def retrieve_description(db, requested_db, requested_coll):
"""Retrieve inventory for named collection
db -- LMFDB connection to inventory db
requested_db -- name of database the named collection belongs to
requested_coll -- name of collection to fetch inventory for
"""
try:
_id = idc.get_db(db, requested_db)['id']
coll_record = idc.get_coll(db, _id, requested_coll)
_c_id = coll_record['id']
info = coll_record['data']['INFO']
info['nice_name'] = coll_record['data']['nice_name']
specials = {'INFO': info, 'NOTES':coll_record['data']['NOTES']}
request = {'coll_id': _c_id}
fields_auto = inv.ALL_STRUC.get_fields('auto')
fields_human = inv.ALL_STRUC.get_fields('human')
collection = db[fields_auto[inv.STR_NAME]]
descr_auto = collection.find(request)
collection = db[fields_human[inv.STR_NAME]]
descr_human = collection.find(request)
return {'data':patch_records(descr_auto, descr_human), 'specials': specials, 'scrape_date':coll_record['data']['scan_date']}
except Exception as e:
inv.log_dest.error("Error retrieving inventory "+requested_db+'.'+requested_coll+' '+str(e))
return {'data':None, 'specials':None, 'scrape_date':None}
def retrieve_description(requested_db, requested_coll):
"""Retrieve inventory for named collection
requested_db -- name of database the named collection belongs to
requested_coll -- name of collection to fetch inventory for
"""
try:
_id = idc.get_db(requested_db)['id']
coll_record = idc.get_coll(_id, requested_coll)
_c_id = coll_record['id']
info = coll_record['data']['INFO']
info['nice_name'] = coll_record['data']['nice_name']
specials = {'INFO': info, 'NOTES':coll_record['data']['NOTES']}
request = {'table_id': _c_id}
fields_auto = 'inv_fields_auto'
fields_human ='inv_fields_human'
descr_auto = db[fields_auto].search(request)
descr_human = db[fields_human].search(request)
return {'data':patch_records(descr_auto, descr_human), 'specials': specials, 'scrape_date':coll_record['data']['scan_date']}
except:
return {'data':None, 'specials':None, 'scrape_date':None}
def capture_rollback(db_id, db_name, coll_name, change, coll_id = None):
""""Capture diff which will allow roll-back of edits
db_id -- ID of DB change applies to
db_name -- Name of DB change applies to
coll_name -- Name of collection change applies to
change -- The change to be made, as a diff item ( entry in diff['diffs'])
coll_id -- Supply if this is a field edit and so coll_id is known
Roll-backs can be applied using apply_rollback. Their format is a diff, with extra 'post' field storing the state after change, and the live field which should be unset if they are applied
"""
return {}
is_record = False
#Fetch the current state
if coll_id is None and coll_name is not None:
current_record = idc.get_coll(db_id, coll_name)
elif coll_id is None:
current_record = idc.get_db(db_name)
else:
try:
current_record = idc.get_field(coll_id, change['item'], type = 'human')
#Try as a field first
assert current_record is not None and current_record['err'] is False
except:
#Now try as a record
current_record = idc.get_record(coll_id, change['item'])
is_record = True
if current_record is None:
#Should not happen really, but if it does we can't do anything
return None
#Create a roll-back document
field = change["field"]
prior = change.copy()
if coll_id is None and coll_name is not None:
if ih.is_special_field(change["item"]):
prior['content'] = current_record['data'][change["item"][2:-2]][field]
elif ih.is_toplevel_field(change['item']):
prior['content'] = current_record['data'][field]
else:
prior['content'] = current_record['data'][change["item"]][field]
elif coll_id is None:
prior['content'] = current_record['data'][field]
elif is_record:
prior['content'] = current_record['data'][field]
else:
prior['content'] = current_record['data']['data'][field]
#This can be applied like the diffs from the web-frontend, but has an extra field
rollback_diff = {"db":db_name, "collection":coll_name, "diffs":[prior], "post":change, "live":True}
return rollback_diff
def capture_rollback(inv_db, db_id, db_name, coll_name, change, coll_id = None):
""""Capture diff which will allow roll-back of edits
inv_db -- connection to inventory_db
db_id -- ID of DB change applies to
db_name -- Name of DB change applies to
coll_name -- Name of collection change applies to
change -- The change to be made, as a diff item ( entry in diff['diffs'])
coll_id -- Supply if this is a field edit and so coll_id is known
Roll-backs can be applied using apply_rollback. Their format is a diff, with extra 'post' field storing the state after change, and the live field which should be unset if they are applied
"""
is_record = False
#Fetch the current state
if coll_id is None and coll_name is not None:
current_record = idc.get_coll(inv_db, db_id, coll_name)
elif coll_id is None:
current_record = idc.get_db(inv_db, db_name)
else:
try:
current_record = idc.get_field(inv_db, coll_id, change['item'], type = 'human')
#Try as a field first
assert current_record is not None and current_record['err'] is False
except:
#Now try as a record
current_record = idc.get_record(inv_db, coll_id, change['item'])
is_record = True
if current_record is None:
#Should not happen really, but if it does we can't do anything
return None
#Create a roll-back document
field = change["field"]
prior = change.copy()
if coll_id is None and coll_name is not None:
if ih.is_special_field(change["item"]):
prior['content'] = current_record['data'][change["item"][2:-2]][field]
elif ih.is_toplevel_field(change['item']):
prior['content'] = current_record['data'][field]
else:
prior['content'] = current_record['data'][change["item"]][field]
elif coll_id is None:
prior['content'] = current_record['data'][field]
elif is_record:
prior['content'] = current_record['data'][field]
else:
prior['content'] = current_record['data']['data'][field]
#This can be applied like the diffs from the web-frontend, but has an extra field
rollback_diff = {"db":db_name, "collection":coll_name, "diffs":[prior], "post":change, "live":True}
return rollback_diff
def get_nicename(db_name, table_name):
"""Return the nice_name string for given db/table pair"""
try:
if table_name:
return idc.get_table(table_name)['nice_name']
else:
return idc.get_db(db_name)['nice_name']
except Exception as e:
inv.log_dest.error('Failed to get nice name for '+db_name+' '+table_name+' '+str(e))
#Can't return nice name so return None
return None
def get_nicename(db_name, table_name):
"""Return the nice_name string for given db/table pair"""
try:
if table_name:
return idc.get_table(table_name)['nice_name']
else:
return idc.get_db(db_name)['nice_name']
except Exception as e:
inv.log_dest.error('Failed to get nice name for '+db_name+' '+table_name+' '+str(e))
#Can't return nice name so return None
return None
def collate_collection_info(db_name):
"""Fetches and collates viewable info for collections in named db
"""
db_info = idc.get_db(db_name)
if not db_info['exist']:
return
colls_info = idc.get_all_colls(db_info['id'])
for coll in colls_info:
rec_info = idc.count_records_and_types(db, coll['_id'])
coll['records'] = comma(rec_info)
return colls_info
def get_nicename(db_name, collection_name):
"""Return the nice_name string for given db/coll pair"""
try:
if collection_name:
db_id = idc.get_db_id(db_name)
coll_rec = idc.get_coll(db_id['id'], collection_name)
nice_name = coll_rec['data']['nice_name']
else:
db_rec = idc.get_db(db_name)
#print db_rec
nice_name = db_rec['data']['nice_name']
return nice_name
except:
#Can't return nice name so return None
return None
def upload_collection_indices(db, db_name, coll_name, structure_dat):
"""Extract index data and upload"""
try:
db_info = invc.get_db(db, db_name)
coll_info = invc.get_coll(db, db_info['id'], coll_name)
except Exception as e:
inv.log_dest.error("Failed to get db or coll id "+str(e))
return {'err':True, 'mess':'Failed to get db or coll'} #Probably should rethrow
try:
data = structure_dat[db_name][coll_name]['indices']
#err = upload_indices(db, coll_info['id'], data)
upload_indices(db, coll_info['id'], data)
# TODO rethrow if err
except Exception as e:
inv.log_dest.error("Failed to upload index "+str(e))
return {'err':True, 'mess':'Failed to upload'}
return {'err':False, 'mess':''}
def capture_rollback(db_id, db_name, table_name, change, table_id = None):
""""Capture diff which will allow roll-back of edits
db_id -- ID of DB change applies to
db_name -- Name of DB change applies to
table_name -- Name of table change applies to
change -- The change to be made, as a diff item ( entry in diff['diffs'])
table_id -- Supply if this is a field edit and so table_id is known
Roll-backs can be applied using apply_rollback. Their format is a diff, with extra 'post' field storing the state after change, and the live field which should be unset if they are applied
"""
#Fetch the current state
if table_id is None and table_name is not None:
current_record = idc.get_table(table_name)
elif table_id is None:
current_record = idc.get_db(db_name)
else:
current_record = idc.get_field(table_id, change['item'], type = 'human')
if current_record is None:
#Should not happen really, but if it does we can't do anything
return None
#Create a roll-back document
field = change["field"]
prior = change.copy()
if table_id is None and table_name is not None:
if ih.is_special_field(change["item"]):
prior['content'] = current_record['data'][change["item"][2:-2]][field]
elif ih.is_toplevel_field(change['item']):
prior['content'] = current_record['data'][field]
else:
prior['content'] = current_record['data'][change["item"]][field]
elif table_id is None:
prior['content'] = current_record['data'][field]
else:
prior['content'] = current_record['data']['data'][field]
#This can be applied like the diffs from the web-frontend, but has an extra field
rollback_diff = {"db":db_name, "table":table_name, "diffs":[prior], "post":change, "live":True}
return rollback_diff
def upload_collection_indices(db, db_name, coll_name, structure_dat):
"""Extract index data and upload"""
try:
db_info = invc.get_db(db, db_name)
coll_info = invc.get_coll(db, db_info['id'], coll_name)
except:
return {
'err': True,
'mess': 'Failed to get db or coll'
} #Probably should rethrow
try:
data = structure_dat[db_name][coll_name]['indices']
#err = upload_indices(db, coll_info['id'], data)
upload_indices(db, coll_info['id'], data)
# TODO rethrow if err
except:
return {'err': True, 'mess': 'Failed to upload'}
return {'err': False, 'mess': ''}
def collate_collection_info(db_name):
"""Fetches and collates viewable info for collections in named db
"""
try:
inv.setup_internal_client()
db = inv.int_client[inv.ALL_STRUC.name]
except Exception:
raise ih.ConnectOrAuthFail("")
return None
db_info = idc.get_db(db, db_name)
if not db_info['exist']:
return
colls_info = idc.get_all_colls(db, db_info['id'])
for coll in colls_info:
rec_info = idc.count_records_and_types(db, coll['_id'])
coll['records'] = comma(rec_info)
return colls_info
def collate_collection_info(db_name):
"""Fetches and collates viewable info for collections in named db
"""
try:
inv.setup_internal_client()
db = inv.int_client[inv.ALL_STRUC.name]
except Exception:
raise ih.ConnectOrAuthFail("")
return None
db_info = idc.get_db(db, db_name)
if not db_info['exist']:
return
colls_info = idc.get_all_colls(db, db_info['id'])
for coll in colls_info:
rec_info = idc.count_records_and_types(db, coll['_id'])
coll['records'] = comma(rec_info)
return colls_info
def get_nicename(db_name, collection_name):
"""Return the nice_name string for given db/coll pair"""
try:
inv.setup_internal_client()
db = inv.int_client[inv.ALL_STRUC.name]
except Exception as e:
raise ih.ConnectOrAuthFail("")
return None
try:
if collection_name:
db_id = idc.get_db_id(db, db_name)
coll_rec = idc.get_coll(db, db_id['id'], collection_name)
nice_name = coll_rec['data']['nice_name']
else:
db_rec = idc.get_db(db, db_name)
#print db_rec
nice_name = db_rec['data']['nice_name']
return nice_name
except Exception as e:
inv.log_dest.error('Failed to get nice name for '+db_name+' '+collection_name+' '+str(e))
#Can't return nice name so return None
return None
def retrieve_description(db, requested_db, requested_coll):
"""Retrieve inventory for named collection
db -- LMFDB connection to inventory db
requested_db -- name of database the named collection belongs to
requested_coll -- name of collection to fetch inventory for
"""
try:
_id = idc.get_db(db, requested_db)['id']
coll_record = idc.get_coll(db, _id, requested_coll)
_c_id = coll_record['id']
info = coll_record['data']['INFO']
info['nice_name'] = coll_record['data']['nice_name']
specials = {'INFO': info, 'NOTES': coll_record['data']['NOTES']}
request = {'coll_id': _c_id}
fields_auto = inv.ALL_STRUC.get_fields('auto')
fields_human = inv.ALL_STRUC.get_fields('human')
collection = db[fields_auto[inv.STR_NAME]]
descr_auto = collection.find(request)
collection = db[fields_human[inv.STR_NAME]]
descr_human = collection.find(request)
return {
'data': patch_records(descr_auto, descr_human),
'specials': specials,
'scrape_date': coll_record['data']['scan_date']
}
except Exception as e:
inv.log_dest.error("Error retrieving inventory " + requested_db + '.' +
requested_coll + ' ' + str(e))
return {'data': None, 'specials': None, 'scrape_date': None}
def get_nicename(db_name, collection_name):
"""Return the nice_name string for given db/coll pair"""
try:
inv.setup_internal_client()
db = inv.int_client[inv.ALL_STRUC.name]
except Exception as e:
raise ih.ConnectOrAuthFail("")
return None
try:
if collection_name:
db_id = idc.get_db_id(db, db_name)
coll_rec = idc.get_coll(db, db_id['id'], collection_name)
nice_name = coll_rec['data']['nice_name']
else:
db_rec = idc.get_db(db, db_name)
print db_rec
nice_name = db_rec['data']['nice_name']
return nice_name
except Exception as e:
inv.log_dest.error('Failed to get nice name for ' + db_name + ' ' +
collection_name + ' ' + str(e))
#Can't return nice name so return None
return None
