def receive_message_from(board_id, request_data,
db_source, db_transactions):
" Reply-to api client request to post a new message. "
from x84.bbs.msgbase import to_localtime, Msg
log = logging.getLogger(__name__)
if 'message' not in request_data:
return server_error(log.info, u'No message')
pullmsg = request_data['message']
# validate
for key in (_key for _key in VALIDATE_MSG_KEYS if _key not in pullmsg):
return server_error(log_func=log.info,
log_msg=('Missing message sub-field, {key!r}'
.format(key=key)))
msg = Msg()
msg.author = pullmsg['author']
msg.recipient = pullmsg['recipient']
msg.subject = pullmsg['subject']
msg.parent = pullmsg['parent']
msg.tags = set(pullmsg['tags'] + [request_data['network']])
msg.body = pullmsg['body']
# ?? is this removing millesconds, or ?
_ctime = to_localtime(pullmsg['ctime'].split('.', 1)[0])
msg.save(send_net=False, ctime=_ctime)
with db_source, db_transactions:
db_source[msg.idx] = board_id
db_transactions[msg.idx] = msg.idx
return {u'response': True, u'id': msg.idx}
def receive_message_from(board_id, request_data, db_source, db_transactions):
" Reply-to api client request to post a new message. "
from x84.bbs.msgbase import to_localtime, Msg
log = logging.getLogger(__name__)
if 'message' not in request_data:
return server_error(log.info, u'No message')
pullmsg = request_data['message']
# validate
for key in (_key for _key in VALIDATE_MSG_KEYS if _key not in pullmsg):
return server_error(
log_func=log.info,
log_msg=('Missing message sub-field, {key!r}'.format(key=key)))
msg = Msg()
msg.author = pullmsg['author']
msg.recipient = pullmsg['recipient']
msg.subject = pullmsg['subject']
msg.parent = pullmsg['parent']
msg.tags = set(pullmsg['tags'] + [request_data['network']])
msg.body = pullmsg['body']
# ?? is this removing millesconds, or ?
_ctime = to_localtime(pullmsg['ctime'].split('.', 1)[0])
msg.save(send_net=False, ctime=_ctime)
with db_source, db_transactions:
db_source[msg.idx] = board_id
db_transactions[msg.idx] = msg.idx
return {u'response': True, u'id': msg.idx}
def import_messages(self):
from x84.bbs.msgbase import Msg
# hook into x84 and write message to default database and
# keep separate database for fido specific fields.
# 'author': msg.author,
# 'subject': msg.subject,
# 'recipient': msg.recipient,
# 'parent': parent,
# 'tags': [tag for tag in msg.tags if tag != network['name']],
# 'ctime': to_utctime(msg.ctime)
store_msg = Msg()
store_msg.recipient = unicode(self.user_to, 'CP437')
store_msg.author = unicode(self.user_from, 'CP437')
store_msg.subject = unicode(self.subject, 'CP437')
# Add Check here for Private Netmail messages, this functionality will be added lateron
# Convert from CP437 for high ascii, later on read CHRS kludge for origin character set
store_msg.body = unicode('\r'.join(self.message_lines).replace('\x9d', ''), 'CP437')
# If area is a normal public echo, default is public
store_msg.tags.add(u''.join('public'))
# Change to Network Name ie Agoranet
store_msg.tags.add(u''.join(self.network))
# Translate the area to the tag description.
# eg.. AGN_GEN -> general
area_tag = cfg.get_tag(self.network, self.area)
# print 'Area Tag: ' + area_tag
if area_tag is not None:
store_msg.tags.add(u''.join(area_tag))
# In testing
# if area is not a public echo, add to sysop group tag
# store_msg.tags.add(u''.join('sysop'))
# Convert Packet String to Date Time format.
# We should also get and check UTZ kludge line! Lateron for offset / Timezone.
# 26 Feb 15 18:04:00
date_object = datetime.datetime.strptime(self.date_time, '%d %b %y %H:%M:%S')
# do not save this message to network, we already received
# it from the network, set send_net=False
# Also avoid sending over X84 NET
store_msg.save(send_net=False, ctime=date_object)
print 'Msg Index after save: {0}'.format(store_msg.idx)
# Setup and store the fido kludge data
fido_msg = StoredFidoInfo(store_msg.idx)
fido_msg.status('received')
fido_msg.kludge_lines(self.kludge_lines)
fido_msg.save()
print 'Fido Index after save: {0}'.format(fido_msg.idx)