def unpackimg(self, img, out, unpacker, imgType):
bootImgGenerator = imgtools.unpackimg(unpacker, img, out)
self.newConfig.set("%s.img.cmdline" % imgType, bootImgGenerator.getKernelCmdLine(quote=False))
self.newConfig.set("%s.img.base" % imgType, bootImgGenerator.getBaseAddr())
self.newConfig.set("%s.img.ramdisk_offset" % imgType, bootImgGenerator.getRamdiskOffset())
self.newConfig.set("%s.img.second_offset" % imgType, bootImgGenerator.getSecondOffset())
self.newConfig.set("%s.img.tags_offset" % imgType, bootImgGenerator.getTagsOffset())
self.newConfig.set("%s.img.pagesize" % imgType, bootImgGenerator.getPageSize())
self.newConfig.set("%s.img.second_size" % imgType, bootImgGenerator.getSecondSize())
self.newConfig.set("%s.img.dt_size" % imgType, bootImgGenerator.getDeviceTreeSize())
self.newConfig.set("%s.img.kernel" % imgType, os.path.relpath(bootImgGenerator.getKernel(), self.variantDir))
self.newConfig.set("%s.img.ramdisk" % imgType, os.path.relpath(bootImgGenerator.getRamdisk(), self.variantDir))
self.newConfig.set("%s.img.dt" % imgType, os.path.relpath(bootImgGenerator.getDeviceTree(), self.variantDir))
fstab = Fstab.parseFstab(os.path.join(out, bootImgGenerator.getRamdisk(), "etc", "recovery.fstab"))
processParts = ("boot", "system", "recovery", "cache")
for p in processParts:
fstabPart = fstab.getByMountPoint("/" + p)
key = "__config__.target.mount.%s." % p
if self.newConfig.get(key + "dev") != fstabPart.getDevice():
self.newConfig.set(key + "dev", fstabPart.getDevice())
if self.newConfig.get(key + "mount") != fstabPart.getMountPoint():
self.newConfig.set(key + "mount", fstabPart.getMountPoint())
if self.newConfig.get(key + "fs") != fstabPart.getType():
self.newConfig.set(key + "fs", fstabPart.getType())
def make(self, workDir, outDir):
recoveryImg = self.getMakeProperty("img")
with self.newTmpWorkDir() as recoveryExtractDir:
with self.newTmpWorkDir() as recoveryRamdiskDir:
workRamdiskDir = os.path.join(recoveryRamdiskDir, "ramdisk")
if type(recoveryImg.getValue()) is str:
_, unpacker = self.getHostBinary("unpackbootimg")
bootImgGenerator = imgtools.unpackimg(
unpacker, recoveryImg.resolveAsRelativePath(), recoveryExtractDir
)
shutil.copytree(
os.path.join(recoveryExtractDir, bootImgGenerator.getRamdisk()), workRamdiskDir, symlinks=True
)
imgType = "recovery"
self.setValue("recovery.img", {})
self.setValue("%s.img.cmdline" % imgType, bootImgGenerator.getKernelCmdLine(quote=False))
self.setValue("%s.img.base" % imgType, bootImgGenerator.getBaseAddr())
self.setValue("%s.img.ramdisk_offset" % imgType, bootImgGenerator.getRamdiskOffset())
self.setValue("%s.img.second_offset" % imgType, bootImgGenerator.getSecondOffset())
self.setValue("%s.img.tags_offset" % imgType, bootImgGenerator.getTagsOffset())
self.setValue("%s.img.pagesize" % imgType, bootImgGenerator.getPageSize())
self.setValue("%s.img.second_size" % imgType, bootImgGenerator.getSecondSize())
self.setValue("%s.img.dt_size" % imgType, bootImgGenerator.getDeviceTreeSize())
self.setValue("%s.img.kernel" % imgType, bootImgGenerator.getKernel())
self.setValue("%s.img.dt" % imgType, bootImgGenerator.getDeviceTree())
else:
shutil.copytree(
self.getMakeProperty("img.ramdisk").resolveAsRelativePath(), workRamdiskDir, symlinks=True
)
self.setValue("recovery.img.ramdisk", workRamdiskDir)
if self.getMakeValue("inject_keys", True):
if not self.injectKeys(workRamdiskDir):
logger.warning("key already exists in %s, not injecting" % self.__class__.PATH_KEYS)
else:
logger.debug("injected key in %s" % self.__class__.PATH_KEYS)
self.injectBusyBox(workRamdiskDir)
fstabPath = os.path.join(workRamdiskDir, "etc", "fstab")
fstab = Fstab.parseFstab(os.path.join(workRamdiskDir, "etc", "recovery.fstab"))
diffMounts = ConfigSyncer.diffMounts(self.getConfig(), fstab)
for k, v in diffMounts.items():
self.getConfig().setRecursive(k, v)
if not os.path.exists(fstabPath):
self.injectFstab(fstab, workRamdiskDir)
result = super(RecoveryImageMaker, self).make(workDir, outDir)
self.setValue("recovery.img", recoveryImg.getValue())
return result
def make(self, workDir, outDir):
recoveryImg = self.getMakeProperty("img")
with self.newTmpWorkDir() as recoveryExtractDir:
with self.newTmpWorkDir() as recoveryRamdiskDir:
workRamdiskDir = os.path.join(recoveryRamdiskDir, "ramdisk")
if type(recoveryImg.getValue()) is str:
_, unpacker = self.getHostBinary("unpackbootimg")
bootImgGenerator = imgtools.unpackimg(unpacker, recoveryImg.resolveAsRelativePath(), recoveryExtractDir)
shutil.copytree(os.path.join(recoveryExtractDir, bootImgGenerator.getRamdisk()), workRamdiskDir, symlinks=True)
imgType = "recovery"
self.setValue("recovery.img", {})
self.setValue("%s.img.cmdline" % imgType, bootImgGenerator.getKernelCmdLine(quote=False))
self.setValue("%s.img.base" % imgType, bootImgGenerator.getBaseAddr())
self.setValue("%s.img.ramdisk_offset" % imgType, bootImgGenerator.getRamdiskOffset())
self.setValue("%s.img.second_offset" % imgType, bootImgGenerator.getSecondOffset())
self.setValue("%s.img.tags_offset" % imgType, bootImgGenerator.getTagsOffset())
self.setValue("%s.img.pagesize" % imgType, bootImgGenerator.getPageSize())
self.setValue("%s.img.second_size" % imgType, bootImgGenerator.getSecondSize())
self.setValue("%s.img.dt_size" % imgType, bootImgGenerator.getDeviceTreeSize())
self.setValue("%s.img.kernel" % imgType, bootImgGenerator.getKernel())
self.setValue("%s.img.dt" % imgType, bootImgGenerator.getDeviceTree())
else:
shutil.copytree(self.getMakeProperty("img.ramdisk").resolveAsRelativePath(), workRamdiskDir, symlinks=True)
self.setValue("recovery.img.ramdisk", workRamdiskDir)
if self.getMakeValue("inject_keys", True):
if not self.injectKeys(workRamdiskDir):
logger.warning("key already exists in %s, not injecting" % self.__class__.PATH_KEYS)
else:
logger.debug("injected key in %s" % self.__class__.PATH_KEYS)
self.injectBusyBox(workRamdiskDir)
fstabPath = os.path.join(workRamdiskDir, "etc", "fstab")
fstab = Fstab.parseFstab(os.path.join(workRamdiskDir, "etc", "recovery.fstab"))
diffMounts = ConfigSyncer.diffMounts(self.getConfig(), fstab)
for k, v in diffMounts.items():
self.getConfig().setRecursive(k, v)
if not os.path.exists(fstabPath):
self.injectFstab(fstab, workRamdiskDir)
result = super(RecoveryImageMaker, self).make(workDir, outDir)
self.setValue("recovery.img", recoveryImg.getValue())
return result
def unpackimg(self, img, out, unpacker, imgType):
bootImgGenerator = imgtools.unpackimg(unpacker, img, out)
self.newConfig.set("%s.img.cmdline" % imgType,
bootImgGenerator.getKernelCmdLine(quote=False))
self.newConfig.set("%s.img.base" % imgType,
bootImgGenerator.getBaseAddr())
self.newConfig.set("%s.img.ramdisk_offset" % imgType,
bootImgGenerator.getRamdiskOffset())
self.newConfig.set("%s.img.second_offset" % imgType,
bootImgGenerator.getSecondOffset())
self.newConfig.set("%s.img.tags_offset" % imgType,
bootImgGenerator.getTagsOffset())
self.newConfig.set("%s.img.pagesize" % imgType,
bootImgGenerator.getPageSize())
self.newConfig.set("%s.img.second_size" % imgType,
bootImgGenerator.getSecondSize())
self.newConfig.set("%s.img.dt_size" % imgType,
bootImgGenerator.getDeviceTreeSize())
self.newConfig.set(
"%s.img.kernel" % imgType,
os.path.relpath(bootImgGenerator.getKernel(), self.variantDir))
self.newConfig.set(
"%s.img.ramdisk" % imgType,
os.path.relpath(bootImgGenerator.getRamdisk(), self.variantDir))
self.newConfig.set(
"%s.img.dt" % imgType,
os.path.relpath(bootImgGenerator.getDeviceTree(), self.variantDir))
fstab = Fstab.parseFstab(
os.path.join(out, bootImgGenerator.getRamdisk(), "etc",
"recovery.fstab"))
processParts = ("boot", "system", "recovery", "cache")
for p in processParts:
fstabPart = fstab.getByMountPoint("/" + p)
key = "__config__.target.mount.%s." % p
if self.newConfig.get(key + "dev") != fstabPart.getDevice():
self.newConfig.set(key + "dev", fstabPart.getDevice())
if self.newConfig.get(key + "mount") != fstabPart.getMountPoint():
self.newConfig.set(key + "mount", fstabPart.getMountPoint())
if self.newConfig.get(key + "fs") != fstabPart.getType():
self.newConfig.set(key + "fs", fstabPart.getType())
def make(self, workDir, outDir):
recoveryImg = self.getMakeProperty("img")
preprocessed = self.getMakeValue("preprocessed", False)
with self.newTmpWorkDir() as recoveryExtractDir:
with self.newTmpWorkDir() as recoveryRamdiskDir:
workRamdiskDir = os.path.join(recoveryRamdiskDir, "ramdisk")
if type(recoveryImg.getValue()) is str:
if preprocessed:
return super(RecoveryImageMaker,
self).make(workDir, outDir)
unpackerName = self.getMakeValue("unpacker",
"unpackbootimg")
assert unpackerName in ("unpackbootimg", "unmkbootimg")
_, unpacker = self.getHostBinary(unpackerName)
bootImgGenerator = imgtools.unpackimg(
unpacker,
recoveryImg.resolveAsRelativePath(),
recoveryExtractDir,
mode=imgtools.MODE_UNMKBOOTIMG if unpackerName
== "unmkbootimg" else imgtools.MODE_UNPACKBOOTIMG)
shutil.copytree(os.path.join(
recoveryExtractDir, bootImgGenerator.getRamdisk()),
workRamdiskDir,
symlinks=True)
imgType = "recovery"
self.setValue("recovery.img", {})
self.setValue(
"%s.img.cmdline" % imgType,
bootImgGenerator.getKernelCmdLine(quote=False))
self.setValue("%s.img.base" % imgType,
bootImgGenerator.getBaseAddr())
self.setValue("%s.img.ramdisk_offset" % imgType,
bootImgGenerator.getRamdiskOffset())
self.setValue("%s.img.second_offset" % imgType,
bootImgGenerator.getSecondOffset())
self.setValue("%s.img.tags_offset" % imgType,
bootImgGenerator.getTagsOffset())
self.setValue("%s.img.pagesize" % imgType,
bootImgGenerator.getPageSize())
self.setValue("%s.img.second_size" % imgType,
bootImgGenerator.getSecondSize())
self.setValue("%s.img.dt_size" % imgType,
bootImgGenerator.getDeviceTreeSize())
self.setValue("%s.img.kernel" % imgType,
bootImgGenerator.getKernel())
self.setValue("%s.img.dt" % imgType,
bootImgGenerator.getDeviceTree())
self.setValue("%s.img.kernel_offset" % imgType,
bootImgGenerator.getKernelOffset())
else:
shutil.copytree(self.getMakeProperty(
"img.ramdisk").resolveAsRelativePath(),
workRamdiskDir,
symlinks=True)
self.setValue("recovery.img.ramdisk", workRamdiskDir)
if not preprocessed:
if self.getMakeValue("inject_keys", True):
if not self.injectKeys(workRamdiskDir):
logger.warning(
"key already exists in %s, not injecting" %
self.__class__.PATH_KEYS)
else:
logger.debug("injected key in %s" %
self.__class__.PATH_KEYS)
self.injectBusyBox(workRamdiskDir)
self.readProps(workRamdiskDir)
self.overrideDmVerityHash(workRamdiskDir)
fstabPath = os.path.join(workRamdiskDir, "etc", "fstab")
fstab = None
for fstabname in RecoveryImageMaker.FSTABS:
fstabpathcheck = os.path.join(workRamdiskDir, "etc",
fstabname)
if os.path.exists(fstabpathcheck):
fstab = Fstab.parseFstab(fstabpathcheck)
break
if fstab is None:
raise ValueError("Couldn't parse any of /etc/{%s}" %
(",".join(RecoveryImageMaker.FSTABS)))
diffMounts = ConfigSyncer.diffMounts(
self.getConfig(), fstab)
for k, v in diffMounts.items():
self.getConfig().setRecursive(k, v)
if not os.path.exists(fstabPath) and self.getMakeValue(
"inject_fstab", True):
self.injectFstab(fstab, workRamdiskDir)
result = super(RecoveryImageMaker,
self).make(workDir, outDir)
self.setValue("recovery.img", recoveryImg.getValue())
return result
def unpackimg(self, img, out, unpacker, imgType):
bootImgGenerator = imgtools.unpackimg(unpacker, img, out)
self.newConfig.set("%s.img.cmdline" % imgType,
bootImgGenerator.getKernelCmdLine(quote=False))
self.newConfig.set("%s.img.base" % imgType,
bootImgGenerator.getBaseAddr())
self.newConfig.set("%s.img.ramdisk_offset" % imgType,
bootImgGenerator.getRamdiskOffset())
self.newConfig.set("%s.img.second_offset" % imgType,
bootImgGenerator.getSecondOffset())
self.newConfig.set("%s.img.tags_offset" % imgType,
bootImgGenerator.getTagsOffset())
self.newConfig.set("%s.img.pagesize" % imgType,
bootImgGenerator.getPageSize())
self.newConfig.set("%s.img.second_size" % imgType,
bootImgGenerator.getSecondSize())
self.newConfig.set("%s.img.dt_size" % imgType,
bootImgGenerator.getDeviceTreeSize())
self.newConfig.set(
"%s.img.kernel" % imgType,
os.path.relpath(bootImgGenerator.getKernel(), self.variantDir))
self.newConfig.set(
"%s.img.ramdisk" % imgType,
os.path.relpath(bootImgGenerator.getRamdisk(), self.variantDir))
self.newConfig.set(
"%s.img.dt" % imgType,
os.path.relpath(bootImgGenerator.getDeviceTree(), self.variantDir))
etcPath = os.path.join(out, bootImgGenerator.getRamdisk(), "etc")
fstabFilename = None
if os.path.exists(etcPath):
for f in os.listdir(etcPath):
if f.endswith("fstab"):
fstabFilename = f
if fstabFilename is None:
raise ValueError("Couldn't locate fstab")
fstab = Fstab.parseFstab(os.path.join(etcPath, fstabFilename))
processParts = ("boot", "kernel", "system", "recovery", "cache")
for p in processParts:
fstabPart = fstab.getByMountPoint("/" + p)
if not fstabPart:
continue
key = "__config__.target.mount.%s." % p
if self.newConfig.get(key + "dev") != fstabPart.getDevice():
self.newConfig.set(key + "dev", fstabPart.getDevice())
if self.newConfig.get(key +
"mount") != fstabPart.getMountPoint():
self.newConfig.set(key + "mount",
fstabPart.getMountPoint())
if self.newConfig.get(key + "fs") != fstabPart.getType():
self.newConfig.set(key + "fs", fstabPart.getType())
defaultProp = DefaultPropFile(
os.path.join(out, bootImgGenerator.getRamdisk(), "default.prop"))
if defaultProp.getArch():
self.newConfig.setTargetConfigValue("arch",
defaultProp.getArch(),
diffOnly=True)
if defaultProp.getProductManufacturer():
self.newConfig.setTargetConfigValue(
"device.manufacturer",
defaultProp.getProductManufacturer(),
diffOnly=True)
if defaultProp.getProductBrand():
self.newConfig.setTargetConfigValue("device.brand",
defaultProp.getProductBrand(),
diffOnly=True)
if defaultProp.getProductBoard():
self.newConfig.setTargetConfigValue("device.board",
defaultProp.getProductBoard(),
diffOnly=True)
if defaultProp.getProductDevice():
self.newConfig.setTargetConfigValue("device.name",
defaultProp.getProductDevice(),
diffOnly=True)