def handlepage(socket, packet):
item = wolfpack.finditem(packet.getint(3))
if not item:
console.log(LOG_ERROR, "Client tried to update non existing book %x." % (packet.getint(3)))
return 1
page = packet.getshort(9)
linecount = packet.getshort(11)
# A page was requested
if linecount == -1:
if item.hastag('pages'):
pages = int(item.gettag('pages'))
else:
pages = 64
if page > pages or page == 0:
return
if item.hastag('page%u' % page):
content = item.gettag('page%u' % page).split("\n")
else:
content = []
sendPage(socket, item.serial, page)
# The client wants to update the page.
else:
if item.hastag('protected'):
socket.sysmessage('This book is read only.')
return 1
if item.hastag('pages'):
pages = int(item.gettag('pages'))
else:
pages = 64
# Invalid page
if page > pages or page < 1:
socket.log("Client tried to update invalid page %d of book 0x%x.\n" % (page, item.serial))
return 1
offset = 13
lines = []
for i in range(0, linecount):
line = packet.getascii(offset, 0)
offset += len(line) + 1
lines.append(unicode(line, 'utf-8'))
content = "\n".join(lines)
if not content or len(content.strip()) == 0:
item.deltag('page%u' % page)
return 1
item.settag('page%u' % page, content)
item.resendtooltip()
return 1
def onUpdateDatabase(current, version):
# Find the update table for the database driver in use
driver = database.driver(WORLD)
if driver == 'mysql':
updates = MYSQL_UPDATES
elif driver == 'sqlite':
updates = SQLITE_UPDATES
else:
console.log(LOG_ERROR, "Unknown database driver: %s.\n" % driver)
return False
for i in range(version, current):
# No update for this version available
if not updates.has_key(i):
console.log(LOG_ERROR, "No update available for database version %u.\n" % i)
return False
console.log(LOG_MESSAGE, "Updating database from version %u to %u.\n" % (i, i+1))
try:
if not updates[i]():
return False
except Exception, e:
console.log(LOG_ERROR, str(e) + "\n")
return False
wolfpack.setoption('db_version', str(i + 1))
try:
if driver == 'mysql':
database.execute("REPLACE INTO `settings` VALUES('db_version', '%u');" % (i + 1))
elif driver == 'sqlite':
database.execute("REPLACE INTO settings VALUES('db_version', '%u');" % (i + 1))
except Exception, e:
console.log(LOG_WARNING, "Unable to update database version to %u:\n%s\n" % (i + 1, str(e)))
def updatebook(socket, packet):
item = wolfpack.finditem(packet.getint(3))
if not item:
console.log(LOG_ERROR, "Client tried to update non existing book %x." % (packet.getint(3)))
return 1
title_length = packet.getshort(11)
title = ""
for i in range(0, title_length):
byte = packet.getbyte(13 + i)
if byte > 0:
title += chr(byte)
title = unicode(title, 'utf-8')
author_length = packet.getshort(13 + title_length)
author = ""
for i in range(0, author_length):
byte = packet.getbyte(15 + title_length + i)
if byte > 0:
author += chr(byte)
author = unicode(author, 'utf-8')
if item.hastag('protected'):
char.message('This book is read only.')
return 1
if len(author) == 0:
item.deltag('author')
else:
item.settag('author', author)
item.name = title
item.resendtooltip()
return 1
def dropitem(item, char, container):
item.decay = True # Make SURE the item decays
item.movable = 1 # Also make sure the item is movable
console.log(
LOG_MESSAGE, "Dropped item 0x%x (%s, %u) for npc 0x%x.\n" %
(item.serial, item.baseid, item.amount, char.serial))
if container:
if not utilities.tocontainer(item, container):
item.update()
else:
items = wolfpack.items(char.pos.x, char.pos.y, char.pos.map, 0)
for stackable in items:
if stackable.pos.z == item.pos.z:
if item.canstack(stackable):
# We can completely stack the item
if stackable.amount + item.amount <= 65535:
stackable.amount += item.amount
stackable.update()
item.delete()
return
item.moveto(char.pos)
item.update()
def checkRestockInventory(self, vendor, force = False):
# If the inventory check is not forced,
# see if the last check was performed more than an hour ago
if not force:
vendor_magic = vendor.gettag('magic')
if vendor_magic == magic:
return
restock = vendor.itemonlayer(LAYER_NPCRESTOCK)
if restock:
restock.delete() # Delete the old restock container
restock = self.getRestockContainer(vendor) # Create a new restock container
# Recreate the content from our buyitems array
for i in range(0, len(self.buylist)):
dispitem = self.buylist[i].createDisplayItem() # Try to create a display item
# Unable to create display item
if not dispitem:
console.log(LOG_ERROR, "Unable to create display item for buyitem at index %u for vendor 0x%x.\n" % (i, vendor.serial))
continue
dispitem.settag('buyitemindex', i) # Store the index of the buyitem that created the dispitem
restock.additem(dispitem) # Add the dispitem to the restock container
# Once the check has been completed, save the vendor magic
vendor.settag('magic', magic)
def onLoad():
# Send a message to the log
console.log(LOG_MESSAGE, "Starting shard status page thread.\n")
# Create the worker thread
global processthread
processthread = ProcessThread()
processthread.start()
return
def onLoad(): # Send a message to the log console.log(LOG_MESSAGE, "Starting shard status page thread.\n") # Create the worker thread global processthread processthread = ProcessThread() processthread.start() return
def updateacctversion(version, driver):
try:
if driver == 'mysql':
database.execute("REPLACE INTO `settings` VALUES('db_version', '%u');" % version)
else:
database.execute("REPLACE INTO settings VALUES('db_version', '%u');" % version)
except Exception, e:
console.log(LOG_WARNING, "Unable to update account database version to %u:\n%s\n" % (i + 1, str(e)))
def startElement(self, name, atts):
if name == "item":
self.itemid = str(atts.getValue("id"))
if "hue" in atts:
self.hue = int(hex2dec(str(atts.getValue("hue"))))
else:
self.hue = 0
if "amount" in atts:
self.amount = int(atts.getValue("amount"))
else:
self.amount = 0
self.statements = []
elif name == "attribute":
type = "str"
if "type" in atts:
type = str(atts.getValue("type"))
if "value" in atts and "key" in atts:
self.statements.append(
str(atts.getValue("key")) + "," + type + "," +
str(atts.getValue("value")))
elif name == "pos":
if int(hex2dec(self.itemid)) >= 0x4000:
item = wolfpack.addmulti("%x" % hex2dec(self.itemid))
else:
item = wolfpack.additem("%x" % hex2dec(self.itemid))
if not item or item == None:
return
if self.hue > 0:
item.color = self.hue
if self.amount > 0:
item.amount = self.amount
for p in self.statements:
parts = p.split(",")
if hasattr(item, parts[0]):
if parts[1] == "str":
value = parts[2]
elif parts[1] == "int":
value = int(parts[2])
setattr(item, parts[0], value)
x = int(atts.getValue("x"))
y = int(atts.getValue("y"))
z = int(atts.getValue("z"))
map = int(atts.getValue("map"))
item.moveto(x, y, z, map)
item.movable = 3 # not movable
item.decay = 0 # no decay
item.update()
elif name == "include":
path = atts.getValue("file")
if not os.path.isfile(path):
console.log(LOG_ERROR, tr("File '%s' not found.\n") % (path))
return
parser = xml.sax.make_parser()
handler = DecorationHandler()
parser.setContentHandler(handler)
parser.parse(path)
def loadMenu(id, parent = None):
definition = wolfpack.getdefinition(WPDT_MENU, id)
if not definition:
if parent:
console.log(LOG_ERROR, "Unknown submenu %s in menu %s.\n" % (id, parent.id))
else:
console.log(LOG_ERROR, "Unknown menu: %s.\n" % id)
return
name = definition.getattribute('name', '')
menu = MasonryMenu(id, parent, name)
# See if we have any submenus
for i in range(0, definition.childcount):
child = definition.getchild(i)
# Submenu
if child.name == 'menu':
if not child.hasattribute('id'):
console.log(LOG_ERROR, "Submenu with missing id attribute in menu %s.\n" % menu.id)
else:
loadMenu(child.getattribute('id'), menu)
# Craft an item
elif child.name in ['masonry', 'semasonry']:
if not child.hasattribute('definition'):
console.log(LOG_ERROR, "Masonry action without definition in menu %s.\n" % menu.id)
else:
itemdef = child.getattribute('definition')
try:
# See if we can find an item id if it's not given
if not child.hasattribute('itemid'):
item = wolfpack.getdefinition(WPDT_ITEM, itemdef)
itemid = 0
if item:
itemchild = item.findchild('id')
if itemchild:
itemid = itemchild.value
else:
itemid = hex2dec(child.getattribute('itemid', '0'))
if child.hasattribute('name'):
name = child.getattribute('name')
else:
name = generateNamefromDef(itemdef)
if child.name == 'semasonry':
action = SeStonecrafterItemAction(menu, name, int(itemid), itemdef)
else:
action = StonecrafterItemAction(menu, name, int(itemid), itemdef)
except:
console.log(LOG_ERROR, "Masonry action with invalid item id in menu %s.\n" % menu.id)
# Process subitems
for j in range(0, child.childcount):
subchild = child.getchild(j)
action.processnode(subchild, menu)
# Sort the menu. This is important for the makehistory to make.
menu.sort()
def startElement( self, name, atts ):
if name == "item":
self.itemid = str(atts.getValue("id"));
if "hue" in atts:
self.hue = int(hex2dec(str(atts.getValue("hue"))));
else:
self.hue = 0
if "amount" in atts:
self.amount = int(atts.getValue("amount"));
else:
self.amount = 0
self.statements = []
elif name == "attribute":
type = "str"
if "type" in atts:
type = str(atts.getValue("type"))
if "value" in atts and "key" in atts:
self.statements.append( str(atts.getValue("key")) + "," + type + ","+ str(atts.getValue("value")) )
elif name == "pos":
if int(hex2dec( self.itemid )) >= 0x4000:
item = wolfpack.addmulti( "%x" % hex2dec( self.itemid ) )
else:
item = wolfpack.additem( "%x" % hex2dec( self.itemid ) )
if not item or item == None:
return
if self.hue > 0:
item.color = self.hue
if self.amount > 0:
item.amount = self.amount
for p in self.statements:
parts = p.split(",")
if hasattr(item, parts[0]):
if parts[1] == "str":
value = parts[2]
elif parts[1] == "int":
value = int(parts[2])
setattr(item, parts[0], value)
x = int( atts.getValue("x") )
y = int( atts.getValue("y") )
z = int( atts.getValue("z") )
map = int( atts.getValue("map") )
item.moveto( x, y, z, map )
item.movable = 3 # not movable
item.decay = 0 # no decay
item.update()
elif name == "include":
path = atts.getValue("file")
if not os.path.isfile(path):
console.log(LOG_ERROR, tr("File '%s' not found.\n") % (path))
return
parser = xml.sax.make_parser()
handler = DecorationHandler()
parser.setContentHandler(handler)
parser.parse(path)
def sendBuyList(self, vendor, player):
if not self.canBuyItems(vendor, player):
return False
if not self.checkAccess(vendor, player):
return False
self.ensurePacks(vendor) # Make sure the packs are there
# Compile a list of items that should be sold
buylist = BuyList()
restock = self.getRestockContainer(vendor)
norestock = self.getBuyContainer(vendor)
# Add items that are in the restock container
for item in restock.content:
buyitemindex = item.gettag('buyitemindex')
if buyitemindex == None or buyitemindex < 0 or buyitemindex >= len(
self.buylist):
console.log(
LOG_ERROR, "Item 0x%x has invalid buy item index %s.\n" %
(item.serial, buyitemindex))
continue
buyitem = self.buylist[buyitemindex]
# Scale the price
price = self.scaleBuyPrice(vendor, player, buyitem,
buyitem.getPrice(vendor, player))
# Add the item to the buylist
buylist.add(restock, item, self.getInStock(item), price)
# Add items from the no restock container
for item in norestock.content:
baseid = item.baseid
if not baseid in self.sellmap:
continue # Should we delete this?
sellitem = self.sellmap[baseid]
price = self.scaleResellPrice(
vendor, player, item, sellitem.getPrice(vendor, player, item))
if price <= 0:
continue # We don't donate...
# Another quirk in the osi protocol. no restock items are still in the
# restock pack, oherwise they don't have a price.
buylist.add(restock, item, self.getInStock(item), price)
# Send the buylist to the player
return buylist.send(vendor, player)
def onUnload():
console.log(LOG_MESSAGE, "Stopping shard status page thread.\n")
global processthread
if processthread:
processthread.stopped.set()
time.sleep(0.01) # Sleep a little to give the thread time to exit
if processthread:
processthread.join()
processthread = None
return
def onUnload(): console.log(LOG_MESSAGE, "Stopping shard status page thread.\n") global processthread if processthread: processthread.stopped.set() time.sleep( 0.01 ) # Sleep a little to give the thread time to exit if processthread: processthread.join() processthread = None return
def growthCheck(obj, args): if args[0] != magic: return # This is an outdated timer # Notify the log that we're running a growth check console.log(LOG_MESSAGE, "Running plant growth check for %u plants.\n" % len(PLANTS)) # Copy the list of known plant serials and # start the subprocessing function processGrowthCheck(None, ( PLANTS[:], 0, magic ))
def gainresObject(obj, args):
if args[0] != magic_farming:
return # This is an outdated timer
# Notify the log that we're running a growth check
console.log(LOG_MESSAGE, "Running farming growth check for %u objects.\n" % len(OBJECTS))
# Copy the list of known object serials and
# start the subprocessing function
processGainresObject(None, (OBJECTS[:], 0, magic_farming))
def gainresObject(obj, args): if args[0] != magic_farming: return # This is an outdated timer # Notify the log that we're running a growth check console.log(LOG_MESSAGE, "Running farming growth check for %u objects.\n" % len(OBJECTS)) # Copy the list of known object serials and # start the subprocessing function processGainresObject(None, ( OBJECTS[:], 0, magic_farming ))
def growthCheck(obj, args): if args[0] != magic_crops: return # This is an outdated timer # Notify the log that we're running a growth check console.log(LOG_MESSAGE, "Running crop growth check for %u crops.\n" % len(CROPS)) # Copy the list of known plant serials and # start the subprocessing function processGrowthCheck(None, ( CROPS[:], 0, magic_crops ))
def onCollide(player, item):
if item.hastag('playersonly') and player.npc:
return False
if not item.hastag('target'):
if player.socket:
player.socket.sysmessage( tr('This gate leads nowhere...') )
else:
console.log(LOG_ERROR, tr("NPC [%x] using gate [%x] without target.\n") % (player.serial, item.serial))
return False
target = item.gettag('target').split(',')
# Convert the target of the gate.
try:
target = map(int, target)
except:
player.socket.sysmessage( tr('This gate leads nowhere...') )
return False
# Validate the coord
try:
m = target[3]
except:
m = player.pos.map
pos = wolfpack.coord( target[0], target[1], target[2], m )
if not utilities.isValidPosition( pos ):
player.socket.sysmessage( tr('This gate leads nowhere...') )
return False
if not utilities.isMapAvailableTo( player, pos.map ):
return False
# Move his pets if he has any
if player.player:
for follower in player.followers:
if follower.wandertype == 4 and follower.distanceto(player) < 5:
follower.removefromview()
follower.moveto(pos)
follower.update()
player.removefromview()
player.moveto(pos)
player.update()
if player.socket:
player.socket.resendworld()
# show some nice effects
if not item.hastag('silent'):
item.soundeffect(0x1fe)
utilities.smokepuff(player, pos)
utilities.smokepuff(player, item.pos)
return True
def loadMenu(id, parent = None):
definition = wolfpack.getdefinition(WPDT_MENU, id)
if not definition:
if parent:
console.log(LOG_ERROR, "Unknown submenu %s in menu %s.\n" % (id, parent.id))
else:
console.log(LOG_ERROR, "Unknown menu: %s.\n" % id)
return
name = definition.getattribute('name', '')
menu = GlassblowingMenu(id, parent, name)
# See if we have any submenus
for i in range(0, definition.childcount):
child = definition.getchild(i)
# Submenu
if child.name == 'menu':
if not child.hasattribute('id'):
console.log(LOG_ERROR, "Submenu with missing id attribute in menu %s.\n" % menu.id)
else:
loadMenu(child.getattribute('id'), menu)
# Craft an item
elif child.name == 'glassblowing':
if not child.hasattribute('definition'):
console.log(LOG_ERROR, "Glassblowing action without definition in menu %s.\n" % menu.id)
else:
itemdef = child.getattribute('definition')
try:
# See if we can find an item id if it's not given
if not child.hasattribute('itemid'):
item = wolfpack.getdefinition(WPDT_ITEM, itemdef)
itemid = 0
if item:
itemchild = item.findchild('id')
if itemchild:
itemid = itemchild.value
else:
itemid = hex2dec(child.getattribute('itemid', '0'))
if child.hasattribute('name'):
name = child.getattribute('name')
else:
name = generateNamefromDef(itemdef)
action = GlassblowerItemAction(menu, name, int(itemid), itemdef)
except:
console.log(LOG_ERROR, "Glassblowing action with invalid item id in menu %s.\n" % menu.id)
# Process subitems
for j in range(0, child.childcount):
subchild = child.getchild(j)
action.processnode(subchild, menu)
# Sort the menu. This is important for the makehistory to make.
menu.sort()
def make(self, player, arguments, nodelay=0):
item = wolfpack.additem(self.definition)
if not item:
console.log(LOG_ERROR, "Unknown item definition used in action %u of menu %s.\n" % \
(self.parent.subactions.index(self), self.parent.id))
else:
if self.amount > 0:
item.amount = self.amount
if not tobackpack(item, player):
item.update()
player.socket.sysmessage('You put the new item into your backpack.')
MakeAction.make(self, player, arguments, nodelay)
def onCollide(player, item):
if item.hastag('playersonly') and player.npc:
return 0
if not item.hastag('target'):
if player.socket:
player.socket.sysmessage('This gate leads nowhere...')
else:
console.log(LOG_ERROR, "NPC [%x] using gate [%x] without target.\n" % (player.serial, item.serial))
return 0
target = item.gettag('target').split(',')
# Convert the target of the gate.
try:
target = map(int, target)
except:
player.socket.sysmessage('This gate leads nowhere...')
return 0
# Move the player
pos = player.pos
pos.x = target[0]
pos.y = target[1]
pos.z = target[2]
if len(target) > 3:
pos.map = target[3]
if not utilities.isMapAvailableTo(player, pos.map):
return False
# Move his pets if he has any
if player.player:
for follower in player.followers:
if follower.wandertype == 4 and follower.distanceto(player) < 5:
follower.removefromview()
follower.moveto(pos)
follower.update(0)
player.removefromview()
player.moveto(pos)
player.update(0)
if player.socket:
player.socket.resendworld()
# show some nice effects
if not item.hastag('silent'):
item.soundeffect(0x1fe)
utilities.smokepuff(player, pos)
utilities.smokepuff(player, item.pos)
return 1
def sendBuyList(self, vendor, player):
if not self.canBuyItems(vendor, player):
return False
if not self.checkAccess(vendor, player):
return False
self.ensurePacks(vendor) # Make sure the packs are there
# Compile a list of items that should be sold
buylist = BuyList()
restock = self.getRestockContainer(vendor)
norestock = self.getBuyContainer(vendor)
# Add items that are in the restock container
for item in restock.content:
buyitemindex = item.gettag('buyitemindex')
if buyitemindex == None or buyitemindex < 0 or buyitemindex >= len(self.buylist):
console.log(LOG_ERROR, "Item 0x%x has invalid buy item index %s.\n" % (item.serial, buyitemindex))
continue
buyitem = self.buylist[buyitemindex]
# Scale the price
price = self.scaleBuyPrice(vendor, player, buyitem, buyitem.getPrice(vendor, player))
# Add the item to the buylist
buylist.add(restock, item, self.getInStock(item), price)
# Add items from the no restock container
for item in norestock.content:
baseid = item.baseid
if not baseid in self.sellmap:
continue # Should we delete this?
sellitem = self.sellmap[baseid]
price = self.scaleResellPrice(vendor, player, item, sellitem.getPrice(vendor, player, item))
if price <= 0:
continue # We don't donate...
# Another quirk in the osi protocol. no restock items are still in the
# restock pack, oherwise they don't have a price.
buylist.add(restock, item, self.getInStock(item), price)
# Send the buylist to the player
return buylist.send(vendor, player)
def onUpdateAcctDatabase(current, version): database.open(ACCOUNTS) driver = database.driver(ACCOUNTS) if driver == 'mysql': updates = ACCT_MYSQL_UPDATES elif driver == 'sqlite': updates = ACCT_SQLITE_UPDATES else: console.log(LOG_ERROR, "Unknown database driver for Accounts: %s.\n" % driver) database.close(ACCOUNTS) return False for i in range(version, current): # No update for this version available if not i in updates: console.log(LOG_ERROR, "No update available for database version %u.\n" % i) database.close(ACCOUNTS) return False console.log(LOG_MESSAGE, "Updating database from version %u to %u.\n" % (i, i+1)) try: if not updates[i](): database.close(ACCOUNTS) return False except Exception, e: console.log(LOG_ERROR, str(e) + "\n") database.close(ACCOUNTS) return False # Updating Version Number updateacctversion(i+1, driver)
def updateacctversion(version, driver):
try:
if driver == 'mysql':
database.execute(
"REPLACE INTO `settings` VALUES('db_version', '%u');" %
version)
else:
database.execute(
"REPLACE INTO settings VALUES('db_version', '%u');" % version)
except Exception, e:
console.log(
LOG_WARNING,
"Unable to update account database version to %u:\n%s\n" %
(i + 1, str(e)))
def make(self, player, arguments, nodelay=0):
item = wolfpack.additem(self.definition)
if not item:
console.log(
LOG_ERROR,
"Unknown item definition used in action %u of menu %s.\n"
% (self.parent.subactions.index(self), self.parent.id),
)
else:
if self.amount > 0:
item.amount = self.amount
if not tobackpack(item, player):
item.update()
player.socket.clilocmessage(500442)
CraftAction.make(self, player, arguments, nodelay)
def processGrowthCheck(obj, args): if args[2] != magic_crops: return # The scripts have been reloaded croplist = args[0] # We keep a reference here to prevent reallocation index = args[1] upperindex = min(index + CHECKSPERCYCLE, len(croplist)) # Process the list of plants for i in range(index, upperindex): try: crop = wolfpack.finditem(croplist[i]) growCrop(crop) except Exception, e: console.log(LOG_ERROR, "An error occured while checking crop 0x%x: %s.\n" % (crop.serial, str(e)))
def processGrowthCheck(obj, args):
if args[2] != magic:
return # The scripts have been reloaded
plantlist = args[0] # We keep a reference here to prevent reallocation
index = args[1]
upperindex = min(index + CHECKSPERCYCLE, len(plantlist))
planthash = hash('plant')
# Process the list of plants
for i in range(index, upperindex):
try:
plant = wolfpack.finditem(plantlist[i])
if plant and hash(plant.baseid) == planthash:
plants.plant.growthCheck(plant)
except Exception, e:
console.log(LOG_ERROR, "An error occured while checking plant 0x%x: %s.\n" % (plant.serial, str(e)))
def onDeath(char, killer, corpse):
if char.player or char.summoned:
return
lootlist = char.lootpacks
if len(lootlist) == 0:
return
packs = lootlist.split(';')
# Create the items for each pack
for pack in packs:
if not PACKS.has_key( pack ):
console.log(LOG_ERROR, "Trying to create an unknown loot pack %s.\n" % pack)
continue
createpack( char, killer, corpse, PACKS[ pack ] )
def onDeath(char, killer, corpse):
if char.player or char.summoned:
return
lootlist = char.lootpacks
if len(lootlist) == 0:
return
packs = lootlist.split(';')
# Create the items for each pack
for pack in packs:
if not pack in PACKS:
console.log(LOG_ERROR,
"Trying to create an unknown loot pack %s.\n" % pack)
continue
createpack(char, killer, corpse, PACKS[pack])
def spawn(spawner, spawntype, spawndef, current, area):
try:
if spawntype == 1:
npc = wolfpack.addnpc(spawndef, spawner.pos)
npc.settag('spawner', spawner.serial)
npc.wandertype = 3
npc.wanderx1 = spawner.pos.x
npc.wandery1 = spawner.pos.y
npc.wanderradius = area
npc.addscript( 'system.spawns' )
npc.update()
elif spawntype == 0:
pass
except:
if( spawner ):
console.log(LOG_WARNING, "Invalid spawner: 0x%x.\n" % spawner.serial)
return
spawner.settag('current', current + 1)
def processGainresObject(obj, args):
if args[2] != magic_farming:
return # The scripts have been reloaded
objectlist = args[0] # We keep a reference here to prevent reallocation
index = args[1]
upperindex = min(index + CHECKSPERCYCLE, len(objectlist))
# Process the list of objects
for i in range(index, upperindex):
try:
object = wolfpack.findobject(objectlist[i])
if object:
if object.hastag("resourcecount") and object.gettag("resourcecount") >= actions[ object.baseid ][1]:
continue
else:
addresource(object)
except Exception, e:
console.log(LOG_ERROR, "An error occured while checking farming object 0x%x: %s.\n" % (object.serial, str(e)))
def onWalk(char, dir, sequence):
# Only talk if talking toward our attack target
if not char.attacktarget or char.distanceto(char.attacktarget) > 5:
return False
# Otherwise a 10% chance
if random.random() >= 0.10:
return False
speech = char.getstrproperty('monsterspeech', '')
global speechbuilders
if not speech in speechbuilders:
console.log(LOG_MESSAGE, speech + "\n")
return False
speechbuilder = speechbuilders[speech]
char.soundeffect(speechbuilder.saysound)
char.say(speechbuilder.buildsentence(6), speechbuilder.saycolor)
return False
def updatebook(socket, packet):
item = wolfpack.finditem(packet.getint(3))
if not item:
console.log(
LOG_ERROR, "Client tried to update non existing book %x." %
(packet.getint(3)))
return 1
title_length = packet.getshort(11)
title = ""
for i in range(0, title_length):
byte = packet.getbyte(13 + i)
if byte > 0:
title += chr(byte)
title = unicode(title, 'utf-8')
author_length = packet.getshort(13 + title_length)
author = ""
for i in range(0, author_length):
byte = packet.getbyte(15 + title_length + i)
if byte > 0:
author += chr(byte)
author = unicode(author, 'utf-8')
if item.hastag('protected'):
char.message(tr('This book is read only.'))
return 1
outmost = item.getoutmostchar()
if outmost and outmost != socket.player:
socket.sysmessage(tr('This book is read only.'))
return 1 # Not writeable
if len(author) == 0:
item.deltag('author')
else:
item.settag('author', author)
item.name = title
item.resendtooltip()
return 1
def onWalk(char, dir, sequence):
# Only talk if talking toward our attack target
if not char.attacktarget or char.distanceto(char.attacktarget) > 5:
return False
# Otherwise a 10% chance
if random.random() >= 0.10:
return False
speech = char.getstrproperty('monsterspeech', '')
global speechbuilders
if not speech in speechbuilders:
console.log(LOG_MESSAGE, speech + "\n")
return False
speechbuilder = speechbuilders[speech]
char.soundeffect( speechbuilder.saysound )
char.say( speechbuilder.buildsentence(6), speechbuilder.saycolor )
return False
def onUpdateDatabase(current, version):
# Find the update table for the database driver in use
driver = database.driver(WORLD)
if driver == 'mysql':
updates = MYSQL_UPDATES
elif driver == 'sqlite':
updates = SQLITE_UPDATES
else:
console.log(LOG_ERROR, "Unknown database driver: %s.\n" % driver)
return False
for i in range(version, current):
# No update for this version available
if not i in updates:
console.log(LOG_ERROR,
"No update available for database version %u.\n" % i)
return False
console.log(LOG_MESSAGE,
"Updating database from version %u to %u.\n" % (i, i + 1))
try:
if not updates[i]():
return False
except Exception, e:
console.log(LOG_ERROR, str(e) + "\n")
return False
wolfpack.setoption('db_version', str(i + 1))
try:
if driver == 'mysql':
database.execute(
"REPLACE INTO `settings` VALUES('db_version', '%u');" %
(i + 1))
else:
database.execute(
"REPLACE INTO settings VALUES('db_version', '%u');" %
(i + 1))
except Exception, e:
console.log(
LOG_WARNING, "Unable to update database version to %u:\n%s\n" %
(i + 1, str(e)))
def processGrowthCheck(obj, args):
if args[2] != magic:
return # The scripts have been reloaded
plantlist = args[0] # We keep a reference here to prevent reallocation
index = args[1]
upperindex = min(index + CHECKSPERCYCLE, len(plantlist))
planthash = hash('plant')
# Process the list of plants
for i in range(index, upperindex):
try:
plant = wolfpack.finditem(plantlist[i])
if plant and hash(plant.baseid) == planthash:
plants.plant.growthCheck(plant)
except Exception, e:
console.log(
LOG_ERROR,
"An error occured while checking plant 0x%x: %s.\n" %
(plant.serial, str(e)))
def callEvent(item, event, args):
scripts = list(item.scripts) + item.basescripts.split(',') # Build the scriptlist
for script in scripts:
if len(script) == 0:
continue
try:
if not wolfpack.hasnamedevent(script, event):
continue
result = wolfpack.callnamedevent(script, event, args)
except:
console.log(LOG_ERROR, "Error processing script %s.\n" % script)
raise
if result:
return True
return False
def run(self):
while not self.stopped.isSet():
# Check if status data is available and process it
data = None
self.mutex.acquire()
if self.data:
data = self.data
self.data = None
self.mutex.release()
if data:
global outputfile
try:
fp = file(outputfile, 'wu')
fp.write(data.encode('utf-8'))
fp.close()
except Exception, e:
console.log(LOG_PYTHON, "Couldn't write status to '%s': %s.\n" % (outputfile, str(e)))
self.stopped.wait(0.5)
def run(self): while not self.stopped.isSet(): self.lock() process = self.unprocessed[:50] self.unprocessed = self.unprocessed[50:] if DEBUG_SPAWNS == 1: console.log(LOG_MESSAGE, "Found %u spawn items." % len(process)) wolfpack.queuecode(processSpawns, (process, )) self.processed += process if len(self.unprocessed) == 0: self.unprocessed = self.processed self.processed = [] self.unlock() self.stopped.wait(15.0) # Every 15 seconds.
def run(self): while not self.stopped.isSet(): self.lock() process = self.unprocessed[:SpawnGemsCheckAmount] self.unprocessed = self.unprocessed[SpawnGemsCheckAmount:] if DEBUG_SPAWNS: console.log(LOG_MESSAGE, "Found %u spawn items." % len(process)) wolfpack.queuecode(processSpawns, (process, )) self.processed += process if len(self.unprocessed) == 0: self.unprocessed = self.processed self.processed = [] self.unlock() self.stopped.wait(SpawnGemsCheckTime) # Every 15 seconds default.
def updatebook(socket, packet):
item = wolfpack.finditem(packet.getint(3))
if not item:
console.log(LOG_ERROR, "Client tried to update non existing book %x." % (packet.getint(3)))
return 1
title_length = packet.getshort(11)
title = ""
for i in range(0, title_length):
byte = packet.getbyte(13 + i)
if byte > 0:
title += chr(byte)
title = unicode(title, "utf-8")
author_length = packet.getshort(13 + title_length)
author = ""
for i in range(0, author_length):
byte = packet.getbyte(15 + title_length + i)
if byte > 0:
author += chr(byte)
author = unicode(author, "utf-8")
if item.hastag("protected"):
char.message("This book is read only.")
return 1
outmost = item.getoutmostchar()
if outmost and outmost != socket.player:
socket.sysmessage("This book is read only.")
return 1 # Not writeable
if len(author) == 0:
item.deltag("author")
else:
item.settag("author", author)
item.name = title
item.resendtooltip()
return 1
def run(self):
while not self.stopped.isSet():
self.lock()
process = self.unprocessed[:SpawnGemsCheckAmount]
self.unprocessed = self.unprocessed[SpawnGemsCheckAmount:]
if DEBUG_SPAWNS:
console.log(LOG_MESSAGE,
"Found %u spawn items." % len(process))
wolfpack.queuecode(processSpawns, (process, ))
self.processed += process
if len(self.unprocessed) == 0:
self.unprocessed = self.processed
self.processed = []
self.unlock()
self.stopped.wait(SpawnGemsCheckTime) # Every 15 seconds default.
def processGainresObject(obj, args):
if args[2] != magic_farming:
return # The scripts have been reloaded
objectlist = args[0] # We keep a reference here to prevent reallocation
index = args[1]
upperindex = min(index + CHECKSPERCYCLE, len(objectlist))
# Process the list of objects
for i in range(index, upperindex):
try:
object = wolfpack.findobject(objectlist[i])
if object:
if object.hastag("resourcecount") and object.gettag("resourcecount") >= actions[object.baseid][1]:
continue
else:
addresource(object)
except Exception, e:
console.log(
LOG_ERROR, "An error occured while checking farming object 0x%x: %s.\n" % (object.serial, str(e))
)
def onCollide(player, item):
if item.hastag('playersonly') and player.npc:
return 0
if not item.hastag('target'):
if player.socket:
player.socket.sysmessage('This gate leads nowhere...')
else:
console.log(LOG_ERROR, "NPC [%x] using gate [%x] without target.\n" % (player.serial, item.serial))
return 0
target = item.gettag('target').split(',')
# Convert the target of the gate.
try:
target = map(int, target)
except:
player.socket.sysmessage('This gate leads nowhere...')
return 0
# Move the player
pos = player.pos
pos.x = target[0]
pos.y = target[1]
pos.z = target[2]
player.removefromview()
player.moveto(pos)
player.update(0)
if player.socket:
player.socket.resendworld()
# show some nice effects
if not item.hastag('silent'):
player.soundeffect(0x1fe)
item.soundeffect(0x1fe)
wolfpack.effect(0x3728, player.pos, 10, 30)
pos = item.pos
wolfpack.effect(0x3728, pos, 10, 30)
return 1
def run(self):
while not self.stopped.isSet():
# Check if status data is available and process it
data = None
self.mutex.acquire()
if self.data:
data = self.data
self.data = None
self.mutex.release()
if data:
global outputfile
try:
fp = file(outputfile, 'w')
fp.write(data.encode('utf-8'))
fp.close()
except Exception, e:
console.log(
LOG_PYTHON, "Couldn't write status to '%s': %s.\n" %
(outputfile, str(e)))
self.stopped.wait(0.5)
def onAttach(object):
if not object.isitem():
return
if not object.hastag("itemdef"):
console.log(LOG_ERROR, "Missing itemdef tag for multibag object.\n")
return
if not object.hastag("itemamount"):
console.log(LOG_ERROR, "Missing itemamount tag for multibag object.\n")
return
id = str(object.gettag("itemdef"))
amount = int(object.gettag("itemamount"))
for i in range(0, amount):
item = wolfpack.additem(id)
item.container = object
object.deltag("itemdef")
object.deltag("itemamount")
object.removescript("testing.multibag")
def checkRestockInventory(self, vendor, force=False):
# If the inventory check is not forced,
# see if the last check was performed more than an hour ago
if not force:
vendor_magic = vendor.gettag('magic')
if vendor_magic == magic:
return
restock = vendor.itemonlayer(LAYER_NPCRESTOCK)
if restock:
restock.delete() # Delete the old restock container
restock = self.getRestockContainer(
vendor) # Create a new restock container
# Recreate the content from our buyitems array
for i in range(0, len(self.buylist)):
dispitem = self.buylist[i].createDisplayItem(
) # Try to create a display item
# Unable to create display item
if not dispitem:
console.log(
LOG_ERROR,
"Unable to create display item for buyitem at index %u for vendor 0x%x.\n"
% (i, vendor.serial))
continue
dispitem.settag(
'buyitemindex',
i) # Store the index of the buyitem that created the dispitem
restock.additem(
dispitem) # Add the dispitem to the restock container
# Once the check has been completed, save the vendor magic
vendor.settag('magic', magic)
def changeweather(region):
if not ENABLEDWEATHER:
return
# Season modifications
season = returnseason()
# Ok. Now, lets check if this Region have to begins to Rain or Snow
rainchance = region.rainchance + SEASONS[season][0]
snowchance = region.snowchance + SEASONS[season][1]
randomrain = random.randint(1, 100)
randomsnow = random.randint(1, 100)
# Rain (And possible Snow too)
if randomrain <= rainchance:
region.startrain()
if randomsnow <= snowchance:
region.startsnow()
console.log(LOG_MESSAGE, "Raining and Snowing on " + region.name)
else:
console.log(LOG_MESSAGE, "Raining on " + region.name)
weatherduration(region)
weatherintensity(region)
# Snow
elif randomsnow <= snowchance:
region.startsnow()
console.log(LOG_MESSAGE, "Snowing on " + region.name)
weatherduration(region)
weatherintensity(region)
# Dry
else:
if region.israining:
region.stoprain()
if region.issnowing:
region.stopsnow()
weatherduration(region)
# Updating all Clients in this Region (I think socket iterator is cheaper than regionchars iterator)
worldsocket = wolfpack.sockets.first()
while worldsocket:
# Finding TopRegion
topregion = worldsocket.player.region
if topregion.parent:
topregion = topregion.parent
# Checking Region
if unicode(topregion) == unicode(region):
worldsocket.player.update()
worldsocket = wolfpack.sockets.next()
def onUpdateAcctDatabase(current, version):
database.open(ACCOUNTS)
driver = database.driver(ACCOUNTS)
if driver == 'mysql':
updates = ACCT_MYSQL_UPDATES
elif driver == 'sqlite':
updates = ACCT_SQLITE_UPDATES
else:
console.log(LOG_ERROR,
"Unknown database driver for Accounts: %s.\n" % driver)
database.close(ACCOUNTS)
return False
for i in range(version, current):
# No update for this version available
if not i in updates:
console.log(LOG_ERROR,
"No update available for database version %u.\n" % i)
database.close(ACCOUNTS)
return False
console.log(LOG_MESSAGE,
"Updating database from version %u to %u.\n" % (i, i + 1))
try:
if not updates[i]():
database.close(ACCOUNTS)
return False
except Exception, e:
console.log(LOG_ERROR, str(e) + "\n")
database.close(ACCOUNTS)
return False
# Updating Version Number
updateacctversion(i + 1, driver)
def processSpawns(process):
# Process the designated partition
for i in range(0, len(process)):
item = wolfpack.finditem(process[i])
# Check if the spawn is valid.
valid = item != None
if valid and not item.hasscript('spawngem'):
valid = False
if valid and (not item.hastag('spawntype')
or not item.hastag('spawndef')):
valid = False
if not valid:
if DEBUG_SPAWNS:
console.log(LOG_WARNING,
"Invalid spawn item: 0x%x.\n" % item.serial)
pass
else:
spawntype = int(item.gettag('spawntype')) # 0: Items, 1: NPCs
spawndef = str(item.gettag('spawndef')) # Definition
# This is either how far the npcs will wander
# or how far from the spawn the items will be spawned.
area = 0
if item.hastag('area'):
area = int(item.gettag('area'))
# This is a minimum/maximum spawn interval in minutes
mininterval = 5
if item.hastag('mininterval'):
try:
mininterval = int(item.gettag('mininterval'))
except:
mininterval = 10
maxinterval = mininterval
if item.hastag('maxinterval'):
try:
maxinterval = int(item.gettag('maxinterval'))
except:
maxinterval = 10
# Normalize min and maxinterval (min. is 1)
if mininterval < 1:
mininterval = 1
if maxinterval < 1:
maxinterval = 1
if mininterval > maxinterval:
temp = maxinterval
maxinterval = mininterval
mininterval = temp
# Currently / Maximimum spawned by this gem
current = 0
if item.hastag('current'):
try:
current = int(item.gettag('current'))
except:
current = 0
maximum = 1
if item.hastag('maximum'):
try:
maximum = int(item.gettag('maximum'))
except:
maximum = 1
nextspawn = 0
if item.hastag('nextspawn'):
try:
nextspawn = int(item.gettag('nextspawn'))
except:
nextspawn = 0
currenttime = wolfpack.tickcount()
# It's possible that the spawntime got too far into the future (server-reload etc.)
# reset it here.
if nextspawn - currenttime > maxinterval * 60 * 1000:
nextspawn = 0
# If we didn't have a spawntime set yet.
if nextspawn == 0 and current < maximum:
delay = random.randint(mininterval, maxinterval) * 60 * 1000
item.settag('nextspawn', currenttime + delay)
if DEBUG_SPAWNS:
console.log(
LOG_MESSAGE,
"Set spawntime for spawngem 0x%x to %u miliseconds in the future.\n"
% (item.serial, delay))
continue
elif current >= maximum:
item.deltag('nextspawn')
continue
if nextspawn <= currenttime:
spawn(item, spawntype, spawndef, current, area)
#console.log(LOG_MESSAGE, "SPAWNTIME REACHED!")
item.deltag('nextspawn')
if DEBUG_SPAWNS:
console.log(LOG_MESSAGE, "Valid Spawnpoint: %x, Cur/Max: %u/%u, Def: %s, Type: %u, Interval: %u,%u, Time: %d/%d" % \
(item.serial, current, maximum, spawndef, spawntype, mininterval, maxinterval, currenttime, nextspawn))
def WritePage(status='Online'):
global processthread
console.log(LOG_MESSAGE, "Generating Shard Status Page.\n")
# Default/Static Information
if status != 'Online' and status != 'Offline':
status = "Unknown"
#Prepare Information
uptime = wolfpack.time.currenttime() / 1000
# Build an uptime:
upseconds = 0
upminutes = 0
uphours = 0
updays = 0
upseconds = uptime
upminutes = uptime / 60
upseconds -= upminutes * 60
if upseconds <= 9:
upseconds = '0%s' % upseconds
uphours = upminutes / 60
upminutes -= uphours * 60
if upminutes <= 9:
upminutes = '0%s' % upminutes
if uphours <= 9:
uphours = '0%s' % uphours
#Make a time string
timestring = '%s:%s:%s' % (uphours, upminutes, upseconds)
# Account Counting
accountcount = 0
admincount = 0
gmcount = 0
seercount = 0
counselorcount = 0
playercount = 0
players = ""
# ACC List
for i in accounts.list():
record = accounts.find(i)
if record.acl == 'admin':
admincount += 1
elif record.acl == 'gm':
gmcount += 1
elif record.acl == 'seer':
seercount += 1
elif record.acl == 'counselor':
counselorcount += 1
elif record.acl == 'player':
playercount += 1
#Write the page
file = open(output_file, 'w')
outputtext = "<div class='box' style='min-width:480px;width:90%;'>\n"
outputtext += "<table class='contentinfo' style='width:100%;' cellpadding='0' cellspacing='0'>\n"
outputtext += "<caption>Rayonnant Server Status [ <?=$phase?> ]</caption>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Server Address:</span> </td>"
outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % (
address)
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Server Status:</span> </td>"
if status == 'Online':
outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % (
status)
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Server Uptime:</span> </td>"
outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % (
timestring)
elif status == 'Offline':
outputtext += "<td> <span class='server_bad'>%s</span></td></tr>\n" % (
status)
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Previous Uptime:</span> </td>"
outputtext += "<td> <span class='server_bad'>%s</span></td></tr>\n" % (
timestring)
else:
outputtext += "<td> <span class='server_neutral'>%s</span></td></tr>\n" % (
status)
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Server Uptime:</span> </td>"
outputtext += "<td> <span class='server_neutral'>%s</span></td></tr>\n" % (
timestring)
outputtext += "<tr><td style='width:90px;'>"
outputtext += "<span style='font-weight:bold;'>Server Version:</span> </td>"
outputtext += "<td> <span class='server_good'>%s</span></td></tr>\n" % (
wolfpack.serverversion())
if status == 'Online':
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Accounts:</span> </td><td></td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> / <span class='server_good'>%s</span></td>" % (
wolfpack.sockets.count(), wolfpack.accounts.count())
outputtext += "<td style='text-indent:1em;'> Online / Total Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
admincount)
outputtext += "<td style='text-indent:1em;'> Admin Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
gmcount)
outputtext += "<td style='text-indent:1em;'> GM Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
seercount)
outputtext += "<td style='text-indent:1em;'> Seer Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
counselorcount)
outputtext += "<td style='text-indent:1em;'> Counselor Accounts</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
playercount)
outputtext += "<td style='text-indent:1em;'> Player Accounts</td></tr>\n"
# Statistics Item/Char Totals
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span style='font-weight:bold;'>Statistics:</span> </td><td></td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
wolfpack.playercount())
outputtext += "<td style='text-indent:1em;'> Total Players</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
wolfpack.itemcount())
outputtext += "<td style='text-indent:1em;'> Total Items</td></tr>\n"
outputtext += "<tr><td style='width:90px;text-align:right;'>"
outputtext += "<span class='server_neutral'>%s</span> </td>" % (
wolfpack.npccount())
outputtext += "<td style='text-indent:1em;'> Total NPCs</td></tr>\n"
outputtext += "</table>\n"
outputtext += "</div>\n"
file.write(outputtext)
file.close()
wolfpack.addtimer(1000, autostatuswrapper)
processthread.mutex.acquire()
processthread.processed = True
processthread.mutex.release()
return True
def loadMenu(id, parent=None):
definition = getdefinition(WPDT_MENU, id)
if not definition:
if parent:
console.log(LOG_ERROR,
"Unknown submenu %s in menu %s.\n" % (id, parent.id))
else:
console.log(LOG_ERROR, "Unknown menu: %s.\n" % id)
return
name = definition.getattribute('name', '')
menu = BowcraftMenu(id, parent, name)
# See if we have any submenus
for i in range(0, definition.childcount):
child = definition.getchild(i)
# Submenu
if child.name == 'menu':
if not child.hasattribute('id'):
console.log(
LOG_ERROR,
"Submenu with missing id attribute in menu %s.\n" %
menu.id)
else:
loadMenu(child.getattribute('id'), menu)
# Craft an item
elif child.name in ['fletch', 'sefletch']:
if not child.hasattribute('definition'):
console.log(
LOG_ERROR,
"Bowcraft action without definition in menu %s.\n" %
menu.id)
else:
itemdef = child.getattribute('definition')
try:
# See if we can find an item id if it's not given
if not child.hasattribute('itemid'):
item = getdefinition(WPDT_ITEM, itemdef)
itemid = 0
if item:
itemchild = item.findchild('id')
if itemchild:
itemid = itemchild.value
else:
console.log(
LOG_ERROR,
"Bowcraft action with invalid definition %s in menu %s.\n"
% (itemdef, menu.id))
else:
itemid = hex2dec(child.getattribute('itemid', '0'))
if child.hasattribute('name'):
name = child.getattribute('name')
else:
name = generateNamefromDef(itemdef)
if child.name == 'sefletch':
action = SeFletchItemAction(menu, name, int(itemid),
itemdef)
else:
action = FletchItemAction(menu, name, int(itemid),
itemdef)
except:
console.log(
LOG_ERROR,
"Bowcraft action with invalid item id in menu %s.\n" %
menu.id)
# Process subitems
for j in range(0, child.childcount):
subchild = child.getchild(j)
# How much of the primary resource should be consumed
if subchild.name == 'logs':
action.submaterial1 = hex2dec(
subchild.getattribute('amount', '0'))
# Normal Material
if subchild.name == 'material':
if not subchild.hasattribute('id'):
console.log(
LOG_ERROR,
"Material element without id list in menu %s.\n"
% menu.id)
break
else:
ids = subchild.getattribute('id').split(';')
try:
amount = hex2dec(
subchild.getattribute('amount', '1'))
materialname = subchild.getattribute(
'name', 'Unknown')
except:
console.log(
LOG_ERROR,
"Material element with invalid id list in menu %s.\n"
% menu.id)
break
action.materials.append(
[ids, amount, materialname])
# Consume all available materials scaled by the
# amount of each submaterial
elif subchild.name == 'stackable':
action.stackable = True
# This item will never be exceptional
elif subchild.name == 'nomark':
action.markable = False
# Skill requirement
elif subchild.name in skillnamesids:
skill = skillnamesids[subchild.name]
try:
minimum = hex2dec(subchild.getattribute(
'min', '0'))
except:
console.log(
LOG_ERROR,
"%s element with invalid min value in menu %s.\n"
% (subchild.name, menu.id))
try:
maximum = hex2dec(
subchild.getattribute('max', '1200'))
except:
console.log(
LOG_ERROR,
"%s element with invalid max value in menu %s.\n"
% (subchild.name, menu.id))
try:
penalty = hex2dec(
subchild.getattribute('penalty', '0'))
except:
console.log(
LOG_ERROR,
"%s element with invalid penalty value in menu %s.\n"
% (subchild.name, menu.id))
action.skills[skill] = [minimum, maximum, penalty]
# Sort the menu. This is important for the makehistory to make.
menu.sort()
blocks += '+ ' + repr(current)
else:
blocks += 'print ' + repr(current)
blocks += "\n"
except Exception, e:
console.log(LOG_PYTHON,
"Unable to parse python template file: %s\n" % str(e))
return
# Try to compile the file
try:
templatemodule = compile(blocks, htmltemplate, 'exec')
except Exception, e:
console.log(
LOG_PYTHON,
"Unable to compile python template file: %s\n" % str(e))
templatemodule = None
return
# Re-execute after interval miliseconds
wolfpack.addtimer(interval, generate, [magic])
# Try to execute the code
savedstdout = sys.stdout
sys.stdout = StringIO()
output = sys.stdout
exec templatemodule
sys.stdout = savedstdout
text = output.getvalue()
def handlepage(socket, packet):
item = wolfpack.finditem(packet.getint(3))
if not item:
console.log(
LOG_ERROR, "Client tried to update non existing book %x." %
(packet.getint(3)))
return 1
page = packet.getshort(9)
linecount = packet.getshort(11)
# A page was requested
if linecount == -1:
if item.hastag('pages'):
pages = int(item.gettag('pages'))
else:
pages = 64
if page > pages or page == 0:
return
if item.hastag('page%u' % page):
content = item.gettag('page%u' % page).split("\n")
else:
content = []
sendPage(socket, item.serial, page, content)
# The client wants to update the page.
else:
if item.hastag('protected'):
socket.sysmessage(tr('This book is read only.'))
return 1
outmost = item.getoutmostchar()
if outmost and outmost != socket.player:
socket.sysmessage(tr('This book is read only.'))
return 1 # Not writeable
if item.hastag('pages'):
pages = int(item.gettag('pages'))
else:
pages = 64
# Invalid page
if page > pages or page < 1:
socket.log(
"Client tried to update invalid page %d of book 0x%x.\n" %
(page, item.serial))
return 1
offset = 13
lines = []
for i in range(0, linecount):
line = packet.getascii(offset, 0)
offset += len(line) + 1
lines.append(unicode(line, 'utf-8'))
content = "\n".join(lines)
if not content or len(content.strip()) == 0:
item.deltag('page%u' % page)
return 1
item.settag('page%u' % page, content)
item.resendtooltip()
return 1
def generate(object, arguments):
global magic, interval
# The script has been reloaded
if arguments[0] != magic:
return
global templatemodule
if not templatemodule:
global htmltemplate
try:
fp = file(htmltemplate, 'rU')
template = fp.read()
fp.close()
console.log(LOG_MESSAGE,
"Loaded status template from '%s'.\n" % htmltemplate)
except Exception, e:
console.log(
LOG_PYTHON, "Couldn't load status template from '%s': %s.\n" %
(htmltemplate, str(e)))
return
# Search for python codeblocks <%= %>
length = len(template)
blocks = ''
current = ''
inlineprint = 0
# PROLOG
try:
for i in range(0, length):
if template[i:i + 3] == "<%\n":
# Dump previous string
if current != '':
if inlineprint:
blocks += '+ ' + repr(current)
else:
blocks += 'print ' + repr(current)
current = ''
inlineprint = 0
continue
elif template[i - 1:i + 1] == "%>":
# Gather code
current = current[1:-1].strip("%")
if inlineprint:
blocks += " + unicode(%s)" % current[1:]
else:
blocks += "\n%s" % current
inlineprint = 0
current = ''
continue
elif template[i:i + 3] == "<%=":
# Dump previous string
if current != '':
if inlineprint:
blocks += '+ ' + repr(current)
else:
blocks += 'print ' + repr(current)
current = ''
inlineprint = 1
continue
current += template[i]
if inlineprint:
blocks += '+ ' + repr(current)
else:
blocks += 'print ' + repr(current)
blocks += "\n"
except Exception, e:
console.log(LOG_PYTHON,
"Unable to parse python template file: %s\n" % str(e))
return
def loadMenu(id, parent=None):
definition = wolfpack.getdefinition(WPDT_MENU, id)
if not definition:
if parent:
console.log(LOG_ERROR,
"Unknown submenu %s in menu %s.\n" % (id, parent.id))
else:
console.log(LOG_ERROR, "Unknown menu: %s.\n" % id)
return
name = definition.getattribute('name', '')
menu = CartographyMenu(id, parent, name)
# See if we have any submenus
for i in range(0, definition.childcount):
child = definition.getchild(i)
# Submenu
if child.name == 'menu':
if not child.hasattribute('id'):
console.log(
LOG_ERROR,
"Submenu with missing id attribute in menu %s.\n" %
menu.id)
else:
loadMenu(child.getattribute('id'), menu)
# Craft an item
elif child.name == 'craft':
if not child.hasattribute('definition'):
console.log(
LOG_ERROR,
"craft action without definition in menu %s.\n" % menu.id)
else:
itemdef = child.getattribute('definition')
try:
# See if we can find an item id if it's not given
if not child.hasattribute('itemid'):
item = wolfpack.getdefinition(WPDT_ITEM, itemdef)
itemid = 0
if item:
itemchild = item.findchild('id')
if itemchild:
itemid = itemchild.value
else:
itemid = hex2dec(child.getattribute('itemid', '0'))
except Exception, e:
console.log(
LOG_ERROR,
"Craft action with invalid item id in menu %s: %s\n" %
(menu.id, str(e)))
if child.hasattribute('name'):
name = child.getattribute('name')
else:
name = generateNamefromDef(itemdef)
action = CartItemAction(menu, name, int(itemid), itemdef)
# Process subitems
for j in range(0, child.childcount):
subchild = child.getchild(j)
# Normal Material
if subchild.name == 'material':
if not subchild.hasattribute('id'):
console.log(
LOG_ERROR,
"Material element without id list in menu %s.\n"
% menu.id)
break
else:
ids = subchild.getattribute('id').split(';')
try:
amount = hex2dec(
subchild.getattribute('amount', '1'))
materialname = subchild.getattribute(
'name', 'Unknown')
except:
console.log(
LOG_ERROR,
"Material element with invalid id list in menu %s.\n"
% menu.id)
break
action.materials.append(
[ids, amount, materialname])
# Skill requirement
elif subchild.name in skillnamesids:
skill = skillnamesids[subchild.name]
try:
minimum = hex2dec(subchild.getattribute(
'min', '0'))
except:
console.log(
LOG_ERROR,
"%s element with invalid min value in menu %s.\n"
% (subchild.name, menu.id))
try:
maximum = hex2dec(
subchild.getattribute('max', '1200'))
except:
console.log(
LOG_ERROR,
"%s element with invalid max value in menu %s.\n"
% (subchild.name, menu.id))
action.skills[skill] = [minimum, maximum]
def spawn(spawner, spawntype, spawndef, current, area):
try:
if spawntype == 1:
npc = wolfpack.addnpc(spawndef, spawner.pos)
npc.settag('spawner', spawner.serial)
# NPCs with Area 0 have to stay on Origin Point
if not area == 0:
npc.wandertype = 3
else:
npc.wandertype = 0
npc.wanderx1 = spawner.pos.x
npc.wandery1 = spawner.pos.y
npc.wanderradius = area
npc.addscript('system.spawns')
# Now Adv. Settings
if spawner.hastag('color'):
npc.skin = int(spawner.gettag('color'))
if spawner.hastag('modstr'):
npc.strength = npc.strength * float(spawner.gettag('modstr'))
if spawner.hastag('moddex'):
npc.dexterity = npc.dexterity * float(spawner.gettag('moddex'))
if spawner.hastag('modint'):
npc.intelligence = npc.intelligence * float(
spawner.gettag('modint'))
if spawner.hastag('modmaxhits'):
npc.maxhitpoints = npc.maxhitpoints * float(
spawner.gettag('modmaxhits'))
if spawner.hastag('modmaxstam'):
npc.maxstamina = npc.maxstamina * float(
spawner.gettag('modmaxstam'))
if spawner.hastag('modmaxmana'):
npc.maxmana = npc.maxmana * float(spawner.gettag('modmaxmana'))
if spawner.hastag('name'):
npc.name = spawner.gettag('name')
if spawner.hastag('nameprefix'):
npc.settag('name.prefix', spawner.gettag('nameprefix'))
if spawner.hastag('namesuffix'):
npc.settag('name.suffix', spawner.gettag('namesuffix'))
npc.update()
# Updating visual of Spawn
if SHOWNPCICON:
bodyinfo = wolfpack.bodyinfo(npc.id)
spawner.id = bodyinfo['figurine']
spawner.update()
elif spawntype == 0:
newitem = wolfpack.additem(spawndef)
newitem.pos = spawner.pos
newitem.settag('spawner', spawner.serial)
newitem.decay = 0
newitem.addscript('system.spawns')
newitem.update()
except:
if (spawner):
console.log(LOG_WARNING,
"Invalid spawner: 0x%x.\n" % spawner.serial)
return
spawner.settag('current', current + 1)
spawner.resendtooltip()
def onBuyItems(self, vendor, player, bought):
if not self.canBuyItems(vendor, player):
return False
if not self.checkAccess(vendor, player):
return False
validitems = [
] # A list with 3-tuples containing the dispitem, buyitem and amount to be bought
totalprice = 0 # Total purchase
controlslots = player.maxcontrolslots - player.controlslots # Amount of controlslots left
partial = False # We assume we can buy everything here
# Process the buy item list
for (item, amount) in bought:
# Check the amount of the bought item
instock = self.getInStock(item)
amount = min(instock, amount)
if amount == 0:
continue # The item isn't available at all
# Get the buyitem/sellitem
if item.container.layer == LAYER_NPCNORESTOCK:
if item.baseid not in self.sellmap:
continue # Invalid item
sellitem = self.sellmap[item.baseid]
price = self.scaleResellPrice(
vendor, player, item,
sellitem.getPrice(vendor, player, item)) * amount
if price <= 0:
continue # We don't donate...
totalprice += price
validitems.append((item, sellitem, amount))
else:
buyitemindex = item.gettag('buyitemindex')
if buyitemindex == None or buyitemindex < 0 or buyitemindex >= len(
self.buylist):
console.log(
LOG_ERROR,
"Item 0x%x has invalid buy item index %s.\n" %
(item.serial, buyitemindex))
continue
buyitem = self.buylist[buyitemindex]
# Check for the price and the controlslots
if buyitem.controlslots * amount > controlslots:
amount = controlslots / buyitem.controlslots
partial = True
if amount == 0:
continue # Cannot buy this. Too few control slots.
controlslots -= buyitem.controlslots * amount # Reduce remaining control slots
# Scale the price
totalprice += self.scaleBuyPrice(
vendor, player, buyitem, buyitem.getPrice(vendor,
player)) * amount
validitems.append((item, buyitem, amount))
if len(bought) == 0:
self.onNoItemsBought(vendor, player)
return False # Don't close the buygump
elif len(validitems) == 0:
self.onNoItemsBought(vendor, player, True)
return False # Don't close the buygump
# Check for enough money
consume = self.consumeGold(vendor, player, totalprice)
if consume == Vendor.CONSUME_NONE:
return False # Dont close the buygump
player.soundeffect(0x32) # Play a gold soundeffect
# Create the bought items.
for (item, buyitem, amount) in validitems:
buyitem.createItems(vendor, player, item, amount)
frombank = consume == Vendor.CONSUME_BANKBOX # Was the amount deducted from the bank?
self.onItemsBought(vendor, player, totalprice, frombank,
partial) # Notify the event handler
return True # Close the buygump
