def _buildFromFingerprint(self, fingerprint):
"""Build key information from a fingerprint."""
context = gpgme.Context()
# retrive additional key information
try:
key = context.get_key(fingerprint, False)
except gpgme.GpgmeError:
key = None
if key and valid_fingerprint(key.subkeys[0].fpr):
self._buildFromGpgmeKey(key)
def sanitizeFingerprint(self, fingerprint):
"""See IGPGHandler."""
# remove whitespaces, truncate to max of 40 (as per v4 keys) and
# convert to upper case
fingerprint = fingerprint.replace(' ', '')
fingerprint = fingerprint[:40].upper()
if not valid_fingerprint(fingerprint):
return None
return fingerprint
def _buildFromFingerprint(self, fingerprint):
"""Build key information from a fingerprint."""
context = gpgme.Context()
# retrive additional key information
try:
key = context.get_key(fingerprint, False)
except gpgme.GpgmeError:
key = None
if key and valid_fingerprint(key.subkeys[0].fpr):
self._buildFromGpgmeKey(key)
def sanitizeFingerprint(self, fingerprint):
"""See IGPGHandler."""
# remove whitespaces, truncate to max of 40 (as per v4 keys) and
# convert to upper case
fingerprint = fingerprint.replace(' ', '')
fingerprint = fingerprint[:40].upper()
if not valid_fingerprint(fingerprint):
return None
return fingerprint
def sanitize_fingerprint(fingerprint):
"""Sanitize a GPG fingerprint.
This is the ultimate implementation of IGPGHandler.sanitizeFingerprint.
"""
# remove whitespaces, truncate to max of 40 (as per v4 keys) and
# convert to upper case
fingerprint = fingerprint.replace(' ', '')
fingerprint = fingerprint[:40].upper()
if not valid_fingerprint(fingerprint):
return None
return fingerprint
