def main(self):
pbar = self.get_progressbar(
label='Compressing',
maxval=os.path.getsize(self.args['image_filename']))
pack = ImagePack.build(self.args['md_filename'],
self.args['image_filename'], progressbar=pbar)
return pack.filename
def main(self):
pbar = self.get_progressbar(label='Compressing',
maxval=os.path.getsize(
self.args['image_filename']))
pack = ImagePack.build(self.args['md_filename'],
self.args['image_filename'],
progressbar=pbar)
return pack.filename
def main(self):
services = {
's3': {
'service': self.service,
'auth': self.auth
},
'ec2': {
'service': self.args['ec2_service'],
'auth': self.args['ec2_auth']
}
}
unpacked_image = tempfile.TemporaryFile()
with ImagePack.open(self.args['pack_filename']) as pack:
if self.args['profile'] not in pack.image_md.profiles:
raise ValueError(
'no such profile: "{0}" (choose from {1})'.format(
self.args['profile'],
', '.join(pack.image_md.profiles.keys())))
with pack.open_image() as image:
# We could technically hand the image file object
# directly to the installation process and calculate
# checksums on fly, but that would mean we error out
# only after everything finishes and force people to
# clean up after if the checksum happens to be bad.
# We thus do this in two steps instead.
digest = hashlib.sha256()
bytes_written = 0
pbar = self.get_progressbar(label='Decompressing',
maxval=pack.pack_md.image_size)
pbar.start()
while True:
chunk = image.read(euca2ools.BUFSIZE)
if not chunk:
break
digest.update(chunk)
unpacked_image.write(chunk)
bytes_written += len(chunk)
pbar.update(bytes_written)
pbar.finish()
if digest.hexdigest() != pack.pack_md.image_sha256sum:
raise RuntimeError(
'image appears to be corrupt '
'(expected SHA256: {0}, actual: {1})',
pack.pack_md.image_sha256sum, digest.hexdigest())
unpacked_image.seek(0)
image_id = pack.image_md.install_profile(self.args['profile'],
services, unpacked_image,
pack.pack_md.image_size,
self.args)
unpacked_image.close()
return image_id
def main(self):
services = {'s3': {'service': self.service, 'auth': self.auth},
'ec2': {'service': self.args['ec2_service'],
'auth': self.args['ec2_auth']}}
unpacked_image = tempfile.TemporaryFile()
with ImagePack.open(self.args['pack_filename']) as pack:
if self.args['profile'] not in pack.image_md.profiles:
raise ValueError(
'no such profile: "{0}" (choose from {1})'.format(
self.args['profile'],
', '.join(pack.image_md.profiles.keys())))
with pack.open_image() as image:
# We could technically hand the image file object
# directly to the installation process and calculate
# checksums on fly, but that would mean we error out
# only after everything finishes and force people to
# clean up after if the checksum happens to be bad.
# We thus do this in two steps instead.
digest = hashlib.sha256()
bytes_written = 0
pbar = self.get_progressbar(label='Decompressing',
maxval=pack.pack_md.image_size)
pbar.start()
while True:
chunk = image.read(euca2ools.BUFSIZE)
if not chunk:
break
digest.update(chunk)
unpacked_image.write(chunk)
bytes_written += len(chunk)
pbar.update(bytes_written)
pbar.finish()
if digest.hexdigest() != pack.pack_md.image_sha256sum:
raise RuntimeError('image appears to be corrupt '
'(expected SHA256: {0}, actual: {1})',
pack.pack_md.image_sha256sum,
digest.hexdigest())
unpacked_image.seek(0)
image_id = pack.image_md.install_profile(
self.args['profile'], services, unpacked_image,
pack.pack_md.image_size, self.args)
unpacked_image.close()
return image_id
def main(self):
return ImagePack.open(self.args['pack_filename'])
