def handle_msg(uidpath,rfc822):
global l_timedep_tasks
print "In handle_msg for "+uidpath
sys.stdout.flush()
#Ignore reflections except for MID dictionary processing
if uidpath in mirror:
print "Found in mirror."
#Examine References header and update msg_dict
msg_dict.process_msg(email.parser.Parser().parsestr(rfc822),uidpath)
print "removing from mirror: done."
mirror.remove(uidpath)
print "mirror: "+repr(mirror)
sys.stdout.flush()
return
#Ignore specified accounts
for acct in ignored_accounts:
if uidpath.find(acct+"/")==0:
print "In ignored account: done."
sys.stdout.flush()
return
msg = email.parser.Parser().parsestr(rfc822)
#We need to handle an updated Task, following protocol
if uidpath.find("Tasks")==0:
task_revised = False
if msg['X-MailTask-Completion-Status']=="Incomplete" and uidpath!="Tasks/BLACKHOLE":
if 'X-MailTask-Virgin' not in msg and (type(msg.get_payload())==str or len(msg.get_payload())==1) or 'X-MailTask-Forced-Complete' in msg:
del msg['X-MailTask-Completion-Status']
msg['X-MailTask-Completion-Status']="Completed"
task_revised = True
elif 'X-MailTask-Virgin' in msg and len(msg.get_payload())>1:
del msg['X-MailTask-Virgin']
task_revised = True
elif msg['X-MailTask-Completion-Status']=="Completed":
del msg['X-MailTask-Forced-Complete']
del msg['X-MailTask-Completion-Status']
msg['X-MailTask-Completion-Status']="Incomplete"
if 'X-MailTask-Virgin' not in msg and (type(msg.get_payload())==str or len(msg.get_payload())==1):
msg['X-MailTask-Virgin']=""
task_revised = True
elif msg['X-MailTask-Completion-Status']=="Time-Dependent":
l_timedep_tasks[uidpath]=msg
elif uidpath!="Tasks/BLACKHOLE":
print "*BUG!*: We found a Task with no or invalid X-MailTask-Completion-Status."
sys.stdout.flush()
#Examine References header and update msg_dict
msg_dict.process_msg(msg,uidpath)
#If necessary, update task
if task_revised:
nsync.node_update(uidpath,msg.as_string())
mirror.add(uidpath)
print "handle_msg: update "+uidpath+" and add to mirror"
print "mirror: "+repr(mirror)
sys.stdout.flush()
else: #not a Task: scan email headers and, if appropriate, create a new related task or update an existing one
if 'From' not in msg or 'Message-ID' not in msg or client.get_email_addr_from_header(msg['From']) in ignored_senders:
print "handle_msg: "+uidpath+" is from an ignored sender."
sys.stdout.flush()
return
#Okay, now, first check if there is a Task out there that refers to a Message-ID that is also referred to by this message
task_mid = None
if 'References' in msg:
print "handle_msg: searching "+uidpath+" related_mids for referring Task"
sys.stdout.flush()
related_mids = msg['References'].replace("\r","").replace("\n",",").replace("\t",",").replace(" ",",")
print "handle_msg: "+repr(related_mids)
sys.stdout.flush()
for rmid_ in related_mids.split(","):
rmid = rmid_.strip()
if rmid=="":
continue
print "handle_msg: examining "+rmid
sys.stdout.flush()
if rmid in msg_dict.rev_mid_dict:
print "handle_msg: msg_dict.rev_mid_dict["+rmid+"]: "+repr(msg_dict.rev_mid_dict[rmid])
sys.stdout.flush()
for referring_mid in msg_dict.rev_mid_dict[rmid]:
if referring_mid.find("Tasks/")==0:
task_mid = referring_mid
break
if task_mid!=None:
break
#We found one: update its References and Date headers and completion status.
if task_mid!=None:
print "handle_msg: Updating reference header of task "+task_mid
sys.stdout.flush()
task_msg = email.parser.Parser().parse(open(os.path.join(client.cachedir,task_mid)))
#Update related IDs
relmids = mt_utils.get_related_ids(task_msg)
relmids.append(msg['Message-ID'])
mt_utils.set_related_ids(task_msg,relmids)
#Update task_msg Date field
del task_msg['Date']
task_msg['Date']=email.utils.formatdate(localtime=True)
#Update task completion status
del task_msg['X-MailTask-Forced-Complete']
del task_msg['X-MailTask-Completion-Status']
task_msg['X-MailTask-Completion-Status']="Incomplete"
nsync.node_update(task_mid,task_msg.as_string())
mirror.add(task_mid)
else: #No existing task, so we must make one
print "handle_msg: Creating new task referencing MID "+msg['Message-ID']
sys.stdout.flush()
newtask=email.message.Message()
nt_body = email.message.Message()
nt_body['Content-Type'] = "text/plain"
payload=""
if client.get_email_addr_from_header(msg['From']) in email_info:
payload=email_info[client.get_email_addr_from_header(msg['From'])]
elif client.get_nick_from_header(msg['From']) in email_info:
payload=email_info[client.get_nick_from_header(msg['From'])]
nt_body.set_payload(payload)
mt_utils.attach_payload(newtask,nt_body)
newtask['Content-Type']="multipart/x.MailTask"
newtask['Date']=email.utils.formatdate(localtime=True)
newtask['Subject'] = client.get_nick_from_header(msg['From'])+": "+msg['Subject'] if 'Subject' in msg and 'From' in msg else "New Task"
newtask['X-MailTask-Type'] = "Checklist"
newtask['X-MailTask-Completion-Status'] = "Incomplete"
newtask['X-MailTask-Virgin'] = "Yes"
mt_utils.set_related_ids(newtask,[msg['Message-ID']])
nsync.node_update("Tasks/NEWMESSAGE",newtask.as_string())
def handle_msg(uidpath,rfc822,mirror_flag):
global l_timedep_tasks
print "In handle_msg for "+uidpath
sys.stdout.flush()
#Ignore reflections except for MID dictionary processing
if mirror_flag:
print "Found in mirror."
#Examine References header and update msg_dict
msg_dict.process_msg(email.parser.Parser().parsestr(rfc822),uidpath)
print "mirror: "+repr(nsync.mirror)
sys.stdout.flush()
return
msg = email.parser.Parser().parsestr(rfc822)
#Ignore specified accounts, unless sender in unignored_senders
if 'From' in msg and client.get_email_addr_from_header(msg['From']) not in unignored_senders and client.get_nick_from_header(msg['From']) not in unignored_senders:
for acct in ignored_accounts:
if uidpath.find(acct+"/")==0:
print "In ignored account: done."
sys.stdout.flush()
return
else:
print "Sender in unignored_senders or not in ignored account."
#We need to handle an updated Task, following protocol
if uidpath.find("Tasks")==0:
task_revised = False
if msg['X-MailTask-Completion-Status']=="Incomplete" and uidpath!="Tasks/BLACKHOLE":
if 'X-MailTask-Virgin' not in msg and (type(msg.get_payload())==str or len(msg.get_payload())==1) or 'X-MailTask-Forced-Complete' in msg:
del msg['X-MailTask-Completion-Status']
msg['X-MailTask-Completion-Status']="Completed"
task_revised = True
elif 'X-MailTask-Virgin' in msg and len(msg.get_payload())>1:
del msg['X-MailTask-Virgin']
task_revised = True
elif msg['X-MailTask-Completion-Status']=="Completed":
del msg['X-MailTask-Forced-Complete']
del msg['X-MailTask-Completion-Status']
msg['X-MailTask-Completion-Status']="Incomplete"
if 'X-MailTask-Virgin' not in msg and (type(msg.get_payload())==str or len(msg.get_payload())==1):
msg['X-MailTask-Virgin']=""
task_revised = True
elif msg['X-MailTask-Completion-Status']=="Time-Dependent":
l_timedep_tasks[uidpath]=msg
elif uidpath!="Tasks/BLACKHOLE":
print "*BUG!*: We found a Task with no or invalid X-MailTask-Completion-Status."
sys.stdout.flush()
#Examine References header and update msg_dict
msg_dict.process_msg(msg,uidpath)
#Handle Google Calendar Sync
try:
if do_gcal:
dinfo = None
gcal_id = msg['X-MailTask-GCalID']
subject_str = "MailTask: "+msg.get('Subject',"No Subject")
body_str = mt_utils.get_body(msg).get_payload()
if 'X-MailTask-Date-Info' in msg:
dinfo = mt_utils.gtstfxmdis(msg['X-MailTask-Date-Info'])
if len(dinfo)==1:
dinfo = (dinfo[0],dinfo[0])
if not gcal_id and 'X-MailTask-Date-Info' in msg:
gcal_id = mt_gcal_sync.insert_gcal_event((subject_str,body_str,dinfo[0],dinfo[1]))
msg['X-MailTask-GCalID']=gcal_id
task_revised = True
elif gcal_id and 'X-MailTask-Date-Info' not in msg:
mt_gcal_sync.delete_gcal_event(gcal_id)
del msg['X-MailTask-GCalID']
task_revised = True
elif gcal_id and 'X-MailTask-Date-Info' in msg:
mt_gcal_sync.update_gcal_event(gcal_id,(subject_str,body_str,dinfo[0],dinfo[1]))
except Exception as e:
print "WARNING: Google Calendar Error: "+e.message
#If necessary, update task
if task_revised:
nsync.node_update(uidpath,msg.as_string())
print "handle_msg: update "+uidpath+" and add to mirror"
print "mirror: "+repr(nsync.mirror)
sys.stdout.flush()
else: #not a Task: scan email headers and, if appropriate, create a new related task or update an existing one
if 'From' not in msg or 'Message-ID' not in msg or client.get_email_addr_from_header(msg['From']) in ignored_senders:
print "handle_msg: "+uidpath+" is from an ignored sender."
sys.stdout.flush()
return
#If we're doing the calendar thing, check for the codeword in the subject
if do_gcal and 'Subject' in msg and msg['Subject'].find(mt_gcal_sync.codeword)!=-1:
chronos_tuples = []
def scan_component(component):
result = mt_chronos.extract_calendar_event(component.get_payload(decode=True))
if result!=None:
chronos_tuples.append(result)
try:
mt_utils.walk_attachments(msg,scan_component)
for entry in chronos_tuples:
mt_gcal_sync.insert_gcal_event(entry)
return
except Exception as e:
print "ERROR: Attempted to schedule calendar event and failed; probable bug."
print "The exception: "+repr(e)
sys.stdout.flush()
#Okay, now, first check if there is a Task out there that refers to a Message-ID that is also referred to by this message
task_mid = None
if 'References' in msg:
print "handle_msg: searching "+uidpath+" related_mids for referring Task"
sys.stdout.flush()
related_mids = msg['References'].replace("\r","").replace("\n",",").replace("\t",",").replace(" ",",")
print "handle_msg: "+repr(related_mids)
sys.stdout.flush()
for rmid_ in related_mids.split(","):
rmid = rmid_.strip()
if rmid=="":
continue
print "handle_msg: examining "+rmid
sys.stdout.flush()
if rmid in msg_dict.rev_mid_dict:
print "handle_msg: msg_dict.rev_mid_dict["+rmid+"]: "+repr(msg_dict.rev_mid_dict[rmid])
sys.stdout.flush()
for referring_mid in msg_dict.rev_mid_dict[rmid]:
if referring_mid.find("Tasks/")==0:
task_mid = referring_mid
break
if task_mid!=None:
break
#We found one: update its References and Date headers and completion status.
if task_mid!=None:
print "handle_msg: Updating reference header of task "+task_mid
sys.stdout.flush()
task_msg = email.parser.Parser().parse(open(os.path.join(client.cachedir,task_mid)))
#Update related IDs
relmids = mt_utils.get_related_ids(task_msg)
relmids.append(msg['Message-ID'])
mt_utils.set_related_ids(task_msg,relmids)
#Update task_msg Date field
del task_msg['Date']
task_msg['Date']=email.utils.formatdate(localtime=True)
#Update task completion status
del task_msg['X-MailTask-Forced-Complete']
del task_msg['X-MailTask-Completion-Status']
task_msg['X-MailTask-Completion-Status']="Incomplete"
nsync.node_update(task_mid,task_msg.as_string())
else: #No existing task, so we must make one
print "handle_msg: Creating new task referencing MID "+msg['Message-ID']
sys.stdout.flush()
newtask=email.message.Message()
nt_body = email.message.Message()
nt_body['Content-Type'] = "text/plain"
payload=""
if client.get_email_addr_from_header(msg['From']) in email_info:
payload=email_info[client.get_email_addr_from_header(msg['From'])]
elif client.get_nick_from_header(msg['From']) in email_info:
payload=email_info[client.get_nick_from_header(msg['From'])]
nt_body.set_payload(payload)
mt_utils.attach_payload(newtask,nt_body)
newtask['Content-Type']="multipart/x.MailTask"
newtask['Date']=email.utils.formatdate(localtime=True)
newtask['Subject'] = client.get_nick_from_header(msg['From'])+": "+msg['Subject'] if 'Subject' in msg and 'From' in msg and client.get_nick_from_header(msg['From']) else "New Task"
newtask['X-MailTask-Type'] = "Checklist"
newtask['X-MailTask-Completion-Status'] = "Incomplete"
newtask['X-MailTask-Virgin'] = "Yes"
mt_utils.set_related_ids(newtask,[msg['Message-ID']])
nsync.node_update("Tasks/NEWMESSAGE",newtask.as_string())