public void merge(AllocatedWork allocate) { this.allocatedTime += allocate.getAllocatedTime(); this.waitTime += allocate.getWaitTime(); } }
protected long allocate(long startTime, long duration) { performedWork += duration; return rangeChain.allocateWork(startTime, duration); }
public long allocate(long startTime) { return allocate(startTime, this.duration); }
public Range(int start, int end, int resourcePoolSize) { this.start = start; this.end = end; this.resources = new AllocatedResources(resourcePoolSize); this.localCalendar = Calendar.getInstance(); }
public static SimulationContext newContext(SimulationDataProvider dataProvider, SimulationRepository repository, SimulationRegistry registry) { SimulationContext context = new SimulationContext(); SimulationContext.setContext(context); context.setDataProvider(dataProvider); context.setRegistry(registry); context.setRepository(repository); context.setStaffPoolManager(new StaffPoolManagerImpl()); return context; } }
public AllocatedWork allocate(long startTime, long duration) { AllocatedWork allocatedWork = this.resources.allocate(startTime, duration, interval.getEndMillis()); return allocatedWork; }
public void merge(AllocatedWork allocate) { this.allocatedTime += allocate.getAllocatedTime(); this.waitTime += allocate.getWaitTime(); } }
public long allocate(long startTime) { return allocate(startTime, this.duration); }
public Range(int start, int end, int resourcePoolSize) { this.start = start; this.end = end; this.resources = new AllocatedResources(resourcePoolSize); this.localCalendar = Calendar.getInstance(); }
public static SimulationContext newContext(SimulationDataProvider dataProvider, SimulationRepository repository, SimulationRegistry registry) { SimulationContext context = new SimulationContext(); SimulationContext.setContext(context); context.setDataProvider(dataProvider); context.setRegistry(registry); context.setRepository(repository); context.setStaffPoolManager(new StaffPoolManagerImpl()); return context; } }
public AllocatedWork allocate(long startTime, long duration) { AllocatedWork allocatedWork = this.resources.allocate(startTime, duration, interval.getEndMillis()); return allocatedWork; }
protected long allocate(long startTime, long duration) { performedWork += duration; return rangeChain.allocateWork(startTime, duration); }
public void merge(AllocatedWork allocate) { this.allocatedTime += allocate.getAllocatedTime(); this.waitTime += allocate.getWaitTime(); } }
public long allocate(long startTime) { return allocate(startTime, this.duration); }
public Range(int start, int end, int resourcePoolSize) { this.start = start; this.end = end; this.resources = new AllocatedResources(resourcePoolSize); this.localCalendar = Calendar.getInstance(); }
public static SimulationContext newContext(SimulationDataProvider dataProvider, SimulationRepository repository, SimulationRegistry registry) { SimulationContext context = new SimulationContext(); SimulationContext.setContext(context); context.setDataProvider(dataProvider); context.setRegistry(registry); context.setRepository(repository); context.setStaffPoolManager(new StaffPoolManagerImpl()); return context; } }
public AllocatedWork allocate(long startTime, long duration) { AllocatedWork allocatedWork = this.resources.allocate(startTime, duration, interval.getEndMillis()); return allocatedWork; }
public long allocate(long startTime, Node element) { long duration = this.duration = timeGenerator.generateTime(); return allocate(startTime, duration); }
public long allocate(long startTime, Node element) { long duration = this.duration = timeGenerator.generateTime(); return allocate(startTime, duration); }
public long allocate(long startTime, Node element) { long duration = this.duration = timeGenerator.generateTime(); return allocate(startTime, duration); }