@Test public void convertCalculateBurstSizeConsideringHardwareLimitations() { Set<SwitchFeature> limitationFeature = newHashSet(MAX_BURST_COEFFICIENT_LIMITATION); assertEquals(4096, Meter.calculateBurstSizeConsideringHardwareLimitations(1, 4096, newHashSet())); assertEquals(1, Meter.calculateBurstSizeConsideringHardwareLimitations(1, 4096, limitationFeature)); assertEquals(100, Meter.calculateBurstSizeConsideringHardwareLimitations(100, 100, limitationFeature)); assertEquals(10, Meter.calculateBurstSizeConsideringHardwareLimitations(100, 10, limitationFeature)); }
public static long calculateBurstSizeConsideringHardwareLimitations( long bandwidth, long requestedBurstSize, Set<SwitchFeature> features) { if (features.contains(SwitchFeature.MAX_BURST_COEFFICIENT_LIMITATION)) { return Math.min(requestedBurstSize, Math.round(bandwidth * MAX_NOVIFLOW_BURST_COEFFICIENT)); } return requestedBurstSize; }
Meter implements Serializable { public static long calculateBurstSizeConsideringHardwareLimitations( long bandwidth, long requestedBurstSize, Set<SwitchFeature> features) { if (features.contains(SwitchFeature.MAX_BURST_COEFFICIENT_LIMITATION)) { return Math.min(requestedBurstSize, Math.round(bandwidth * MAX_NOVIFLOW_BURST_COEFFICIENT)); } return requestedBurstSize; } }
Meter implements Serializable { public static long calculateBurstSizeConsideringHardwareLimitations( long bandwidth, long requestedBurstSize, Set<SwitchFeature> features) { if (features.contains(SwitchFeature.MAX_BURST_COEFFICIENT_LIMITATION)) { return Math.min(requestedBurstSize, Math.round(bandwidth * MAX_NOVIFLOW_BURST_COEFFICIENT)); } return requestedBurstSize; }  }
Meter implements Serializable { public static long calculateBurstSizeConsideringHardwareLimitations( long bandwidth, long requestedBurstSize, Set<SwitchFeature> features) { if (features.contains(SwitchFeature.MAX_BURST_COEFFICIENT_LIMITATION)) { return Math.min(requestedBurstSize, Math.round(bandwidth * MAX_NOVIFLOW_BURST_COEFFICIENT)); } return requestedBurstSize; }  static long calculateBurstSize(long bandwidth, long flowMeterMinBurstSizeInKbits,
                                          double flowMeterBurstCoefficient, String switchDescription); static long calculateBurstSize(long bandwidth, long flowMeterMinBurstSizeInKbits,
                                          double flowMeterBurstCoefficient, String switchManufacturerDescription,
                                          String switchSoftwareDescription); static long calculateBurstSizeConsideringHardwareLimitations(
            long bandwidth, long requestedBurstSize, Set<SwitchFeature> features); static long convertRateToKiloBits(long rateInPackets, long packetSizeInBytes); static long convertBurstSizeToKiloBits(long burstSizeInPackets, long packetSizeInBytes); static String[] getMeterKbpsFlags(); static String[] getMeterPktpsFlags(); static boolean equalsRate(long actual, long expected, boolean isESwitch); static boolean equalsBurstSize(long actual, long expected, boolean isESwitch); }
Meter implements Serializable { public static long calculateBurstSizeConsideringHardwareLimitations( long bandwidth, long requestedBurstSize, Set<SwitchFeature> features) { if (features.contains(SwitchFeature.MAX_BURST_COEFFICIENT_LIMITATION)) { return Math.min(requestedBurstSize, Math.round(bandwidth * MAX_NOVIFLOW_BURST_COEFFICIENT)); } return requestedBurstSize; }  static long calculateBurstSize(long bandwidth, long flowMeterMinBurstSizeInKbits,
                                          double flowMeterBurstCoefficient, String switchDescription); static long calculateBurstSize(long bandwidth, long flowMeterMinBurstSizeInKbits,
                                          double flowMeterBurstCoefficient, String switchManufacturerDescription,
                                          String switchSoftwareDescription); static long calculateBurstSizeConsideringHardwareLimitations(
            long bandwidth, long requestedBurstSize, Set<SwitchFeature> features); static long convertRateToKiloBits(long rateInPackets, long packetSizeInBytes); static long convertBurstSizeToKiloBits(long burstSizeInPackets, long packetSizeInBytes); static String[] getMeterKbpsFlags(); static String[] getMeterPktpsFlags(); static boolean equalsRate(long actual, long expected, boolean isESwitch); static boolean equalsBurstSize(long actual, long expected, boolean isESwitch); static final int MIN_RATE_IN_KBPS; }