def enter(self, p, cons, oDO, oIDO):
(sV, sDO, sPrep, sIDO) = p.diagram_sentence(p.words)
if sDO == 'waterfall':
if cons.user.wizardry_element != 'water':
cons.user.perceive(
'You try to enter the waterfall, but get swept back by the rushing current.'
)
cons.user.emit(
'&nD%s dives into the waterfall, but gets swept back by the rushing current.'
)
return True
dest = gametools.load_room('domains.school.school.water_lounge')
if dest == None:
cons.user.perceive(
"You try to enter the waterfall, but an error occurs! Please report it."
)
dbg.debug('Error! dest() of waterfall returned None on load!')
return True
cons.user.perceive(
'You dive into the waterfall, and find yourself somewhere quite different.'
)
cons.user.emit(
'&nD%s dives into the waterfall and dissapears from view.')
cons.user.move_to(dest)
dest.report_arrival(cons.user)
return True
return "Did you mean to enter the waterfall?"
def register_heartbeat(self, obj):
"""Add the specified object (obj) to the heartbeat_users list"""
if obj not in self.heartbeat_users:
self.heartbeat_users.append(obj)
else:
dbg.debug(
"object %s is already in the heartbeat_users list!" % obj, 2)
def attack(self, enemy):
if (self == enemy):
dbg.debug('Creature tried to attack self!', 0)
return
chance_of_hitting = self.combat_skill + self.weapon_wielding.accuracy - enemy.get_armor_class(
)
if random.randint(1, 100) <= chance_of_hitting:
d = self.weapon_wielding.damage
damage_done = random.randint(int(d / 2), d) + self.strength / 10.0
enemy.take_damage(damage_done)
self.emit('&nd%s attacks &n%s with its %s!' %
(self, enemy, self.weapon_wielding),
ignore=[self, enemy])
self.perceive('You attack &nd%s with your %s!' %
(enemy, self.weapon_wielding))
enemy.perceive('&nd%s attacks you with its %s' %
(self, self.weapon_wielding))
#TODO: Proper names and introductions: The monster attacks you with its sword, Cedric attacks you with his sword, Madiline attacks you with her sword.
if self not in enemy.enemies:
enemy.enemies.append(self)
else:
self.emit('&nd%s attacks &nd%s with its %s, but misses.' %
(self, enemy, self.weapon_wielding),
ignore=[self, enemy])
self.perceive('You attack &nd%s with your %s, but miss.' %
(enemy, self.weapon_wielding))
enemy.perceive('&nd%s attacks you, but misses %s.' %
(self, self.weapon_wielding))
def attack_enemy(self, enemy=None):
"""Attack any enemies, if possible, or if a highly aggressive Creature, attack anyone in the room."""
targets = [
x for x in self.location.contents
if (isinstance(x, Creature)) and (x != self) and (
x.invisible == False)
]
assert self not in targets
if not targets:
return
attacking = enemy
if not attacking:
for i in self.enemies:
if i in self.location.contents and i.invisible == False:
attacking = i
assert attacking != self
break
if self.aggressive == 2 and not attacking:
attacking = random.choice(targets)
self.enemies.append(attacking)
dbg.debug("%s: attacking %s" % (self.id, attacking))
self.attacking = attacking
# Figured out who to attack, wield any weapons/armor
self.weapon_and_armor_grab()
if self.attack_freq() <= self.attack_now:
self.attack(attacking)
else:
self.attack_now += 1
def move_around(self):
"""The NPC leaves the room, taking a random exit"""
try:
exit_list = list(self.location.exits)
exit = random.choice(exit_list)
except (AttributeError, IndexError):
dbg.debug('NPC %s sees no exits, returning from move_around()' %
self.id)
return
dbg.debug("Trying to move to the %s exit!" % (exit))
current_room = self.location
new_room_string = self.location.exits[exit]
new_room = gametools.load_room(new_room_string)
if new_room.monster_safe:
dbg.debug('Can\'t go to %s; monster safe room!' % new_room_string)
return
if new_room_string in self.forbidden_rooms:
dbg.debug('Can\'t go to %s: forbidden to %s!' %
(new_room_string, self))
self.emit("&nD%s goes %s." % (self.id, exit))
self.move_to(new_room)
self.emit("&nI%s arrives." % self.id)
dbg.debug(
"Creature %s moved to new room %s" %
(self.names[0], new_room_string), 1)
return
def go_to(self, p, cons, oDO, oIDO):
words = p.words
user = cons.user
sExit = words[1]
if sExit in list(self.exits):
try:
destPath = self.exits[
sExit] # filename of the destination room module
dest = gametools.load_room(destPath)
except KeyError:
dbg.debug(
"KeyError: exit '%s' maps to '%s' which is not an object in the game!"
% (sExit, self.exits[sExit]), 0)
cons.write("There was an internal error with the exit. ")
return True
if cons.user.move_to(dest):
loc = user.location
verb = words[0]
conjugated = "goes" if verb == "go" else verb + 's'
cons.write("You %s to the %s." % (verb, sExit))
self.emit("&nD%s %s to the %s." % (user.id, conjugated, sExit))
loc.report_arrival(user)
return True
else:
return "For some reason you are unable to go to the %s." % sExit
else: # user did not specify a valid exit
return "I don't see how to go %s!" % sExit
def saveToConsole(self, data, ts):
'''
print on Console
'''
dbg.debug("in")
dbg.debug("exit")
return
def deregister_heartbeat(self, obj):
"""Remove the specified object (obj) from the heartbeat_users list"""
if obj in self.heartbeat_users:
del self.heartbeat_users[self.heartbeat_users.index(obj)]
else:
dbg.debug(
"object %s, not in heartbeat_users, tried to deregister heartbeat!"
% obj, 2)
def cbLoopDone(result):
"""
Called when loop was stopped with success.
"""
dbg.debug("Loop done.")
dbg.shut_down()
NetworkConnection.keep_going = False
reactor.stop()
def saveToConsole(self, data, ts):
'''
print on Console
'''
dbg.debug("in")
dbg.debug("exit")
return
def saveToFiles(self, data, ts):
dbg.debug("in")
file=FileFactory('/tmp/%s' % ts)
file.write(data)
file.close
dbg.debug("exit")
return
def saveToFiles(self, data, ts):
dbg.debug("in")
file = FileFactory('/tmp/%s' % ts)
file.write(data)
file.close
dbg.debug("exit")
return
def diagram_sentence(self, words):
"""Categorize sentence type and set verb, direct/indirect object strings.
Returns a tuple (sV, sDO, sPrep, sIDO)
sV is a string containing the verb
sDO is a string containing the direct object, or None
sPrep is a string containing the preposition, or None
sIDO is a string containing the indirect object, or None
Currently supports three sentence types, which can be detected thus:
1. if sDO == None: <intransitive verb>
2. elif sIDO == None: <transitive verb> <direct object>
3. else: <transitive verb> <direct object> <preposition> <indirect object>
"""
sV = words[0]
if len(self.words) == 1:
# sentence type 1, <intransitive verb>
return (sV, None, None, None)
# list of legal prepositions
prepositions = [
'in', 'on', 'over', 'under', 'with', 'at', 'from', 'off', 'out',
'into', 'away', 'around', 'onto'
]
textwords = words[1:] # all words after the verb
text = ' '.join(textwords)
sDO = sPrep = sIDO = None
for p in prepositions:
if p in textwords:
if sV == 'go' and p == 'in': # what is this doing?
continue
idxPrep = textwords.index(p)
sPrep = textwords[idxPrep]
sDO = ' '.join(textwords[:idxPrep])
sIDO = ' '.join(textwords[idxPrep + 1:])
# break after finding 1st preposition (simple sentences only)
break
if sPrep == None:
# no preposition found: Sentence type 2, direct object is all text
assert (sDO == sIDO == None) # sDO and sIDO should still be None
sDO = text
return (sV, sDO, sPrep, sIDO)
# has a preposition: Sentence type 3 or 4
if sDO == "": sDO = None
if sIDO == "": sIDO = None
if not sIDO:
dbg.debug(
"Possibly malformed input: found preposition %s but missing indirect object."
% sPrep)
dbg.debug(
"Ending a sentence in a preposition is something up with which I will not put."
)
return (sV, sDO, sPrep, sIDO)
def start_loop(self):
print("Starting game...")
reactor.listenTCP(9123, connections.NetConnFactory())
print("Listening on port 9123...")
self.loop = task.LoopingCall(self.beat)
loopDeferred = self.loop.start(1.0)
loopDeferred.addCallback(self.cbLoopDone)
loopDeferred.addErrback(self.ebLoopFailed)
dbg.debug("Entering main game loop!")
reactor.run()
dbg.debug("Exiting main game loop!")
def validate_func(modpath, func):
try:
mod = importlib.import_module(modpath)
if hasattr(mod, func):
return True
else:
return False
except ImportError:
dbg.debug("Error checking load on module %s: no module with path" %
modpath)
return False
def _replace_aliases(self):
cmd = ""
for t in self.words:
if t in self.alias_map:
cmd += self.alias_map[t] + " "
dbg.debug("Replacing alias '%s' with expansion '%s'" % (t, self.alias_map[t]), 3)
else:
cmd += t + " "
cmd = cmd[:-1] # strip trailing space added above
dbg.debug("User input with aliases resolved:\n %s" % (cmd), 3)
return cmd
def is_dark(self):
total_light = self.default_light
obj_list = self.contents[:]
for obj in obj_list:
if hasattr(obj, 'light'):
total_light += obj.light
# recursively check for lights inside containers or players
if isinstance(obj, Container) and (obj.see_inside or hasattr(obj, 'cons')):
if obj.contents:
obj_list += obj.contents
dbg.debug('Room %s: light level is %s' % (self.id, total_light), 3)
return (total_light <= 0)
def get_short_desc(self, perceiver=None, definite=False, indefinite=False):
'''Overloads `Thing.get_short_desc()` to return short description of
the creature, optionally prepended by a definite or indefinite article
('a', 'an', 'the', etc.), OR to return the creature's proper name if
this creature has introduced itself to <perceiver> (usually the
player for whom the description is intended).'''
if perceiver == None:
dbg.debug("%s.get_short_desc() called with no perceiver specified" % self)
return "<Error: no perceiver>" + self.short_desc
if self.id in perceiver.introduced:
return self.proper_name
else:
return super().get_short_desc(perceiver, definite, indefinite)
def __init__(self):
dbg.debug("<%s> in", __func__())
dbg.debug("<%s> exit", __func__())
'''
{
'from':xx, 'to':xx, 'date':xx,
'texts':queue, 'pictures':queue,
'voices':queue, 'video': queue
}
'''
# xmldoc to return
self.data = {}
self.timestamp = ''
def __init__(self, req, args):
dbg.debug("in")
dbg.debug("exit")
self.method = req.method.lower()
self.params=req.environ['wsgiorg.routing_args'][1]
self.params_1=req.params.copy()
self.params_sig=req.params.get('signature', '0')
self.params_ts =req.params.get('timestamp', '0')
self.params_nonce =req.params.get('nonce', '0')
#params_echostr =req.params.get('echostr')
self.params_echostr =req.params.get('echostr', 'helloW!')
#local:
content_type = req.headers['Content-Type']
content_length = req.headers['Content-Length']
dbg.info("content_type: <%s> Len<%s>, args.id: %s",content_type, content_length ,args['id'])
if content_type == 'text/plain':
return params_echostr
if args['id'] != 'upload':
dbg.error("Not Support Command by Qi'e")
return params_echostr
else:
dbg.debug("Upload Support")
self.host = req.headers['Host']
if content_type != 'text/xml':
dbg.error("Only support xml format! <%s>", content_type)
return
else:
dbg.debug("Xml is appreicated!")
def __init__(self):
dbg.debug("<%s> in", __func__())
dbg.debug("<%s> exit", __func__())
'''
{
'from':xx, 'to':xx, 'date':xx,
'texts':queue, 'pictures':queue,
'voices':queue, 'video': queue
}
'''
# xmldoc to return
self.data = {}
self.timestamp = ''
def __init__(self, req, args):
dbg.debug("in")
dbg.debug("exit")
self.method = req.method.lower()
self.params = req.environ["wsgiorg.routing_args"][1]
self.params_1 = req.params.copy()
self.params_sig = req.params.get("signature", "0")
self.params_ts = req.params.get("timestamp", "0")
self.params_nonce = req.params.get("nonce", "0")
# params_echostr =req.params.get('echostr')
self.params_echostr = req.params.get("echostr", "helloW!")
# local:
content_type = req.headers["Content-Type"]
content_length = req.headers["Content-Length"]
dbg.info("content_type: <%s> Len<%s>, args.id: %s", content_type, content_length, args["id"])
if content_type == "text/plain":
return params_echostr
if args["id"] != "upload":
dbg.error("Not Support Command by Qi'e")
return params_echostr
else:
dbg.debug("Upload Support")
self.host = req.headers["Host"]
if content_type != "text/xml":
dbg.error("Only support xml format! <%s>", content_type)
return
else:
dbg.debug("Xml is appreicated!")
def extract(self, obj):
"""Remove obj from this Container, returning True if the operation failed"""
if obj not in self.contents:
dbg.debug(
"Error! " + str(self) + " doesn't contain item " + str(obj.id),
0)
return True
found = -1
for i in range(0, len(self.contents)):
if obj == self.contents[i]:
found = i
break
assert found != -1
del self.contents[i]
def weapon_and_armor_grab(self):
if not self.weapon_wielding:
for w in self.contents:
if isinstance(w, Weapon):
self.weapon_wielding = w
dbg.debug("weapon chosen: %s" % self.weapon_wielding)
self.visible_inventory.append(self.weapon_wielding)
break
if not self.armor_worn:
for a in self.contents:
if isinstance(a, Armor):
self.armor_worn = a
dbg.debug("armor chosen: %s" % self.armor_worn)
self.visible_inventory.append(self.armor_worn)
break
def load_game(self, filename):
if not filename.endswith('.OAD'):
filename += '.OAD'
try:
f = open(filename, 'r+b')
except FileNotFoundError:
self.cons.write("Error, couldn't find file named %s" % filename)
return
try:
backup_ID_dict = Thing.ID_dict.copy()
Thing.ID_dict.clear() # unpickling will re-create Thing.ID_dict
backup_heartbeat_users = self.heartbeat_users.copy()
self.heartbeat_users.clear()
saved = pickle.load(f)
new_ID_dict, newgame = saved
except pickle.PickleError:
self.cons.write(
"Encountered error while loading from file %s, game not loaded."
% filename)
Thing.ID_dict = backup_ID_dict
self.heartbeat_users = backup_heartbeat_users
f.close()
return
del backup_ID_dict
# TODO: move below code for deleting player to Player.__del__()
# Unlink player object from room, contents:
if self.user.location.extract(self.user):
dbg.debug("Error deleting player from room during load_game()")
for o in self.user.contents:
if self.user.extract(o):
dbg.debug(
"Error deleting contents of player (%s) during load_game()"
% o)
self.cons.user = None
self.user, self.heartbeat_users = newgame.user, newgame.heartbeat_users
self.user.cons = self.cons # custom pickling code for Player doesn't save console
self.cons.user = self.user # update backref from cons
for o in Thing.ID_dict:
Thing.ID_dict[o]._restore_objs_from_IDs()
self.cons.change_players = True
self.cons.write("Restored game state from file %s" % filename)
f.close()
def weapon_and_armor_grab(self):
if not self.weapon_wielding or self.weapon_wielding == self.default_weapon:
for w in self.contents:
if isinstance(w, Weapon) and w.damage > self.default_weapon.damage:
self.weapon_wielding = w
dbg.debug("weapon chosen: %s" % self.weapon_wielding)
self.visible_inventory.append(self.weapon_wielding)
self.perceive('You wield the %s, rather than using your %s.' % (self.weapon_wielding.short_desc, self.default_weapon.short_desc))
break
if not self.armor_worn or self.armor_worn == self.default_armor:
for a in self.contents:
if isinstance(a, Armor) and a.bonus > self.default_armor.bonus:
self.armor_worn = a
dbg.debug("armor chosen: %s" % self.armor_worn)
self.visible_inventory.append(self.armor_worn)
self.perceive('You wear the %s, rather than your %s.' % (self.armor_worn.short_desc, self.default_armor.short_desc))
break
def take_input(self):
if (self.raw_input == ''):
return None
(self.command, sep, self.raw_input) = self.raw_input.partition('\n')
self.words = self.command.split()
# if user types a console command, handle it and start over unless the player that called this is deactive
internal = self._handle_console_commands()
if internal:
return "__noparse__"
if self.input_redirect != None:
try:
self.input_redirect.console_recv(self.command)
return "__noparse__"
except AttributeError:
dbg.debug('Error! Input redirect is not valid!')
self.input_redirect = None
# replace any aliases with their completed version
self.final_command = self._replace_aliases()
return self.final_command
def heartbeat(self):
self.act_soon += 1
if self.act_soon >= self.act_frequency or (set(self.enemies) & set(
self.location.contents)) or self.attacking:
acting = False
self.act_soon = 0
if self.current_script: # if currently reciting, continue
self.talk()
acting = True
try:
for i in self.location.contents: # if an enemy is in room, attack
if i in self.enemies:
if self.aggressive:
self.attack_enemy(i)
else: #can't attack (e.g. bluebird)? Run away.
self.move_around()
acting = True
except AttributeError:
dbg.debug('AttributeError, not in any room.', 0)
return
if self.attacking:
if (self.attacking not in self.location.contents):
for l in self.location.exits:
if l == self.attacking.location:
self.move_to(l)
moved = True
break
# if not moved:
# self.attacking = None
if not acting: # otherwise pick a random action
choice = random.choice(self.choices)
try:
try:
choice()
except TypeError:
choice(self)
except NameError:
dbg.debug(
"Object " + str(self.id) +
" heartbeat tried to run non-existant action choice " +
str(choice) + "!", 0)
def go_to(self, p, cons, oDO, oIDO):
if p.words[1] == 'east':
return Room.go_to(self, p, cons, oDO, oIDO)
elif cons == self.last_cons:
if cons != None:
self.last_cons = cons
cons.write('You convince yourself to enter the scary cave.')
cons.user.emit('&nD%s slowly enters the cave, visibly shaking.' %
cons.user.id)
Room.go_to(self, p, cons, oDO, oIDO)
return True
else:
cons.write(
'Entering the cave is very scary, and you have a hard time convincing yourself to go in.'
)
if cons != None:
self.last_cons = cons
dbg.debug(
'self.last_cons was just set to %s, %s' %
(self.last_cons, cons), 2)
return True
def running(self, msg):
'''
parse :
1. Text
2. Picture
3. Voice
4. Video
...
save to :
1. console
2. files
3. db...
'''
dbg.debug("<%s> in", __func__())
xmldoc = etree.fromstring(msg)
msg_type = xmldoc.find('MsgType')
if msg_type.text == 'text':
self.text_get(xmldoc)
else:
dbg.debug("Not support format sent by Qi'e")
dbg.debug("<%s> exit", __func__())
return
def emit(self, message, ignore=[]):
"""Write a message to be seen by creatures holding this Thing or in the same
room, skipping creatures in the list <ignore>."""
if hasattr(self, 'invisible') and self.invisible == True:
return
# pass message to containing object, if it can receive messages
holder = self.location
if not holder:
# this Thing is a room, pass message to all creatures in the room
holder = self
try:
if holder not in ignore and hasattr(holder, 'perceive'):
# immediate container can see messages, probably a creature/player
dbg.debug("creature holding this object is: " + holder.id, 3)
holder.perceive(message)
except TypeError:
dbg.debug("Warning, emit() called with non-list ignore parameter!",
level=0)
# now get list of recipients (usually creatures) contained by holder (usually a Room)
recipients = [
x for x in holder.contents
if hasattr(x, 'perceive') and (x is not self) and (x not in ignore)
]
dbg.debug("other creatures in this room include: " + str(recipients),
3)
for recipient in recipients:
recipient.perceive(message)
def running(self, req, args):
"""
parse :
save to :
ack :
"""
dbg.debug("in")
xmldoc = etree.fromstring(req.body)
parser = MsgParser()
parser.running(req.body)
store = MsgSaverAdapter()
store.running(parser)
# print "req is %s\n" % req
dbg.debug("req.body is %s", req.body)
"""
dbg.debug("headers is %s" , req.headers)
dbg.debug("host is %s" , self.host)
dbg.debug("params is %s" , self.params)
dbg.debug("req.params is %s" , req.params)
dbg.debug("params_1 is %s" , self.params_1)
dbg.debug("params_sig is %s" , self.params_sig)
dbg.debug("params_ts is %s" , self.params_ts)
dbg.debug("params_nonce is %s" , self.params_nonce)
dbg.debug("params_echostr is %s" , self.params_echostr)
dbg.debug("method is %s" , self.method )
"""
dbg.debug("Exit")
return self.params_echostr
def running(self, msg):
'''
parse :
1. Text
2. Picture
3. Voice
4. Video
...
save to :
1. console
2. files
3. db...
'''
dbg.debug("<%s> in", __func__())
xmldoc = etree.fromstring(msg)
msg_type = xmldoc.find('MsgType')
if msg_type.text == 'text':
self.text_get(xmldoc)
else:
dbg.debug("Not support format sent by Qi'e")
dbg.debug("<%s> exit", __func__())
return
def emit(self, message, ignore=[]):
"""Write a message to be seen by creatures holding this Thing or in the same
room, skipping creatures in the list <ignore>. See Player.perceive() for a
list of "perceive semantics" that can be used in emitted messages, for example
to specify the species, gender, or proper name of a creature.
To avoid printing a message to certain players (for example if that player
should receive a custom message), include them in the ignore[] list. Note that
`Player.perceive()` will skip printing the message to any Player explicitly
named in the message using the &n tag. """
if hasattr(self, 'invisible') and self.invisible == True:
return
# pass message to containing object, if it can receive messages
holder = self.location
if not holder:
# this Thing is a room, pass message to all creatures in the room
holder = self
try:
if holder not in ignore and hasattr(holder, 'perceive'):
# immediate container can see messages, probably a creature/player
dbg.debug("creature holding this object is: " + holder.id, 3)
holder.perceive(message)
except TypeError:
dbg.debug("Warning, emit() called with non-list ignore parameter!",
level=0)
# now get list of recipients (usually creatures) contained by holder (usually a Room)
recipients = [
x for x in holder.contents
if hasattr(x, 'perceive') and (x is not self) and (x not in ignore)
]
dbg.debug("other creatures in this room include: " + str(recipients),
3)
for recipient in recipients:
recipient.perceive(message)
def running(self, req, args):
'''
parse :
save to :
ack :
'''
dbg.debug("in")
xmldoc = etree.fromstring(req.body)
parser = MsgParser()
parser.running(req.body)
store=MsgSaverAdapter()
store.running(parser)
#print "req is %s\n" % req
dbg.debug("req.body is %s",req.body)
'''
dbg.debug("headers is %s" , req.headers)
dbg.debug("host is %s" , self.host)
dbg.debug("params is %s" , self.params)
dbg.debug("req.params is %s" , req.params)
dbg.debug("params_1 is %s" , self.params_1)
dbg.debug("params_sig is %s" , self.params_sig)
dbg.debug("params_ts is %s" , self.params_ts)
dbg.debug("params_nonce is %s" , self.params_nonce)
dbg.debug("params_echostr is %s" , self.params_echostr)
dbg.debug("method is %s" , self.method )
'''
dbg.debug("Exit")
return self.params_echostr
def __setstate__(self, state):
"""Custom unpickling code for Thing.
Re-create the Thing.ID_dict{} dictionary during unpickling:
if an object's ID is in the dictionary (because some other object
referred to it, e.g. via the location[] or contents[] fields)
just leave it there; otherwise create its entry.
After unpickling, another pass will be required to replace ID strings
(in location and contents fields) with the actual object references.
All objects end up in Thing.ID_dict, so we can just iterate over it.
"""
# Restore instance attributes
try:
obj = Thing.ID_dict[state['id']] # is this obj already in dict?
dbg.debug("Note: %s already in Thing.ID_dict, maps to %s" %
(state['id'], obj))
except KeyError: # Not already in dict
Thing.ID_dict[state['id']] = self
if 'has_beat' in state:
Thing.game.register_heartbeat(self)
self.__dict__.update(state)
def print_node(node):
'''Print Dom'''
dbg.info("==============================================")
if node.attrib:
dbg.debug("node.attrib:%s" % node.attrib)
if node.attrib.has_key("MsgId") > 0 :
dbg.debug("node.attrib['MsgId']:%s" % node.attrib['MsgId'])
dbg.debug("<%s>:<%s>" % (node.tag, node.text))
def close(self):
dbg.debug("Close file: %s", self.file)
return
def write(self, data):
dbg.debug("Write file: %s", self.file)
return
#print "req is %s\n" % req
dbg.debug("req.body is %s",req.body)
dbg.debug("headers is %s" , req.headers)
dbg.debug("headers.type is %s", content_type)
dbg.debug("headers.length is %s" ,content_length)
dbg.debug("host is %s" , host)
dbg.debug("params is %s" , params)
dbg.debug("req.params is %s" , req.params)
dbg.debug("params_1 is %s" , params_1)
dbg.debug("params_sig is %s" , params_sig)
dbg.debug("params_ts is %s" , params_ts)
dbg.debug("params_nonce is %s" , params_nonce)
dbg.debug("params_echostr is %s" , params_echostr)
dbg.debug("method is %s" , method )
dbg.debug("args.id is %s" , args['id'])
dbg.debug("args is %s" , args)
#return 'uploaded!')
return params_echostr
'''
if __name__ == '__main__':
dbg.debug("Weclome!")
sock = eventlet.listen(('119.84.78.194', 80))
#sock = eventlet.listen(('', 12345))
map = routes.Mapper()
map.connect('/v1.0/{action}/{id}', controller=API())
eventlet.wsgi.server(sock, routes.middleware.RoutesMiddleware(ParsedRoutes(webob.exc.HTTPNotFound()), map))
def __init__(self):
dbg.debug("in")
dbg.debug("exit")
self.config = {'file':'1'}
def text_get(self, xmldoc):
'''
<xml>
<ToUserName><![CDATA[toUser]]></ToUserName>
<FromUserName><![CDATA[fromUser]]></FromUserName>
<CreateTime>1348831860</CreateTime>
<MsgType><![CDATA[text]]></MsgType>
<Content><![CDATA[this is a test]]></Content>
<MsgId>1234567890123456</MsgId>
</xml>
'''
dbg.debug("<%s> in", __func__())
dbg.debug("xmldoc: <%s>", xmldoc)
to_username = xmldoc.find('ToUserName')
from_username = xmldoc.find('FromUserName')
create_time = xmldoc.find('CreateTime')
text_content = xmldoc.find('Content')
msg_id = xmldoc.find('MsgId')
dbg.debug("to username: %s ", to_username.text)
dbg.debug("from username: %s ", from_username.text)
dbg.debug("create time: %s ", create_time.text)
dbg.debug("text_content: %s ", text_content.text)
dbg.debug("msg_id: %s ", msg_id.text)
dbg.debug("time is %s", time.localtime(float(create_time.text)))
tmp = time.strftime("%Y-%m-%d",time.localtime(float(create_time.text)))
#tmp = time.strftime("%Y-%m-%d %X",time.localtime(float(create_time.text)))
dbg.debug("time str: %s", tmp)
#Save
self.data['text'] = xmldoc
self.timestamp='%s.%s.%s' %(from_username.text,to_username.text,tmp)
dbg.debug("timestamp : %s", self.timestamp)
dbg.debug("<%s> exit", __func__())
return 'text_get return'
def __init__(self, log='/tmp/log.xml'):
dbg.debug("in")
self.file=log
dbg.debug("exit")
dbg.debug("text_content: %s ", text_content.text)
dbg.debug("msg_id: %s ", msg_id.text)
dbg.debug("time is %s", time.localtime(float(create_time.text)))
tmp = time.strftime("%Y-%m-%d",time.localtime(float(create_time.text)))
#tmp = time.strftime("%Y-%m-%d %X",time.localtime(float(create_time.text)))
dbg.debug("time str: %s", tmp)
#Save
self.data['text'] = xmldoc
self.timestamp='%s.%s.%s' %(from_username.text,to_username.text,tmp)
dbg.debug("timestamp : %s", self.timestamp)
dbg.debug("<%s> exit", __func__())
return 'text_get return'
def print_node(node):
'''Print Dom'''
dbg.info("==============================================")
if node.attrib:
dbg.debug("node.attrib:%s" % node.attrib)
if node.attrib.has_key("MsgId") > 0 :
dbg.debug("node.attrib['MsgId']:%s" % node.attrib['MsgId'])
dbg.debug("<%s>:<%s>" % (node.tag, node.text))
if __name__ == '__main__':
dbg.debug("Ongmani.: <%s> . verion: <%s>", __name__, __ver__)
sys.exit(main(sys.argv))
else:
dbg.debug("Ongmani.: <%s> . verion: <%s>", __name__, __ver__)
def open(self):
dbg.debug("Open file: %s", self.file)
return
def saveToDB(self, data):
dbg.debug("in")
dbg.debug("exit")
return
def running(self, parser):
'''
save to :
1. console
2. files
3. db...
'''
dbg.debug("in")
data = parser.data
ts = parser.timestamp
if data.has_key('text'):
dbg.debug("Got a text to saving")
elif data.has_key('picture'):
dbg.debug("Got a picture to saving")
else:
dbg.debug("Not support format!!")
return
if self.config.has_key('file'):
self.saveToFiles(data, ts)
dbg.debug("Sucess")
if self.config.has_key('console'):
self.printToConsole(data, ts)
dbg.debug("Sucess")
if self.config.has_key('db'):
dbg.debug("Not Support")
dbg.debug("exit")
return