def relatedAddresses(self):
"""
Implement L{IMessageData.relatedAddresses} by looking at relevant
RFC2822 headers for sender and recipient addresses.
"""
for header in (u'from', u'sender', u'reply-to'):
try:
v = self.getHeader(header)
except equotient.NoSuchHeader:
continue
email = mimeutil.EmailAddress(v, mimeEncoded=False)
yield (exmess.SENDER_RELATION, email)
break
for header, relationship in [
(u'cc', exmess.COPY_RELATION),
(u'to', exmess.RECIPIENT_RELATION),
(u'bcc', exmess.BLIND_COPY_RELATION),
(u'resent-to', exmess.RESENT_TO_RELATION),
(u'resent-from', exmess.RESENT_FROM_RELATION)]:
try:
v = self.getHeader(header)
except equotient.NoSuchHeader:
pass
else:
for addressObject in mimeutil.parseEmailAddresses(v, mimeEncoded=False):
yield (relationship, addressObject)
def test_ListHeader(self):
emails = []
emails.append(mimeutil.EmailAddress(' =?ISO-8859-1?Q?C=E9sar______?= fu bar <*****@*****.**>'))
emails.append(mimeutil.EmailAddress(' n o name @ examplE.com '))
header = mimeutil.makeEmailListHeader(emails, 'To')
parsed = mimeutil.parseEmailAddresses(header.encode())
self.assertEquals(emails, parsed)
def relatedAddresses(self):
"""
Implement L{IMessageData.relatedAddresses} by looking at relevant
RFC2822 headers for sender and recipient addresses.
"""
for header in (u'from', u'sender', u'reply-to'):
try:
v = self.getHeader(header)
except equotient.NoSuchHeader:
continue
email = mimeutil.EmailAddress(v, mimeEncoded=False)
yield (exmess.SENDER_RELATION, email)
break
for header, relationship in [(u'cc', exmess.COPY_RELATION),
(u'to', exmess.RECIPIENT_RELATION),
(u'bcc', exmess.BLIND_COPY_RELATION),
(u'resent-to', exmess.RESENT_TO_RELATION),
(u'resent-from',
exmess.RESENT_FROM_RELATION)]:
try:
v = self.getHeader(header)
except equotient.NoSuchHeader:
pass
else:
for addressObject in mimeutil.parseEmailAddresses(
v, mimeEncoded=False):
yield (relationship, addressObject)
def test_noBCCInTo(self):
"""
Test that L{xquotient.mimebakery.createMessage} doesn't
stick the BCC address it's passed into the "To" header
"""
msg = self._createBCCMessage()
(addr, ) = mimeutil.parseEmailAddresses(msg.impl.getHeader(u'To'))
self.assertEquals(addr.email, '*****@*****.**')
def test_noBCCInTo(self):
"""
Test that L{xquotient.mimebakery.createMessage} doesn't
stick the BCC address it's passed into the "To" header
"""
msg = self._createBCCMessage()
(addr,) = mimeutil.parseEmailAddresses(msg.impl.getHeader(u'To'))
self.assertEquals(addr.email, '*****@*****.**')
def test_ListHeader(self):
emails = []
emails.append(
mimeutil.EmailAddress(
' =?ISO-8859-1?Q?C=E9sar______?= fu bar <*****@*****.**>'
))
emails.append(mimeutil.EmailAddress(' n o name @ examplE.com '))
header = mimeutil.makeEmailListHeader(emails, 'To')
parsed = mimeutil.parseEmailAddresses(header.encode())
self.assertEquals(emails, parsed)
def _coerceEmailAddressString(self, s):
"""
Turn a string representation of one or more email addresses into a
list of L{mimetuil.EmailAddress} instances
@param s: non mime-encoded string
@type s: C{str}
@return: L{mimeutil.EmailAddress} instances
@rtype: sequence
"""
return mimeutil.parseEmailAddresses(s, mimeEncoded=False)
def getReplyAddresses(self):
"""
Figure out the address(es) that a reply to this message should be sent
to.
@rtype: sequence of L{xquotient.mimeutil.EmailAddress}
"""
try:
recipient = self.getHeader(u'reply-to')
except equotient.NoSuchHeader:
recipient = dict(self.relatedAddresses())[
exmess.SENDER_RELATION].email
return mimeutil.parseEmailAddresses(recipient, mimeEncoded=False)
def getReplyAddresses(self):
"""
Figure out the address(es) that a reply to this message should be sent
to.
@rtype: sequence of L{xquotient.mimeutil.EmailAddress}
"""
try:
recipient = self.getHeader(u'reply-to')
except equotient.NoSuchHeader:
recipient = dict(
self.relatedAddresses())[exmess.SENDER_RELATION].email
return mimeutil.parseEmailAddresses(recipient, mimeEncoded=False)
def test_parseEmailAddresses(self):
self.assertEquals(
mimeutil.parseEmailAddresses(' one@t wo , three <four@five> '),
map(mimeutil.EmailAddress, ['one@two', 'three <four@five>']))
def test_parseEmailAddresses(self):
self.assertEquals(
mimeutil.parseEmailAddresses(' one@t wo , three <four@five> '),
map(mimeutil.EmailAddress, ['one@two', 'three <four@five>']))
