def testA03(self):
"util.ordict: __delitem__ via index"
d = ordict()
d['a'] = 22
d['b'] = 33
del d[0]
self.assertEqual(d.list(), [33])
def testA03(self):
"util.ordict: __delitem__ via index"
d = ordict()
d['a'] = 22
d['b'] = 33
del d[0]
self.assertEqual(d.list(), [33])
def __init__(self, pkts=None, *args, **kwords):
"""Initialize public key message.
:Parameters:
- `pkts`: *optional* list of packets to build message with
:Exceptions:
- `PGPKeyMsgError`: first block is not a primary key block
"""
import openpgp.sap.util.ordict as ORD
self._b_primary = None
self._b_subkeys = ORD.ordict()
self._b_userids = ORD.ordict()
self._b_userattrs = []
if isinstance(pkts, list):
if pkts[0].tag.type in [PKT_PUBLICKEY, PKT_PRIVATEKEY]:
# first block must be a public key or secret key
block = Block(pkts[0].body.id, pkts, idx=0)
self.new_primary(
block) # no signatures are required for primary
idx = len(block.seq())
try:
while pkts[idx].tag.type not in [
PKT_PUBLICKEY, PKT_PRIVATEKEY
]:
# indiscriminate order
block = Block(self.primary_id, pkts, idx=idx)
if not block.local_bindings:
break # subblocks require a primary key binding
self.add_subblock(block)
idx += len(block.seq())
except IndexError, BlockLeaderError:
pass
else:
raise PGPKeyMsgError(
"First block to key message must be primary or secret key."
)
def __init__(self, pkts=None, *args, **kwords):
"""Initialize public key message.
:Parameters:
- `pkts`: *optional* list of packets to build message with
:Exceptions:
- `PGPKeyMsgError`: first block is not a primary key block
"""
import openpgp.sap.util.ordict as ORD
self._b_primary = None
self._b_subkeys = ORD.ordict()
self._b_userids = ORD.ordict()
self._b_userattrs = []
if isinstance(pkts, list):
if pkts[0].tag.type in [PKT_PUBLICKEY, PKT_PRIVATEKEY]:
# first block must be a public key or secret key
block = Block(pkts[0].body.id, pkts, idx=0)
self.new_primary(block) # no signatures are required for primary
idx = len(block.seq())
try:
while pkts[idx].tag.type not in [PKT_PUBLICKEY,
PKT_PRIVATEKEY]:
# indiscriminate order
block = Block(self.primary_id, pkts, idx=idx)
if not block.local_bindings:
break # subblocks require a primary key binding
self.add_subblock(block)
idx += len(block.seq())
except IndexError, BlockLeaderError:
pass
else:
raise PGPKeyMsgError("First block to key message must be primary or secret key.")
def testA02(self):
"util.ordict: index access == keyword access"
d = ordict()
d['a'] = 22
self.assertEqual(d['a'], d[0])
def testA01(self):
"util.ordict: __setitem__/__getitem__"
d = ordict()
d['a'] = 23
self.assertEqual(23, d['a'])
def testA02(self):
"util.ordict: index access == keyword access"
d = ordict()
d['a'] = 22
self.assertEqual(d['a'], d[0])
def testA01(self):
"util.ordict: __setitem__/__getitem__"
d = ordict()
d['a'] = 23
self.assertEqual(23, d['a'])