def normalize_user_data(app, ud):
"""
Normalize user data format to a consistent representation used within CloudMan.
This is useful as user data and also persistent data evolve over time and thus
calling this method at app start enables any necessary translation to happen.
"""
if ud.get('persistent_data_version', 1) < app.PERSISTENT_DATA_VERSION:
# First make a backup of the deprecated persistent data file
s3_conn = app.cloud_interface.get_s3_connection()
copy_file_in_bucket(
s3_conn, ud['bucket_cluster'], ud['bucket_cluster'],
'persistent_data.yaml', 'persistent_data-deprecated.yaml', preserve_acl=False,
validate=False)
# Convert (i.e., normalize) v2 ud
if 'filesystems' in ud:
log.debug("Normalizing v2 user data")
for fs in ud['filesystems']:
if 'roles' not in fs:
fs['roles'] = ServiceRole.legacy_convert(fs['name'])
if 'delete_on_termination' not in fs:
if fs['kind'] == 'snapshot':
fs['delete_on_termination'] = True
else:
fs['delete_on_termination'] = False
for svc in ud.get('services', []):
if 'roles' not in svc:
svc['roles'] = ServiceRole.legacy_convert(
svc.get('name', 'NoName'))
# Convert (i.e., normalize) v1 ud
if "static_filesystems" in ud or "data_filesystems" in ud:
log.debug("Normalizing v1 user data")
if 'filesystems' not in ud:
ud['filesystems'] = []
if 'static_filesystems' in ud:
for vol in ud['static_filesystems']:
# Create a mapping between the old and the new format styles
# Some assumptions are made here; namely, all static file systems
# in the original data are assumed delete_on_termination, their name
# defines their role and they are mounted under /mnt/<name>
roles = ServiceRole.legacy_convert(vol['filesystem'])
fs = {'kind': 'snapshot', 'name': vol['filesystem'],
'roles': roles, 'delete_on_termination': True,
'mount_point': os.path.join('/mnt', vol['filesystem']),
'ids': [vol['snap_id']]}
ud['filesystems'].append(fs)
ud.pop('static_filesystems')
ud['cluster_type'] = 'Galaxy'
if 'data_filesystems' in ud:
for fs_name, fs in ud['data_filesystems'].items():
fs = {'kind': 'volume', 'name': fs_name,
'roles': ServiceRole.legacy_convert(fs_name), 'delete_on_termination': False,
'mount_point': os.path.join('/mnt', fs_name),
'ids': [fs[0]['vol_id']]}
ud['filesystems'].append(fs)
ud.pop('data_filesystems')
if 'cluster_type' not in ud:
ud['cluster_type'] = 'Data'
if 'galaxy_home' in ud:
ud.pop('galaxy_home')
if 'services' in ud and 'service' in ud['services'][0]:
log.debug("Normalizing v1 service user data")
old_svc_list = ud['services']
ud['services'] = []
# clear 'services' and replace with the new format
for svc in old_svc_list:
if 'roles' not in svc:
normalized_svc = {'name': svc['service'], 'roles':
ServiceRole.legacy_convert(svc['service'])}
ud['services'].append(normalized_svc)
return ud
def normalize_user_data(app, ud):
"""
Normalize user data format to a consistent representation used within CloudMan.
This is useful as user data and also persistent data evolve over time and thus
calling this method at app start enables any necessary translation to happen.
"""
if ud.get("persistent_data_version", 1) < app.PERSISTENT_DATA_VERSION:
# First make a backup of the deprecated persistent data file
s3_conn = app.cloud_interface.get_s3_connection()
copy_file_in_bucket(
s3_conn,
ud["bucket_cluster"],
ud["bucket_cluster"],
"persistent_data.yaml",
"persistent_data-deprecated.yaml",
preserve_acl=False,
validate=False,
)
# Convert (i.e., normalize) v2 ud
if "filesystems" in ud:
log.debug("Normalizing v2 user data")
for fs in ud["filesystems"]:
if "roles" not in fs:
fs["roles"] = ServiceRole.legacy_convert(fs["name"])
if "delete_on_termination" not in fs:
if fs["kind"] == "snapshot":
fs["delete_on_termination"] = True
else:
fs["delete_on_termination"] = False
for svc in ud.get("services", []):
if "roles" not in svc:
svc["roles"] = ServiceRole.legacy_convert(svc.get("name", "NoName"))
# Convert (i.e., normalize) v1 ud
if "static_filesystems" in ud or "data_filesystems" in ud:
log.debug("Normalizing v1 user data")
if "filesystems" not in ud:
ud["filesystems"] = []
if "static_filesystems" in ud:
for vol in ud["static_filesystems"]:
# Create a mapping between the old and the new format styles
# Some assumptions are made here; namely, all static file systems
# in the original data are assumed delete_on_termination, their name
# defines their role and they are mounted under /mnt/<name>
roles = ServiceRole.legacy_convert(vol["filesystem"])
fs = {
"kind": "snapshot",
"name": vol["filesystem"],
"roles": roles,
"delete_on_termination": True,
"mount_point": os.path.join("/mnt", vol["filesystem"]),
"ids": [vol["snap_id"]],
}
ud["filesystems"].append(fs)
ud.pop("static_filesystems")
ud["cluster_type"] = "Galaxy"
if "data_filesystems" in ud:
for fs_name, fs in ud["data_filesystems"].items():
fs = {
"kind": "volume",
"name": fs_name,
"roles": ServiceRole.legacy_convert(fs_name),
"delete_on_termination": False,
"mount_point": os.path.join("/mnt", fs_name),
"ids": [fs[0]["vol_id"]],
}
ud["filesystems"].append(fs)
ud.pop("data_filesystems")
if "cluster_type" not in ud:
ud["cluster_type"] = "Data"
if "galaxy_home" in ud:
ud.pop("galaxy_home")
if "services" in ud and "service" in ud["services"][0]:
log.debug("Normalizing v1 service user data")
old_svc_list = ud["services"]
ud["services"] = []
# clear 'services' and replace with the new format
for svc in old_svc_list:
if "roles" not in svc:
normalized_svc = {"name": svc["service"], "roles": ServiceRole.legacy_convert(svc["service"])}
ud["services"].append(normalized_svc)
return ud
