SSTATE_VERSION = "3" SSTATE_MANIFESTS ?= "${TMPDIR}/sstate-control" SSTATE_MANFILEPREFIX = "${SSTATE_MANIFESTS}/manifest-${SSTATE_MANMACH}-${PN}" def generate_sstatefn(spec, hash, d): if not hash: hash = "INVALID" return hash[:2] + "/" + spec + hash SSTATE_PKGARCH = "${PACKAGE_ARCH}" SSTATE_PKGSPEC = "sstate-${PN}-${PACKAGE_ARCH}${TARGET_VENDOR}-${TARGET_OS}-${PV}-${PR}-${SSTATE_PKGARCH}-${SSTATE_VERSION}-" SSTATE_PKGNAME = "${SSTATE_EXTRAPATH}${@generate_sstatefn(d.getVar('SSTATE_PKGSPEC', True), d.getVar('BB_TASKHASH', True), d)}" SSTATE_PKG = "${SSTATE_DIR}/${SSTATE_PKGNAME}" SSTATE_EXTRAPATH = "" SSTATE_EXTRAPATHWILDCARD = "" SSTATE_PATHSPEC = "${SSTATE_DIR}/${SSTATE_EXTRAPATHWILDCARD}*/${SSTATE_PKGSPEC}" SSTATE_DUPWHITELIST = "${DEPLOY_DIR_IMAGE}/ ${DEPLOY_DIR}/licenses/" # Also need to make cross recipes append to ${PN} and install once for any given PACAGE_ARCH so # can avoid multiple installs (e.g. routerstationpro+qemumips both using mips32) SSTATE_DUPWHITELIST += "${STAGING_LIBDIR_NATIVE}/${MULTIMACH_TARGET_SYS} ${STAGING_DIR_NATIVE}/usr/libexec/${MULTIMACH_TARGET_SYS} ${STAGING_BINDIR_NATIVE}/${MULTIMACH_TARGET_SYS} ${STAGING_DIR_NATIVE}${includedir_native}/gcc-build-internal-${MULTIMACH_TARGET_SYS}" # Avoid docbook/sgml catalog warnings for now SSTATE_DUPWHITELIST += "${STAGING_ETCDIR_NATIVE}/sgml ${STAGING_DATADIR_NATIVE}/sgml" SSTATE_SCAN_FILES ?= "*.la *-config *_config" SSTATE_SCAN_CMD ?= 'find ${SSTATE_BUILDDIR} \( -name "${@"\" -o -name \"".join(d.getVar("SSTATE_SCAN_FILES", True).split())}" \) -type f' BB_HASHFILENAME = "${SSTATE_EXTRAPATH} ${SSTATE_PKGSPEC}" SSTATE_MANMACH ?= "${SSTATE_PKGARCH}" SSTATEPREINSTFUNCS ?= "" SSTATEPOSTINSTFUNCS ?= "" python () { if bb.data.inherits_class('native', d): d.setVar('SSTATE_PKGARCH', d.getVar('BUILD_ARCH')) elif bb.data.inherits_class('crosssdk', d): d.setVar('SSTATE_PKGARCH', d.expand("${BUILD_ARCH}_${SDK_ARCH}")) elif bb.data.inherits_class('cross', d): d.setVar('SSTATE_PKGARCH', d.expand("${BUILD_ARCH}_${TUNE_PKGARCH}")) d.setVar('SSTATE_MANMACH', d.expand("${BUILD_ARCH}_${MACHINE}")) elif bb.data.inherits_class('nativesdk', d): d.setVar('SSTATE_PKGARCH', d.expand("${SDK_ARCH}")) elif bb.data.inherits_class('cross-canadian', d): d.setVar('SSTATE_PKGARCH', d.expand("${SDK_ARCH}_${PACKAGE_ARCH}")) elif bb.data.inherits_class('allarch', d) and d.getVar("PACKAGE_ARCH", True) == "all": d.setVar('SSTATE_PKGARCH', "allarch") else: d.setVar('SSTATE_MANMACH', d.expand("${PACKAGE_ARCH}")) if bb.data.inherits_class('native', d) or bb.data.inherits_class('crosssdk', d) or bb.data.inherits_class('cross', d): d.setVar('SSTATE_EXTRAPATH', "${NATIVELSBSTRING}/") d.setVar('SSTATE_EXTRAPATHWILDCARD', "*/") # These classes encode staging paths into their scripts data so can only be # reused if we manipulate the paths if bb.data.inherits_class('native', d) or bb.data.inherits_class('cross', d) or bb.data.inherits_class('sdk', d) or bb.data.inherits_class('crosssdk', d): scan_cmd = "grep -Irl ${STAGING_DIR} ${SSTATE_BUILDDIR}" d.setVar('SSTATE_SCAN_CMD', scan_cmd) unique_tasks = set((d.getVar('SSTATETASKS', True) or "").split()) d.setVar('SSTATETASKS', " ".join(unique_tasks)) namemap = [] for task in unique_tasks: namemap.append(d.getVarFlag(task, 'sstate-name')) d.prependVarFlag(task, 'prefuncs', "sstate_task_prefunc ") d.appendVarFlag(task, 'postfuncs', " sstate_task_postfunc") d.setVar('SSTATETASKNAMES', " ".join(namemap)) } def sstate_init(name, task, d): ss = {} ss['task'] = task ss['name'] = name ss['dirs'] = [] ss['plaindirs'] = [] ss['lockfiles'] = [] ss['lockfiles-shared'] = [] return ss def sstate_state_fromvars(d, task = None): if task is None: task = d.getVar('BB_CURRENTTASK', True) if not task: bb.fatal("sstate code running without task context?!") task = task.replace("_setscene", "") name = d.getVarFlag("do_" + task, 'sstate-name', True) inputs = (d.getVarFlag("do_" + task, 'sstate-inputdirs', True) or "").split() outputs = (d.getVarFlag("do_" + task, 'sstate-outputdirs', True) or "").split() plaindirs = (d.getVarFlag("do_" + task, 'sstate-plaindirs', True) or "").split() lockfiles = (d.getVarFlag("do_" + task, 'sstate-lockfile', True) or "").split() lockfilesshared = (d.getVarFlag("do_" + task, 'sstate-lockfile-shared', True) or "").split() interceptfuncs = (d.getVarFlag("do_" + task, 'sstate-interceptfuncs', True) or "").split() if not name or len(inputs) != len(outputs): bb.fatal("sstate variables not setup correctly?!") ss = sstate_init(name, task, d) for i in range(len(inputs)): sstate_add(ss, inputs[i], outputs[i], d) ss['lockfiles'] = lockfiles ss['lockfiles-shared'] = lockfilesshared ss['plaindirs'] = plaindirs ss['interceptfuncs'] = interceptfuncs return ss def sstate_add(ss, source, dest, d): if not source.endswith("/"): source = source + "/" if not dest.endswith("/"): dest = dest + "/" source = os.path.normpath(source) dest = os.path.normpath(dest) srcbase = os.path.basename(source) ss['dirs'].append([srcbase, source, dest]) return ss def sstate_install(ss, d): import oe.path import subprocess sharedfiles = [] shareddirs = [] bb.mkdirhier(d.expand("${SSTATE_MANIFESTS}")) d2 = d.createCopy() extrainf = d.getVarFlag("do_" + ss['task'], 'stamp-extra-info', True) if extrainf: d2.setVar("SSTATE_MANMACH", extrainf) manifest = d2.expand("${SSTATE_MANFILEPREFIX}.%s" % ss['name']) if os.access(manifest, os.R_OK): bb.fatal("Package already staged (%s)?!" % manifest) locks = [] for lock in ss['lockfiles-shared']: locks.append(bb.utils.lockfile(lock, True)) for lock in ss['lockfiles']: locks.append(bb.utils.lockfile(lock)) for state in ss['dirs']: for walkroot, dirs, files in os.walk(state[1]): bb.debug(2, "Staging files from %s to %s" % (state[1], state[2])) for file in files: srcpath = os.path.join(walkroot, file) dstpath = srcpath.replace(state[1], state[2]) #bb.debug(2, "Staging %s to %s" % (srcpath, dstpath)) sharedfiles.append(dstpath) for dir in dirs: srcdir = os.path.join(walkroot, dir) dstdir = srcdir.replace(state[1], state[2]) #bb.debug(2, "Staging %s to %s" % (srcdir, dstdir)) if not dstdir.endswith("/"): dstdir = dstdir + "/" shareddirs.append(dstdir) # Check the file list for conflicts against files which already exist whitelist = (d.getVar("SSTATE_DUPWHITELIST", True) or "").split() match = [] for f in sharedfiles: if os.path.exists(f): f = os.path.normpath(f) realmatch = True for w in whitelist: if f.startswith(w): realmatch = False break if realmatch: match.append(f) sstate_search_cmd = "grep -rl %s %s --exclude=master.list | sed -e 's:^.*/::' -e 's:\.populate-sysroot::'" % (f, d.expand("${SSTATE_MANIFESTS}")) search_output = subprocess.Popen(sstate_search_cmd, shell=True, stdout=subprocess.PIPE).communicate()[0] if search_output != "": match.append("Matched in %s" % search_output.rstrip()) if match: bb.warn("The recipe %s is trying to install files into a shared area when those files already exist. Those files and their manifest location are:\n %s\nPlease verify which package should provide the above files." % (d.getVar('PN', True), "\n ".join(match))) # Write out the manifest f = open(manifest, "w") for file in sharedfiles: f.write(file + "\n") # We want to ensure that directories appear at the end of the manifest # so that when we test to see if they should be deleted any contents # added by the task will have been removed first. dirs = sorted(shareddirs, key=len) # Must remove children first, which will have a longer path than the parent for di in reversed(dirs): f.write(di + "\n") f.close() # Run the actual file install for state in ss['dirs']: oe.path.copytree(state[1], state[2]) for postinst in (d.getVar('SSTATEPOSTINSTFUNCS', True) or '').split(): bb.build.exec_func(postinst, d) for lock in locks: bb.utils.unlockfile(lock) def sstate_installpkg(ss, d): import oe.path import subprocess def prepdir(dir): # remove dir if it exists, ensure any parent directories do exist if os.path.exists(dir): oe.path.remove(dir) bb.mkdirhier(dir) oe.path.remove(dir) sstateinst = d.expand("${WORKDIR}/sstate-install-%s/" % ss['name']) sstatefetch = d.getVar('SSTATE_PKGNAME', True) + '_' + ss['name'] + ".tgz" sstatepkg = d.getVar('SSTATE_PKG', True) + '_' + ss['name'] + ".tgz" if not os.path.exists(sstatepkg): pstaging_fetch(sstatefetch, sstatepkg, d) if not os.path.exists(sstatepkg + ".siginfo"): pstaging_fetch(sstatefetch + ".siginfo", sstatepkg + ".siginfo", d) if not os.path.isfile(sstatepkg): bb.note("Staging package %s does not exist" % sstatepkg) return False sstate_clean(ss, d) d.setVar('SSTATE_INSTDIR', sstateinst) d.setVar('SSTATE_PKG', sstatepkg) for preinst in (d.getVar('SSTATEPREINSTFUNCS', True) or '').split(): bb.build.exec_func(preinst, d) bb.build.exec_func('sstate_unpack_package', d) # Fixup hardcoded paths # # Note: The logic below must match the reverse logic in # sstate_hardcode_path(d) fixmefn = sstateinst + "fixmepath" if os.path.isfile(fixmefn): staging = d.getVar('STAGING_DIR', True) staging_target = d.getVar('STAGING_DIR_TARGET', True) staging_host = d.getVar('STAGING_DIR_HOST', True) if bb.data.inherits_class('native', d) or bb.data.inherits_class('nativesdk', d) or bb.data.inherits_class('crosssdk', d) or bb.data.inherits_class('cross-canadian', d): sstate_sed_cmd = "sed -i -e 's:FIXMESTAGINGDIR:%s:g'" % (staging) elif bb.data.inherits_class('cross', d): sstate_sed_cmd = "sed -i -e 's:FIXMESTAGINGDIRTARGET:%s:g; s:FIXMESTAGINGDIR:%s:g'" % (staging_target, staging) else: sstate_sed_cmd = "sed -i -e 's:FIXMESTAGINGDIRHOST:%s:g'" % (staging_host) # Add sstateinst to each filename in fixmepath, use xargs to efficiently call sed sstate_hardcode_cmd = "sed -e 's:^:%s:g' %s | xargs %s" % (sstateinst, fixmefn, sstate_sed_cmd) print "Replacing fixme paths in sstate package: %s" % (sstate_hardcode_cmd) subprocess.call(sstate_hardcode_cmd, shell=True) # Need to remove this or we'd copy it into the target directory and may # conflict with another writer os.remove(fixmefn) for state in ss['dirs']: prepdir(state[1]) os.rename(sstateinst + state[0], state[1]) sstate_install(ss, d) for plain in ss['plaindirs']: workdir = d.getVar('WORKDIR', True) src = sstateinst + "/" + plain.replace(workdir, '') dest = plain bb.mkdirhier(src) prepdir(dest) os.rename(src, dest) return True def sstate_clean_cachefile(ss, d): import oe.path sstatepkgfile = d.getVar('SSTATE_PATHSPEC', True) + "*_" + ss['name'] + ".tgz*" bb.note("Removing %s" % sstatepkgfile) oe.path.remove(sstatepkgfile) def sstate_clean_cachefiles(d): for task in (d.getVar('SSTATETASKS', True) or "").split(): ss = sstate_state_fromvars(d, task[3:]) sstate_clean_cachefile(ss, d) def sstate_clean_manifest(manifest, d): import oe.path mfile = open(manifest) entries = mfile.readlines() mfile.close() for entry in entries: entry = entry.strip() bb.debug(2, "Removing manifest: %s" % entry) # We can race against another package populating directories as we're removing them # so we ignore errors here. try: if entry.endswith("/"): if os.path.islink(entry[:-1]): os.remove(entry[:-1]) elif os.path.exists(entry) and len(os.listdir(entry)) == 0: os.rmdir(entry[:-1]) else: oe.path.remove(entry) except OSError: pass oe.path.remove(manifest) def sstate_clean(ss, d): import oe.path d2 = d.createCopy() extrainf = d.getVarFlag("do_" + ss['task'], 'stamp-extra-info', True) if extrainf: d2.setVar("SSTATE_MANMACH", extrainf) manifest = d2.expand("${SSTATE_MANFILEPREFIX}.%s" % ss['name']) if os.path.exists(manifest): locks = [] for lock in ss['lockfiles-shared']: locks.append(bb.utils.lockfile(lock)) for lock in ss['lockfiles']: locks.append(bb.utils.lockfile(lock)) sstate_clean_manifest(manifest, d) for lock in locks: bb.utils.unlockfile(lock) stfile = d.getVar("STAMP", True) + ".do_" + ss['task'] oe.path.remove(stfile) oe.path.remove(stfile + "_setscene") if extrainf: oe.path.remove(stfile + ".*" + extrainf) oe.path.remove(stfile + "_setscene" + ".*" + extrainf) else: oe.path.remove(stfile + ".*") oe.path.remove(stfile + "_setscene" + ".*") CLEANFUNCS += "sstate_cleanall" python sstate_cleanall() { bb.note("Removing shared state for package %s" % d.getVar('PN', True)) manifest_dir = d.getVar('SSTATE_MANIFESTS', True) if not os.path.exists(manifest_dir): return namemap = d.getVar('SSTATETASKNAMES', True).split() tasks = d.getVar('SSTATETASKS', True).split() for name in namemap: taskname = tasks[namemap.index(name)] shared_state = sstate_state_fromvars(d, taskname[3:]) sstate_clean(shared_state, d) } def sstate_hardcode_path(d): import subprocess # Need to remove hardcoded paths and fix these when we install the # staging packages. # # Note: the logic in this function needs to match the reverse logic # in sstate_installpkg(ss, d) staging = d.getVar('STAGING_DIR', True) staging_target = d.getVar('STAGING_DIR_TARGET', True) staging_host = d.getVar('STAGING_DIR_HOST', True) sstate_builddir = d.getVar('SSTATE_BUILDDIR', True) if bb.data.inherits_class('native', d) or bb.data.inherits_class('nativesdk', d) or bb.data.inherits_class('crosssdk', d) or bb.data.inherits_class('cross-canadian', d): sstate_grep_cmd = "grep -l -e '%s'" % (staging) sstate_sed_cmd = "sed -i -e 's:%s:FIXMESTAGINGDIR:g'" % (staging) elif bb.data.inherits_class('cross', d): sstate_grep_cmd = "grep -l -e '(%s|%s)'" % (staging_target, staging) sstate_sed_cmd = "sed -i -e 's:%s:FIXMESTAGINGDIRTARGET:g; s:%s:FIXMESTAGINGDIR:g'" % (staging_target, staging) else: sstate_grep_cmd = "grep -l -e '%s'" % (staging_host) sstate_sed_cmd = "sed -i -e 's:%s:FIXMESTAGINGDIRHOST:g'" % (staging_host) fixmefn = sstate_builddir + "fixmepath" sstate_scan_cmd = d.getVar('SSTATE_SCAN_CMD', True) sstate_filelist_cmd = "tee %s" % (fixmefn) # fixmepath file needs relative paths, drop sstate_builddir prefix sstate_filelist_relative_cmd = "sed -i -e 's:^%s::g' %s" % (sstate_builddir, fixmefn) # Limit the fixpaths and sed operations based on the initial grep search # This has the side effect of making sure the vfs cache is hot sstate_hardcode_cmd = "%s | xargs %s | %s | xargs --no-run-if-empty %s" % (sstate_scan_cmd, sstate_grep_cmd, sstate_filelist_cmd, sstate_sed_cmd) print "Removing hardcoded paths from sstate package: '%s'" % (sstate_hardcode_cmd) subprocess.call(sstate_hardcode_cmd, shell=True) # If the fixmefn is empty, remove it.. if os.stat(fixmefn).st_size == 0: os.remove(fixmefn) else: print "Replacing absolute paths in fixmepath file: '%s'" % (sstate_filelist_relative_cmd) subprocess.call(sstate_filelist_relative_cmd, shell=True) def sstate_package(ss, d): import oe.path def make_relative_symlink(path, outputpath, d): # Replace out absolute TMPDIR paths in symlinks with relative ones if not os.path.islink(path): return link = os.readlink(path) if not os.path.isabs(link): return if not link.startswith(tmpdir): return depth = link.rpartition(tmpdir)[2].count('/') base = link.partition(tmpdir)[2].strip() while depth > 1: base = "../" + base depth -= 1 bb.debug(2, "Replacing absolute path %s with relative path %s" % (link, base)) os.remove(path) os.symlink(base, path) tmpdir = d.getVar('TMPDIR', True) sstatebuild = d.expand("${WORKDIR}/sstate-build-%s/" % ss['name']) sstatepkg = d.getVar('SSTATE_PKG', True) + '_'+ ss['name'] + ".tgz" bb.mkdirhier(sstatebuild) bb.mkdirhier(os.path.dirname(sstatepkg)) for state in ss['dirs']: srcbase = state[0].rstrip("/").rsplit('/', 1)[0] for walkroot, dirs, files in os.walk(state[1]): for file in files: srcpath = os.path.join(walkroot, file) dstpath = srcpath.replace(state[1], sstatebuild + state[0]) make_relative_symlink(srcpath, dstpath, d) for dir in dirs: srcpath = os.path.join(walkroot, dir) dstpath = srcpath.replace(state[1], sstatebuild + state[0]) make_relative_symlink(srcpath, dstpath, d) bb.debug(2, "Preparing tree %s for packaging at %s" % (state[1], sstatebuild + state[0])) oe.path.copytree(state[1], sstatebuild + state[0]) workdir = d.getVar('WORKDIR', True) for plain in ss['plaindirs']: pdir = plain.replace(workdir, sstatebuild) bb.mkdirhier(plain) bb.mkdirhier(pdir) oe.path.copytree(plain, pdir) d.setVar('SSTATE_BUILDDIR', sstatebuild) d.setVar('SSTATE_PKG', sstatepkg) sstate_hardcode_path(d) bb.build.exec_func('sstate_create_package', d) bb.siggen.dump_this_task(sstatepkg + ".siginfo", d) return def pstaging_fetch(sstatefetch, sstatepkg, d): import bb.fetch2 # Only try and fetch if the user has configured a mirror mirrors = d.getVar('SSTATE_MIRRORS', True) if not mirrors: return # Copy the data object and override DL_DIR and SRC_URI localdata = bb.data.createCopy(d) bb.data.update_data(localdata) dldir = localdata.expand("${SSTATE_DIR}") srcuri = "file://" + sstatefetch bb.mkdirhier(dldir) localdata.setVar('DL_DIR', dldir) localdata.setVar('PREMIRRORS', mirrors) localdata.setVar('SRC_URI', srcuri) # Try a fetch from the sstate mirror, if it fails just return and # we will build the package try: fetcher = bb.fetch2.Fetch([srcuri], localdata, cache=False) fetcher.download() # Need to optimise this, if using file:// urls, the fetcher just changes the local path # For now work around by symlinking localpath = bb.data.expand(fetcher.localpath(srcuri), localdata) if localpath != sstatepkg and os.path.exists(localpath) and not os.path.exists(sstatepkg): os.symlink(localpath, sstatepkg) except bb.fetch2.BBFetchException: pass def sstate_setscene(d): shared_state = sstate_state_fromvars(d) accelerate = sstate_installpkg(shared_state, d) if not accelerate: raise bb.build.FuncFailed("No suitable staging package found") python sstate_task_prefunc () { shared_state = sstate_state_fromvars(d) sstate_clean(shared_state, d) } python sstate_task_postfunc () { shared_state = sstate_state_fromvars(d) sstate_install(shared_state, d) for intercept in shared_state['interceptfuncs']: bb.build.exec_func(intercept, d) sstate_package(shared_state, d) } # # Shell function to generate a sstate package from a directory # set as SSTATE_BUILDDIR # sstate_create_package () { cd ${SSTATE_BUILDDIR} TFILE=`mktemp ${SSTATE_PKG}.XXXXXXXX` # Need to handle empty directories if [ "$(ls -A)" ]; then tar -czf $TFILE * else tar -cz --file=$TFILE --files-from=/dev/null fi chmod 0664 $TFILE mv $TFILE ${SSTATE_PKG} cd ${WORKDIR} rm -rf ${SSTATE_BUILDDIR} } # # Shell function to decompress and prepare a package for installation # sstate_unpack_package () { mkdir -p ${SSTATE_INSTDIR} cd ${SSTATE_INSTDIR} tar -xmvzf ${SSTATE_PKG} } # Need to inject information about classes not in the global configuration scope EXTRASSTATEMAPS += "do_deploy:deploy" BB_HASHCHECK_FUNCTION = "sstate_checkhashes" def sstate_checkhashes(sq_fn, sq_task, sq_hash, sq_hashfn, d): ret = [] mapping = {} for t in d.getVar("SSTATETASKS", True).split(): mapping[t] = d.getVarFlag(t, "sstate-name", True) for extra in d.getVar("EXTRASSTATEMAPS", True).split(): e = extra.split(":") mapping[e[0]] = e[1] for task in range(len(sq_fn)): spec = sq_hashfn[task].split(" ")[1] extrapath = sq_hashfn[task].split(" ")[0] sstatefile = d.expand("${SSTATE_DIR}/" + extrapath + generate_sstatefn(spec, sq_hash[task], d) + "_" + mapping[sq_task[task]] + ".tgz") if os.path.exists(sstatefile): bb.debug(2, "SState: Found valid sstate file %s" % sstatefile) ret.append(task) continue else: bb.debug(2, "SState: Looked for but didn't find file %s" % sstatefile) mirrors = d.getVar("SSTATE_MIRRORS", True) if mirrors: # Copy the data object and override DL_DIR and SRC_URI localdata = bb.data.createCopy(d) bb.data.update_data(localdata) dldir = localdata.expand("${SSTATE_DIR}") localdata.setVar('DL_DIR', dldir) localdata.setVar('PREMIRRORS', mirrors) bb.debug(2, "SState using premirror of: %s" % mirrors) for task in range(len(sq_fn)): if task in ret: continue spec = sq_hashfn[task].split(" ")[1] extrapath = sq_hashfn[task].split(" ")[0] sstatefile = d.expand(extrapath + generate_sstatefn(spec, sq_hash[task], d) + "_" + mapping[sq_task[task]] + ".tgz") srcuri = "file://" + sstatefile localdata.setVar('SRC_URI', srcuri) bb.debug(2, "SState: Attempting to fetch %s" % srcuri) try: fetcher = bb.fetch2.Fetch(srcuri.split(), localdata) fetcher.checkstatus() bb.debug(2, "SState: Successful fetch test for %s" % srcuri) ret.append(task) except: bb.debug(2, "SState: Unsuccessful fetch test for %s" % srcuri) pass return ret BB_SETSCENE_DEPVALID = "setscene_depvalid" def setscene_depvalid(task, taskdependees, notneeded, d): # taskdependees is a dict of tasks which depend on task, each being a 3 item list of [PN, TASKNAME, FILENAME] # task is included in taskdependees too bb.debug(2, "Considering setscene task: %s" % (str(taskdependees[task]))) def isNative(x): return x.endswith("-native") def isNativeCross(x): return x.endswith("-native") or x.endswith("-cross") or x.endswith("-cross-initial") def isSafeDep(x): if x in ["quilt-native", "autoconf-native", "automake-native", "gnu-config-native", "libtool-native", "pkgconfig-native", "gcc-cross", "binutils-cross", "gcc-cross-initial"]: return True return False # We can skip these "safe" dependencies since the aren't runtime dependencies, just build time if isSafeDep(taskdependees[task][0]) and taskdependees[task][1] == "do_populate_sysroot": return True # We only need to trigger populate_lic through direct dependencies if taskdependees[task][1] == "do_populate_lic": return True for dep in taskdependees: bb.debug(2, " considering dependency: %s" % (str(taskdependees[dep]))) if task == dep: continue if dep in notneeded: continue # do_package_write_* and do_package doesn't need do_package if taskdependees[task][1] == "do_package" and taskdependees[dep][1] in ['do_package', 'do_package_write_deb', 'do_package_write_ipk', 'do_package_write_rpm']: continue # do_package_write_* and do_package doesn't need do_populate_sysroot if taskdependees[task][1] == "do_populate_sysroot" and taskdependees[dep][1] in ['do_package', 'do_package_write_deb', 'do_package_write_ipk', 'do_package_write_rpm']: continue # Native/Cross packages don't exist and are noexec anyway if isNativeCross(taskdependees[dep][0]) and taskdependees[dep][1] in ['do_package_write_deb', 'do_package_write_ipk', 'do_package_write_rpm']: continue # Consider sysroot depending on sysroot tasks if taskdependees[task][1] == 'do_populate_sysroot' and taskdependees[dep][1] == 'do_populate_sysroot': # Nothing need depend on libc-initial/gcc-cross-initial if taskdependees[task][0].endswith("-initial"): continue # Native/Cross populate_sysroot need their dependencies if isNativeCross(taskdependees[task][0]) and isNativeCross(taskdependees[dep][0]): return False # Target populate_sysroot depended on by cross tools need to be installed if isNativeCross(taskdependees[dep][0]): return False # Native/cross tools depended upon by target sysroot are not needed if isNativeCross(taskdependees[task][0]): continue # Target populate_sysroot need their dependencies return False # Safe fallthrough default bb.debug(2, " Default setscene dependency fall through due to dependency: %s" % (str(taskdependees[dep]))) return False return True