def findShare(self, view, collection, repoId, peerId):
account = self.findAccount(view, peerId)
acl = collection.getACL('p2p', None)
if acl is None or not acl.verify(account.user, Permissions.READ):
raise AccessDeniedError
for share in SharedItem(collection).shares:
if isinstance(share, self.shareClass):
if share.repoId is None:
if (share.ackPending and share.contents is collection
and share.conduit.account is account
and share.conduit.peerId == peerId):
share.repoId = repoId
return share
elif share.repoId == repoId:
return share
share = self.shareClass(itsView=view,
account=view[self.client.account],
repoId=repoId,
peerId=peerId)
share.contents = collection
if not has_stamp(collection, SharedItem):
SharedItem(collection).add()
share.localVersion = view.itsVersion + 1
view.commit()
return share
def getPeers(mailStamp):
peers = mailStamp.getRecipients()
# First, make sure we don't have peers with duplicate email addresses
peerAddresses = set()
filteredPeers = list()
for peer in peers:
address = getattr(peer, 'emailAddress', '')
if address and address not in peerAddresses:
# Note: shouldn't we also filter out "me" addresses? I guess it's
# harmless not to since we ignore incoming EIMML messages that are
# "from me".
peerAddresses.add(address)
filteredPeers.append(peer)
peers = filteredPeers
# Next, for each peer already associated with the item, if any of them have
# email addresses which match the 'peers' list, there is a chance that the
# new peer is actually an EmailAddress item with same address but different
# name. We want to swap that peer out for the one already associated with
# the item.
item = mailStamp.itsItem
view = item.itsView
if has_stamp(item, SharedItem):
shared = SharedItem(item)
updatedPeers = list()
# Build a set of email addresses already associated with this item
associatedAddresses = set()
addressMapping = {}
for state in getattr(shared, "peerStates", []):
peerUUID = shared.peerStates.getAlias(state)
peer = view.findUUID(peerUUID)
if peer is not None and getattr(peer, 'emailAddress', ''):
associatedAddresses.add(peer.emailAddress)
addressMapping[peer.emailAddress] = peer
# Look for matches between already associated and new:
for peer in peers:
if peer.emailAddress in associatedAddresses:
if shared.getPeerState(peer, create=False) is not None:
# We have a perfect match
updatedPeers.append(peer)
else:
# address matches, but wrong email address item; switch
# to the already associated one
updatedPeers.append(addressMapping[peer.emailAddress])
else:
# No matching address; it's a new peer
updatedPeers.append(peer)
peers = updatedPeers
return peers
def getPeers(mailStamp):
peers = mailStamp.getRecipients()
# First, make sure we don't have peers with duplicate email addresses
peerAddresses = set()
filteredPeers = list()
for peer in peers:
address = getattr(peer, 'emailAddress', '')
if address and address not in peerAddresses:
# Note: shouldn't we also filter out "me" addresses? I guess it's
# harmless not to since we ignore incoming EIMML messages that are
# "from me".
peerAddresses.add(address)
filteredPeers.append(peer)
peers = filteredPeers
# Next, for each peer already associated with the item, if any of them have
# email addresses which match the 'peers' list, there is a chance that the
# new peer is actually an EmailAddress item with same address but different
# name. We want to swap that peer out for the one already associated with
# the item.
item = mailStamp.itsItem
view = item.itsView
if has_stamp(item, SharedItem):
shared = SharedItem(item)
updatedPeers = list()
# Build a set of email addresses already associated with this item
associatedAddresses = set()
addressMapping = {}
for state in getattr(shared, "peerStates", []):
peerUUID = shared.peerStates.getAlias(state)
peer = view.findUUID(peerUUID)
if peer is not None and getattr(peer, 'emailAddress', ''):
associatedAddresses.add(peer.emailAddress)
addressMapping[peer.emailAddress] = peer
# Look for matches between already associated and new:
for peer in peers:
if peer.emailAddress in associatedAddresses:
if shared.getPeerState(peer, create=False) is not None:
# We have a perfect match
updatedPeers.append(peer)
else:
# address matches, but wrong email address item; switch
# to the already associated one
updatedPeers.append(addressMapping[peer.emailAddress])
else:
# No matching address; it's a new peer
updatedPeers.append(peer)
peers = updatedPeers
return peers
def send(self, peerId, name):
if not self.isLoggedIn():
raise ValueError, "no mail client"
view = self.itsView
sidebar = schema.ns('osaf.app', view).sidebarCollection
for collection in sidebar:
if collection.displayName == name:
for share in SharedItem(collection).shares:
conduit = share.conduit
if isinstance(conduit, MailConduit):
if conduit.peerId == peerId:
return self.client.send(share, None, None, 'sync')
return self.client.send(None, peerId, name, 'send')
def testNote(self):
self.checkStatus(0)
self.note.changeEditState(Modification.edited)
self.checkStatus(0) # edited has no effect till created
self.note.changeEditState(Modification.created)
self.checkStatus(0)
self.note.changeEditState(Modification.edited)
self.checkStatus(0, 'EDITED')
si = SharedItem(self.note)
si.add()
si.generateConflicts()
self.checkStatus(0, 'EDITED', 'ERROR')
def subscribe(self, peerId, name):
if not self.isLoggedIn():
raise ValueError, "no connection"
if '/' not in peerId:
peerId += "/chandler"
view = self.itsView
sidebar = schema.ns('osaf.app', view).sidebarCollection
share = None
for collection in sidebar:
if collection.displayName == name:
for share in SharedItem(collection).shares:
conduit = share.conduit
if isinstance(conduit, JabberConduit):
if conduit.peerId == peerId:
return self.client.sync(share, None, None)
return self.client.sync(None, peerId, name)
