def show_simple_packet(p):
p_string = ['%s:' % TXT.pkt_msg(p.tag.type)]
if p.tag.type in [
PKT_PUBLICKEY, PKT_PRIVATEKEY, PKT_PUBLICSUBKEY, PKT_PRIVATESUBKEY
]:
p_string.append(p.body.id)
p_string.append(TXT.alg_pubkey_msg(p.body.alg))
elif PKT_USERID == p.tag.type:
p_string.append(p.body.value)
elif PKT_SIGNATURE == p.tag.type:
p_string.append(TXT.sig_msg(p.body.type))
p_string.append("from %s" % p.body.keyid)
elif PKT_PUBKEYSESKEY == p.tag.type:
p_string.append(TXT.alg_pubkey_msg(p.body.alg_pubkey))
p_string.append(p.body.keyid)
elif PKT_LITERAL == p.tag.type:
p_string.append(' '.join(
[p.body.filename, p.body.format,
"%s bytes" % len(p.body.data)]))
return ' '.join(p_string)
def show_pkts(d):
"""Show OpenPGP packet information.
:Parameters:
- `d`: variable OpenPGP data - may be a string containing
OpenPGP packets (native or armored), a list of OpenPGP packets, or a
single OpenPGP packet instance
:Returns: string of packet information found in `d`
:note: Data `d` can either be an unbroken string of native OpenPGP data
or normal text with one or more ASCII-armored blocks (but not both).
"""
if isinstance(d, str):
if looks_armored(d):
armored = list_armored(d)
d = ''.join([a.data for a in armored
]) # we may have many armored instances
pkts = list_pkts(d)
elif isinstance(d, list):
pkts = d
elif isinstance(d, PKT.Packet):
pkts = [d]
r = []
for p in pkts:
r.append(TXT.pkt_msg(p.tag.type))
l = p.length.size
if l == 'UNDEFINED':
l = "Undefined (found %s octets)" % len(p.body.rawstr())
r.append(" version: %s type: %s bodylength: %s" %
(p.tag.version, p.tag.type, l))
r.append(report_body(p))
### packet byte string
#import OpenPGP.util.strnum as STN
#r.append("Packet body byte string:")
#r.append(STN.str2pyhex(p.rawstr()))
###
### packet body byte string
#r.append("Packet body byte string:")
#r.append(STN.str2pyhex(p.body._d))
###
r.append("Pau.")
return linesep.join(r)
def show_pkts(d):
"""Show OpenPGP packet information.
:Parameters:
- `d`: variable OpenPGP data - may be a string containing
OpenPGP packets (native or armored), a list of OpenPGP packets, or a
single OpenPGP packet instance
:Returns: string of packet information found in `d`
:note: Data `d` can either be an unbroken string of native OpenPGP data
or normal text with one or more ASCII-armored blocks (but not both).
"""
if isinstance(d, str):
if looks_armored(d):
armored = list_armored(d)
d = ''.join([a.data for a in armored]) # we may have many armored instances
pkts = list_pkts(d)
elif isinstance(d, list):
pkts = d
elif isinstance(d, PKT.Packet):
pkts = [d]
r = []
for p in pkts:
r.append(TXT.pkt_msg(p.tag.type))
l = p.length.size
if l == 'UNDEFINED':
l = "Undefined (found %s octets)" % len(p.body.rawstr())
r.append(" version: %s type: %s bodylength: %s" % (p.tag.version, p.tag.type, l))
r.append(report_body(p))
### packet byte string
#import OpenPGP.util.strnum as STN
#r.append("Packet body byte string:")
#r.append(STN.str2pyhex(p.rawstr()))
###
### packet body byte string
#r.append("Packet body byte string:")
#r.append(STN.str2pyhex(p.body._d))
###
r.append("Pau.")
return linesep.join(r)
def show_simple_packet(p):
p_string = ['%s:' % TXT.pkt_msg(p.tag.type)]
if p.tag.type in [PKT_PUBLICKEY, PKT_PRIVATEKEY, PKT_PUBLICSUBKEY,
PKT_PRIVATESUBKEY]:
p_string.append(p.body.id)
p_string.append(TXT.alg_pubkey_msg(p.body.alg))
elif PKT_USERID == p.tag.type:
p_string.append(p.body.value)
elif PKT_SIGNATURE == p.tag.type:
p_string.append(TXT.sig_msg(p.body.type))
p_string.append("from %s" % p.body.keyid)
elif PKT_PUBKEYSESKEY == p.tag.type:
p_string.append(TXT.alg_pubkey_msg(p.body.alg_pubkey))
p_string.append(p.body.keyid)
elif PKT_LITERAL == p.tag.type:
p_string.append(' '.join([p.body.filename, p.body.format, "%s bytes" % len(p.body.data)]))
return ' '.join(p_string)
