def stage(self, staging_dir):
"""Implement method from PayloadImage ABC."""
assert len(self.archived_paths) == 1
upi.stage_single_file_with_compression(
staging_dir,
uutil.ArchivedFileSpec(self._path, self.archived_paths[0]),
)
def stage(self, staging_dir):
"""Implement method from PayloadImage ABC."""
assert len(self.archived_paths) == 1
upi.stage_multi_file_component(
staging_dir,
self.archived_paths[0],
[uutil.ArchivedFileSpec(self._path, self.image_base_type)],
)
def __init__(self, app_paths):
"""
Create an AppsImage object.
Args:
* app_paths list<str>: list of paths to the ipk files to add to the
payload.
"""
self._apps = [uutil.ArchivedFileSpec(app) for app in app_paths]
_validate_app_paths(self._apps)
def stage(self, staging_dir):
"""Implement method from PayloadImage ABC."""
boot_files_with_BOOT = [
uutil.ArchivedFileSpec(
afs.path, pathlib.Path("BOOT", afs.archived_path)
)
for afs in self._boot_files
]
assert len(self.archived_paths) == 1
upi.stage_multi_file_component(
staging_dir, self.archived_paths[0], boot_files_with_BOOT
)
def _img_boot_files_val_to_archived_file_specs(img_bf_val, deploy_dir):
"""
Convert a value from the IMAGE_BOOT_FILES var to a list ArchivedFileSpecs.
The values in the IMAGE_BOOT_FILES var can be a string filename,
a filename with an 'output name' separated by a semi-colon, or a directory
with a glob expression. This function will convert an IMAGE_BOOT_FILES
entry into a list of ArchivedFileSpec objects according to the following
rules:
* dir with glob, e.g mbl-bootfiles/*: Each ArchivedFileSpec has:
- path: absolute path for a file in the glob. The glob is intepreted
relative to deploy_dir.
- archived_path: basename of the file in the glob.
* filename: The single ArchivedFileSpec in the returned list has:
- path: absolute path for file. filename is interpreted relative to
deploy_dir.
- archived_path: basename of the file.
* filename with output name, e.g uImage;kernel: The single ArchivedFileSpec
in the returned list has:
- path: absolute path of the file. filename is interpreted relative to
deploy_dir.
- archived_path: the "output name" (the part after the semicolon in the
IMAGE_BOOT_FILES entry)
:param img_bf_val str: the IMAGE_BOOT_FILES value.
:param deploy_dir_img Path: path to the image deploy dir.
"""
installed_name_delim = ";"
if img_bf_val.endswith(r"/*"):
matched_files = deploy_dir.glob(img_bf_val)
return [uutil.ArchivedFileSpec(p) for p in matched_files]
elif installed_name_delim in img_bf_val:
orig_name, installed_name = img_bf_val.split(installed_name_delim)
return [uutil.ArchivedFileSpec(deploy_dir / orig_name, installed_name)]
elif img_bf_val:
return [uutil.ArchivedFileSpec(deploy_dir / img_bf_val)]
def __init__(self, bootloader_slot_name, deploy_dir, tinfoil):
"""
Create a WksBootloaderSlotImage object.
Args:
* bootloader_slot_name str: name of the bootloader slot/partition.
* deploy_dir Path: path to the directory containing build artifacts.
* tinfoil Tinfoil: BitBake Tinfoil object.
"""
self._bootloader_slot_name = bootloader_slot_name
filename_var_name = "MBL_{}_FILENAME".format(bootloader_slot_name)
filename = tutil.get_bitbake_conf_var(filename_var_name, tinfoil)
self._archived_file_spec = uutil.ArchivedFileSpec(
deploy_dir / filename, "{}.xz".format(self.image_type))
def __init__(self, image_name, deploy_dir, tinfoil):
"""
Create a RootfsImage object.
Args:
* image_name str: name of the BitBake image recipe that was used to
create the rootfs image.
* deploy_dir Path: path to the directory containing build artifacts.
* tinfoil Tinfoil: BitBake Tinfoil object.
"""
machine = tutil.get_bitbake_conf_var("MACHINE", tinfoil)
rootfs_filename = "{}-{}.tar.xz".format(image_name, machine)
self._archived_file_spec = uutil.ArchivedFileSpec(
deploy_dir / rootfs_filename, "{}.tar.xz".format(self.image_type))
