Python wolfpack.packet函数代码示例

def onUse(char, item):
	if item.getoutmostchar() != char:
		char.socket.sysmessage(tr('The book has to be in your belongings to be used.'))
		return True

	# This is annoying and eats bandwith but its the only way to "reopen" the spellbook
	# once its already open.
	#char.socket.removeobject(item)
	if item.container and item.container.isitem():
		char.socket.sendobject(item.container)
	char.socket.sendobject(item)

	packet = wolfpack.packet( 0x24, 7 )
	packet.setint( 1, item.serial )
	packet.setshort( 5, 0xffff )
	packet.send( char.socket )

	packet = wolfpack.packet( 0xbf, 23 )
	packet.setshort( 1, 23 )	 # Packet length
	packet.setshort( 3, 0x1b )	 # 0xbf subcommand
	packet.setshort( 5, 1	 )	 # Unknown. Maybe it's a subsubcommand ?
	packet.setint( 7, item.serial ) # Spellbook serial
	packet.setshort( 11, item.id ) # Item id
	packet.setshort( 13, 201 ) # Scroll offset (1 = regular, 101 = necro, 201 = paladin)

	for i in range( 0, 2 ):
		if not item.hastag( 'circle' + str( i + 1 ) ):
			packet.setbyte( 15 + i, 0 )
		else:
			packet.setbyte( 15 + i, int( item.gettag( 'circle' + str( i + 1 ) ) ) )

	packet.send( char.socket )
	return True

def onUse(char, item):
	if item.getoutmostchar() != char:
		char.socket.sysmessage('The book has to be in your belongings to be used.')
		return 1

	packet = wolfpack.packet( 0x24, 7 )
	packet.setint( 1, item.serial )
	packet.setshort( 5, 0xffff )
	packet.send( char.socket )

	packet = wolfpack.packet( 0xbf, 23 )
	packet.setshort( 1, 23 )	 # Packet length
	packet.setshort( 3, 0x1b )	 # 0xbf subcommand
	packet.setshort( 5, 1	 )	 # Unknown. Maybe it's a subsubcommand ?
	packet.setint( 7, item.serial ) # Spellbook serial
	packet.setshort( 11, item.id ) # Item id
	packet.setshort( 13, 201 ) # Scroll offset (1 = regular, 101 = paladin, 201 = necro)

	for i in range( 0, 2 ):
		if not item.hastag( 'circle' + str( i + 1 ) ):
			packet.setbyte( 15 + i, 0 )
		else:
			packet.setbyte( 15 + i, int( item.gettag( 'circle' + str( i + 1 ) ) ) )

	packet.send( char.socket )
	return 1

def onUse(char, board):
	if not char.canreach(board, 3):
		char.socket.clilocmessage(1019045)
		return 1

	# Build a packet for the bulletin board index
	packet = wolfpack.packet(0x71, 38)
	packet.setshort(1, 38)
	packet.setbyte(3, 0) # Display Bulletin Board
	packet.setint(4, board.serial) # Bulletin Board Serial

	# Bulletin Board name in UTF-8 encoding (max. 29 chars)
	if len(board.name) == 0:
		name = tr('bulletin board')
	else:
		name = board.name.encode('utf-8')

	for i in range(0,min(len(name),30)):
		packet.setbyte(8 + i, ord(name[i]))

	packet.send(char.socket)

	# Collect message information for this board
	messages = findMessages(board, [])

	# Sort the messages by time
	messages.sort(compare_message)

	# Send content of container to socket
	packet = wolfpack.packet(0x3c, 5 + 19 * len(messages))
	packet.setshort(1, packet.size)
	packet.setshort(3, len(messages))

	offset = 5

	for item in messages:
		packet.setint(offset, item[0])
		packet.setshort(offset + 4, 0xeb0)
		packet.setbyte(offset + 6, 0)
		packet.setshort(offset + 7, 0)
		packet.setshort(offset + 9, 0)
		packet.setshort(offset + 11, 0)
		packet.setint(offset + 13, board.serial)
		packet.setshort(offset + 17, 0)
		offset += 19

	packet.send(char.socket)

	return 1

def send_message(worldsocket, socket, message, language):

	# Get Chatname of Sender
	chatname = socket.account.chatname

	# Decoding Message
	message = unicode(message, 'latin-1')
	
	# Data
	length = len(chatname) * 2
	length += len(message) * 2
	length += 17
		
	# Send Message
	chatpacket = wolfpack.packet(0xB2, length)
	chatpacket.setshort(1, length)
	chatpacket.setint(4, language)
	chatpacket.setshort(3, 0x0025)

	if socket == worldsocket:
		chatpacket.setbyte(9, 0x0034)
	elif socket.account.acl != 'player' or socket.hastag('Moderator'):
		chatpacket.setbyte(9, 0x0031)
	else:
		chatpacket.setshort(9, 0x0030)

	chatpacket.setunicode(11, ' ' + chatname + chatname + ' ')
	chatpacket.setunicode(15 + (len(chatname) * 2), ' ' + message + message + ' ')
	chatpacket.send(worldsocket)

def send_privatemessage(socket, message, language, targetsocket):

	# Get Chatname of Sender
	nick = socket.account.chatname

	# Decoding Message
	message = unicode(message, 'latin-1')

	# Data
	length = len(nick) * 2
	length += len(message) * 2
	length += 25
		
	# Send Packet
	chatpacket = wolfpack.packet(0xB2, length)
	chatpacket.setshort(1, length)
	chatpacket.setint(4, language)
	chatpacket.setshort(3, 0x0025)

	if socket == targetsocket:
		chatpacket.setbyte(9, 0x0034)
	elif socket.account.acl != 'player' or socket.hastag('Moderator'):
		chatpacket.setbyte(9, 0x0031)
	else:
		chatpacket.setshort(9, 0x0030)
	
	chatpacket.setunicode(11, '[PM] ' + nick + nick + ' [PM]')
	chatpacket.setunicode(23 + (len(nick) * 2), ' ' + message + message + ' ')
	chatpacket.send(targetsocket)

def sendswing(attacker, defender):
	if attacker.socket:
		packet = wolfpack.packet(0x2f, 10)
		packet.setbyte(1, 0)
		packet.setint(2, attacker.serial)
		packet.setint(6, defender.serial)
		packet.send(attacker.socket)

def onWalk(char, dir, sequence):
	# Find the spiderweb
	items = wolfpack.items(char.pos.x, char.pos.y, char.pos.map, 0)

	spiderweb = None

	for item in items:
		if item.hasscript( 'spiderweb' ):
			spiderweb = item
			break

	if spiderweb:
		# Damage the web until it disappears
		spiderweb.health = max(0, spiderweb.health - ceil(char.strength / 2.0))

		if spiderweb.health == 0:
			spiderweb.delete()
		else:
			if char.socket:
				if random.random() <= 0.25:
					char.socket.sysmessage( tr('You damage the spiderweb.') )
				packet = wolfpack.packet(0x21, 8)
				packet.setbyte(1, sequence)
				packet.setshort(2, char.pos.x)
				packet.setshort(4, char.pos.y)
				packet.setbyte(6, char.direction)
				packet.setbyte(7, char.pos.z)
				packet.send(char.socket)
				char.socket.walksequence = 0
			return True

	char.removescript( 'spiderweb' )
	if char.socket:
		char.socket.sysmessage( tr('You manage to break free of the spiderweb.') )
	return False

def listusers(socket, channel):

	# Loop
	worldsocket = wolfpack.sockets.first()
	while worldsocket:

		# Checking for tags
		if worldsocket.hastag('InChat') and not worldsocket == socket:
			if worldsocket.gettag('ChatChannel') == channel:

				# Get Chatname
				chatname = worldsocket.account.chatname
				
				# Sending the message
				length = len(chatname) * 2
				extlength = length + 13
			
				chatpacket = wolfpack.packet(0xB2, extlength)
				chatpacket.setshort(1, extlength)
				chatpacket.setshort(3, 0x3EE)
				if worldsocket.account.acl != 'player' or worldsocket.hastag('Moderator'):
					chatpacket.setbyte(8, 0x31)
				else:
					chatpacket.setbyte(8, 0x30)
				chatpacket.setunicode(9, ' ' + chatname + chatname + ' ')
				chatpacket.send(socket)

		worldsocket = wolfpack.sockets.next()

def send_alreadyinconference(socket, channelname):

	chatpacket = wolfpack.packet(0xB2, 11 + (len(channelname) * 2))
	chatpacket.setshort(1, 11 + (len(channelname) * 2))
	chatpacket.setshort(3, 0x001A)
	chatpacket.setunicode(9,channelname + channelname)
	chatpacket.send(socket)

def target(player, arguments, target):
	# Check the target
	if not target.item or target.item.baseid not in ['fab', 'leatherdye', 'specialdye', 'runedye']:
		player.socket.clilocmessage(500857)
		return
		
	# Needs to in our belongings
	if target.item.getoutmostchar() != player:
		player.socket.clilocmessage(500364)
		return		

	# Wear out the tools
	dyes = wolfpack.finditem(arguments[0])
	if not checkdyes(player, dyes):
		return

	checkdyes(player, dyes, 1) # Wear out

	if target.item.baseid == 'leatherdye':
		leatherdye.pickHue(player, target.item) # Use special dye gump
		return
	elif target.item.baseid == 'specialdye':
		specialdye.pickHue(player, target.item) # Use special dye gump
		return
	elif target.item.baseid == 'runedye':
		runedye.pickHue(player, target.item) # Use special dye gump
		return

	# Send the dye dialog
	packet = wolfpack.packet(0x95, 9)
	packet.setint(1, target.item.serial)
	packet.setshort(7, 0xfab)
	packet.send(player.socket)

def sendtreasmap(player, item):

	# Get tags from map
	x = int(item.gettag('x'))
	y = int(item.gettag('y'))

	# Get Parameters
	width = 200
	height = 200
	xtop = x - 300
	ytop = y - 300
	xbottom = x + 300
	ybottom = y + 300

	# Send a map detail packet
	details = wolfpack.packet(0x90, 19)
	details.setint(1, item.serial)
	details.setshort(5, 0x139d)
	details.setshort(7, xtop) # Upper Left X
	details.setshort(9, ytop) # Upper Left Y
	details.setshort(11, xbottom) # Lower Right X
	details.setshort(13, ybottom) # Lower Right Y
	details.setshort(15, width) # Gump Width
	details.setshort(17, height) # Gump Height
	details.send(player.socket)

	# Remove all pins
	sendmapcommand(player.socket, item, 5)

	# Send all pins anew
	sendmapcommand(player.socket, item, 1, 0, 100, 100)

	# You cant edit this map
	sendmapcommand(player.socket, item, 7, 0)

def onUse(player, item):
  if checkdyes(player, item):
    packet = wolfpack.packet(0x95, 9)
    packet.setint(1, item.serial)
    packet.setshort(7, 0xfab)
    packet.send(player.socket)
  return 1

def sendmovingeffect(source, target, model, hue=0, speed=1, rendermode=0):
	# Build the packet
	packet = wolfpack.packet(0xC0, 36)
	packet.setbyte(1, 0) # Moving
	packet.setint(2, 0) # Source
	packet.setint(6, 0) # Target
	packet.setshort(10, model) # Effect Model
	packet.setshort(12, source.x) # Source X
	packet.setshort(14, source.y) # Source Y
	packet.setbyte(16, source.z) # Source Z
	packet.setshort(17, target.x) # Target X
	packet.setshort(19, target.y) # Target Y
	packet.setbyte(21, target.z) # Target Z	
	packet.setbyte(22, speed) # Speed
	packet.setbyte(23, 0) # Duration
	packet.setshort(24, 0) # Unknown
	packet.setbyte(26, 1) # Fixed Direction
	packet.setbyte(27, 0) # Explode on Impact
	packet.setint(28, hue) # Hue
	packet.setint(32, rendermode) # Rendermode
	
	# Search for sockets at the source location
	chars = wolfpack.chars(source.x, source.y, source.map, 18)
	for char in chars:
		if char.socket:	
			packet.send(char.socket)

def onUse(char, item):
    char.objectdelay = 0
    protected = False

    # If it's within another characters pack. This is true for player vendors for
    # instance.
    outmost = item.getoutmostchar()

    if outmost and outmost != char:
        protected = True

    if item.hastag("protected"):
        protected = True

        # Send BookOpen packet
        # Author / Title
    author = ""
    title = item.name

    if item.hastag("author"):
        author = item.gettag("author")

    title = title.encode("utf-8")
    author = author.encode("utf-8")

    # Calculate Packet Length
    packetlength = 15 + len(author) + 1 + len(title) + 1

    packet = wolfpack.packet(0xD4, packetlength)
    packet.setshort(1, packetlength)  # Packet length
    packet.setint(3, item.serial)  # Book Serial

    if not protected:
        packet.setbyte(7, 1)  # Flag Writeable
        packet.setbyte(8, 1)  # dito

    pages = 64
    if item.hastag("pages"):
        pages = int(item.gettag("pages"))

    packet.setshort(9, pages)

    packet.setshort(11, len(title) + 1)
    packet.setascii(13, title)

    packet.setshort(13 + len(title) + 1, len(author) + 1)
    packet.setascii(15 + len(title) + 1, author)

    packet.send(char.socket)

    if protected:
        return 1

        # Send a packet for each page !!
        # We could easily create packets bigger than 65k otherwise...
    for page in range(1, pages + 1):
        if item.hastag("page%u" % page):
            sendPage(char.socket, item.serial, page, item.gettag("page%u" % page).split("\n"))

    return 1

	def buildSellPacket(self, vendor):
		# Compile the size of the packet
		packetsize = 9
		for item in self.items:
			packetsize += 15 + len(item[SellList.ITEM_DESCRIPTION])
			
		packet = wolfpack.packet(0x9e, packetsize)
		packet.setshort(1, packetsize)
		packet.setint(3, vendor.serial)
		packet.setshort(7, len(self.items))

		offset = 9
		
		# Store every item in the sell list
		for item in self.items:
			packet.setint(offset, item[SellList.ITEM_SERIAL])
			packet.setshort(offset + 4, item[SellList.ITEM_ID])
			packet.setshort(offset + 6, item[SellList.ITEM_COLOR])
			packet.setshort(offset + 8, item[SellList.ITEM_AMOUNT])
			packet.setshort(offset + 10, item[SellList.ITEM_PRICE])
			packet.setshort(offset + 12, len(item[SellList.ITEM_DESCRIPTION]) + 1) # Description length
			packet.setascii(offset + 14, item[SellList.ITEM_DESCRIPTION])
			offset += 15 + len(item[SellList.ITEM_DESCRIPTION])
		
		return packet