print(new_entries)
def entries_equal(a, b):
return (a['title'] == b['title'] and
a['username'] == b['username'] and
a['password'] == b['password'] and
a['notes'] == b['notes'])
# Read in the existing secrets file, then look for duplicates.
s = Secrets(secrets_file, keyphrase)
s.read()
entries = s.entries()
dupe_count = 0
add_count = 0
for new_entry in new_entries:
for entry in entries:
if entries_equal(entry, new_entry):
# Entry already exists, avoid adding a duplicate
dupe_count += 1
break
else:
# All secrets searched, no duplicates found.
# Add to secrets.
s.add_entry(new_entry)
add_count += 1
s.write()
print('{} merged, {} entries, {} were duplicate, {} added as new'.format(
import_file, len(new_entries), dupe_count, add_count))
'Title': 'title',
'Username': '******',
'Password': '******',
'URL': 'url',
'Notes': 'notes'
}
# Map csv fields to a column number in the source csv
mapping2 = {}
for k in mapping.keys():
mapping2[k] = headers.index(k)
# Copy the data into our format
new_entries = []
for row in entries:
new_entry = {}
for k in mapping:
if mapping[k] != None:
new_entry[mapping[k]] = row[mapping2[k]]
new_entries.append(new_entry)
print(new_entries)
s = Secrets(out_file, keyphrase)
s.new_vault()
for entry in new_entries:
s.add_entry(entry)
s.write()
print('{} read and exported to {}, {} entries'.format(in_file, out_file,
len(new_entries)))
