def setUp(self):
super(InOutCollectionTests, self).setUp()
self.inCol = schema.ns('osaf.pim', self.view).inCollection
self.outCol = schema.ns('osaf.pim', self.view).outCollection
self.meCol = schema.ns("osaf.pim", self.view).meEmailAddressCollection
self.m1 = MailMessage(itsView=self.view)
self.m2 = MailMessage(itsView=self.view)
self.m3 = MailMessage(itsView=self.view)
self.m4 = MailMessage(itsView=self.view)
self.m5 = MailMessage(itsView=self.view)
self.m6 = MailMessage(itsView=self.view)
self.m7 = MailMessage(itsView=self.view)
self.e1 = EmailAddress.getEmailAddress(self.view, "*****@*****.**",
uw("Test User1"))
self.e2 = EmailAddress.getEmailAddress(self.view, u"*****@*****.**",
uw("Test User2"))
self.e3 = EmailAddress.getEmailAddress(self.view, u"*****@*****.**",
uw("Test User3"))
# (Differs from e3 only by case of the emailAddress)
self.e4 = EmailAddress.getEmailAddress(self.view,
self.e3.emailAddress.upper(),
self.e3.fullName)
self.imapAcct = IMAPAccount(itsView=self.view)
self.smtpAcct = SMTPAccount(itsView=self.view)
def setUp(self):
super(InOutCollectionTests, self).setUp()
self.inCol = schema.ns('osaf.pim', self.view).inCollection
self.outCol = schema.ns('osaf.pim', self.view).outCollection
self.meCol = schema.ns("osaf.pim", self.view).meEmailAddressCollection
self.m1 = MailMessage(itsView=self.view)
self.m2 = MailMessage(itsView=self.view)
self.m3 = MailMessage(itsView=self.view)
self.m4 = MailMessage(itsView=self.view)
self.m5 = MailMessage(itsView=self.view)
self.m6 = MailMessage(itsView=self.view)
self.m7 = MailMessage(itsView=self.view)
self.e1 = EmailAddress.getEmailAddress(self.view, "*****@*****.**",
uw("Test User1"))
self.e2 = EmailAddress.getEmailAddress(self.view, u"*****@*****.**",
uw("Test User2"))
self.e3 = EmailAddress.getEmailAddress(self.view, u"*****@*****.**",
uw("Test User3"))
# (Differs from e3 only by case of the emailAddress)
self.e4 = EmailAddress.getEmailAddress(self.view,
self.e3.emailAddress.upper(),
self.e3.fullName)
self.imapAcct = IMAPAccount(itsView=self.view)
self.smtpAcct = SMTPAccount(itsView=self.view)
def addMaiStamp(item):
ms = MailStamp(item)
ms.add()
ms.subject = uw("Test Mail")
ms.body = uw("Test ") * 60
toAddr = EmailAddress.getEmailAddress(view, "*****@*****.**")
ms.toAddress.append(toAddr)
ms.fromAddress = EmailAddress.getEmailAddress(view, "*****@*****.**")
ms.ccAddress.append(ms.fromAddress)
org = EmailAddress.getEmailAddress(view, "The Management")
ms.originators.append(org)
return ms
def addMaiStamp(item):
ms = MailStamp(item)
ms.add()
ms.subject = uw("Test Mail")
ms.body = uw("Test ") * 60
toAddr = EmailAddress.getEmailAddress(view, "*****@*****.**")
ms.toAddress.append(toAddr)
ms.fromAddress = EmailAddress.getEmailAddress(view,
"*****@*****.**")
ms.ccAddress.append(ms.fromAddress)
org = EmailAddress.getEmailAddress(view, "The Management")
ms.originators.append(org)
return ms
def getPeer(view, messageObject):
# Get the from address ie. Sender.
emailAddr = messageObject.get("From")
if not emailAddr:
return None
name, addr = emailUtils.parseaddr(emailAddr)
return EmailAddress.getEmailAddress(view, getUnicodeValue(addr), decodeHeader(name))
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 getPeer(view, messageObject):
# Get the from address ie. Sender.
emailAddr = messageObject.get("From")
if not emailAddr:
return None
name, addr = emailUtils.parseaddr(emailAddr)
return EmailAddress.getEmailAddress(view, getUnicodeValue(addr),
decodeHeader(name))
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 parseICS(view, ics, messageObject=None):
from osaf.sharing import (deserialize, SharingTranslator, ICSSerializer,
remindersFilter)
icsDesc = icsSummary = None
peer = None
if messageObject is not None:
peer = getPeer(view, messageObject)
if peer is None:
# we don't really need a valid peer to import icalendar, make one up
peer = EmailAddress.getEmailAddress(view, "*****@*****.**")
try:
items = deserialize(view, peer, ics, SharingTranslator,
ICSSerializer, filter=remindersFilter)
except Exception, e:
logging.exception(e)
return None
def parseICS(view, ics, messageObject=None):
from osaf.sharing import (deserialize, SharingTranslator, ICSSerializer,
remindersFilter)
icsDesc = icsSummary = None
peer = None
if messageObject is not None:
peer = getPeer(view, messageObject)
if peer is None:
# we don't really need a valid peer to import icalendar, make one up
peer = EmailAddress.getEmailAddress(view, "*****@*****.**")
try:
items = deserialize(view,
peer,
ics,
SharingTranslator,
ICSSerializer,
filter=remindersFilter)
except Exception, e:
logging.exception(e)
return None
def previewQuickConvert(view, headers, body, eimml, ics):
# 1.0 Case
# 1. Standard mail message
# a. headers (build a decoded headers dict using m.keys())
# b. body
# 2. ICS
# a. headers (build a decoded headers dict using m.keys())
# b. body
# c. decoded ics attachment
# 3. EIM
# a. headers (build a decoded headers dict using m.keys())
# b. decoded eim attachment
mailStamp = icsDesc = icsSummary = None
if eimml:
# Get the from address ie. Sender.
emailAddr = headers.get("From")
if not emailAddr:
# A peer address is required for eimml
# deserialization. If there is no peer
# then ignore the eimml data.
return (-1, None)
name, addr = emailUtils.parseaddr(emailAddr)
peer = EmailAddress.getEmailAddress(view, addr, name)
matchingAddresses = []
for address in addressMatchGenerator(peer):
matchingAddresses.append(address)
# the matchingAddresses list will at least contain the
# peer address since it is an EmailAddress Item and
# there for will be in the EmailAddressCollection index.
statusCode, mailStamp = parseEIMML(view, peer, matchingAddresses, eimml)
if statusCode != 1:
# There was either an error during
# processing of the eimml or the
# eimml was older than the current
# Item's state so it was ignored.
return (statusCode, None)
elif ics:
result = parseICS(view, ics)
if result is not None:
# If the result is None then there
# was an error that prevented converting
# the ics text to a Chandler Item
# in which case the ics is ignored and
# the rest of the message parsed.
mailStamp, icsDesc, icsSummary = result
if not mailStamp:
mailStamp = MailMessage(itsView=view)
mailStamp.fromEIMML = False
if getattr(mailStamp, "messageId", None):
# The presence a messageId indicated that
# this message has already been sent or
# received and thus is an update.
mailStamp.isUpdated = True
# Setting these values here reduces Observer
# processing time when calculating if the
# message should appear in the In Collection
mailStamp.viaMailService = True
# Look at the from address if it matches a me address
# and the ignore me attribute enabled then set toMe to
# false otherwise set to True
mailStamp.toMe = True
if not mailStamp.fromEIMML:
mailStamp.body = body
if icsSummary or icsDesc:
# If ics summary or ics description exist then
# add them to the message body
mailStamp.body += buildICSInfo(mailStamp, icsSummary, icsDesc)
__parseHeaders(view, headers, mailStamp, False, False)
return (1, mailStamp)
def previewQuickConvert(view, headers, body, eimml, ics):
# 1.0 Case
# 1. Standard mail message
# a. headers (build a decoded headers dict using m.keys())
# b. body
# 2. ICS
# a. headers (build a decoded headers dict using m.keys())
# b. body
# c. decoded ics attachment
# 3. EIM
# a. headers (build a decoded headers dict using m.keys())
# b. decoded eim attachment
mailStamp = icsDesc = icsSummary = None
if eimml:
# Get the from address ie. Sender.
emailAddr = headers.get("From")
if not emailAddr:
# A peer address is required for eimml
# deserialization. If there is no peer
# then ignore the eimml data.
return (-1, None)
name, addr = emailUtils.parseaddr(emailAddr)
peer = EmailAddress.getEmailAddress(view, addr, name)
matchingAddresses = []
for address in addressMatchGenerator(peer):
matchingAddresses.append(address)
# the matchingAddresses list will at least contain the
# peer address since it is an EmailAddress Item and
# there for will be in the EmailAddressCollection index.
statusCode, mailStamp = parseEIMML(view, peer, matchingAddresses,
eimml)
if statusCode != 1:
# There was either an error during
# processing of the eimml or the
# eimml was older than the current
# Item's state so it was ignored.
return (statusCode, None)
elif ics:
result = parseICS(view, ics)
if result is not None:
# If the result is None then there
# was an error that prevented converting
# the ics text to a Chandler Item
# in which case the ics is ignored and
# the rest of the message parsed.
mailStamp, icsDesc, icsSummary = result
if not mailStamp:
mailStamp = MailMessage(itsView=view)
mailStamp.fromEIMML = False
if getattr(mailStamp, "messageId", None):
# The presence a messageId indicated that
# this message has already been sent or
# received and thus is an update.
mailStamp.isUpdated = True
# Setting these values here reduces Observer
# processing time when calculating if the
# message should appear in the In Collection
mailStamp.viaMailService = True
# Look at the from address if it matches a me address
# and the ignore me attribute enabled then set toMe to
# false otherwise set to True
mailStamp.toMe = True
if not mailStamp.fromEIMML:
mailStamp.body = body
if icsSummary or icsDesc:
# If ics summary or ics description exist then
# add them to the message body
mailStamp.body += buildICSInfo(mailStamp, icsSummary, icsDesc)
__parseHeaders(view, headers, mailStamp, False, False)
return (1, mailStamp)
def getAddress(view, match):
"""Get an EmailAddress from a many_contacts_re match."""
return EmailAddress.getEmailAddress(view, match.group('contact'))
