def _GetAndPrintLabel(self, bucket_arg):
"""Gets and prints the labels for a cloud bucket."""
(bucket_url, bucket_metadata) = self.GetSingleBucketUrlFromArg(
bucket_arg, bucket_fields=['labels'])
if bucket_url.scheme == 's3':
print(self.gsutil_api.XmlPassThroughGetTagging(
bucket_url, provider=bucket_url.scheme))
else:
if bucket_metadata.labels:
print(LabelTranslation.JsonFromMessage(
bucket_metadata.labels, pretty_print=True))
else:
print('%s has no label configuration.' % bucket_url)
def _ChLabelForBucket(blr):
url = blr.storage_url
self.logger.info('Setting label configuration on %s...', blr)
labels_message = None
# When performing a read-modify-write cycle, include metageneration to
# avoid race conditions (supported for GS buckets only).
metageneration = None
if (self.gsutil_api.GetApiSelector(url.scheme) ==
ApiSelector.JSON):
# The JSON API's PATCH semantics allow us to skip read-modify-write,
# with the exception of one edge case - attempting to delete a
# nonexistent label returns an error iff no labels previously existed
corrected_changes = self.label_changes
if self.num_deletions:
(_, bucket_metadata) = self.GetSingleBucketUrlFromArg(
url.url_string, bucket_fields=['labels', 'metageneration'])
if not bucket_metadata.labels:
metageneration = bucket_metadata.metageneration
# Remove each change that would try to delete a nonexistent key.
corrected_changes = dict(
(k, v) for k, v in self.label_changes.iteritems() if v)
labels_message = LabelTranslation.DictToMessage(corrected_changes)
else: # ApiSelector.XML
# Perform a read-modify-write cycle so that we can specify which
# existing labels need to be deleted.
(_, bucket_metadata) = self.GetSingleBucketUrlFromArg(
url.url_string, bucket_fields=['labels', 'metageneration'])
metageneration = bucket_metadata.metageneration
label_json = {}
if bucket_metadata.labels:
label_json = json.loads(
LabelTranslation.JsonFromMessage(bucket_metadata.labels))
# Modify label_json such that all specified labels are added
# (overwriting old labels if necessary) and all specified deletions
# are removed from label_json if already present.
for key, value in self.label_changes.iteritems():
if not value and key in label_json:
del label_json[key]
else:
label_json[key] = value
labels_message = LabelTranslation.DictToMessage(label_json)
preconditions = Preconditions(meta_gen_match=metageneration)
bucket_metadata = apitools_messages.Bucket(labels=labels_message)
self.gsutil_api.PatchBucket(url.bucket_name,
bucket_metadata,
preconditions=preconditions,
provider=url.scheme,
fields=['id'])
def _SetLabelForBucket(blr):
url = blr.storage_url
self.logger.info('Setting label configuration on %s...', blr)
if url.scheme == 's3': # Uses only XML.
self.gsutil_api.XmlPassThroughSetTagging(
label_text, url, provider=url.scheme)
else: # Must be a 'gs://' bucket.
labels_message = None
# When performing a read-modify-write cycle, include metageneration to
# avoid race conditions (supported for GS buckets only).
metageneration = None
new_label_json = json.loads(label_text)
if (self.gsutil_api.GetApiSelector(url.scheme) ==
ApiSelector.JSON):
# Perform a read-modify-write so that we can specify which
# existing labels need to be deleted.
(_, bucket_metadata) = self.GetSingleBucketUrlFromArg(
url.url_string, bucket_fields=['labels', 'metageneration'])
metageneration = bucket_metadata.metageneration
label_json = {}
if bucket_metadata.labels:
label_json = json.loads(
LabelTranslation.JsonFromMessage(bucket_metadata.labels))
# Set all old keys' values to None; this will delete each key that
# is not included in the new set of labels.
merged_labels = dict(
(key, None) for key, _ in label_json.iteritems())
merged_labels.update(new_label_json)
labels_message = LabelTranslation.DictToMessage(merged_labels)
else: # ApiSelector.XML
# No need to read-modify-write with the XML API.
labels_message = LabelTranslation.DictToMessage(new_label_json)
preconditions = Preconditions(meta_gen_match=metageneration)
bucket_metadata = apitools_messages.Bucket(labels=labels_message)
self.gsutil_api.PatchBucket(url.bucket_name,
bucket_metadata,
preconditions=preconditions,
provider=url.scheme,
fields=['id'])
def _PrintBucketInfo(self, bucket_blr, listing_style):
"""Print listing info for given bucket.
Args:
bucket_blr: BucketListingReference for the bucket being listed
listing_style: ListingStyle enum describing type of output desired.
Returns:
Tuple (total objects, total bytes) in the bucket.
"""
if (listing_style == ListingStyle.SHORT
or listing_style == ListingStyle.LONG):
print bucket_blr
return
# listing_style == ListingStyle.LONG_LONG:
# We're guaranteed by the caller that the root object is populated.
bucket = bucket_blr.root_object
location_constraint = bucket.location
storage_class = bucket.storageClass
fields = {
'bucket': bucket_blr.url_string,
'storage_class': storage_class,
'location_constraint': location_constraint,
'acl': AclTranslation.JsonFromMessage(bucket.acl),
'default_acl':
AclTranslation.JsonFromMessage(bucket.defaultObjectAcl)
}
fields['versioning'] = bucket.versioning and bucket.versioning.enabled
fields['website_config'] = 'Present' if bucket.website else 'None'
fields['logging_config'] = 'Present' if bucket.logging else 'None'
fields['cors_config'] = 'Present' if bucket.cors else 'None'
fields['lifecycle_config'] = 'Present' if bucket.lifecycle else 'None'
if bucket.labels:
fields['labels'] = LabelTranslation.JsonFromMessage(
bucket.labels, pretty_print=True)
else:
fields['labels'] = 'None'
if bucket.timeCreated:
fields['time_created'] = bucket.timeCreated.strftime(
'%a, %d %b %Y %H:%M:%S GMT')
if bucket.updated:
fields['updated'] = bucket.updated.strftime(
'%a, %d %b %Y %H:%M:%S GMT')
# For field values that are multiline, add indenting to make it look
# prettier.
for key in fields:
previous_value = fields[key]
if (not isinstance(previous_value, basestring)
or '\n' not in previous_value):
continue
new_value = previous_value.replace('\n', '\n\t ')
# Start multiline values on a new line if they aren't already.
if not new_value.startswith('\n'):
new_value = '\n\t ' + new_value
fields[key] = new_value
# Only display time-related properties if the given API returned them.
time_created_line = ''
time_updated_line = ''
if 'time_created' in fields:
time_created_line = '\tTime created:\t\t\t{time_created}\n'
if 'updated' in fields:
time_updated_line = '\tTime updated:\t\t\t{updated}\n'
print(('{bucket} :\n'
'\tStorage class:\t\t\t{storage_class}\n'
'\tLocation constraint:\t\t{location_constraint}\n'
'\tVersioning enabled:\t\t{versioning}\n'
'\tLogging configuration:\t\t{logging_config}\n'
'\tWebsite configuration:\t\t{website_config}\n'
'\tCORS configuration: \t\t{cors_config}\n'
'\tLifecycle configuration:\t{lifecycle_config}\n'
'\tLabels:\t\t\t\t{labels}\n' + time_created_line +
time_updated_line + '\tACL:\t\t\t\t{acl}\n'
'\tDefault ACL:\t\t\t{default_acl}').format(**fields))
if bucket_blr.storage_url.scheme == 's3':
print(
'Note: this is an S3 bucket so configuration values may be '
'blank. To retrieve bucket configuration values, use '
'individual configuration commands such as gsutil acl get '
'<bucket>.')