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Tencent Cloud Open API SDK for Java
/*
* Copyright (c) 2017-2018 THL A29 Limited, a Tencent company. All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package com.tencentcloudapi.as.v20180419.models;
import com.tencentcloudapi.common.AbstractModel;
import com.tencentcloudapi.common.SSEResponseModel;
import com.google.gson.annotations.SerializedName;
import com.google.gson.annotations.Expose;
import java.util.HashMap;
public class MetricAlarm extends AbstractModel {
/**
* 比较运算符,可选值:
GREATER_THAN:大于 GREATER_THAN_OR_EQUAL_TO:大于或等于 LESS_THAN:小于 LESS_THAN_OR_EQUAL_TO:小于或等于 EQUAL_TO:等于 NOT_EQUAL_TO:不等于
*/
@SerializedName("ComparisonOperator")
@Expose
private String ComparisonOperator;
/**
* 指标名称,可选字段如下:
CPU_UTILIZATION:CPU利用率 MEM_UTILIZATION:内存利用率 LAN_TRAFFIC_OUT:内网出带宽 LAN_TRAFFIC_IN:内网入带宽 WAN_TRAFFIC_OUT:外网出带宽 WAN_TRAFFIC_IN:外网入带宽 TCP_CURR_ESTAB:TCP连接数
*/
@SerializedName("MetricName")
@Expose
private String MetricName;
/**
* 告警阈值:
CPU_UTILIZATION:[1, 100],单位:% MEM_UTILIZATION:[1, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
*/
@SerializedName("Threshold")
@Expose
private Long Threshold;
/**
* 时间周期,单位:秒,取值枚举值为60、300。
*/
@SerializedName("Period")
@Expose
private Long Period;
/**
* 重复次数。取值范围 [1, 10]
*/
@SerializedName("ContinuousTime")
@Expose
private Long ContinuousTime;
/**
* 统计类型,可选字段如下:
AVERAGE:平均值 MAXIMUM:最大值 MINIMUM:最小值
默认取值:AVERAGE
*/
@SerializedName("Statistic")
@Expose
private String Statistic;
/**
* 精确告警阈值,本参数不作为入参输入,仅用作查询接口出参:
CPU_UTILIZATION:(0, 100],单位:% MEM_UTILIZATION:(0, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
*/
@SerializedName("PreciseThreshold")
@Expose
private Float PreciseThreshold;
/**
* Get 比较运算符,可选值:
GREATER_THAN:大于 GREATER_THAN_OR_EQUAL_TO:大于或等于 LESS_THAN:小于 LESS_THAN_OR_EQUAL_TO:小于或等于 EQUAL_TO:等于 NOT_EQUAL_TO:不等于
* @return ComparisonOperator 比较运算符,可选值:
GREATER_THAN:大于 GREATER_THAN_OR_EQUAL_TO:大于或等于 LESS_THAN:小于 LESS_THAN_OR_EQUAL_TO:小于或等于 EQUAL_TO:等于 NOT_EQUAL_TO:不等于
*/
public String getComparisonOperator() {
return this.ComparisonOperator;
}
/**
* Set 比较运算符,可选值:
GREATER_THAN:大于 GREATER_THAN_OR_EQUAL_TO:大于或等于 LESS_THAN:小于 LESS_THAN_OR_EQUAL_TO:小于或等于 EQUAL_TO:等于 NOT_EQUAL_TO:不等于
* @param ComparisonOperator 比较运算符,可选值:
GREATER_THAN:大于 GREATER_THAN_OR_EQUAL_TO:大于或等于 LESS_THAN:小于 LESS_THAN_OR_EQUAL_TO:小于或等于 EQUAL_TO:等于 NOT_EQUAL_TO:不等于
*/
public void setComparisonOperator(String ComparisonOperator) {
this.ComparisonOperator = ComparisonOperator;
}
/**
* Get 指标名称,可选字段如下:
CPU_UTILIZATION:CPU利用率 MEM_UTILIZATION:内存利用率 LAN_TRAFFIC_OUT:内网出带宽 LAN_TRAFFIC_IN:内网入带宽 WAN_TRAFFIC_OUT:外网出带宽 WAN_TRAFFIC_IN:外网入带宽 TCP_CURR_ESTAB:TCP连接数
* @return MetricName 指标名称,可选字段如下:
CPU_UTILIZATION:CPU利用率 MEM_UTILIZATION:内存利用率 LAN_TRAFFIC_OUT:内网出带宽 LAN_TRAFFIC_IN:内网入带宽 WAN_TRAFFIC_OUT:外网出带宽 WAN_TRAFFIC_IN:外网入带宽 TCP_CURR_ESTAB:TCP连接数
*/
public String getMetricName() {
return this.MetricName;
}
/**
* Set 指标名称,可选字段如下:
CPU_UTILIZATION:CPU利用率 MEM_UTILIZATION:内存利用率 LAN_TRAFFIC_OUT:内网出带宽 LAN_TRAFFIC_IN:内网入带宽 WAN_TRAFFIC_OUT:外网出带宽 WAN_TRAFFIC_IN:外网入带宽 TCP_CURR_ESTAB:TCP连接数
* @param MetricName 指标名称,可选字段如下:
CPU_UTILIZATION:CPU利用率 MEM_UTILIZATION:内存利用率 LAN_TRAFFIC_OUT:内网出带宽 LAN_TRAFFIC_IN:内网入带宽 WAN_TRAFFIC_OUT:外网出带宽 WAN_TRAFFIC_IN:外网入带宽 TCP_CURR_ESTAB:TCP连接数
*/
public void setMetricName(String MetricName) {
this.MetricName = MetricName;
}
/**
* Get 告警阈值:
CPU_UTILIZATION:[1, 100],单位:% MEM_UTILIZATION:[1, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
* @return Threshold 告警阈值:
CPU_UTILIZATION:[1, 100],单位:% MEM_UTILIZATION:[1, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
*/
public Long getThreshold() {
return this.Threshold;
}
/**
* Set 告警阈值:
CPU_UTILIZATION:[1, 100],单位:% MEM_UTILIZATION:[1, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
* @param Threshold 告警阈值:
CPU_UTILIZATION:[1, 100],单位:% MEM_UTILIZATION:[1, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
*/
public void setThreshold(Long Threshold) {
this.Threshold = Threshold;
}
/**
* Get 时间周期,单位:秒,取值枚举值为60、300。
* @return Period 时间周期,单位:秒,取值枚举值为60、300。
*/
public Long getPeriod() {
return this.Period;
}
/**
* Set 时间周期,单位:秒,取值枚举值为60、300。
* @param Period 时间周期,单位:秒,取值枚举值为60、300。
*/
public void setPeriod(Long Period) {
this.Period = Period;
}
/**
* Get 重复次数。取值范围 [1, 10]
* @return ContinuousTime 重复次数。取值范围 [1, 10]
*/
public Long getContinuousTime() {
return this.ContinuousTime;
}
/**
* Set 重复次数。取值范围 [1, 10]
* @param ContinuousTime 重复次数。取值范围 [1, 10]
*/
public void setContinuousTime(Long ContinuousTime) {
this.ContinuousTime = ContinuousTime;
}
/**
* Get 统计类型,可选字段如下:
AVERAGE:平均值 MAXIMUM:最大值 MINIMUM:最小值
默认取值:AVERAGE
* @return Statistic 统计类型,可选字段如下:
AVERAGE:平均值 MAXIMUM:最大值 MINIMUM:最小值
默认取值:AVERAGE
*/
public String getStatistic() {
return this.Statistic;
}
/**
* Set 统计类型,可选字段如下:
AVERAGE:平均值 MAXIMUM:最大值 MINIMUM:最小值
默认取值:AVERAGE
* @param Statistic 统计类型,可选字段如下:
AVERAGE:平均值 MAXIMUM:最大值 MINIMUM:最小值
默认取值:AVERAGE
*/
public void setStatistic(String Statistic) {
this.Statistic = Statistic;
}
/**
* Get 精确告警阈值,本参数不作为入参输入,仅用作查询接口出参:
CPU_UTILIZATION:(0, 100],单位:% MEM_UTILIZATION:(0, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
* @return PreciseThreshold 精确告警阈值,本参数不作为入参输入,仅用作查询接口出参:
CPU_UTILIZATION:(0, 100],单位:% MEM_UTILIZATION:(0, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
*/
public Float getPreciseThreshold() {
return this.PreciseThreshold;
}
/**
* Set 精确告警阈值,本参数不作为入参输入,仅用作查询接口出参:
CPU_UTILIZATION:(0, 100],单位:% MEM_UTILIZATION:(0, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
* @param PreciseThreshold 精确告警阈值,本参数不作为入参输入,仅用作查询接口出参:
CPU_UTILIZATION:(0, 100],单位:% MEM_UTILIZATION:(0, 100],单位:% LAN_TRAFFIC_OUT:>0,单位:Mbps LAN_TRAFFIC_IN:>0,单位:Mbps WAN_TRAFFIC_OUT:>0,单位:Mbps WAN_TRAFFIC_IN:>0,单位:Mbps TCP_CURR_ESTAB:>0, 单位:Count
*/
public void setPreciseThreshold(Float PreciseThreshold) {
this.PreciseThreshold = PreciseThreshold;
}
public MetricAlarm() {
}
/**
* NOTE: Any ambiguous key set via .set("AnyKey", "value") will be a shallow copy,
* and any explicit key, i.e Foo, set via .setFoo("value") will be a deep copy.
*/
public MetricAlarm(MetricAlarm source) {
if (source.ComparisonOperator != null) {
this.ComparisonOperator = new String(source.ComparisonOperator);
}
if (source.MetricName != null) {
this.MetricName = new String(source.MetricName);
}
if (source.Threshold != null) {
this.Threshold = new Long(source.Threshold);
}
if (source.Period != null) {
this.Period = new Long(source.Period);
}
if (source.ContinuousTime != null) {
this.ContinuousTime = new Long(source.ContinuousTime);
}
if (source.Statistic != null) {
this.Statistic = new String(source.Statistic);
}
if (source.PreciseThreshold != null) {
this.PreciseThreshold = new Float(source.PreciseThreshold);
}
}
/**
* Internal implementation, normal users should not use it.
*/
public void toMap(HashMap map, String prefix) {
this.setParamSimple(map, prefix + "ComparisonOperator", this.ComparisonOperator);
this.setParamSimple(map, prefix + "MetricName", this.MetricName);
this.setParamSimple(map, prefix + "Threshold", this.Threshold);
this.setParamSimple(map, prefix + "Period", this.Period);
this.setParamSimple(map, prefix + "ContinuousTime", this.ContinuousTime);
this.setParamSimple(map, prefix + "Statistic", this.Statistic);
this.setParamSimple(map, prefix + "PreciseThreshold", this.PreciseThreshold);
}
}
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