def get_ingestions(self, num=None, filter_opts=None):
log.info('getting ingestion history')
if num:
chunk_size = num
log.info('explicit number of results requested: %s', chunk_size)
elif filter_opts:
chunk_size = 10
log.info('filters detected, defaulting number of results to %s', chunk_size)
else:
chunk_size = 100
log.info('using catch all default result limit of %s', chunk_size)
settings = {'chunkSize': chunk_size, 'currentPage': 1}
if filter_opts is not None:
if not isDict(filter_opts):
code_error('passed non-dictionary for filter opts to get_ingestions')
for key, value in sorted(filter_opts.items()):
log.info("filter: '%s' = '%s'", key, value)
settings = merge_dicts(settings, filter_opts)
log.info('settings: %s', settings)
log.info('querying Zaloni for ingestion history')
(req, self.query_time) = self.req(url='{url_base}/ingestion/publish/getFileIndex'
.format(url_base=self.url_base),
# orders by newest first, but seems to return last 10 anyway
body=json.dumps(settings))
try:
log.info('parsing JSON response')
json_dict = json.loads(req.content)
except ValueError as _:
qquit('UNKNOWN', 'error parsing json returned by Zaloni: {0}'.format(_))
return json_dict
def print_table_row_prefix_counts(self):
print('=' * self.total_width)
print('{0:{1}}{2}'.format(self.key_prefix_header,
self.key_prefix_width,
self.separator),
end='')
print('{0:{1}}{2}{3}'.format(self.row_count_header,
self.row_count_width,
self.separator,
self.row_count_pc_header)
)
print('=' * self.total_width)
tmp_list = [merge_dicts({'key_prefix': key}, self.rows[key]) for key in self.rows]
if self.sort:
if self.sort_desc:
tmp_list.sort(key=lambda _: -_['row_count'])
else:
tmp_list.sort(key=lambda _: _['row_count'])
for item in tmp_list:
print('{0:{1}}{2}'.format(item['key_prefix'],
self.key_prefix_width,
self.separator),
end='')
print('{0:{1}}{2}{3:>10}'.format(item['row_count'],
self.row_count_width,
self.separator,
item['pc']))
def print_table_row_prefix_counts(self):
print('=' * self.total_width)
print('{0:{1}}{2}'.format(self.key_prefix_header,
self.key_prefix_width,
self.separator),
end='')
print('{0:{1}}{2}{3}'.format(self.row_count_header,
self.row_count_width,
self.separator,
self.row_count_pc_header)
)
print('=' * self.total_width)
tmp_list = [merge_dicts({'key_prefix': key}, self.rows[key]) for key in self.rows]
if self.sort:
if self.sort_desc:
tmp_list.sort(key=lambda _: -_['row_count'])
else:
tmp_list.sort(key=lambda _: _['row_count'])
for item in tmp_list:
print('{0:{1}}{2}'.format(item['key_prefix'],
self.key_prefix_width,
self.separator),
end='')
print('{0:{1}}{2}{3:>10}'.format(item['row_count'],
self.row_count_width,
self.separator,
item['pc']))
def print_key_prefix_counts(self):
print('=' * self.total_width)
print('{0:{1}}{2}'.format(self.metric_prefix_header,
self.metric_prefix_width, self.separator),
end='')
print('{0:{1}}{2}{3}'.format(self.count_header, self.count_width,
self.separator, self.count_pc_header))
print('=' * self.total_width)
tmp_list = [
merge_dicts({'key': key}, self.keys[key]) for key in self.keys
]
tmp_list.sort(key=lambda _: _['count'])
for item in tmp_list:
print('{0:{1}}{2}'.format(item['key'], self.metric_prefix_width,
self.separator),
end='')
print('{0:{1}}{2}{3:>10}'.format(item['count'], self.count_width,
self.separator, item['pc']))
def print_key_prefix_counts(self):
print('=' * self.total_width)
print('{0:{1}}{2}'.format(self.metric_prefix_header,
self.metric_prefix_width,
self.separator),
end='')
print('{0:{1}}{2}{3}'.format(self.count_header,
self.count_width,
self.separator,
self.count_pc_header))
print('=' * self.total_width)
tmp_list = [merge_dicts({'key': key}, self.keys[key]) for key in self.keys]
tmp_list.sort(key=lambda _: _['count'])
for item in tmp_list:
print('{0:{1}}{2}'.format(item['key'],
self.metric_prefix_width,
self.separator),
end='')
print('{0:{1}}{2}{3:>10}'.format(item['count'],
self.count_width,
self.separator,
item['pc']))
