Protos.ResourceStatisticsOrBuilder

All Known Implementing Classes:

Protos.ResourceStatistics, Protos.ResourceStatistics.Builder

Enclosing class:

Protos
```
public static interface Protos.ResourceStatisticsOrBuilder
```

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`Protos.CgroupInfo.Blkio.Statistics`	`getBlkioStatistics()` Cgroups blkio statistics.
`Protos.CgroupInfo.Blkio.StatisticsOrBuilder`	`getBlkioStatisticsOrBuilder()` Cgroups blkio statistics.
`double`	`getCpusLimit()` Hard CPU limit.
`int`	`getCpusNrPeriods()` cpu.stat on process throttling (for contention issues).
`int`	`getCpusNrThrottled()` `optional uint32 cpus_nr_throttled = 8;`
`double`	`getCpusSoftLimit()` Soft CPU limit.
`double`	`getCpusSystemTimeSecs()` `optional double cpus_system_time_secs = 3;`
`double`	`getCpusThrottledTimeSecs()` `optional double cpus_throttled_time_secs = 9;`
`double`	`getCpusUserTimeSecs()` CPU Usage Information: Total CPU time spent in user mode, and kernel mode.
`long`	`getDiskLimitBytes()` Disk Usage Information for executor working directory.
`Protos.DiskStatistics`	`getDiskStatistics(int index)` Per disk (resource) statistics.
`int`	`getDiskStatisticsCount()` Per disk (resource) statistics.
`java.util.List<Protos.DiskStatistics>`	`getDiskStatisticsList()` Per disk (resource) statistics.
`Protos.DiskStatisticsOrBuilder`	`getDiskStatisticsOrBuilder(int index)` Per disk (resource) statistics.
`java.util.List<? extends Protos.DiskStatisticsOrBuilder>`	`getDiskStatisticsOrBuilderList()` Per disk (resource) statistics.
`long`	`getDiskUsedBytes()` `optional uint64 disk_used_bytes = 27;`
`long`	`getMemAnonBytes()` `optional uint64 mem_anon_bytes = 11;`
`long`	`getMemCacheBytes()` mem_cache_bytes is added in 0.23.0 to represent page cache usage.
`long`	`getMemCriticalPressureCounter()` `optional uint64 mem_critical_pressure_counter = 34;`
`long`	`getMemFileBytes()` TODO(chzhcn) mem_file_bytes and mem_anon_bytes are deprecated in 0.23.0 and will be removed in 0.24.0.
`long`	`getMemLimitBytes()` Hard memory limit.
`long`	`getMemLowPressureCounter()` Number of occurrences of different levels of memory pressure events reported by memory cgroup.
`long`	`getMemMappedFileBytes()` `optional uint64 mem_mapped_file_bytes = 12;`
`long`	`getMemMediumPressureCounter()` `optional uint64 mem_medium_pressure_counter = 33;`
`long`	`getMemRssBytes()` Since 0.23.0, mem_rss_bytes is changed to represent only anonymous memory usage.
`long`	`getMemSoftLimitBytes()` Soft memory limit.
`long`	`getMemSwapBytes()` This is only set if swap is enabled.
`long`	`getMemTotalBytes()` mem_total_bytes was added in 0.23.0 to represent the total memory of a process in RAM (as opposed to in Swap).
`long`	`getMemTotalMemswBytes()` Total memory + swap usage.
`long`	`getMemUnevictableBytes()` `optional uint64 mem_unevictable_bytes = 41;`
`long`	`getNetRxBytes()` `optional uint64 net_rx_bytes = 15;`
`long`	`getNetRxDropped()` `optional uint64 net_rx_dropped = 17;`
`long`	`getNetRxErrors()` `optional uint64 net_rx_errors = 16;`
`long`	`getNetRxPackets()` Network Usage Information:
`Protos.SNMPStatistics`	`getNetSnmpStatistics()` Network SNMP statistics for each container.
`Protos.SNMPStatisticsOrBuilder`	`getNetSnmpStatisticsOrBuilder()` Network SNMP statistics for each container.
`double`	`getNetTcpActiveConnections()` `optional double net_tcp_active_connections = 28;`
`double`	`getNetTcpRttMicrosecsP50()` The kernel keeps track of RTT (round-trip time) for its TCP sockets.
`double`	`getNetTcpRttMicrosecsP90()` `optional double net_tcp_rtt_microsecs_p90 = 23;`
`double`	`getNetTcpRttMicrosecsP95()` `optional double net_tcp_rtt_microsecs_p95 = 24;`
`double`	`getNetTcpRttMicrosecsP99()` `optional double net_tcp_rtt_microsecs_p99 = 25;`
`double`	`getNetTcpTimeWaitConnections()` `optional double net_tcp_time_wait_connections = 29;`
`Protos.TrafficControlStatistics`	`getNetTrafficControlStatistics(int index)` Network traffic flowing into or out of a container can be delayed or dropped due to congestion or policy inside and outside the container.
`int`	`getNetTrafficControlStatisticsCount()` Network traffic flowing into or out of a container can be delayed or dropped due to congestion or policy inside and outside the container.
`java.util.List<Protos.TrafficControlStatistics>`	`getNetTrafficControlStatisticsList()` Network traffic flowing into or out of a container can be delayed or dropped due to congestion or policy inside and outside the container.
`Protos.TrafficControlStatisticsOrBuilder`	`getNetTrafficControlStatisticsOrBuilder(int index)` Network traffic flowing into or out of a container can be delayed or dropped due to congestion or policy inside and outside the container.
`java.util.List<? extends Protos.TrafficControlStatisticsOrBuilder>`	`getNetTrafficControlStatisticsOrBuilderList()` Network traffic flowing into or out of a container can be delayed or dropped due to congestion or policy inside and outside the container.
`long`	`getNetTxBytes()` `optional uint64 net_tx_bytes = 19;`
`long`	`getNetTxDropped()` `optional uint64 net_tx_dropped = 21;`
`long`	`getNetTxErrors()` `optional uint64 net_tx_errors = 20;`
`long`	`getNetTxPackets()` `optional uint64 net_tx_packets = 18;`
`Protos.PerfStatistics`	`getPerf()` Perf statistics.
`Protos.PerfStatisticsOrBuilder`	`getPerfOrBuilder()` Perf statistics.
`int`	`getProcesses()` `optional uint32 processes = 30;`
`int`	`getThreads()` `optional uint32 threads = 31;`
`double`	`getTimestamp()` Snapshot time, in seconds since the Epoch.
`boolean`	`hasBlkioStatistics()` Cgroups blkio statistics.
`boolean`	`hasCpusLimit()` Hard CPU limit.
`boolean`	`hasCpusNrPeriods()` cpu.stat on process throttling (for contention issues).
`boolean`	`hasCpusNrThrottled()` `optional uint32 cpus_nr_throttled = 8;`
`boolean`	`hasCpusSoftLimit()` Soft CPU limit.
`boolean`	`hasCpusSystemTimeSecs()` `optional double cpus_system_time_secs = 3;`
`boolean`	`hasCpusThrottledTimeSecs()` `optional double cpus_throttled_time_secs = 9;`
`boolean`	`hasCpusUserTimeSecs()` CPU Usage Information: Total CPU time spent in user mode, and kernel mode.
`boolean`	`hasDiskLimitBytes()` Disk Usage Information for executor working directory.
`boolean`	`hasDiskUsedBytes()` `optional uint64 disk_used_bytes = 27;`
`boolean`	`hasMemAnonBytes()` `optional uint64 mem_anon_bytes = 11;`
`boolean`	`hasMemCacheBytes()` mem_cache_bytes is added in 0.23.0 to represent page cache usage.
`boolean`	`hasMemCriticalPressureCounter()` `optional uint64 mem_critical_pressure_counter = 34;`
`boolean`	`hasMemFileBytes()` TODO(chzhcn) mem_file_bytes and mem_anon_bytes are deprecated in 0.23.0 and will be removed in 0.24.0.
`boolean`	`hasMemLimitBytes()` Hard memory limit.
`boolean`	`hasMemLowPressureCounter()` Number of occurrences of different levels of memory pressure events reported by memory cgroup.
`boolean`	`hasMemMappedFileBytes()` `optional uint64 mem_mapped_file_bytes = 12;`
`boolean`	`hasMemMediumPressureCounter()` `optional uint64 mem_medium_pressure_counter = 33;`
`boolean`	`hasMemRssBytes()` Since 0.23.0, mem_rss_bytes is changed to represent only anonymous memory usage.
`boolean`	`hasMemSoftLimitBytes()` Soft memory limit.
`boolean`	`hasMemSwapBytes()` This is only set if swap is enabled.
`boolean`	`hasMemTotalBytes()` mem_total_bytes was added in 0.23.0 to represent the total memory of a process in RAM (as opposed to in Swap).
`boolean`	`hasMemTotalMemswBytes()` Total memory + swap usage.
`boolean`	`hasMemUnevictableBytes()` `optional uint64 mem_unevictable_bytes = 41;`
`boolean`	`hasNetRxBytes()` `optional uint64 net_rx_bytes = 15;`
`boolean`	`hasNetRxDropped()` `optional uint64 net_rx_dropped = 17;`
`boolean`	`hasNetRxErrors()` `optional uint64 net_rx_errors = 16;`
`boolean`	`hasNetRxPackets()` Network Usage Information:
`boolean`	`hasNetSnmpStatistics()` Network SNMP statistics for each container.
`boolean`	`hasNetTcpActiveConnections()` `optional double net_tcp_active_connections = 28;`
`boolean`	`hasNetTcpRttMicrosecsP50()` The kernel keeps track of RTT (round-trip time) for its TCP sockets.
`boolean`	`hasNetTcpRttMicrosecsP90()` `optional double net_tcp_rtt_microsecs_p90 = 23;`
`boolean`	`hasNetTcpRttMicrosecsP95()` `optional double net_tcp_rtt_microsecs_p95 = 24;`
`boolean`	`hasNetTcpRttMicrosecsP99()` `optional double net_tcp_rtt_microsecs_p99 = 25;`
`boolean`	`hasNetTcpTimeWaitConnections()` `optional double net_tcp_time_wait_connections = 29;`
`boolean`	`hasNetTxBytes()` `optional uint64 net_tx_bytes = 19;`
`boolean`	`hasNetTxDropped()` `optional uint64 net_tx_dropped = 21;`
`boolean`	`hasNetTxErrors()` `optional uint64 net_tx_errors = 20;`
`boolean`	`hasNetTxPackets()` `optional uint64 net_tx_packets = 18;`
`boolean`	`hasPerf()` Perf statistics.
`boolean`	`hasProcesses()` `optional uint32 processes = 30;`
`boolean`	`hasThreads()` `optional uint32 threads = 31;`
`boolean`	`hasTimestamp()` Snapshot time, in seconds since the Epoch.

Method Detail

hasTimestamp

boolean hasTimestamp()

 Snapshot time, in seconds since the Epoch.

required double timestamp = 1;

getTimestamp

double getTimestamp()

 Snapshot time, in seconds since the Epoch.

required double timestamp = 1;

hasProcesses
```
boolean hasProcesses()
```
optional uint32 processes = 30;

getProcesses
```
int getProcesses()
```
optional uint32 processes = 30;

hasThreads
```
boolean hasThreads()
```
optional uint32 threads = 31;

getThreads
```
int getThreads()
```
optional uint32 threads = 31;

hasCpusUserTimeSecs

boolean hasCpusUserTimeSecs()

 CPU Usage Information:
 Total CPU time spent in user mode, and kernel mode.

optional double cpus_user_time_secs = 2;

getCpusUserTimeSecs

double getCpusUserTimeSecs()

 CPU Usage Information:
 Total CPU time spent in user mode, and kernel mode.

optional double cpus_user_time_secs = 2;

hasCpusSystemTimeSecs
```
boolean hasCpusSystemTimeSecs()
```
optional double cpus_system_time_secs = 3;

getCpusSystemTimeSecs
```
double getCpusSystemTimeSecs()
```
optional double cpus_system_time_secs = 3;

hasCpusLimit

boolean hasCpusLimit()

 Hard CPU limit.

optional double cpus_limit = 4;

getCpusLimit

double getCpusLimit()

 Hard CPU limit.

optional double cpus_limit = 4;

hasCpusSoftLimit
```
boolean hasCpusSoftLimit()
```
```
 Soft CPU limit.
 
```
optional double cpus_soft_limit = 45;

getCpusSoftLimit
```
double getCpusSoftLimit()
```
```
 Soft CPU limit.
 
```
optional double cpus_soft_limit = 45;

hasCpusNrPeriods

boolean hasCpusNrPeriods()

 cpu.stat on process throttling (for contention issues).

optional uint32 cpus_nr_periods = 7;

getCpusNrPeriods

int getCpusNrPeriods()

 cpu.stat on process throttling (for contention issues).

optional uint32 cpus_nr_periods = 7;

hasCpusNrThrottled
```
boolean hasCpusNrThrottled()
```
optional uint32 cpus_nr_throttled = 8;

getCpusNrThrottled
```
int getCpusNrThrottled()
```
optional uint32 cpus_nr_throttled = 8;

hasCpusThrottledTimeSecs
```
boolean hasCpusThrottledTimeSecs()
```
optional double cpus_throttled_time_secs = 9;

getCpusThrottledTimeSecs
```
double getCpusThrottledTimeSecs()
```
optional double cpus_throttled_time_secs = 9;

hasMemTotalBytes

boolean hasMemTotalBytes()

 mem_total_bytes was added in 0.23.0 to represent the total memory
 of a process in RAM (as opposed to in Swap). This was previously
 reported as mem_rss_bytes, which was also changed in 0.23.0 to
 represent only the anonymous memory usage, to keep in sync with
 Linux kernel's (arguably erroneous) use of terminology.

optional uint64 mem_total_bytes = 36;

getMemTotalBytes

long getMemTotalBytes()

 mem_total_bytes was added in 0.23.0 to represent the total memory
 of a process in RAM (as opposed to in Swap). This was previously
 reported as mem_rss_bytes, which was also changed in 0.23.0 to
 represent only the anonymous memory usage, to keep in sync with
 Linux kernel's (arguably erroneous) use of terminology.

optional uint64 mem_total_bytes = 36;

hasMemTotalMemswBytes

boolean hasMemTotalMemswBytes()

 Total memory + swap usage. This is set if swap is enabled.

optional uint64 mem_total_memsw_bytes = 37;

getMemTotalMemswBytes

long getMemTotalMemswBytes()

 Total memory + swap usage. This is set if swap is enabled.

optional uint64 mem_total_memsw_bytes = 37;

hasMemLimitBytes
```
boolean hasMemLimitBytes()
```
```
 Hard memory limit.
 
```
optional uint64 mem_limit_bytes = 6;

getMemLimitBytes
```
long getMemLimitBytes()
```
```
 Hard memory limit.
 
```
optional uint64 mem_limit_bytes = 6;

hasMemSoftLimitBytes
```
boolean hasMemSoftLimitBytes()
```
```
 Soft memory limit.
 
```
optional uint64 mem_soft_limit_bytes = 38;

getMemSoftLimitBytes
```
long getMemSoftLimitBytes()
```
```
 Soft memory limit.
 
```
optional uint64 mem_soft_limit_bytes = 38;

hasMemFileBytes

boolean hasMemFileBytes()

 TODO(chzhcn) mem_file_bytes and mem_anon_bytes are deprecated in
 0.23.0 and will be removed in 0.24.0.

optional uint64 mem_file_bytes = 10;

getMemFileBytes

long getMemFileBytes()

 TODO(chzhcn) mem_file_bytes and mem_anon_bytes are deprecated in
 0.23.0 and will be removed in 0.24.0.

optional uint64 mem_file_bytes = 10;

hasMemAnonBytes
```
boolean hasMemAnonBytes()
```
optional uint64 mem_anon_bytes = 11;

getMemAnonBytes
```
long getMemAnonBytes()
```
optional uint64 mem_anon_bytes = 11;

hasMemCacheBytes

boolean hasMemCacheBytes()

 mem_cache_bytes is added in 0.23.0 to represent page cache usage.

optional uint64 mem_cache_bytes = 39;

getMemCacheBytes

long getMemCacheBytes()

 mem_cache_bytes is added in 0.23.0 to represent page cache usage.

optional uint64 mem_cache_bytes = 39;

hasMemRssBytes

boolean hasMemRssBytes()

 Since 0.23.0, mem_rss_bytes is changed to represent only
 anonymous memory usage. Note that neither its requiredness, type,
 name nor numeric tag has been changed.

optional uint64 mem_rss_bytes = 5;

getMemRssBytes

long getMemRssBytes()

 Since 0.23.0, mem_rss_bytes is changed to represent only
 anonymous memory usage. Note that neither its requiredness, type,
 name nor numeric tag has been changed.

optional uint64 mem_rss_bytes = 5;

hasMemMappedFileBytes
```
boolean hasMemMappedFileBytes()
```
optional uint64 mem_mapped_file_bytes = 12;

getMemMappedFileBytes
```
long getMemMappedFileBytes()
```
optional uint64 mem_mapped_file_bytes = 12;

hasMemSwapBytes

boolean hasMemSwapBytes()

 This is only set if swap is enabled.

optional uint64 mem_swap_bytes = 40;

getMemSwapBytes

long getMemSwapBytes()

 This is only set if swap is enabled.

optional uint64 mem_swap_bytes = 40;

hasMemUnevictableBytes
```
boolean hasMemUnevictableBytes()
```
optional uint64 mem_unevictable_bytes = 41;

getMemUnevictableBytes
```
long getMemUnevictableBytes()
```
optional uint64 mem_unevictable_bytes = 41;

hasMemLowPressureCounter

boolean hasMemLowPressureCounter()

 Number of occurrences of different levels of memory pressure
 events reported by memory cgroup. Pressure listening (re)starts
 with these values set to 0 when slave (re)starts. See
 https://www.kernel.org/doc/Documentation/cgroups/memory.txt for
 more details.

optional uint64 mem_low_pressure_counter = 32;

getMemLowPressureCounter

long getMemLowPressureCounter()

 Number of occurrences of different levels of memory pressure
 events reported by memory cgroup. Pressure listening (re)starts
 with these values set to 0 when slave (re)starts. See
 https://www.kernel.org/doc/Documentation/cgroups/memory.txt for
 more details.

optional uint64 mem_low_pressure_counter = 32;

hasMemMediumPressureCounter
```
boolean hasMemMediumPressureCounter()
```
optional uint64 mem_medium_pressure_counter = 33;

getMemMediumPressureCounter
```
long getMemMediumPressureCounter()
```
optional uint64 mem_medium_pressure_counter = 33;

hasMemCriticalPressureCounter
```
boolean hasMemCriticalPressureCounter()
```
optional uint64 mem_critical_pressure_counter = 34;

getMemCriticalPressureCounter
```
long getMemCriticalPressureCounter()
```
optional uint64 mem_critical_pressure_counter = 34;

hasDiskLimitBytes

boolean hasDiskLimitBytes()

 Disk Usage Information for executor working directory.

optional uint64 disk_limit_bytes = 26;

getDiskLimitBytes

long getDiskLimitBytes()

 Disk Usage Information for executor working directory.

optional uint64 disk_limit_bytes = 26;

hasDiskUsedBytes
```
boolean hasDiskUsedBytes()
```
optional uint64 disk_used_bytes = 27;

getDiskUsedBytes
```
long getDiskUsedBytes()
```
optional uint64 disk_used_bytes = 27;

getDiskStatisticsList

java.util.List<Protos.DiskStatistics> getDiskStatisticsList()

 Per disk (resource) statistics.

repeated .mesos.DiskStatistics disk_statistics = 43;

getDiskStatistics

Protos.DiskStatistics getDiskStatistics(int index)

 Per disk (resource) statistics.

repeated .mesos.DiskStatistics disk_statistics = 43;

getDiskStatisticsCount
```
int getDiskStatisticsCount()
```
```
 Per disk (resource) statistics.
 
```
repeated .mesos.DiskStatistics disk_statistics = 43;

getDiskStatisticsOrBuilderList

java.util.List<? extends Protos.DiskStatisticsOrBuilder> getDiskStatisticsOrBuilderList()

 Per disk (resource) statistics.

repeated .mesos.DiskStatistics disk_statistics = 43;

getDiskStatisticsOrBuilder

Protos.DiskStatisticsOrBuilder getDiskStatisticsOrBuilder(int index)

 Per disk (resource) statistics.

repeated .mesos.DiskStatistics disk_statistics = 43;

hasBlkioStatistics
```
boolean hasBlkioStatistics()
```
```
 Cgroups blkio statistics.
 
```
optional .mesos.CgroupInfo.Blkio.Statistics blkio_statistics = 44;

getBlkioStatistics

Protos.CgroupInfo.Blkio.Statistics getBlkioStatistics()

 Cgroups blkio statistics.

optional .mesos.CgroupInfo.Blkio.Statistics blkio_statistics = 44;

getBlkioStatisticsOrBuilder

Protos.CgroupInfo.Blkio.StatisticsOrBuilder getBlkioStatisticsOrBuilder()

 Cgroups blkio statistics.

optional .mesos.CgroupInfo.Blkio.Statistics blkio_statistics = 44;

hasPerf
```
boolean hasPerf()
```
```
 Perf statistics.
 
```
optional .mesos.PerfStatistics perf = 13;

getPerf

Protos.PerfStatistics getPerf()

 Perf statistics.

optional .mesos.PerfStatistics perf = 13;

getPerfOrBuilder

Protos.PerfStatisticsOrBuilder getPerfOrBuilder()

 Perf statistics.

optional .mesos.PerfStatistics perf = 13;

hasNetRxPackets

boolean hasNetRxPackets()

 Network Usage Information:

optional uint64 net_rx_packets = 14;

getNetRxPackets

long getNetRxPackets()

 Network Usage Information:

optional uint64 net_rx_packets = 14;

hasNetRxBytes
```
boolean hasNetRxBytes()
```
optional uint64 net_rx_bytes = 15;

getNetRxBytes
```
long getNetRxBytes()
```
optional uint64 net_rx_bytes = 15;

hasNetRxErrors
```
boolean hasNetRxErrors()
```
optional uint64 net_rx_errors = 16;

getNetRxErrors
```
long getNetRxErrors()
```
optional uint64 net_rx_errors = 16;

hasNetRxDropped
```
boolean hasNetRxDropped()
```
optional uint64 net_rx_dropped = 17;

getNetRxDropped
```
long getNetRxDropped()
```
optional uint64 net_rx_dropped = 17;

hasNetTxPackets
```
boolean hasNetTxPackets()
```
optional uint64 net_tx_packets = 18;

getNetTxPackets
```
long getNetTxPackets()
```
optional uint64 net_tx_packets = 18;

hasNetTxBytes
```
boolean hasNetTxBytes()
```
optional uint64 net_tx_bytes = 19;

getNetTxBytes
```
long getNetTxBytes()
```
optional uint64 net_tx_bytes = 19;

hasNetTxErrors
```
boolean hasNetTxErrors()
```
optional uint64 net_tx_errors = 20;

getNetTxErrors
```
long getNetTxErrors()
```
optional uint64 net_tx_errors = 20;

hasNetTxDropped
```
boolean hasNetTxDropped()
```
optional uint64 net_tx_dropped = 21;

getNetTxDropped
```
long getNetTxDropped()
```
optional uint64 net_tx_dropped = 21;

hasNetTcpRttMicrosecsP50

boolean hasNetTcpRttMicrosecsP50()

 The kernel keeps track of RTT (round-trip time) for its TCP
 sockets. RTT is a way to tell the latency of a container.

optional double net_tcp_rtt_microsecs_p50 = 22;

getNetTcpRttMicrosecsP50

double getNetTcpRttMicrosecsP50()

 The kernel keeps track of RTT (round-trip time) for its TCP
 sockets. RTT is a way to tell the latency of a container.

optional double net_tcp_rtt_microsecs_p50 = 22;

hasNetTcpRttMicrosecsP90
```
boolean hasNetTcpRttMicrosecsP90()
```
optional double net_tcp_rtt_microsecs_p90 = 23;

getNetTcpRttMicrosecsP90
```
double getNetTcpRttMicrosecsP90()
```
optional double net_tcp_rtt_microsecs_p90 = 23;

hasNetTcpRttMicrosecsP95
```
boolean hasNetTcpRttMicrosecsP95()
```
optional double net_tcp_rtt_microsecs_p95 = 24;

getNetTcpRttMicrosecsP95
```
double getNetTcpRttMicrosecsP95()
```
optional double net_tcp_rtt_microsecs_p95 = 24;

hasNetTcpRttMicrosecsP99
```
boolean hasNetTcpRttMicrosecsP99()
```
optional double net_tcp_rtt_microsecs_p99 = 25;

getNetTcpRttMicrosecsP99
```
double getNetTcpRttMicrosecsP99()
```
optional double net_tcp_rtt_microsecs_p99 = 25;

hasNetTcpActiveConnections
```
boolean hasNetTcpActiveConnections()
```
optional double net_tcp_active_connections = 28;

getNetTcpActiveConnections
```
double getNetTcpActiveConnections()
```
optional double net_tcp_active_connections = 28;

hasNetTcpTimeWaitConnections
```
boolean hasNetTcpTimeWaitConnections()
```
optional double net_tcp_time_wait_connections = 29;

getNetTcpTimeWaitConnections
```
double getNetTcpTimeWaitConnections()
```
optional double net_tcp_time_wait_connections = 29;