this.tasks.add(taskHandler.getResult()); } else if (qName.endsWith("Description")) { description = currentOrNull(); } else if (qName.endsWith("AllocationModel")) { allocationModel = AllocationModel.fromValue(currentOrNull()); } else if (qName.endsWith("Units")) { units = currentOrNull(); } else if (qName.endsWith("Allocated")) { allocated = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Used")) { used = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Limit")) { limit = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Overhead")) { overhead = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("StorageCapacity")) { storageCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("Cpu")) { cpuCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("Memory")) { memoryCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("DeployedVmsQuota")) { vmQuota = (int) limit; vmQuota = 0; } else if (qName.endsWith("VmQuota")) {
this.tasks.add(taskHandler.getResult()); } else if (qName.endsWith("Description")) { description = currentOrNull(); } else if (qName.endsWith("AllocationModel")) { allocationModel = AllocationModel.fromValue(currentOrNull()); } else if (qName.endsWith("Units")) { units = currentOrNull(); } else if (qName.endsWith("Allocated")) { allocated = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Used")) { used = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Limit")) { limit = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Overhead")) { overhead = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("StorageCapacity")) { storageCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("Cpu")) { cpuCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("Memory")) { memoryCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("DeployedVmsQuota")) { vmQuota = (int) limit; vmQuota = 0; } else if (qName.endsWith("VmQuota")) {
this.tasks.add(taskHandler.getResult()); } else if (qName.endsWith("Description")) { description = currentOrNull(); } else if (qName.endsWith("AllocationModel")) { allocationModel = AllocationModel.fromValue(currentOrNull()); } else if (qName.endsWith("Units")) { units = currentOrNull(); } else if (qName.endsWith("Allocated")) { allocated = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Used")) { used = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Limit")) { limit = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Overhead")) { overhead = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("StorageCapacity")) { storageCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("Cpu")) { cpuCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("Memory")) { memoryCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("DeployedVmsQuota")) { vmQuota = (int) limit; vmQuota = 0; } else if (qName.endsWith("VmQuota")) {
this.tasks.add(taskHandler.getResult()); } else if (qName.endsWith("Description")) { description = currentOrNull(); } else if (qName.endsWith("AllocationModel")) { allocationModel = AllocationModel.fromValue(currentOrNull()); } else if (qName.endsWith("Units")) { units = currentOrNull(); } else if (qName.endsWith("Allocated")) { allocated = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Used")) { used = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Limit")) { limit = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("Overhead")) { overhead = Integer.parseInt(currentOrNull()); } else if (qName.endsWith("StorageCapacity")) { storageCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("Cpu")) { cpuCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("Memory")) { memoryCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.endsWith("DeployedVmsQuota")) { vmQuota = (int) limit; vmQuota = 0; } else if (qName.endsWith("VmQuota")) {
this.tasks.add(taskHandler.getResult()); } else if (qName.equals("Description")) { description = currentOrNull(); } else if (qName.equals("AllocationModel")) { allocationModel = AllocationModel.fromValue(currentOrNull()); } else if (qName.equals("Units")) { units = currentOrNull(); } else if (qName.equals("Allocated")) { allocated = Integer.parseInt(currentOrNull()); } else if (qName.equals("Used")) { used = Integer.parseInt(currentOrNull()); } else if (qName.equals("Limit")) { limit = Integer.parseInt(currentOrNull()); } else if (qName.equals("Overhead")) { overhead = Integer.parseInt(currentOrNull()); } else if (qName.equals("StorageCapacity")) { storageCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.equals("Cpu")) { cpuCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.equals("Memory")) { memoryCapacity = new Capacity(units, allocated, limit, used, overhead); resetCapacity(); } else if (qName.equals("DeployedVmsQuota")) { vmQuota = (int) limit; vmQuota = 0; } else if (qName.equals("VmQuota")) {