def buyAndInstallItem(self, itemCD, rootCD, state):
itemTypeID, _, __ = vehicles.parseIntCompactDescr(itemCD)
if itemTypeID not in GUI_ITEM_TYPE.VEHICLE_MODULES:
raise SoftException('Specified type (itemTypeID={}) is not type of module'.format(itemTypeID))
vehicle = self.itemsCache.items.getItemByCD(rootCD)
if not vehicle.isInInventory:
raise SoftException('Vehicle (intCD={}) must be in inventory'.format(rootCD))
item = self.itemsCache.items.getItemByCD(itemCD)
conflictedEqs = item.getConflictedEquipments(vehicle)
if not self._mayObtainForMoney(item) and self._mayObtainWithMoneyExchange(item):
isOk, _ = yield DialogsInterface.showDialog(ExchangeCreditsMeta(itemCD, vehicle.intCD))
if not isOk:
return
if self._mayObtainForMoney(item):
Waiting.show('buyAndInstall')
vehicle = self.itemsCache.items.getItemByCD(rootCD)
gunCD = getGunCD(item, vehicle)
result = yield BuyAndInstallItemProcessor(vehicle, item, 0, gunCD, conflictedEqs=conflictedEqs, skipConfirm=self.skipConfirm).request()
processMsg(result)
if result.success and item.itemTypeID in (GUI_ITEM_TYPE.TURRET, GUI_ITEM_TYPE.GUN):
item = self.itemsCache.items.getItemByCD(itemCD)
vehicle = self.itemsCache.items.getItemByCD(rootCD)
if item.isInstalled(vehicle):
yield tryToLoadDefaultShellsLayout(vehicle)
Waiting.hide('buyAndInstall')
RequestState.received(state)
yield lambda callback=None: callback
return
def _response(self, code, callback, errStr='', ctx=None):
LOG_DEBUG('Server response', code, errStr, ctx)
RequestState.received('unlock')
return callback(
self._errorHandler(code, errStr='server_error',
ctx=ctx)) if code < 0 else callback(
self._successHandler(code, ctx=ctx))
def installItem(self, itemCD, rootCD, state):
itemTypeID, nationID, itemID = vehicles.parseIntCompactDescr(itemCD)
raise itemTypeID in GUI_ITEM_TYPE.VEHICLE_MODULES or AssertionError
vehicle = self.itemsCache.items.getItemByCD(rootCD)
if not vehicle.isInInventory:
raise AssertionError('Vehicle must be in inventory')
item = self.itemsCache.items.getItemByCD(itemCD)
conflictedEqs = item.getConflictedEquipments(vehicle)
RequestState.sent(state)
if item.isInInventory:
Waiting.show('applyModule')
result = yield getInstallerProcessor(
vehicle,
item,
conflictedEqs=conflictedEqs,
skipConfirm=self.skipConfirm).request()
processMsg(result)
vehicle = result.success and item.itemTypeID in (
GUI_ITEM_TYPE.TURRET,
GUI_ITEM_TYPE.GUN) and self.itemsCache.items.getItemByCD(
vehicle.intCD)
yield tryToLoadDefaultShellsLayout(vehicle)
Waiting.hide('applyModule')
RequestState.received(state)
yield lambda callback=None: callback
return
def installItem(self, itemCD, rootCD, state):
itemTypeID, _, __ = vehicles.parseIntCompactDescr(itemCD)
if itemTypeID not in GUI_ITEM_TYPE.VEHICLE_MODULES:
raise SoftException(
'Specified type (itemTypeID={}) is not type of module'.format(
itemTypeID))
vehicle = self.itemsCache.items.getItemByCD(rootCD)
if not vehicle.isInInventory:
raise SoftException(
'Vehicle (intCD={}) must be in inventory'.format(rootCD))
item = self.itemsCache.items.getItemByCD(itemCD)
conflictedEqs = item.getConflictedEquipments(vehicle)
RequestState.sent(state)
if item.isInInventory:
Waiting.show('applyModule')
result = yield getInstallerProcessor(
vehicle,
item,
conflictedEqs=conflictedEqs,
skipConfirm=self.skipConfirm).request()
processMsg(result)
if result.success and item.itemTypeID in (GUI_ITEM_TYPE.TURRET,
GUI_ITEM_TYPE.GUN):
vehicle = self.itemsCache.items.getItemByCD(vehicle.intCD)
yield tryToLoadDefaultShellsLayout(vehicle)
Waiting.hide('applyModule')
RequestState.received(state)
yield lambda callback=None: callback
return
def buyAndInstallItem(self, itemCD, rootCD, state):
itemTypeID, nationID, itemID = vehicles.parseIntCompactDescr(itemCD)
raise itemTypeID in GUI_ITEM_TYPE.VEHICLE_MODULES or AssertionError
vehicle = g_itemsCache.items.getItemByCD(rootCD)
if not vehicle.isInInventory:
raise AssertionError('Vehicle must be in inventory')
item = g_itemsCache.items.getItemByCD(itemCD)
conflictedEqs = item.getConflictedEquipments(vehicle)
if not self._canBuy(item) and self._canBuyWithExchange(item):
isOk, args = yield DialogsInterface.showDialog(ExchangeCreditsMeta(itemCD, vehicle.intCD))
if not isOk:
return
if self._canBuy(item):
Waiting.show('buyAndInstall')
vehicle = g_itemsCache.items.getItemByCD(rootCD)
gunCD = getGunCD(item, vehicle)
result = yield BuyAndInstallItemProcessor(vehicle, item, 0, gunCD, conflictedEqs=conflictedEqs).request()
processMsg(result)
if result.success and item.itemTypeID in (GUI_ITEM_TYPE.TURRET, GUI_ITEM_TYPE.GUN):
item = g_itemsCache.items.getItemByCD(itemCD)
vehicle = g_itemsCache.items.getItemByCD(rootCD)
item.isInstalled(vehicle) and (yield tryToLoadDefaultShellsLayout(vehicle))
Waiting.hide('buyAndInstall')
RequestState.received(state)
yield lambda callback = None: callback
return
def buyAndInstallItem(self, itemCD, rootCD, state):
itemTypeID, nationID, itemID = vehicles.parseIntCompactDescr(itemCD)
assert itemTypeID in GUI_ITEM_TYPE.VEHICLE_MODULES
vehicle = g_itemsCache.items.getItemByCD(rootCD)
assert vehicle.isInInventory, 'Vehicle must be in inventory'
item = g_itemsCache.items.getItemByCD(itemCD)
conflictedEqs = item.getConflictedEquipments(vehicle)
if not self._canBuy(item) and self._canBuyWithExchange(item):
isOk, args = yield DialogsInterface.showDialog(ExchangeCreditsMeta(itemCD, vehicle.intCD))
if not isOk:
return
if self._canBuy(item):
Waiting.show('buyAndInstall')
vehicle = g_itemsCache.items.getItemByCD(rootCD)
gunCD = getGunCD(item, vehicle)
result = yield BuyAndInstallItemProcessor(vehicle, item, 0, gunCD, conflictedEqs=conflictedEqs).request()
processMsg(result)
if result.success and item.itemTypeID in (GUI_ITEM_TYPE.TURRET, GUI_ITEM_TYPE.GUN):
item = g_itemsCache.items.getItemByCD(itemCD)
vehicle = g_itemsCache.items.getItemByCD(rootCD)
if item.isInstalled(vehicle):
yield tryToLoadDefaultShellsLayout(vehicle)
Waiting.hide('buyAndInstall')
RequestState.received(state)
yield lambda callback = None: callback
def installItem(self, itemCD, rootCD, state):
itemTypeID, nationID, itemID = vehicles.parseIntCompactDescr(itemCD)
assert itemTypeID in GUI_ITEM_TYPE.VEHICLE_MODULES
vehicle = g_itemsCache.items.getItemByCD(rootCD)
assert vehicle.isInInventory, 'Vehicle must be in inventory'
item = g_itemsCache.items.getItemByCD(itemCD)
conflictedEqs = item.getConflictedEquipments(vehicle)
RequestState.sent(state)
if item.isInInventory:
Waiting.show('applyModule')
result = yield getInstallerProcessor(vehicle, item, conflictedEqs=conflictedEqs).request()
processMsg(result)
if result.success and item.itemTypeID in (GUI_ITEM_TYPE.TURRET, GUI_ITEM_TYPE.GUN):
vehicle = g_itemsCache.items.getItemByCD(vehicle.intCD)
yield tryToLoadDefaultShellsLayout(vehicle)
Waiting.hide('applyModule')
RequestState.received(state)
yield lambda callback = None: callback
def _validate(self):
unlockCD, vehCD, unlockIdx, xpCost = self._unlockCtx[:]
itemGetter = g_itemsCache.items.getItemByCD
vehicle = itemGetter(vehCD)
item = itemGetter(unlockCD)
if vehicle.itemTypeID != GUI_ITEM_TYPE.VEHICLE:
LOG_ERROR('Int compact descriptor is not for vehicle', vehCD)
return plugins.makeError('vehicle_invalid')
if not vehicle.isUnlocked:
LOG_ERROR('Vehicle is not unlocked', unlockCD, vehCD)
return plugins.makeError('vehicle_locked')
if item.isUnlocked:
return plugins.makeError('already_unlocked')
stats = g_itemsCache.items.stats
unlockStats = UnlockStats(stats.unlocks, stats.vehiclesXPs,
stats.freeXP)
if item.itemTypeID == GUI_ITEM_TYPE.VEHICLE:
result, _ = g_techTreeDP.isNext2Unlock(unlockCD,
**unlockStats._asdict())
if not result:
LOG_ERROR('Required items are not unlocked', self._unlockCtx)
return plugins.makeError('required_locked')
else:
_xpCost, _itemCD, required = vehicle.getUnlocksDescr(
self._unlockCtx.unlockIdx)
if _itemCD != unlockCD:
LOG_ERROR('Item is invalid', self._unlockCtx)
return plugins.makeError('item_invalid')
if _xpCost != xpCost:
LOG_ERROR('XP cost is invalid', self._unlockCtx)
return plugins.makeError('xp_cost_invalid')
if not unlockStats.isSeqUnlocked(required):
LOG_ERROR('Required items are not unlocked', self._unlockCtx)
return plugins.makeError('required_locked')
if unlockStats.getVehTotalXP(vehCD) < xpCost:
LOG_ERROR('XP not enough for unlock', self._unlockCtx)
return plugins.makeError()
if RequestState.inProcess('unlock'):
return plugins.makeError('in_processing')
return plugins.makeSuccess()
def _validate(self):
unlockCD, vehCD, unlockIdx, xpCost = self._unlockCtx[:]
itemGetter = g_itemsCache.items.getItemByCD
vehicle = itemGetter(vehCD)
item = itemGetter(unlockCD)
if vehicle.itemTypeID != GUI_ITEM_TYPE.VEHICLE:
LOG_ERROR('Int compact descriptor is not for vehicle', vehCD)
return plugins.makeError('vehicle_invalid')
if not vehicle.isUnlocked:
LOG_ERROR('Vehicle is not unlocked', unlockCD, vehCD)
return plugins.makeError('vehicle_locked')
if item.isUnlocked:
return plugins.makeError('already_unlocked')
stats = g_itemsCache.items.stats
unlockStats = UnlockStats(stats.unlocks, stats.vehiclesXPs, stats.freeXP)
if item.itemTypeID == GUI_ITEM_TYPE.VEHICLE:
result, _ = g_techTreeDP.isNext2Unlock(unlockCD, **unlockStats._asdict())
if not result:
LOG_ERROR('Required items are not unlocked', self._unlockCtx)
return plugins.makeError('required_locked')
else:
_xpCost, _itemCD, required = vehicle.getUnlocksDescr(self._unlockCtx.unlockIdx)
if _itemCD != unlockCD:
LOG_ERROR('Item is invalid', self._unlockCtx)
return plugins.makeError('item_invalid')
if _xpCost != xpCost:
LOG_ERROR('XP cost is invalid', self._unlockCtx)
return plugins.makeError('xp_cost_invalid')
if not unlockStats.isSeqUnlocked(required):
LOG_ERROR('Required items are not unlocked', self._unlockCtx)
return plugins.makeError('required_locked')
if unlockStats.getVehTotalXP(vehCD) < xpCost:
LOG_ERROR('XP not enough for unlock', self._unlockCtx)
return plugins.makeError()
if RequestState.inProcess('unlock'):
return plugins.makeError('in_processing')
return plugins.makeSuccess()
def doAction(self):
if RequestState.inProcess('buyAndInstall'):
SystemMessages.pushI18nMessage('#system_messages:shop/item/buy_and_equip_in_processing', type=SystemMessages.SM_TYPE.Warning)
self.buyAndInstallItem(self._itemCD, self._rootCD, 'buyAndInstall')
def doAction(self):
if RequestState.inProcess('install'):
SystemMessages.pushI18nMessage('#system_messages:inventory/item/equip_in_processing', type=SystemMessages.SM_TYPE.Warning)
self.installItem(self._itemCD, self._rootCD, 'install')
def _response(self, code, callback, errStr = '', ctx = None):
LOG_DEBUG('Server response', code, errStr, ctx)
RequestState.received('unlock')
if code < 0:
return callback(self._errorHandler(code, errStr='server_error', ctx=ctx))
return callback(self._successHandler(code, ctx=ctx))
def _request(self, callback):
RequestState.sent('unlock')
BigWorld.player().stats.unlock(self.vehTypeCD, self.unlockIdx, lambda code: self._response(code, callback))
def _request(self, callback):
RequestState.sent('unlock')
BigWorld.player().stats.unlock(self.vehTypeCD, self.unlockIdx, lambda code: self._response(code, callback))
def doAction(self):
if RequestState.inProcess('buyAndInstall'):
SystemMessages.pushI18nMessage('#system_messages:shop/item/buy_and_equip_in_processing', type=SystemMessages.SM_TYPE.Warning)
self.buyAndInstallItem(self._itemCD, self._rootCD, 'buyAndInstall')
def doAction(self):
if RequestState.inProcess('install'):
SystemMessages.pushI18nMessage('#system_messages:inventory/item/equip_in_processing', type=SystemMessages.SM_TYPE.Warning)
self.installItem(self._itemCD, self._rootCD, 'install')
