inputdirs] = "${SYSROOT_DESTDIR}"
do_populate_sysroot[sstate-outputdirs] = "${COMPONENTS_DIR}/${PACKAGE_ARCH}/${PN}"
do_populate_sysroot[sstate-fixmedir] = "${COMPONENTS_DIR}/${PACKAGE_ARCH}/${PN}"
python do_populate_sysroot_setscene () {
sstate_setscene(d)
}
addtask do_populate_sysroot_setscene
def staging_copyfile(c, target, dest, postinsts, seendirs):
import errno
destdir = os.path.dirname(dest)
if destdir not in seendirs:
bb.utils.mkdirhier(destdir)
seendirs.add(destdir)
if "/usr/bin/postinst-" in c:
postinsts.append(dest)
if os.path.islink(c):
linkto = os.readlink(c)
if os.path.lexists(dest):
if not os.path.islink(dest):
raise OSError(errno.EEXIST, "Link %s already exists as a file" % dest, dest)
if os.readlink(dest) == linkto:
return dest
raise OSError(errno.EEXIST, "Link %s already exists to a different location? (%s vs %s)" % (dest, os.readlink(dest), linkto), dest)
os.symlink(linkto, dest)
#bb.warn(c)
else:
try:
os.link(c, dest)
except OSError as err:
if err.errno == errno.EXDEV:
bb.utils.copyfile(c, dest)
else:
raise
return dest
def staging_copydir(c, target, dest, seendirs):
if dest not in seendirs:
bb.utils.mkdirhier(dest)
seendirs.add(dest)
def staging_processfixme(fixme, target, recipesysroot, recipesysrootnative, d):
import subprocess
if not fixme:
return
cmd = "sed -e 's:^[^/]*/:%s/:g' %s | xargs sed -i -e 's:FIXMESTAGINGDIRTARGET:%s:g; s:FIXMESTAGINGDIRHOST:%s:g'" % (target, " ".join(fixme), recipesysroot, recipesysrootnative)
for fixmevar in ['PSEUDO_SYSROOT', 'HOSTTOOLS_DIR', 'PKGDATA_DIR', 'PSEUDO_LOCALSTATEDIR', 'LOGFIFO']:
fixme_path = d.getVar(fixmevar)
cmd += " -e 's:FIXME_%s:%s:g'" % (fixmevar, fixme_path)
bb.debug(2, cmd)
subprocess.check_output(cmd, shell=True, stderr=subprocess.STDOUT)
def staging_populate_sysroot_dir(targetsysroot, nativesysroot, native, d):
import glob
import subprocess
import errno
fixme = []
postinsts = []
seendirs = set()
stagingdir = d.getVar("STAGING_DIR")
if native:
pkgarchs = ['${BUILD_ARCH}', '${BUILD_ARCH}_*']
targetdir = nativesysroot
else:
pkgarchs = ['${MACHINE_ARCH}']
pkgarchs = pkgarchs + list(reversed(d.getVar("PACKAGE_EXTRA_ARCHS").split()))
pkgarchs.append('allarch')
targetdir = targetsysroot
bb.utils.mkdirhier(targetdir)
for pkgarch in pkgarchs:
for manifest in glob.glob(d.expand("${SSTATE_MANIFESTS}/manifest-%s-*.populate_sysroot" % pkgarch)):
if manifest.endswith("-initial.populate_sysroot"):
# skip libgcc-initial due to file overlap
continue
if not native and (manifest.endswith("-native.populate_sysroot") or "nativesdk-" in manifest):
continue
if native and not (manifest.endswith("-native.populate_sysroot") or manifest.endswith("-cross.populate_sysroot") or "-cross-" in manifest):
continue
tmanifest = targetdir + "/" + os.path.basename(manifest)
if os.path.exists(tmanifest):
continue
try:
os.link(manifest, tmanifest)
except OSError as err:
if err.errno == errno.EXDEV:
bb.utils.copyfile(manifest, tmanifest)
else:
raise
with open(manifest, "r") as f:
for l in f:
l = l.strip()
if l.endswith("/fixmepath"):
fixme.append(l)
continue
if l.endswith("/fixmepath.cmd"):
continue
dest = l.replace(stagingdir, "")
dest = targetdir + "/" + "/".join(dest.split("/")[3:])
if l.endswith("/"):
staging_copydir(l, targetdir, dest, seendirs)
continue
try:
staging_copyfile(l, targetdir, dest, postinsts, seendirs)
except FileExistsError:
continue
staging_processfixme(fixme, targetdir, targetsysroot, nativesysroot, d)
for p in sorted(postinsts):
bb.note("Running postinst {}, output:\n{}".format(p, subprocess.check_output(p, shell=True, stderr=subprocess.STDOUT)))
#
# Manifests here are complicated. The main sysroot area has the unpacked sstate
# which us unrelocated and tracked by the main sstate manifests. Each recipe
# specific sysroot has manifests for each dependency that is installed there.
# The task hash is used to tell whether the data needs to be reinstalled. We
# use a symlink to point to the currently installed hash. There is also a
# "complete" stamp file which is used to mark if installation completed. If
# something fails (e.g. a postinst), this won't get written and we would
# remove and reinstall the dependency. This also means partially installed
# dependencies should get cleaned up correctly.
#
python extend_recipe_sysroot() {
import copy
import subprocess
import errno
import collections
import glob
taskdepdata = d.getVar("BB_TASKDEPDATA", False)
mytaskname = d.getVar("BB_RUNTASK")
if mytaskname.endswith("_setscene"):
mytaskname = mytaskname.replace("_setscene", "")
workdir = d.getVar("WORKDIR")
#bb.warn(str(taskdepdata))
pn = d.getVar("PN")
stagingdir = d.getVar("STAGING_DIR")
sharedmanifests = d.getVar("COMPONENTS_DIR") + "/manifests"
# only needed by multilib cross-canadian since it redefines RECIPE_SYSROOT
manifestprefix = d.getVar("RECIPE_SYSROOT_MANIFEST_SUBDIR")
if manifestprefix:
sharedmanifests = sharedmanifests + "/" + manifestprefix
recipesysroot = d.getVar("RECIPE_SYSROOT")
recipesysrootnative = d.getVar("RECIPE_SYSROOT_NATIVE")
# Detect bitbake -b usage
nodeps = d.getVar("BB_LIMITEDDEPS") or False
if nodeps:
lock = bb.utils.lockfile(recipesysroot + "/sysroot.lock")
staging_populate_sysroot_dir(recipesysroot, recipesysrootnative, True, d)
staging_populate_sysroot_dir(recipesysroot, recipesysrootnative, False, d)
bb.utils.unlockfile(lock)
return
start = None
configuredeps = []
owntaskdeps = []
for dep in taskdepdata:
data = taskdepdata[dep]
if data[1] == mytaskname and data[0] == pn:
start = dep
elif data[0] == pn:
owntaskdeps.append(data[1])
if start is None:
bb.fatal("Couldn't find ourself in BB_TASKDEPDATA?")
# We need to figure out which sysroot files we need to expose to this task.
# This needs to match what would get restored from sstate, which is controlled
# ultimately by calls from bitbake to setscene_depvalid().
# That function expects a setscene dependency tree. We build a dependency tree
# condensed to inter-sstate task dependencies, similar to that used by setscene
# tasks. We can then call into setscene_depvalid() and decide
# which dependencies we can "see" and should expose in the recipe specific sysroot.
setscenedeps = copy.deepcopy(taskdepdata)
start = set([start])
sstatetasks = d.getVar("SSTATETASKS").split()
# Add recipe specific tasks referenced by setscene_depvalid()
sstatetasks.append("do_stash_locale")
sstatetasks.append("do_deploy")
def print_dep_tree(deptree):
data = ""
for dep in deptree:
deps = " " + "\n ".join(deptree[dep][3]) + "\n"
data = data + "%s:\n %s\n %s\n%s %s\n %s\n" % (deptree[dep][0], deptree[dep][1], deptree[dep][2], deps, deptree[dep][4], deptree[dep][5])
return data
#bb.note("Full dep tree is:\n%s" % print_dep_tree(taskdepdata))
#bb.note(" start2 is %s" % str(start))
# If start is an sstate task (like do_package) we need to add in its direct dependencies
# else the code below won't recurse into them.
for dep in set(start):
for dep2 in setscenedeps[dep][3]:
start.add(dep2)
start.remove(dep)
#bb.note(" start3 is %s" % str(start))
# Create collapsed do_populate_sysroot -> do_populate_sysroot tree
for dep in taskdepdata:
data = setscenedeps[dep]
if data[1] not in sstatetasks:
for dep2 in setscenedeps:
data2 = setscenedeps[dep2]
if dep in data2[3]:
data2[3].update(setscenedeps[dep][3])
data2[3].remove(dep)
if dep in start:
start.update(setscenedeps[dep][3])
start.remove(dep)
del setscenedeps[dep]
# Remove circular references
for dep in setscenedeps:
if dep in setscenedeps[dep][3]:
setscenedeps[dep][3].remove(dep)
#bb.note("Computed dep tree is:\n%s" % print_dep_tree(setscenedeps))
#bb.note(" start is %s" % str(start))
# Direct dependencies should be present and can be depended upon
for dep in sorted(set(start)):
if setscenedeps[dep][1] == "do_populate_sysroot":
if dep not in configuredeps:
configuredeps.append(dep)
bb.note("Direct dependencies are %s" % str(configuredeps))
#bb.note(" or %s" % str(start))
msgbuf = []
# Call into setscene_depvalid for each sub-dependency and only copy sysroot files
# for ones that would be restored from sstate.
done = list(start)
next = list(start)
while next:
new = []
for dep in next:
data = setscenedeps[dep]
for datadep in data[3]:
if datadep in done:
continue
taskdeps = {}
taskdeps[dep] = setscenedeps[dep][:2]
taskdeps[datadep] = setscenedeps[datadep][:2]
retval = setscene_depvalid(datadep, taskdeps, [], d, msgbuf)
if retval:
msgbuf.append("Skipping setscene dependency %s for installation into the sysroot" % datadep)
continue
done.append(datadep)
new.append(datadep)
if datadep not in configuredeps and setscenedeps[datadep][1] == "do_populate_sysroot":
configuredeps.append(datadep)
msgbuf.append("Adding dependency on %s" % setscenedeps[datadep][0])
else:
msgbuf.append("Following dependency on %s" % setscenedeps[datadep][0])
next = new
# This logging is too verbose for day to day use sadly
#bb.debug(2, "\n".join(msgbuf))
depdir = recipesysrootnative + "/installeddeps"
bb.utils.mkdirhier(depdir)
bb.utils.mkdirhier(sharedmanifests)
lock = bb.utils.lockfile(recipesysroot + "/sysroot.lock")
fixme = {}
seendirs = set()
postinsts = []
multilibs = {}
manifests = {}
# All files that we're going to be installing, to find conflicts.
fileset = {}
invalidate_tasks = set()
for f in os.listdir(depdir):
removed = []
if not f.endswith(".complete"):
continue
f = depdir + "/" + f
if os.path.islink(f) and not os.path.exists(f):
bb.note("%s no longer exists, removing from sysroot" % f)
lnk = os.readlink(f.replace(".complete", ""))
sstate_clean_manifest(depdir + "/" + lnk, d, canrace=True, prefix=workdir)
os.unlink(f)
os.unlink(f.replace(".complete", ""))
removed.append(os.path.basename(f.replace(".complete", "")))
# If we've removed files from the sysroot above, the task that installed them may still
# have a stamp file present for the task. This is probably invalid right now but may become
# valid again if the user were to change configuration back for example. Since we've removed
# the files a task might need, remove the stamp file too to force it to rerun.
# YOCTO #14790
if removed:
for i in glob.glob(depdir + "/index.*"):
if i.endswith("." + mytaskname):
continue
with open(i, "r") as f:
for l in f:
if l.startswith("TaskDeps:"):
continue
l = l.strip()
if l in removed:
invalidate_tasks.add(i.rsplit(".", 1)[1])
break
for t in invalidate_tasks:
bb.note("Invalidating stamps for task %s" % t)
bb.build.clean_stamp(t, d)
installed = []
for dep in configuredeps:
c = setscenedeps[dep][0]
if mytaskname in ["do_sdk_depends", "do_populate_sdk_ext"] and c.endswith("-initial"):
bb.note("Skipping initial setscene dependency %s for installation into the sysroot" % c)
continue
installed.append(c)
# We want to remove anything which this task previously installed but is no longer a dependency
taskindex = depdir + "/" + "index." + mytaskname
if os.path.exists(taskindex):
potential = []
with open(taskindex, "r") as f:
for l in f:
l = l.strip()
if l not in installed:
fl = depdir + "/" + l
if not os.path.exists(fl):
# Was likely already uninstalled
continue
potential.append(l)
# We need to ensure no other task needs this dependency. We hold the sysroot
# lock so we ca search the indexes to check
if potential:
for i in glob.glob(depdir + "/index.*"):
if i.endswith("." + mytaskname):
continue
with open(i, "r") as f:
for l in f:
if l.startswith("TaskDeps:"):
prevtasks = l.split()[1:]
if mytaskname in prevtasks:
# We're a dependency of this task so we can clear items out the sysroot
break
l = l.strip()
if l in potential:
potential.remove(l)
for l in potential:
fl = depdir + "/" + l
bb.note("Task %s no longer depends on %s, removing from sysroot" % (mytaskname, l))
lnk = os.readlink(fl)
sstate_clean_manifest(depdir + "/" + lnk, d, canrace=True, prefix=workdir)
os.unlink(fl)
os.unlink(fl + ".complete")
msg_exists = []
msg_adding = []
# Handle all removals first since files may move between recipes
for dep in configuredeps:
c = setscenedeps[dep][0]
if c not in installed:
continue
taskhash = setscenedeps[dep][5]
taskmanifest = depdir + "/" + c + "." + taskhash
if os.path.exists(depdir + "/" + c):
lnk = os.readlink(depdir + "/" + c)
if lnk == c + "." + taskhash and os.path.exists(depdir + "/" + c + ".complete"):
continue
else:
bb.note("%s exists in sysroot, but is stale (%s vs. %s), removing." % (c, lnk, c + "." + taskhash))
sstate_clean_manifest(depdir + "/" + lnk, d, canrace=True, prefix=workdir)
os.unlink(depdir + "/" + c)
if os.path.lexists(depdir + "/" + c + ".complete"):
os.unlink(depdir + "/" + c + ".complete")
elif os.path.lexists(depdir + "/" + c):
os.unlink(depdir + "/" + c)
binfiles = {}
# Now handle installs
for dep in sorted(configuredeps):
c = setscenedeps[dep][0]
if c not in installed:
continue
taskhash = setscenedeps[dep][5]
taskmanifest = depdir + "/" + c + "." + taskhash
if os.path.exists(depdir + "/" + c):
lnk = os.readlink(depdir + "/" + c)
if lnk == c + "." + taskhash and os.path.exists(depdir + "/" + c + ".complete"):
msg_exists.append(c)
continue
msg_adding.append(c)
os.symlink(c + "." + taskhash, depdir + "/" + c)
manifest, d2 = oe.sstatesig.find_sstate_manifest(c, setscenedeps[dep][2], "populate_sysroot", d, multilibs)
if d2 is not d:
# If we don't do this, the recipe sysroot will be placed in the wrong WORKDIR for multilibs
# We need a consistent WORKDIR for the image
d2.setVar("WORKDIR", d.getVar("WORKDIR"))
destsysroot = d2.getVar("RECIPE_SYSROOT")
# We put allarch recipes into the default sysroot
if manifest and "allarch" in manifest:
destsysroot = d.getVar("RECIPE_SYSROOT")
native = False
if c.endswith("-native") or "-cross-" in c or "-crosssdk" in c:
native = True
if manifest:
newmanifest = collections.OrderedDict()
targetdir = destsysroot
if native:
targetdir = recipesysrootnative
if targetdir not in fixme:
fixme[targetdir] = []
fm = fixme[targetdir]
with open(manifest, "r") as f:
manifests[dep] = manifest
for l in f:
l = l.strip()
if l.endswith("/fixmepath"):
fm.append(l)
continue
if l.endswith("/fixmepath.cmd"):
continue
dest = l.replace(stagingdir, "")
dest = "/" + "/".join(dest.split("/")[3:])
newmanifest[l] = targetdir + dest
# Check if files have already been installed by another
# recipe and abort if they have, explaining what recipes are
# conflicting.
hashname = targetdir + dest
if not hashname.endswith("/"):
if hashname in fileset:
bb.fatal("The file %s is installed by both %s and %s, aborting" % (dest, c, fileset[hashname]))
else:
fileset[hashname] = c
# Having multiple identical manifests in each sysroot eats diskspace so
# create a shared pool of them and hardlink if we can.
# We create the manifest in advance so that if something fails during installation,
# or the build is interrupted, subsequent exeuction can cleanup.
sharedm = sharedmanifests + "/" + os.path.basename(taskmanifest)
if not os.path.exists(sharedm):
smlock = bb.utils.lockfile(sharedm + ".lock")
# Can race here. You'd think it just means we may not end up with all copies hardlinked to each other
# but python can lose file handles so we need to do this under a lock.
if not os.path.exists(sharedm):
with open(sharedm, 'w') as m:
for l in newmanifest:
dest = newmanifest[l]
m.write(dest.replace(workdir + "/", "") + "\n")
bb.utils.unlockfile(smlock)
try:
os.link(sharedm, taskmanifest)
except OSError as err:
if err.errno == errno.EXDEV:
bb.utils.copyfile(sharedm, taskmanifest)
else:
raise
# Finally actually install the files
for l in newmanifest:
dest = newmanifest[l]
if l.endswith("/"):
staging_copydir(l, targetdir, dest, seendirs)
continue
if "/bin/" in l or "/sbin/" in l:
# defer /*bin/* files until last in case they need libs
binfiles[l] = (targetdir, dest)
else:
staging_copyfile(l, targetdir, dest, postinsts, seendirs)
# Handle deferred binfiles
for l in binfiles:
(targetdir, dest) = binfiles[l]
staging_copyfile(l, targetdir, dest, postinsts, seendirs)
bb.note("Installed into sysroot: %s" % str(msg_adding))
bb.note("Skipping as already exists in sysroot: %s" % str(msg_exists))
for f in fixme:
staging_processfixme(fixme[f], f, recipesysroot, recipesysrootnative, d)
for p in sorted(postinsts):
bb.note("Running postinst {}, output:\n{}".format(p, subprocess.check_output(p, shell=True, stderr=subprocess.STDOUT)))
for dep in manifests:
c = setscenedeps[dep][0]
os.symlink(manifests[dep], depdir + "/" + c + ".complete")
with open(taskindex, "w") as f:
f.write("TaskDeps: " + " ".join(owntaskdeps) + "\n")
for l in sorted(installed):
f.write(l + "\n")
bb.utils.unlockfile(lock)
}
extend_recipe_sysroot[vardepsexclude] += "MACHINE_ARCH PACKAGE_EXTRA_ARCHS SDK_ARCH BUILD_ARCH SDK_OS BB_TASKDEPDATA"
do_prepare_recipe_sysroot[deptask] = "do_populate_sysroot"
python do_prepare_recipe_sysroot () {
bb.build.exec_func("extend_recipe_sysroot", d)
}
addtask do_prepare_recipe_sysroot before do_configure after do_fetch
python staging_taskhandler() {
EXCLUDED_TASKS = (
"do_prepare_recipe_sysroot",
"do_create_spdx",
)
bbtasks = e.tasklist
for task in bbtasks:
if task in EXCLUDED_TASKS:
continue
deps = d.getVarFlag(task, "depends")
if task == "do_configure" or (deps and "populate_sysroot" in deps):
d.prependVarFlag(task, "prefuncs", "extend_recipe_sysroot ")
}
staging_taskhandler[eventmask] = "bb.event.RecipeTaskPreProcess"
addhandler staging_taskhandler
#
# Target build output, stored in do_populate_sysroot or do_package can depend
# not only upon direct dependencies but also indirect ones. A good example is
# linux-libc-headers. The toolchain depends on this but most target recipes do
# not. There are some headers which are not used by the toolchain build and do
# not change the toolchain task output, hence the task hashes can change without
# changing the sysroot output of that recipe yet they can influence others.
#
# A specific example is rtc.h which can change rtcwake.c in util-linux but is not
# used in the glibc or gcc build. To account for this, we need to account for the
# populate_sysroot hashes in the task output hashes.
#
python target_add_sysroot_deps () {
current_task = "do_" + d.getVar("BB_CURRENTTASK")
if current_task not in ["do_populate_sysroot", "do_package"]:
return
pn = d.getVar("PN")
if pn.endswith("-native"):
return
taskdepdata = d.getVar("BB_TASKDEPDATA", False)
deps = {}
for dep in taskdepdata.values():
if dep[1] == "do_populate_sysroot" and not dep[0].endswith(("-native", "-initial")) and "-cross-" not in dep[0] and dep[0] != pn:
deps[dep[0]] = dep[6]
d.setVar("HASHEQUIV_EXTRA_SIGDATA", "\n".join("%s: %s" % (k, deps[k]) for k in sorted(deps.keys())))
}
SSTATECREATEFUNCS += "target_add_sysroot_deps"
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