def getaddrs(self, *hdrs):
addrs = []
for hdr in hdrs:
for cmt, addr in Utils.getaddresses(self.get_all(hdr, [])):
try:
valid_addr(addr)
except Errors.MessageError, e:
raise Errors.MessageError('%s: %s' % (hdr, e))
addrs.append(addr)
def getaddrs(self, *hdrs):
addrs = []
for hdr in hdrs:
for cmt, addr in Utils.getaddresses(self.get_all(hdr, [])):
try:
valid_addr(addr)
except Errors.MessageError, e:
raise Errors.MessageError('%s: %s' % (hdr, e))
addrs.append(addr)
def _deliver_message(self, msg, delivered_to, received):
self.log.trace()
matched = []
header_addrs = []
fieldnames = (
('delivered-to', ),
('envelope-to', ),
('x-envelope-to', ),
('apparently-to', ),
('resent-to', 'resent-cc', 'resent-bcc'),
('to', 'cc', 'bcc'),
)
for fields in fieldnames:
for field in fields:
self.log.debug(
'looking for addresses in %s header fields\n' % field
)
header_addrs.extend(
[addr for (name, addr) in Utils.getaddresses(
msg.get_all(field, [])
) if addr]
)
if header_addrs:
# Got some addresses, quit here
self.log.debug('found total of %d addresses (%s)\n'
% (len(header_addrs), header_addrs))
break
else:
self.log.debug('no addresses found, continuing\n')
for (pattern, dest) in self.targets:
for addr in header_addrs:
self.log.debug('checking address %s against pattern %s\n'
% (addr, pattern.pattern))
if pattern.search(addr):
self.log.debug('address %s matched target %s\n'
% (addr, dest))
dest.deliver_message(msg, delivered_to, received)
matched.append(str(dest))
# Only deliver once to each destination; this one matched,
# so we don't need to check any remaining addresses against
# this pattern
break
if not matched:
if self.targets:
self.log.debug('no addresses matched; using default %s\n'
% self.default)
else:
self.log.debug('using default %s\n' % self.default)
return 'MultiGuesser (default %s)' % self.default.deliver_message(
msg, delivered_to, received
)
return 'MultiGuesser (%s)' % matched
def get_message_addresses(message):
"""Get the origin and destination addresses of a message.
:param message: A message object supporting get() to access its
headers, like email.Message or bzrlib.email_message.EmailMessage.
:return: A pair (from_email, to_emails), where from_email is the email
address in the From header, and to_emails a list of all the
addresses in the To, Cc, and Bcc headers.
"""
from_email = Utils.parseaddr(message.get('From', None))[1]
to_full_addresses = []
for header in ['To', 'Cc', 'Bcc']:
value = message.get(header, None)
if value:
to_full_addresses.append(value)
to_emails = [pair[1] for pair in Utils.getaddresses(to_full_addresses)]
return from_email, to_emails
def __assignToKind(view, kindVar, messageObject, key, hType, attr, decode,
makeUnicode):
header = messageObject.get(key)
if header is None:
return None
if decode:
header = decodeHeader(header)
elif makeUnicode:
header = getUnicodeValue(header)
if hType == "String":
setattr(kindVar, attr, header)
elif hType == "EmailAddress":
name, addr = emailUtils.parseaddr(messageObject.get(key))
if decode:
name = decodeHeader(name)
if makeUnicode:
addr = getUnicodeValue(addr)
ea = EmailAddress.getEmailAddress(view, addr, name)
if ea is not None:
setattr(kindVar, attr, ea)
elif hType == "EmailAddressList":
for name, addr in emailUtils.getaddresses(
messageObject.get_all(key, [])):
if decode:
name = decodeHeader(name)
if makeUnicode:
addr = getUnicodeValue(addr)
ea = EmailAddress.getEmailAddress(view, addr, name)
if ea is not None:
kindVar.append(ea)
def get_message_addresses(message):
"""Get the origin and destination addresses of a message.
:param message: A message object supporting get() to access its
headers, like email.Message or bzrlib.email_message.EmailMessage.
:return: A pair (from_email, to_emails), where from_email is the email
address in the From header, and to_emails a list of all the
addresses in the To, Cc, and Bcc headers.
"""
from_email = Utils.parseaddr(message.get('From', None))[1]
to_full_addresses = []
for header in ['To', 'Cc', 'Bcc']:
value = message.get(header, None)
if value:
to_full_addresses.append(value)
to_emails = [ pair[1] for pair in
Utils.getaddresses(to_full_addresses) ]
return from_email, to_emails
def __assignToKind(view, kindVar, messageObject, key, hType, attr, decode, makeUnicode):
header = messageObject.get(key)
if header is None:
return None
if decode:
header = decodeHeader(header)
elif makeUnicode:
header = getUnicodeValue(header)
if hType == "String":
setattr(kindVar, attr, header)
elif hType == "EmailAddress":
name, addr = emailUtils.parseaddr(messageObject.get(key))
if decode:
name = decodeHeader(name)
if makeUnicode:
addr = getUnicodeValue(addr)
ea = EmailAddress.getEmailAddress(view, addr, name)
if ea is not None:
setattr(kindVar, attr, ea)
elif hType == "EmailAddressList":
for name, addr in emailUtils.getaddresses(messageObject.get_all(key, [])):
if decode:
name = decodeHeader(name)
if makeUnicode:
addr = getUnicodeValue(addr)
ea = EmailAddress.getEmailAddress(view, addr, name)
if ea is not None:
kindVar.append(ea)
def __assignToKind(view, kindVar, messageObject, key, type, attr=None, decode=True):
header = messageObject.get(key)
if header is None:
return
if decode:
header = decodeHeader(header)
if type == "String":
setattr(kindVar, attr, header)
# XXX: This logic will need to be expanded
elif type == "StringList":
kindVar.append(header)
elif type == "EmailAddress":
name, addr = emailUtils.parseaddr(messageObject.get(key))
ea = __getEmailAddress(view, decodeHeader(name), addr)
if ea is not None:
setattr(kindVar, attr, ea)
elif __debug__:
logging.error("__assignToKind: invalid email address found %s: %s" % (key, addr))
elif type == "EmailAddressList":
for name, addr in emailUtils.getaddresses(messageObject.get_all(key, [])):
ea = __getEmailAddress(view, decodeHeader(name), addr)
if ea is not None:
kindVar.append(ea)
elif __debug__:
logging.error("__assignToKind: invalid email address found %s: %s" % (key, addr))
del messageObject[key]
def unicode_getalladdrs(msg, *flds):
values = []
for f in flds:
values += unicode_getall(msg, f)
return Utils.getaddresses(rmsp(v) for v in values)
def unicode_getaddrs(v):
return Utils.getaddresses([rmsp(unicode_header(v))])
def unicode_getalladdrs(msg, *flds):
values = []
for f in flds:
values += unicode_getall(msg, f)
return Utils.getaddresses(rmsp(v) for v in values)
def unicode_getaddrs(v):
return Utils.getaddresses([rmsp(unicode_header(v))])