def add(socket, command, arguments):
if len(arguments) > 0:
if wolfpack.getdefinition(WPDT_ITEM, arguments):
socket.sysmessage(tr("Where do you want to place the item '%s'?") % arguments)
socket.attachtarget("commands.add.additem", [arguments, False])
elif wolfpack.getdefinition(WPDT_NPC, arguments):
socket.sysmessage(tr("Where do you want to spawn the npc '%s'?") % arguments)
socket.attachtarget("commands.add.addnpc", [arguments])
elif wolfpack.getdefinition(WPDT_MULTI, arguments):
node = wolfpack.getdefinition(WPDT_MULTI, arguments)
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == "id": # Found the display id
dispid = hex2dec(subnode.value)
socket.sysmessage(tr("Where do you want to place the multi '%s'?") % arguments)
socket.attachmultitarget("commands.add.addmulti", dispid - 0x4000, [arguments, False], 0, 0, 0)
else:
socket.sysmessage(tr("No Item, NPC or Multi definition by that name found."))
return
global generated
if not generated:
generated = True
socket.sysmessage(tr("Generating add menu."))
socket.sysmessage(tr("Please wait..."))
generateAddMenu(socket.player.serial)
return
menu = findmenu("ADDMENU")
if menu:
menu.send(socket.player)
else:
socket.sysmessage(tr("No ADDMENU menu found."))
def add(socket, command, arguments):
if len(arguments) > 0:
if wolfpack.getdefinition(WPDT_ITEM, arguments):
socket.sysmessage("Where do you want to place the item '%s'?" % arguments)
socket.attachtarget("commands.add.additem", [arguments, False])
elif wolfpack.getdefinition(WPDT_NPC, arguments):
socket.sysmessage("Where do you want to spawn the npc '%s'?" % arguments)
socket.attachtarget("commands.add.addnpc", [arguments])
elif wolfpack.getdefinition(WPDT_MULTI, arguments):
socket.sysmessage("Where do you want to place the multi '%s'?" % arguments)
socket.attachtarget("commands.add.addmulti", [arguments, False])
else:
socket.sysmessage('No Item, NPC or Multi definition by that name found.')
return
global generated
if not generated:
socket.sysmessage('Generating add menu.')
socket.sysmessage('Please wait...')
generateAddMenu()
generated = 1
menu = findmenu('ADDMENU')
if menu:
menu.send(socket.player)
else:
socket.sysmessage('No ADDMENU menu found.')
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 = TailoringMenu(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 ['tailor', 'setailor']:
if not child.hasattribute('definition'):
console.log(LOG_ERROR, "Tailor 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:
console.log(LOG_ERROR, "Tailor 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 == 'setailor':
action = SeTailorItemAction(menu, name, int(itemid), itemdef)
else:
action = TailorItemAction(menu, name, int(itemid), itemdef)
except:
console.log(LOG_ERROR, "Tailor 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 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 static(socket, command, arguments):
if len(arguments) > 0:
if wolfpack.getdefinition(WPDT_ITEM, arguments):
socket.sysmessage("Where do you want to place the item '%s'?" % arguments)
socket.attachtarget("commands.add.additem", [arguments, True])
elif wolfpack.getdefinition(WPDT_MULTI, arguments):
socket.sysmessage("Where do you want to place the multi '%s'?" % arguments)
socket.attachtarget("commands.add.addmulti", [arguments, True])
else:
socket.sysmessage('No Item, NPC or Multi definition by that name found.')
else:
socket.sysmessage('Usage: static <id>')
def generateMenu( id, parent = None ):
titleid = 1015162
menu0 = InscriptionMenu(id, parent, titleid)
# add spell scrolls
# loop circles
for i in range(0, 8):
menu = InscriptionMenu(id + str(i), menu0, circle_ids[i])
# loop spells
for j in range(0, 8):
spell_num = i * 8 + j
# if reactive armor spell
if spell_num == 6:
spell_num = 0
elif spell_num < 6:
spell_num += 1
# spell < weaken
itemdef = str(hex(int(0x1f2d) + spell_num)).replace('0x', '')
item2 = wolfpack.getdefinition(WPDT_ITEM, itemdef)
if item2:
itemchild = item2.findchild('id')
if itemchild:
itemid = int(itemchild.value)
actionid = 1027981 + spell_num
action = InsItemAction(menu, itemid, itemdef, actionid)
# required mana
action.mana = req_manas[i]
# empty scroll
action.materials.append([['ef3','e34'], 1, 1044377])
# required reagents
regs = spell_regs[spell_num]
for k in range(0, len(regs)):
action.materials.append([[regs[k]], 1, reagents[regs[k]] + 1044353])
# skill
action.skills[INSCRIPTION] = req_skills[i]
# Others
menu = InscriptionMenu(id + '8', menu0, 1044294)
# runebook
itemdef = '22c5'
item2 = wolfpack.getdefinition(WPDT_ITEM, itemdef)
itemchild = item2.findchild('id')
itemid = int(itemchild.value)
actionid = 1041267
action = InsItemAction(menu, itemid, itemdef, actionid)
# recall scroll
action.materials.append([['1f4c'], 1, 1044445])
# gate travel scroll
action.materials.append([['1f60'], 1, 1044446])
# 8 runes
action.materials.append([['1f14'], 8, 1044447])
def getPlacementData(definition, dispid = 0, xoffset = 0, yoffset = 0, zoffset = 0):
node = wolfpack.getdefinition(WPDT_MULTI, definition)
if not node:
return (dispid, xoffset, yoffset, zoffset) # Return, wrong definition
if node.hasattribute('inherit'):
(dispid, xoffset, yoffset, zoffset) = getPlacementData(node.getattribute('inherit'), dispid, xoffset, yoffset, zoffset)
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'id': # Found the display id
dispid = hex2dec(subnode.value)
elif subnode.name == 'inherit': # Inherit another definition
if subnode.hasattribute('id'):
(dispid, xoffset, yoffset, zoffset) = getPlacementData(subnode.getattribute('id'), dispid, xoffset, yoffset, zoffset)
else:
(dispid, xoffset, yoffset, zoffset) = getPlacementData(subnode.value, dispid, xoffset, yoffset, zoffset)
elif subnode.name == 'placement': # Placement info
xoffset = hex2dec(subnode.getattribute('xoffset', '0'))
yoffset = hex2dec(subnode.getattribute('yoffset', '0'))
zoffset = hex2dec(subnode.getattribute('zoffset', '0'))
return (dispid, xoffset, yoffset, zoffset)
def onLoad():
wolfpack.registerglobal(EVENT_SKILLGAIN, "system.skillgain")
# Load all the neccesary data from the definitions
for i in range(0, ALLSKILLS):
skilldef = wolfpack.getdefinition(WPDT_SKILL, str(i))
# Load the skill information
if skilldef:
SKILLS[i] = {
SKILL_GAINFACTOR: 1.0,
SKILL_STRCHANCE: 0.0,
SKILL_DEXCHANCE: 0.0,
SKILL_INTCHANCE: 0.0
}
for j in range(0, skilldef.childcount):
child = skilldef.getchild(j)
if child.name == 'name':
SKILLS[i][SKILL_NAME] = child.value
elif child.name == 'title':
SKILLS[i][SKILL_TITLE] = child.value
elif child.name == 'defname':
SKILLS[i][SKILL_DEFNAME] = child.value
elif child.name == 'gainchance':
SKILLS[i][SKILL_GAINFACTOR] = float(child.value)
elif child.name == 'strchance':
SKILLS[i][SKILL_STRCHANCE] = float(child.value)
elif child.name == 'dexchance':
SKILLS[i][SKILL_DEXCHANCE] = float(child.value)
elif child.name == 'intchance':
SKILLS[i][SKILL_INTCHANCE] = float(child.value)
def go(socket, command, arguments):
player = socket.player
if len(arguments) == 0:
global generated
if not generated:
socket.sysmessage("Generating go menu.")
socket.sysmessage("Please wait...")
generateGoMenu()
generated = 1
menu = findmenu("GOMENU")
if menu:
socket.sysmessage("Bringing up the travel gump.")
menu.send(player)
else:
socket.sysmessage("Didn't find the GOMENU menu.")
return
elif arguments.count(",") >= 1:
parts = arguments.split(",")
pos = player.pos
try:
pos.x = int(parts[0])
pos.y = int(parts[1])
if len(parts) >= 3:
pos.z = int(parts[2])
if len(parts) >= 4:
pos.map = int(parts[3])
if not isValidPosition(pos):
socket.sysmessage("Error: Destination invalid!")
return False
player.removefromview()
player.moveto(pos)
player.update()
player.socket.resendworld()
return
except:
pass
# If we reach this point it was no valid coordinate
# See if we can get a def
location = wolfpack.getdefinition(WPDT_LOCATION, arguments)
if location:
(x, y, z, map) = location.text.split(",")
pos = wolfpack.coord(int(x), int(y), int(z), int(map))
if not isValidPosition(pos):
socket.sysmessage("Error: Destination invalid!")
return False
player.removefromview()
player.moveto(pos)
player.update()
player.socket.resendworld()
else:
socket.sysmessage("Usage: <x, y, z, map>|<location>")
return
def go(socket, command, arguments):
player = socket.player
if len(arguments) == 0:
global generated
if not generated:
socket.sysmessage('Generating go menu.')
socket.sysmessage('Please wait...')
generateGoMenu()
generated = 1
menu = findmenu('GOMENU')
if menu:
socket.sysmessage('Bringing up the travel gump.')
menu.send(player)
else:
socket.sysmessage("Didn't find the GOMENU menu.")
return
elif arguments.count(',') >= 1:
parts = arguments.split(',')
pos = player.pos
try:
pos.x = int(parts[0])
pos.y = int(parts[1])
if len(parts) >= 3:
pos.z = int(parts[2])
if len(parts) >= 4:
pos.map = int(parts[3])
if not isValidPosition(pos):
socket.sysmessage("Error: Destination invalid!")
return False
player.removefromview()
player.moveto(pos)
player.update()
player.socket.resendworld()
return
except:
pass
# If we reach this point it was no valid coordinate
# See if we can get a def
location = wolfpack.getdefinition(WPDT_LOCATION, arguments)
if location:
(x, y, z, map) = location.text.split(',')
pos = wolfpack.coord(int(x), int(y), int(z), int(map))
if not isValidPosition(pos):
socket.sysmessage("Error: Destination invalid!")
return False
player.removefromview()
player.moveto(pos)
player.update()
player.socket.resendworld()
else:
socket.sysmessage('Usage: <x, y, z, map>|<location>')
return
def getPlacementData(definition, dispid = 0, xoffset = 0, yoffset = 0, zoffset = 0):
node = wolfpack.getdefinition(WPDT_MULTI, definition)
if not node:
return (dispid, xoffset, yoffset, zoffset) # Return, wrong definition
if node.hasattribute('inherit'):
(dispid, xoffset, yoffset, zoffset) = getPlacementData(node.getattribute('inherit'), dispid, xoffset, yoffset, zoffset)
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'id': # Found the display id
dispid = hex2dec(subnode.value)
elif subnode.name == 'inherit': # Inherit another definition
if subnode.hasattribute('id'):
(dispid, xoffset, yoffset, zoffset) = getPlacementData(subnode.getattribute('id'), dispid, xoffset, yoffset, zoffset)
else:
(dispid, xoffset, yoffset, zoffset) = getPlacementData(subnode.value, dispid, xoffset, yoffset, zoffset)
elif subnode.name == 'placement': # Placement info
xoffset = hex2dec(subnode.getattribute('xoffset', '0'))
yoffset = hex2dec(subnode.getattribute('yoffset', '0'))
zoffset = hex2dec(subnode.getattribute('zoffset', '0'))
return (dispid, xoffset, yoffset, zoffset)
def onLoad():
wolfpack.registerglobal(EVENT_SKILLUSE, "skills")
# Load all the neccesary data from the definitions
for i in range(0, ALLSKILLS):
skilldef = wolfpack.getdefinition(WPDT_SKILL, str(i))
# Load the skill information
if skilldef:
SKILLS[i] = {
SKILL_GAINFACTOR: 1.0,
SKILL_STRCHANCE: 0.0,
SKILL_DEXCHANCE: 0.0,
SKILL_INTCHANCE: 0.0
}
for j in range(0, skilldef.childcount):
child = skilldef.getchild(j)
if child.name == 'name':
SKILLS[i][SKILL_NAME] = child.value
elif child.name == 'title':
SKILLS[i][SKILL_TITLE] = child.value
elif child.name == 'defname':
SKILLS[i][SKILL_DEFNAME] = child.value
elif child.name == 'gainchance':
SKILLS[i][SKILL_GAINFACTOR] = float(child.value)
elif child.name == 'strchance':
SKILLS[i][SKILL_STRCHANCE] = float(child.value)
elif child.name == 'dexchance':
SKILLS[i][SKILL_DEXCHANCE] = float(child.value)
elif child.name == 'intchance':
SKILLS[i][SKILL_INTCHANCE] = float(child.value)
def buildHouse(house, definition):
node = wolfpack.getdefinition(WPDT_MULTI, definition)
if not node:
return
if node.hasattribute('inherit'):
value = str(node.getattribute('inherit'))
buildHouse(house, value) # Recursion
for i in range(0, node.childcount):
child = node.getchild(i)
# Inherit another definition
if child.name == 'inherit':
if child.hasattribute('id'):
buildHouse(house, child.getattribute('id'))
else:
buildHouse(house, child.value)
# Add a normal item to the house
elif child.name == 'item':
x = int(child.getattribute('x', '0'))
y = int(child.getattribute('y', '0'))
z = int(child.getattribute('z', '0'))
id = str(child.getattribute('id', ''))
item = wolfpack.additem(id)
item.moveto(house.pos.x + x, house.pos.y + y, house.pos.z + z,
house.pos.map)
item.update()
# Add a house door to the house
elif child.name == 'door':
x = int(child.getattribute('x', '0'))
y = int(child.getattribute('y', '0'))
z = int(child.getattribute('z', '0'))
id = hex2dec(child.getattribute('id', ''))
item = wolfpack.additem('housedoor')
item.id = id
item.moveto(house.pos.x + x, house.pos.y + y, house.pos.z + z,
house.pos.map)
item.update()
# Add a sign to the house
elif child.name == 'sign':
x = int(child.getattribute('x', '0'))
y = int(child.getattribute('y', '0'))
z = int(child.getattribute('z', '0'))
sign = wolfpack.additem('housesign')
if child.hasattribute('id'):
sign.id = hex2dec(child.getattribute('id', ''))
sign.moveto(house.pos.x + x, house.pos.y + y, house.pos.z + z,
house.pos.map)
sign.update()
def static(socket, command, arguments):
if len(arguments) > 0:
if wolfpack.getdefinition(WPDT_ITEM, arguments):
socket.sysmessage(tr("Where do you want to place the item '%s'?") % arguments)
socket.attachtarget("commands.add.additem", [arguments, True])
elif wolfpack.getdefinition(WPDT_MULTI, arguments):
node = wolfpack.getdefinition(WPDT_MULTI, arguments)
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == "id": # Found the display id
dispid = hex2dec(subnode.value)
socket.sysmessage(tr("Where do you want to place the multi '%s'?") % arguments)
socket.attachmultitarget("commands.add.addmulti", dispid - 0x4000, [arguments, True], 0, 0, 0)
else:
socket.sysmessage(tr("No Item, NPC or Multi definition by that name found."))
else:
socket.sysmessage(tr("Usage: static <id>"))
def createBoat(player, deed, pos):
boat = wolfpack.addmulti(str(deed.gettag('multisection')))
if boat == None:
player.socket.sysmessage(
tr('This deed is broken. Failed to create boat'))
boat.owner = player
boat.settag('boat_anchored', 1)
boat.settag('boat_facing', 0) # boat is facing north
boat.settag('deedid', deed.baseid) # For DryDock
boat.moveto(pos)
boat.update()
boat.decay = 0
if deed.hastag('hasname'):
boat.name = deed.name
splank = None
pplank = None
# Create special items
node = wolfpack.getdefinition(WPDT_MULTI, str(deed.gettag('multisection')))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'ids':
boat.settag('boat_id_north',
hex2dec(subnode.getattribute('north', '0')))
boat.settag('boat_id_east',
hex2dec(subnode.getattribute('east', '0')))
boat.settag('boat_id_south',
hex2dec(subnode.getattribute('south', '0')))
boat.settag('boat_id_west',
hex2dec(subnode.getattribute('west', '0')))
elif subnode.name == 'special_items': # Found section
subsubnode = subnode.findchild('tillerman')
if subsubnode != None:
tillerman = createBoatSpecialItem('3e4e', subsubnode, boat)
boat.settag('boat_tillerman', tillerman.serial)
if deed.hastag('hasname'):
tillerman.name = 'Tillerman of ' + boat.name
subsubnode = subnode.findchild('hold')
if subsubnode != None:
hold = createBoatSpecialItem('3eae', subsubnode, boat)
subsubnode = subnode.findchild('planks')
if subsubnode != None:
portclosed = subsubnode.findchild('port_closed')
pplank = createBoatSpecialItem('3eb1', portclosed, boat)
starclosed = subsubnode.findchild('star_closed')
splank = createBoatSpecialItem('3eb2', starclosed, boat)
splank.settag('plank_starboard', 1)
if not deed.hastag('lock'):
createKeys(splank, pplank, hold, boat, player)
else:
applyKeys(splank, pplank, hold, deed)
def make(self, player, arguments, nodelay=0):
node = wolfpack.getdefinition(WPDT_MULTI, self.definition)
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == "id": # Found the display id
dispid = hex2dec(subnode.value)
player.socket.sysmessage(tr("Where do you want to place the multi '%s'?") % self.definition)
player.socket.attachmultitarget("commands.add.addmulti", dispid - 0x4000, [self.definition, False], 0, 0, 0)
MakeAction.make(self, player, arguments, nodelay)
def sendresponse(player, arguments, target):
if target.item:
object = target.item
elif target.char:
if target.char.rank > player.rank and player != target.char:
player.socket.sysmessage("You've burnt your fingers!")
return
object = target.char
else:
player.socket.sysmessage('You need to target a character or an item.')
return
# Maybe we need to choose a location
if len(arguments) == 0:
player.socket.sysmessage('Where do you want to send the targetted object?')
player.socket.attachtarget('commands.go.sendresponse2', [object.serial])
else:
# Try to parse a target location for the object.
parts = arguments[0].split(',')
pos = player.pos
try:
pos.x = int(parts[0])
pos.y = int(parts[1])
if len(parts) >= 3:
pos.z = int(parts[2])
if len(parts) >= 4:
pos.map = int(parts[3])
object.removefromview()
object.moveto(pos)
object.update()
if not object.ischar() or not object.socket:
return
object.socket.resendworld()
return
except:
pass
# If we reach this point it was no valid coordinate
# See if we can get a def
location = wolfpack.getdefinition(WPDT_LOCATION, arguments[0])
if location:
(x,y,z,map) = location.text.split(',')
pos = wolfpack.coord(int(x), int(y), int(z), int(map))
object.removefromview()
object.moveto(pos)
object.update()
if object.ischar() and object.socket:
object.socket.resendworld()
else:
player.socket.sysmessage('Usage: send <x, y, z, map>|<location>')
def givequestdescription(id):
quest = ''
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'description':
quest = subnode.text
return quest
def givequestreportids(id):
quest = ''
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'reportid':
quest = subnode.text.split(',')
return quest
def givequestxpreward(id):
quest = ''
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'rewardxp':
quest = subnode.text
return int(quest)
def buildHouse(house, definition):
node = wolfpack.getdefinition(WPDT_MULTI, definition)
if not node:
return
if node.hasattribute('inherit'):
value = str(node.getattribute('inherit'))
buildHouse(house, value) # Recursion
for i in range(0, node.childcount):
child = node.getchild(i)
# Inherit another definition
if child.name == 'inherit':
if child.hasattribute('id'):
buildHouse(house, child.getattribute('id'))
else:
buildHouse(house, child.value)
# Add a normal item to the house
elif child.name == 'item':
x = int(child.getattribute('x', '0'))
y = int(child.getattribute('y', '0'))
z = int(child.getattribute('z', '0'))
id = str(child.getattribute('id', ''))
item = wolfpack.additem(id)
item.moveto(house.pos.x + x, house.pos.y + y, house.pos.z + z, house.pos.map)
item.update()
# Add a house door to the house
elif child.name == 'door':
x = int(child.getattribute('x', '0'))
y = int(child.getattribute('y', '0'))
z = int(child.getattribute('z', '0'))
id = hex2dec(child.getattribute('id', ''))
item = wolfpack.additem('housedoor')
item.id = id
item.moveto(house.pos.x + x, house.pos.y + y, house.pos.z + z, house.pos.map)
item.update()
# Add a sign to the house
elif child.name == 'sign':
x = int(child.getattribute('x', '0'))
y = int(child.getattribute('y', '0'))
z = int(child.getattribute('z', '0'))
sign = wolfpack.additem('housesign')
if child.hasattribute('id'):
sign.id = hex2dec(child.getattribute('id', ''))
sign.moveto(house.pos.x + x, house.pos.y + y, house.pos.z + z, house.pos.map)
sign.update()
def givequestxpreward(id): quest = '' node = wolfpack.getdefinition(WPDT_QUEST, str(id)) count = node.childcount for i in range(0, count): subnode = node.getchild(i) if subnode.name == 'rewardxp': quest = subnode.text return int(quest)
def givequestdescription(id): quest = '' node = wolfpack.getdefinition(WPDT_QUEST, str(id)) count = node.childcount for i in range(0, count): subnode = node.getchild(i) if subnode.name == 'description': quest = subnode.text return quest
def givequestreportids(id):
quest = ''
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'reportid':
quest = subnode.text.split(',')
return quest
def givequestrequiredlevel(id):
quest = 0
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'requiredlevel':
if len(subnode.text):
quest = subnode.text
return int(quest)
def givequestitemeachamount(id):
quest = ''
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'itemamounts':
quest = subnode.text.split(',')
# Returning the list
return quest
def givequestrequiredskills(id):
skills = ''
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'requiredskills':
if len(subnode.text):
skills = subnode.text.split(',')
return skills
def givequestrequiredskills(id):
skills = ''
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'requiredskills':
if len(subnode.text):
skills = subnode.text.split(',')
return skills
def givequestrequiredlevel(id): quest = 0 node = wolfpack.getdefinition(WPDT_QUEST, str(id)) count = node.childcount for i in range(0, count): subnode = node.getchild(i) if subnode.name == 'requiredlevel': if len(subnode.text): quest = subnode.text return int(quest)
def givequestitemeachamount(id):
quest = ''
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'itemamounts':
quest = subnode.text.split(',')
# Returning the list
return quest
def make(self, player, arguments, nodelay=0):
node = wolfpack.getdefinition(WPDT_MULTI, self.definition)
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'id': # Found the display id
dispid = hex2dec(subnode.value)
player.socket.sysmessage(
tr("Where do you want to place the multi '%s'?") % self.definition)
player.socket.attachmultitarget("commands.add.addmulti",
dispid - 0x4000,
[self.definition, False], 0, 0, 0)
MakeAction.make(self, player, arguments, nodelay)
def static(socket, command, arguments):
if len(arguments) > 0:
if wolfpack.getdefinition(WPDT_ITEM, arguments):
socket.sysmessage(
tr("Where do you want to place the item '%s'?") % arguments)
socket.attachtarget("commands.add.additem", [arguments, True])
elif wolfpack.getdefinition(WPDT_MULTI, arguments):
node = wolfpack.getdefinition(WPDT_MULTI, arguments)
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'id': # Found the display id
dispid = hex2dec(subnode.value)
socket.sysmessage(
tr("Where do you want to place the multi '%s'?") % arguments)
socket.attachmultitarget("commands.add.addmulti", dispid - 0x4000,
[arguments, True], 0, 0, 0)
else:
socket.sysmessage(
tr('No Item, NPC or Multi definition by that name found.'))
else:
socket.sysmessage(tr('Usage: static <id>'))
def add(socket, command, arguments):
if len(arguments) > 0:
if wolfpack.getdefinition(WPDT_ITEM, arguments):
socket.sysmessage(
tr("Where do you want to place the item '%s'?") % arguments)
socket.attachtarget("commands.add.additem", [arguments, False])
elif wolfpack.getdefinition(WPDT_NPC, arguments):
socket.sysmessage(
tr("Where do you want to spawn the npc '%s'?") % arguments)
socket.attachtarget("commands.add.addnpc", [arguments])
elif wolfpack.getdefinition(WPDT_MULTI, arguments):
node = wolfpack.getdefinition(WPDT_MULTI, arguments)
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'id': # Found the display id
dispid = hex2dec(subnode.value)
socket.sysmessage(
tr("Where do you want to place the multi '%s'?") % arguments)
socket.attachmultitarget("commands.add.addmulti", dispid - 0x4000,
[arguments, False], 0, 0, 0)
else:
socket.sysmessage(
tr('No Item, NPC or Multi definition by that name found.'))
return
global generated
if not generated:
generated = True
socket.sysmessage(tr('Generating add menu.'))
socket.sysmessage(tr('Please wait...'))
generateAddMenu(socket.player.serial)
return
menu = findmenu('ADDMENU')
if menu:
menu.send(socket.player)
else:
socket.sysmessage(tr('No ADDMENU menu found.'))
def createBoat( player, deed, pos ):
boat = wolfpack.addmulti(str(deed.gettag('multisection')))
if boat == None:
player.socket.sysmessage(tr('This deed is broken. Failed to create boat'))
boat.owner = player
boat.settag( 'boat_anchored', 1 )
boat.settag( 'boat_facing', 0 ) # boat is facing north
boat.settag( 'deedid', deed.baseid ) # For DryDock
boat.moveto(pos)
boat.update()
boat.decay = 0
if deed.hastag('hasname'):
boat.name = deed.name
splank = None
pplank = None
# Create special items
node = wolfpack.getdefinition(WPDT_MULTI, str(deed.gettag('multisection')) )
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'ids':
boat.settag('boat_id_north', hex2dec( subnode.getattribute( 'north', '0' ) ) )
boat.settag('boat_id_east', hex2dec( subnode.getattribute( 'east', '0' ) ) )
boat.settag('boat_id_south', hex2dec( subnode.getattribute( 'south', '0' ) ) )
boat.settag('boat_id_west', hex2dec( subnode.getattribute( 'west', '0' ) ) )
elif subnode.name == 'special_items': # Found section
subsubnode = subnode.findchild('tillerman')
if subsubnode != None:
tillerman = createBoatSpecialItem( '3e4e', subsubnode, boat )
boat.settag('boat_tillerman', tillerman.serial)
if deed.hastag('hasname'):
tillerman.name = 'Tillerman of ' + boat.name
subsubnode = subnode.findchild('hold')
if subsubnode != None:
hold = createBoatSpecialItem( '3eae', subsubnode, boat )
subsubnode = subnode.findchild('planks')
if subsubnode != None:
portclosed = subsubnode.findchild('port_closed')
pplank = createBoatSpecialItem( '3eb1', portclosed, boat )
starclosed = subsubnode.findchild('star_closed')
splank = createBoatSpecialItem( '3eb2', starclosed, boat )
splank.settag('plank_starboard', 1)
if not deed.hastag('lock'):
createKeys( splank, pplank, hold, boat, player )
else:
applyKeys( splank, pplank, hold, deed )
def givenpcname(id): npc = '' node = wolfpack.getdefinition(WPDT_NPC, str(id)) if node: count = node.childcount for i in range(0, count): subnode = node.getchild(i) if subnode.name == 'name': npc = subnode.text return npc else: return "Error"
def givequestname(id): quest = '' node = wolfpack.getdefinition(WPDT_QUEST, str(id)) if node: count = node.childcount for i in range(0, count): subnode = node.getchild(i) if subnode.name == 'name': quest = subnode.text return quest else: return "Error"
def giveitemname(id): item = '' node = wolfpack.getdefinition(WPDT_ITEM, str(id)) if node: count = node.childcount for i in range(0, count): subnode = node.getchild(i) if subnode.name == 'name': item = subnode.text return item else: return "Error"
def givenpcname(id):
npc = ''
node = wolfpack.getdefinition(WPDT_NPC, str(id))
if node:
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'name':
npc = subnode.text
return npc
else:
return "Error"
def giveitemname(id):
item = ''
node = wolfpack.getdefinition(WPDT_ITEM, str(id))
if node:
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'name':
item = subnode.text
return item
else:
return "Error"
def givequestname(id):
quest = ''
node = wolfpack.getdefinition(WPDT_QUEST, str(id))
if node:
count = node.childcount
for i in range(0, count):
subnode = node.getchild(i)
if subnode.name == 'name':
quest = subnode.text
return quest
else:
return "Error"
def searchidscmd( socket, command, arguments ):
out = open( 'missingids.xml', "wb" )
if os.name == 'posix':
nl = "\n"
else:
nl = "\r\n"
out.write( '<definitions>%s' % ( nl ) )
for id in range(0x0, 0x4000):
tile = tiledata( id )
# unused ids have only 5 entries in tiledata
if len( tile ) > 5:
itemdef = hex(id).split("x")[1]
if not getdefinition(WPDT_ITEM, itemdef):
out.write( '\t<!-- %s -->%s' % ( tile['name'], nl ) )
out.write( '\t<item id="%s">%s' % ( itemdef, nl ) )
out.write( '\t\t<id>%s</id>%s' % ( hex(id), nl ) )
out.write( '\t</item>%s' % ( nl ) )
out.write( nl )
out.write( '</definitions>%s' % ( nl ) )
out.close()
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 = AlchemyMenu(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 = BrewItemAction(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 adddecor( socket, command, args ): if len(args) > 0: args= str( args.strip() ) args = args.split( ' ' ) if len( args ) == 2: ( key, value ) = args # Tree Lists if key == 'tree': # Random Forest Trees if value == 'forest': if socket.hastag( 'last_tree_forest' ): templist = [] for choice in forestlist: if choice != str( socket.gettag( 'last_tree_forest' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_forest', str( item ) ) else: item = random.choice( forestlist ) socket.settag( 'last_tree_forest', str( item ) ) if item in trees: if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES ]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True # Random Fruit Tree elif value == 'fruit': item = random.choice( fruitlist ) if socket.hastag( 'last_tree_fruit' ): templist = [] for choice in fruitlist: if choice != str( socket.gettag( 'last_tree_fruit' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_fruit', str( item ) ) else: item = random.choice( fruitlist ) socket.settag( 'last_tree_fruit', str( item ) ) if item in trees: if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES ]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True # Random Swamp Tree elif value == 'swamp': item = random.choice( swamplist ) if socket.hastag( 'last_tree_swamp' ): templist = [] for choice in swamplist: if choice != str( socket.gettag( 'last_tree_swamp' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_swamp', str( item ) ) else: item = random.choice( swamplist ) socket.settag( 'last_tree_swamp', str( item ) ) if item in trees: if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES ]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True # Random Trees elif value == 'random': if socket.hastag( 'last_tree_random' ): templist = [] for choice in treeindex: if choice != str( socket.gettag( 'last_tree_random' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_random', str( item ) ) else: item = random.choice( treeindex ) socket.settag( 'last_tree_random', str( item ) ) if item in trees: if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES ]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True # Yew Trees elif value == 'yew': socket.sysmessage( "Where do you want to place the yew tree?" ) socket.attachtarget( 'commands.adddecor.createyewtree', [] ) return True # Tree Logs log1, log2 elif value in [ 'log1', 'log2' ]: #added by Jim 20040814 item = value socket.sysmessage( "Where do you want to place the fallen log [%s]?" % ( item ) ) socket.attachtarget( 'commands.adddecor.createlog', [ item ] ) return True # Jungle Trees elif value == 'jungle': if socket.hastag( 'last_tree_jungle' ): templist = [] for choice in jungleindex: if choice != str( socket.gettag( 'last_tree_jungle' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_jungle', str( item ) ) else: item = random.choice( jungleindex ) socket.settag( 'last_tree_jungle', str( item ) ) socket.sysmessage( "Where do you want to place the jungle tree [%s]?" %( item ) ) socket.attachtarget( 'commands.adddecor.createjungletree', [ item ] ) return True # Specific Tree elif value in trees: item = value if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True else: socket.sysmessage( "Usage: adddecor tree [ id, yew, jungle, random, forest, fruit, swamp, log[1-2] ]" ) return False elif key == 'ground': # Forest Ground Decoration if value == "forest": if socket.hastag( 'last_ground_forest' ): templist = [] for choice in forest_decor: if choice != str( socket.gettag( 'last_ground_forest' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_forest', str( item ) ) else: item = random.choice( forest_decor ) socket.settag( 'last_ground_forest', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Swamp Ground Decoration elif value == "swamp": if socket.hastag( 'last_ground_swamp' ): templist = [] for choice in swamp_decor: if choice != str( socket.gettag( 'last_ground_swamp' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_swamp', str( item ) ) else: item = random.choice( swamp_decor ) socket.settag( 'last_ground_swamp', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Plains/Grass Ground Decoration elif value == "plains": if socket.hastag( 'last_ground_plains' ): templist = [] for choice in plains_decor: if choice != str( socket.gettag( 'last_ground_plains' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_plains', str( item ) ) else: item = random.choice( plains_decor ) socket.settag( 'last_ground_plains', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Jungle Ground Decoration elif value == "jungle": if socket.hastag( 'last_ground_jungle' ): templist = [] for choice in jungle_decor: if choice != str( socket.gettag( 'last_ground_jungle' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_jungle', str( item ) ) else: item = random.choice( jungle_decor ) socket.settag( 'last_ground_jungle', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Desert Ground Decoration elif value == "desert": if socket.hastag( 'last_ground_desert' ): templist = [] for choice in desert_decor: if choice != str( socket.gettag( 'last_ground_desert' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_desert', str( item ) ) else: item = random.choice( desert_decor ) socket.settag( 'last_ground_desert', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Random Ground Flowers elif value in [ "flowers", "smallflowers", "bigflowers" ]: if value == "flowers": flowers = flowers_decor elif value == "smallflowers": flowers = smallflowers_decor elif value == "bigflowers": flowers = bigflowers_decor if socket.hastag( 'last_ground_flowers' ): templist = [] for choice in flowers: if choice != str( socket.gettag( 'last_ground_flowers' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_flowers', str( item ) ) else: item = random.choice( flowers ) socket.settag( 'last_ground_flowers', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True #ferns elif value == "fern": if socket.hastag( 'last_ground_fern' ): templist = [] for choice in fern_decor: if choice != str( socket.gettag( 'last_ground_fern' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_fern', str( item ) ) else: item = random.choice( fern_decor ) socket.settag( 'last_ground_fern', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Nothing else: socket.sysmessage( "Usage: adddecor ground [ forest, swamp, plains, jungle, desert ]" ) return False # No Args else: socket.sysmessage( "Usage: adddecor [ tree, ground ]" ) socket.sysmessage( "Usage: adddecor tree [ id, yew, jungle, random, forest, fruit, swamp, log[1-2] ]" ) socket.sysmessage( "Usage: adddecor ground [ forest, swamp, plains, jungle, desert ]" ) return False # No Args else: socket.sysmessage( "Usage: adddecor [ tree, ground ]" ) return False # No Args else: socket.sysmessage( "Usage: adddecor [ tree, ground ]" ) return False return False
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 = CarpentryMenu(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') or not child.hasattribute('name'):
console.log(LOG_ERROR, "Carpenter action without definition or name in menu %s.\n" % menu.id)
else:
itemdef = child.getattribute('definition')
name = child.getattribute('name')
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'))
action = CarpItemAction(menu, name, int(itemid), itemdef)
except:
console.log(LOG_ERROR, "Carpenter 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 == 'ingots':
action.submaterial1 = hex2dec(subchild.getattribute('amount', '0'))
# Normal Material
if subchild.name == 'boards' or subchild.name == 'wood' or subchild.name == 'cloth' or 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 = 1
# 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]
# Sort the menu. This is important for the makehistory to make.
menu.sort()
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()
def adddecor( socket, command, args ): if len(args) > 0: args= str( args.strip() ) args = args.split( ' ' ) if len( args ) == 2: ( key, value ) = args # Tree Lists if key == 'tree': # Random Forest Trees if value == 'forest': if socket.hastag( 'last_tree_forest' ): templist = [] for choice in forestlist: if choice != str( socket.gettag( 'last_tree_forest' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_forest', str( item ) ) else: item = random.choice( forestlist ) socket.settag( 'last_tree_forest', str( item ) ) if item in trees: if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES ]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True # Random Fruit Tree elif value == 'fruit': item = random.choice( fruitlist ) if socket.hastag( 'last_tree_fruit' ): templist = [] for choice in fruitlist: if choice != str( socket.gettag( 'last_tree_fruit' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_fruit', str( item ) ) else: item = random.choice( fruitlist ) socket.settag( 'last_tree_fruit', str( item ) ) if item in trees: if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES ]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True # Random Swamp Tree elif value == 'swamp': item = random.choice( swamplist ) if socket.hastag( 'last_tree_swamp' ): templist = [] for choice in swamplist: if choice != str( socket.gettag( 'last_tree_swamp' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_swamp', str( item ) ) else: item = random.choice( swamplist ) socket.settag( 'last_tree_swamp', str( item ) ) if item in trees: if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES ]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True # Random Trees elif value == 'random': if socket.hastag( 'last_tree_random' ): templist = [] for choice in treeindex: if choice != str( socket.gettag( 'last_tree_random' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_random', str( item ) ) else: item = random.choice( treeindex ) socket.settag( 'last_tree_random', str( item ) ) if item in trees: if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES ]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True # Yew Trees elif value == 'yew': socket.sysmessage( "Where do you want to place the yew tree?" ) socket.attachtarget( 'commands.adddecor.createyewtree', [] ) return True # Tree Logs log1, log2 elif value in [ 'log1', 'log2' ]: #added by Jim 20040814 item = value socket.sysmessage( "Where do you want to place the fallen log [%s]?" % ( item ) ) socket.attachtarget( 'commands.adddecor.createlog', [ item ] ) return True # Jungle Trees elif value == 'jungle': if socket.hastag( 'last_tree_jungle' ): templist = [] for choice in jungleindex: if choice != str( socket.gettag( 'last_tree_jungle' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_tree_jungle', str( item ) ) else: item = random.choice( jungleindex ) socket.settag( 'last_tree_jungle', str( item ) ) socket.sysmessage( "Where do you want to place the jungle tree [%s]?" %( item ) ) socket.attachtarget( 'commands.adddecor.createjungletree', [ item ] ) return True # Specific Tree elif value in trees: item = value if wolfpack.getdefinition( WPDT_ITEM, trees[item][TREE] ) and wolfpack.getdefinition( WPDT_ITEM, trees[item][LEAVES] ): socket.sysmessage( "Where do you want to place the tree '%s', '%s' ?" % ( trees[item][TREE], trees[item][LEAVES]) ) socket.attachtarget( 'commands.adddecor.createtree', [ item ] ) return True else: socket.sysmessage( "Usage: adddecor tree [ id, yew, jungle, random, forest, fruit, swamp, log[1-2] ]" ) return False elif key == 'ground': # Forest Ground Decoration if value == "forest": if socket.hastag( 'last_ground_forest' ): templist = [] for choice in forest_decor: if choice != str( socket.gettag( 'last_ground_forest' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_forest', str( item ) ) else: item = random.choice( forest_decor ) socket.settag( 'last_ground_forest', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Swamp Ground Decoration elif value == "swamp": if socket.hastag( 'last_ground_swamp' ): templist = [] for choice in swamp_decor: if choice != str( socket.gettag( 'last_ground_swamp' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_swamp', str( item ) ) else: item = random.choice( swamp_decor ) socket.settag( 'last_ground_swamp', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Plains/Grass Ground Decoration elif value == "plains": if socket.hastag( 'last_ground_plains' ): templist = [] for choice in plains_decor: if choice != str( socket.gettag( 'last_ground_plains' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_plains', str( item ) ) else: item = random.choice( plains_decor ) socket.settag( 'last_ground_plains', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Jungle Ground Decoration elif value == "jungle": if socket.hastag( 'last_ground_jungle' ): templist = [] for choice in jungle_decor: if choice != str( socket.gettag( 'last_ground_jungle' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_jungle', str( item ) ) else: item = random.choice( jungle_decor ) socket.settag( 'last_ground_jungle', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Desert Ground Decoration elif value == "desert": if socket.hastag( 'last_ground_desert' ): templist = [] for choice in desert_decor: if choice != str( socket.gettag( 'last_ground_desert' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_desert', str( item ) ) else: item = random.choice( desert_decor ) socket.settag( 'last_ground_desert', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Random Ground Flowers elif value in [ "flowers", "smallflowers", "bigflowers" ]: if value == "flowers": flowers = flowers_decor elif value == "smallflowers": flowers = smallflowers_decor elif value == "bigflowers": flowers = bigflowers_decor if socket.hastag( 'last_ground_flowers' ): templist = [] for choice in flowers: if choice != str( socket.gettag( 'last_ground_flowers' ) ): templist += [ choice ] item = random.choice( templist ) socket.settag( 'last_ground_flowers', str( item ) ) else: item = random.choice( flowers ) socket.settag( 'last_ground_flowers', str( item ) ) socket.attachtarget( 'commands.adddecor.createground', [ item ] ) return True # Nothing else: socket.sysmessage( "Usage: adddecor ground [ forest, swamp, plains, jungle, desert ]" ) return False # No Args else: socket.sysmessage( "Usage: adddecor [ tree, ground ]" ) socket.sysmessage( "Usage: adddecor tree [ id, yew, jungle, random, forest, fruit, swamp, log[1-2] ]" ) socket.sysmessage( "Usage: adddecor ground [ forest, swamp, plains, jungle, desert ]" ) return False # No Args else: socket.sysmessage( "Usage: adddecor [ tree, ground ]" ) return False # No Args else: socket.sysmessage( "Usage: adddecor [ tree, ground ]" ) return False return False
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 sendresponse(player, arguments, target):
if target.item:
object = target.item
elif target.char:
if target.char.rank > player.rank and player != target.char:
player.socket.sysmessage("You've burnt your fingers!")
return
object = target.char
else:
player.socket.sysmessage('You need to target a character or an item.')
return
# Maybe we need to choose a location
if len(arguments) == 0:
player.socket.sysmessage(
'Where do you want to send the targetted object?')
player.socket.attachtarget('commands.go.sendresponse2',
[object.serial])
else:
# Try to parse a target location for the object.
parts = arguments[0].split(',')
pos = player.pos
try:
if len(parts) >= 3:
pos.z = int(parts[2])
if len(parts) >= 4:
pos.map = int(parts[3])
pos.x = int(parts[0])
pos.y = int(parts[1])
if not isValidPosition(pos):
player.socket.sysmessage("Error: Destination invalid!")
return False
object.removefromview()
object.moveto(pos)
object.update()
if not object.ischar() or not object.socket:
return
object.socket.resendworld()
return
except:
pass
# If we reach this point it was no valid coordinate
# See if we can get a def
location = wolfpack.getdefinition(WPDT_LOCATION, arguments[0])
if location:
(x, y, z, map) = location.text.split(',')
pos = wolfpack.coord(int(x), int(y), int(z), int(map))
if not isValidPosition(pos):
player.socket.sysmessage("Error: Destination invalid!")
return False
object.removefromview()
object.moveto(pos)
object.update()
if object.ischar() and object.socket:
object.socket.resendworld()
else:
player.socket.sysmessage('Usage: send <x, y, z, map>|<location>')
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 = TinkeringMenu(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 == 'tinker':
if not child.hasattribute('definition') or not child.hasattribute('name'):
console.log(LOG_ERROR, "Tinker action without definition or name in menu %s.\n" % menu.id)
else:
itemdef = child.getattribute('definition')
name = child.getattribute('name')
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'))
action = TinkerItemAction(menu, name, int(itemid), itemdef)
except:
console.log(LOG_ERROR, "Tinker 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 == 'ingots':
action.submaterial1 = hex2dec(subchild.getattribute('amount', '0'))
elif subchild.name == 'gems':
action.submaterial2 = hex2dec(subchild.getattribute('amount', '0'))
# Standard material
elif subchild.name == 'logs':
amount = hex2dec(subchild.getattribute('amount', '0'))
materialname = subchild.getattribute('name', 'Unknown')
action.materials.append([['1bdd','1bde','1bdf','1be0','1be1','1be2','1bd7','1bd8','1bd9','1bda','1bdb','1bdc'], amount, 'Boards, Logs'])
elif subchild.name == 'nomark':
action.markable = 0
elif subchild.name == 'retaincolor':
action.retaincolor = 1
# Normal Material
elif 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))
try:
penalty = hex2dec(subchild.getattribute('penalty','0'))
except:
console.log(LOG_ERROR, "%s element with invalid max 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()
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 = TinkeringMenu(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 == "tinker":
if not child.hasattribute("definition") or not child.hasattribute("name"):
console.log(LOG_ERROR, "Tinker action without definition or name in menu %s.\n" % menu.id)
else:
itemdef = child.getattribute("definition")
name = child.getattribute("name")
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"))
action = TinkerItemAction(menu, name, int(itemid), itemdef)
except:
console.log(LOG_ERROR, "Tinker 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 == "ingots":
action.submaterial1 = hex2dec(subchild.getattribute("amount", "0"))
elif subchild.name == "gems":
action.submaterial2 = hex2dec(subchild.getattribute("amount", "0"))
# Standard material
elif subchild.name == "logs":
amount = hex2dec(subchild.getattribute("amount", "0"))
materialname = subchild.getattribute("name", "Unknown")
action.materials.append(
[
[
"1bdd",
"1bde",
"1bdf",
"1be0",
"1be1",
"1be2",
"1bd7",
"1bd8",
"1bd9",
"1bda",
"1bdb",
"1bdc",
],
amount,
"Boards, Logs",
]
)
elif subchild.name == "nomark":
action.markable = 0
elif subchild.name == "retaincolor":
action.retaincolor = 1
# Normal Material
elif 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)
)
try:
penalty = hex2dec(subchild.getattribute("penalty", "0"))
except:
console.log(
LOG_ERROR, "%s element with invalid max 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()
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 = CarpentryMenu(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:
menuid = child.getattribute('id')
# Don't show boards menu for simple carpentry
if extended_carpentry or menuid != 'CARPENTRY_BOARDS':
loadMenu(menuid, menu)
# Craft an item
elif child.name in ['carpenter', 'secarpenter']:
if not child.hasattribute('definition'):
console.log(
LOG_ERROR,
"Carpenter 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:
console.log(
LOG_ERROR,
"Carpenter 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 == 'secarpenter':
action = SeCarpItemAction(menu, name, int(itemid),
itemdef)
else:
action = CarpItemAction(menu, name, int(itemid),
itemdef)
except:
console.log(
LOG_ERROR,
"Carpenter 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 == 'boards':
action.submaterial1 = hex2dec(
subchild.getattribute('amount', '0'))
# How much of the secondary resource should be consumed
if subchild.name == 'ingots':
action.submaterial2 = hex2dec(
subchild.getattribute('amount', '0'))
# Normal Material
if subchild.name == 'wood' or subchild.name == 'cloth' or 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
elif subchild.name == 'nomark':
action.markable = False
elif subchild.name == 'noretaincolor':
action.retaincolor = 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))
action.skills[skill] = [minimum, maximum]
# Sort the menu. This is important for the makehistory to make.
menu.sort()
