com.tencentcloudapi.emr.v20190103.models

Class DescribeYarnQueueResponse

java.lang.Object

com.tencentcloudapi.common.AbstractModel

com.tencentcloudapi.emr.v20190103.models.DescribeYarnQueueResponse

public class DescribeYarnQueueResponse
extends AbstractModel

Field Summary

Fields inherited from class com.tencentcloudapi.common.AbstractModel

header, skipSign

Constructor Summary

Constructors

Constructor and Description
DescribeYarnQueueResponse()
DescribeYarnQueueResponse(DescribeYarnQueueResponse source) 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.

Method Summary

Modifier and Type	Method and Description
String	getQueue() Get Queue information.
String	getRequestId() Get The unique request ID, generated by the server, will be returned for every request (if the request fails to reach the server for other reasons, the request will not obtain a RequestId).
String	getVersion() Get Version
void	setQueue(String Queue) Set Queue information.
void	setRequestId(String RequestId) Set The unique request ID, generated by the server, will be returned for every request (if the request fails to reach the server for other reasons, the request will not obtain a RequestId).
void	setVersion(String Version) Set Version
void	toMap(HashMap<String,String> map, String prefix) Internal implementation, normal users should not use it.

Methods inherited from class com.tencentcloudapi.common.AbstractModel

any, fromJsonString, getBinaryParams, GetHeader, getMultipartRequestParams, getSkipSign, isStream, set, SetHeader, setParamArrayObj, setParamArraySimple, setParamObj, setParamSimple, setSkipSign, toJsonString

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

DescribeYarnQueueResponse

public DescribeYarnQueueResponse()

DescribeYarnQueueResponse

public DescribeYarnQueueResponse(DescribeYarnQueueResponse source)

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.

Method Detail

getQueue

public String getQueue()

Get Queue information. It is a JSON string into which an object is converted. The corresponding Golang structure is as follows. For example, the first field `Name` of `QueueWithConfigSetForFairScheduler: ```Name string `json:"name"` //queue name ``` - `Name: field name - `string`: field type - `json:"name`: indicates the corresponding `json key` during serialization/deserialization. Below, `json key` is used for referring.- `//`: the following comment content corresponds to the Name field seen on the page. Fields with types starting with `*` indicate that the value may be null under JSON specifications. Different languages need to be received through a type that can express null, such as Java's wrapper types. Fields with types starting with `[]` indicate an array type, which is used when `json key` calls `ModifyYarnQueueV2` API. - fair scheduler```type QueueWithConfigSetForFairScheduler struct { Name string `json:"name"` //queue name MyId string `json:"myId"` // queue id, used for editing, deleting, and cloning ParentId string `json:"parentId"` // Parent queue Id Type *string `json:"type"` // queue affinity. Parent or empty. Setting to be a parent or empty can be performed only when it is confirmed that a queue is a parent queue and has no subqueues. The queue is normally used to support the placement policy nestedUserQueue AclSubmitApps *AclForYarnQueue `json:"aclSubmitApps"` // submission access control AclAdministerApps *AclForYarnQueue `json:"aclAdministerApps"` // management access control MinSharePreemptionTimeout *int `json:"minSharePreemptionTimeout"` // minimum share preemption timeout period FairSharePreemptionTimeout *int `json:"fairSharePreemptionTimeout"` // fair share preemption timeout period FairSharePreemptionThreshold *float32 `json:"fairSharePreemptionThreshold"` // fair share preemption threshold. Value range (0, 1] AllowPreemptionFrom *bool `json:"allowPreemptionFrom"` // preemption mode SchedulingPolicy *string `json:"schedulingPolicy"` // scheduling policy with the valid values of drf, fair, and fifo IsDefault *bool `json:"isDefault"` // whether it is the root.default queue IsRoot *bool `json:"isRoot"` // whether it is the root queue ConfigSets []ConfigSetForFairScheduler `json:"configSets"` // configuration set settings Children []QueueWithConfigSetForFairScheduler `json:"queues"` // subqueue information. recursive}type AclForYarnQueue struct { User *string `json:"user"` //username Group *string `json:"group"`//group name}type ConfigSetForFairScheduler struct { Name string `json:"name"` // configuration set name MinResources *YarnResource `json:"minResources"` // minimum resource amount MaxResources *YarnResource `json:"maxResources"` // maximum resource amount MaxChildResources *YarnResource `json:"maxChildResources"` //.The maximum quantity of resources that can be allocated to undefined subqueues MaxRunningApps *int `json:"maxRunningApps"` // the maximum number of apps that can run concurrently Weight *float32 `json:"weight"` // Weight MaxAMShare *float32 `json:"maxAMShare"` // App Master maximum share}type YarnResource struct { Vcores *int `json:"vcores"` Memory *int `json:"memory"` Type *string `json:"type"` // when the value is `percent`, it indicates usage as a percentage, otherwise an absolute value is used indeed}```- Capacity scheduler```type QueueForCapacitySchedulerV3 struct { Name string `json:"name"` // queue name MyId string `json:"myId"` // queue id, used in the case of editing, deleting, or cloning ParentId string `json:"parentId"` // parent queue id Configs []ConfigForCapacityV3 `json:"configs"` //configuration set settings State *string `json:"state"` // resource pool status DefaultNodeLabelExpression *string `json:"default-node-label-expression"` // default tag expression AclSubmitApps *AclForYarnQueue `json:"acl_submit_applications"` // submission access control AclAdminQueue *AclForYarnQueue `json:"acl_administer_queue"` //management access control MaxAllocationMB *int32 `json:"maximum-allocation-mb"` // maximum Memory allocated to Container MaxAllocationVcores *int32 `json:"maximum-allocation-vcores"` // the maximum number of Vcores for Container IsDefault *bool `json:"isDefault"`// whether it is the root.default queue IsRoot *bool `json:"isRoot"` // whether it is the root queue Queues []*QueueForCapacitySchedulerV3 `json:"queues"`//subqueue information. Recursive}type ConfigForCapacityV3 struct { Name string `json:"configName"` // configuration set name Labels []CapacityLabel `json:"labels"` // tag information MinUserLimitPercent *int32 `json:"minimum-user-limit-percent"` // minimum user capacity UserLimitFactor *float32 `json:"user-limit-factor" valid:"rangeExcludeLeft(0|)"` // user resource factor MaxApps *int32 `json:"maximum-applications" valid:"rangeExcludeLeft(0|)"` // the maximum number of applications Max-Applications MaxAmPercent *float32 `json:"maximum-am-resource-percent"` // the maximum AM ratio DefaultApplicationPriority *int32 `json:"default-application-priority"` // resource pool priority}type CapacityLabel struct { Name string `json:"labelName"` Capacity *float32 `json:"capacity"` // capacity MaxCapacity *float32 `json:"maximum-capacity"` //maximum capacity}type AclForYarnQueue struct { User *string `json:"user"` //username Group *string `json:"group"`//group name}```.

Returns:

Queue Queue information. It is a JSON string into which an object is converted. The corresponding Golang structure is as follows. For example, the first field `Name` of `QueueWithConfigSetForFairScheduler: ```Name string `json:"name"` //queue name ``` - `Name: field name - `string`: field type - `json:"name`: indicates the corresponding `json key` during serialization/deserialization. Below, `json key` is used for referring.- `//`: the following comment content corresponds to the Name field seen on the page. Fields with types starting with `*` indicate that the value may be null under JSON specifications. Different languages need to be received through a type that can express null, such as Java's wrapper types. Fields with types starting with `[]` indicate an array type, which is used when `json key` calls `ModifyYarnQueueV2` API. - fair scheduler```type QueueWithConfigSetForFairScheduler struct { Name string `json:"name"` //queue name MyId string `json:"myId"` // queue id, used for editing, deleting, and cloning ParentId string `json:"parentId"` // Parent queue Id Type *string `json:"type"` // queue affinity. Parent or empty. Setting to be a parent or empty can be performed only when it is confirmed that a queue is a parent queue and has no subqueues. The queue is normally used to support the placement policy nestedUserQueue AclSubmitApps *AclForYarnQueue `json:"aclSubmitApps"` // submission access control AclAdministerApps *AclForYarnQueue `json:"aclAdministerApps"` // management access control MinSharePreemptionTimeout *int `json:"minSharePreemptionTimeout"` // minimum share preemption timeout period FairSharePreemptionTimeout *int `json:"fairSharePreemptionTimeout"` // fair share preemption timeout period FairSharePreemptionThreshold *float32 `json:"fairSharePreemptionThreshold"` // fair share preemption threshold. Value range (0, 1] AllowPreemptionFrom *bool `json:"allowPreemptionFrom"` // preemption mode SchedulingPolicy *string `json:"schedulingPolicy"` // scheduling policy with the valid values of drf, fair, and fifo IsDefault *bool `json:"isDefault"` // whether it is the root.default queue IsRoot *bool `json:"isRoot"` // whether it is the root queue ConfigSets []ConfigSetForFairScheduler `json:"configSets"` // configuration set settings Children []QueueWithConfigSetForFairScheduler `json:"queues"` // subqueue information. recursive}type AclForYarnQueue struct { User *string `json:"user"` //username Group *string `json:"group"`//group name}type ConfigSetForFairScheduler struct { Name string `json:"name"` // configuration set name MinResources *YarnResource `json:"minResources"` // minimum resource amount MaxResources *YarnResource `json:"maxResources"` // maximum resource amount MaxChildResources *YarnResource `json:"maxChildResources"` //.The maximum quantity of resources that can be allocated to undefined subqueues MaxRunningApps *int `json:"maxRunningApps"` // the maximum number of apps that can run concurrently Weight *float32 `json:"weight"` // Weight MaxAMShare *float32 `json:"maxAMShare"` // App Master maximum share}type YarnResource struct { Vcores *int `json:"vcores"` Memory *int `json:"memory"` Type *string `json:"type"` // when the value is `percent`, it indicates usage as a percentage, otherwise an absolute value is used indeed}```- Capacity scheduler```type QueueForCapacitySchedulerV3 struct { Name string `json:"name"` // queue name MyId string `json:"myId"` // queue id, used in the case of editing, deleting, or cloning ParentId string `json:"parentId"` // parent queue id Configs []ConfigForCapacityV3 `json:"configs"` //configuration set settings State *string `json:"state"` // resource pool status DefaultNodeLabelExpression *string `json:"default-node-label-expression"` // default tag expression AclSubmitApps *AclForYarnQueue `json:"acl_submit_applications"` // submission access control AclAdminQueue *AclForYarnQueue `json:"acl_administer_queue"` //management access control MaxAllocationMB *int32 `json:"maximum-allocation-mb"` // maximum Memory allocated to Container MaxAllocationVcores *int32 `json:"maximum-allocation-vcores"` // the maximum number of Vcores for Container IsDefault *bool `json:"isDefault"`// whether it is the root.default queue IsRoot *bool `json:"isRoot"` // whether it is the root queue Queues []*QueueForCapacitySchedulerV3 `json:"queues"`//subqueue information. Recursive}type ConfigForCapacityV3 struct { Name string `json:"configName"` // configuration set name Labels []CapacityLabel `json:"labels"` // tag information MinUserLimitPercent *int32 `json:"minimum-user-limit-percent"` // minimum user capacity UserLimitFactor *float32 `json:"user-limit-factor" valid:"rangeExcludeLeft(0|)"` // user resource factor MaxApps *int32 `json:"maximum-applications" valid:"rangeExcludeLeft(0|)"` // the maximum number of applications Max-Applications MaxAmPercent *float32 `json:"maximum-am-resource-percent"` // the maximum AM ratio DefaultApplicationPriority *int32 `json:"default-application-priority"` // resource pool priority}type CapacityLabel struct { Name string `json:"labelName"` Capacity *float32 `json:"capacity"` // capacity MaxCapacity *float32 `json:"maximum-capacity"` //maximum capacity}type AclForYarnQueue struct { User *string `json:"user"` //username Group *string `json:"group"`//group name}```.

setQueue

public void setQueue(String Queue)

Set Queue information. It is a JSON string into which an object is converted. The corresponding Golang structure is as follows. For example, the first field `Name` of `QueueWithConfigSetForFairScheduler: ```Name string `json:"name"` //queue name ``` - `Name: field name - `string`: field type - `json:"name`: indicates the corresponding `json key` during serialization/deserialization. Below, `json key` is used for referring.- `//`: the following comment content corresponds to the Name field seen on the page. Fields with types starting with `*` indicate that the value may be null under JSON specifications. Different languages need to be received through a type that can express null, such as Java's wrapper types. Fields with types starting with `[]` indicate an array type, which is used when `json key` calls `ModifyYarnQueueV2` API. - fair scheduler```type QueueWithConfigSetForFairScheduler struct { Name string `json:"name"` //queue name MyId string `json:"myId"` // queue id, used for editing, deleting, and cloning ParentId string `json:"parentId"` // Parent queue Id Type *string `json:"type"` // queue affinity. Parent or empty. Setting to be a parent or empty can be performed only when it is confirmed that a queue is a parent queue and has no subqueues. The queue is normally used to support the placement policy nestedUserQueue AclSubmitApps *AclForYarnQueue `json:"aclSubmitApps"` // submission access control AclAdministerApps *AclForYarnQueue `json:"aclAdministerApps"` // management access control MinSharePreemptionTimeout *int `json:"minSharePreemptionTimeout"` // minimum share preemption timeout period FairSharePreemptionTimeout *int `json:"fairSharePreemptionTimeout"` // fair share preemption timeout period FairSharePreemptionThreshold *float32 `json:"fairSharePreemptionThreshold"` // fair share preemption threshold. Value range (0, 1] AllowPreemptionFrom *bool `json:"allowPreemptionFrom"` // preemption mode SchedulingPolicy *string `json:"schedulingPolicy"` // scheduling policy with the valid values of drf, fair, and fifo IsDefault *bool `json:"isDefault"` // whether it is the root.default queue IsRoot *bool `json:"isRoot"` // whether it is the root queue ConfigSets []ConfigSetForFairScheduler `json:"configSets"` // configuration set settings Children []QueueWithConfigSetForFairScheduler `json:"queues"` // subqueue information. recursive}type AclForYarnQueue struct { User *string `json:"user"` //username Group *string `json:"group"`//group name}type ConfigSetForFairScheduler struct { Name string `json:"name"` // configuration set name MinResources *YarnResource `json:"minResources"` // minimum resource amount MaxResources *YarnResource `json:"maxResources"` // maximum resource amount MaxChildResources *YarnResource `json:"maxChildResources"` //.The maximum quantity of resources that can be allocated to undefined subqueues MaxRunningApps *int `json:"maxRunningApps"` // the maximum number of apps that can run concurrently Weight *float32 `json:"weight"` // Weight MaxAMShare *float32 `json:"maxAMShare"` // App Master maximum share}type YarnResource struct { Vcores *int `json:"vcores"` Memory *int `json:"memory"` Type *string `json:"type"` // when the value is `percent`, it indicates usage as a percentage, otherwise an absolute value is used indeed}```- Capacity scheduler```type QueueForCapacitySchedulerV3 struct { Name string `json:"name"` // queue name MyId string `json:"myId"` // queue id, used in the case of editing, deleting, or cloning ParentId string `json:"parentId"` // parent queue id Configs []ConfigForCapacityV3 `json:"configs"` //configuration set settings State *string `json:"state"` // resource pool status DefaultNodeLabelExpression *string `json:"default-node-label-expression"` // default tag expression AclSubmitApps *AclForYarnQueue `json:"acl_submit_applications"` // submission access control AclAdminQueue *AclForYarnQueue `json:"acl_administer_queue"` //management access control MaxAllocationMB *int32 `json:"maximum-allocation-mb"` // maximum Memory allocated to Container MaxAllocationVcores *int32 `json:"maximum-allocation-vcores"` // the maximum number of Vcores for Container IsDefault *bool `json:"isDefault"`// whether it is the root.default queue IsRoot *bool `json:"isRoot"` // whether it is the root queue Queues []*QueueForCapacitySchedulerV3 `json:"queues"`//subqueue information. Recursive}type ConfigForCapacityV3 struct { Name string `json:"configName"` // configuration set name Labels []CapacityLabel `json:"labels"` // tag information MinUserLimitPercent *int32 `json:"minimum-user-limit-percent"` // minimum user capacity UserLimitFactor *float32 `json:"user-limit-factor" valid:"rangeExcludeLeft(0|)"` // user resource factor MaxApps *int32 `json:"maximum-applications" valid:"rangeExcludeLeft(0|)"` // the maximum number of applications Max-Applications MaxAmPercent *float32 `json:"maximum-am-resource-percent"` // the maximum AM ratio DefaultApplicationPriority *int32 `json:"default-application-priority"` // resource pool priority}type CapacityLabel struct { Name string `json:"labelName"` Capacity *float32 `json:"capacity"` // capacity MaxCapacity *float32 `json:"maximum-capacity"` //maximum capacity}type AclForYarnQueue struct { User *string `json:"user"` //username Group *string `json:"group"`//group name}```.

Parameters:

Queue - Queue information. It is a JSON string into which an object is converted. The corresponding Golang structure is as follows. For example, the first field `Name` of `QueueWithConfigSetForFairScheduler: ```Name string `json:"name"` //queue name ``` - `Name: field name - `string`: field type - `json:"name`: indicates the corresponding `json key` during serialization/deserialization. Below, `json key` is used for referring.- `//`: the following comment content corresponds to the Name field seen on the page. Fields with types starting with `*` indicate that the value may be null under JSON specifications. Different languages need to be received through a type that can express null, such as Java's wrapper types. Fields with types starting with `[]` indicate an array type, which is used when `json key` calls `ModifyYarnQueueV2` API. - fair scheduler```type QueueWithConfigSetForFairScheduler struct { Name string `json:"name"` //queue name MyId string `json:"myId"` // queue id, used for editing, deleting, and cloning ParentId string `json:"parentId"` // Parent queue Id Type *string `json:"type"` // queue affinity. Parent or empty. Setting to be a parent or empty can be performed only when it is confirmed that a queue is a parent queue and has no subqueues. The queue is normally used to support the placement policy nestedUserQueue AclSubmitApps *AclForYarnQueue `json:"aclSubmitApps"` // submission access control AclAdministerApps *AclForYarnQueue `json:"aclAdministerApps"` // management access control MinSharePreemptionTimeout *int `json:"minSharePreemptionTimeout"` // minimum share preemption timeout period FairSharePreemptionTimeout *int `json:"fairSharePreemptionTimeout"` // fair share preemption timeout period FairSharePreemptionThreshold *float32 `json:"fairSharePreemptionThreshold"` // fair share preemption threshold. Value range (0, 1] AllowPreemptionFrom *bool `json:"allowPreemptionFrom"` // preemption mode SchedulingPolicy *string `json:"schedulingPolicy"` // scheduling policy with the valid values of drf, fair, and fifo IsDefault *bool `json:"isDefault"` // whether it is the root.default queue IsRoot *bool `json:"isRoot"` // whether it is the root queue ConfigSets []ConfigSetForFairScheduler `json:"configSets"` // configuration set settings Children []QueueWithConfigSetForFairScheduler `json:"queues"` // subqueue information. recursive}type AclForYarnQueue struct { User *string `json:"user"` //username Group *string `json:"group"`//group name}type ConfigSetForFairScheduler struct { Name string `json:"name"` // configuration set name MinResources *YarnResource `json:"minResources"` // minimum resource amount MaxResources *YarnResource `json:"maxResources"` // maximum resource amount MaxChildResources *YarnResource `json:"maxChildResources"` //.The maximum quantity of resources that can be allocated to undefined subqueues MaxRunningApps *int `json:"maxRunningApps"` // the maximum number of apps that can run concurrently Weight *float32 `json:"weight"` // Weight MaxAMShare *float32 `json:"maxAMShare"` // App Master maximum share}type YarnResource struct { Vcores *int `json:"vcores"` Memory *int `json:"memory"` Type *string `json:"type"` // when the value is `percent`, it indicates usage as a percentage, otherwise an absolute value is used indeed}```- Capacity scheduler```type QueueForCapacitySchedulerV3 struct { Name string `json:"name"` // queue name MyId string `json:"myId"` // queue id, used in the case of editing, deleting, or cloning ParentId string `json:"parentId"` // parent queue id Configs []ConfigForCapacityV3 `json:"configs"` //configuration set settings State *string `json:"state"` // resource pool status DefaultNodeLabelExpression *string `json:"default-node-label-expression"` // default tag expression AclSubmitApps *AclForYarnQueue `json:"acl_submit_applications"` // submission access control AclAdminQueue *AclForYarnQueue `json:"acl_administer_queue"` //management access control MaxAllocationMB *int32 `json:"maximum-allocation-mb"` // maximum Memory allocated to Container MaxAllocationVcores *int32 `json:"maximum-allocation-vcores"` // the maximum number of Vcores for Container IsDefault *bool `json:"isDefault"`// whether it is the root.default queue IsRoot *bool `json:"isRoot"` // whether it is the root queue Queues []*QueueForCapacitySchedulerV3 `json:"queues"`//subqueue information. Recursive}type ConfigForCapacityV3 struct { Name string `json:"configName"` // configuration set name Labels []CapacityLabel `json:"labels"` // tag information MinUserLimitPercent *int32 `json:"minimum-user-limit-percent"` // minimum user capacity UserLimitFactor *float32 `json:"user-limit-factor" valid:"rangeExcludeLeft(0|)"` // user resource factor MaxApps *int32 `json:"maximum-applications" valid:"rangeExcludeLeft(0|)"` // the maximum number of applications Max-Applications MaxAmPercent *float32 `json:"maximum-am-resource-percent"` // the maximum AM ratio DefaultApplicationPriority *int32 `json:"default-application-priority"` // resource pool priority}type CapacityLabel struct { Name string `json:"labelName"` Capacity *float32 `json:"capacity"` // capacity MaxCapacity *float32 `json:"maximum-capacity"` //maximum capacity}type AclForYarnQueue struct { User *string `json:"user"` //username Group *string `json:"group"`//group name}```.

getVersion

public String getVersion()

Get Version

Returns:

Version Version

setVersion

public void setVersion(String Version)

Set Version

Parameters:

Version - Version

getRequestId

public String getRequestId()

Get The unique request ID, generated by the server, will be returned for every request (if the request fails to reach the server for other reasons, the request will not obtain a RequestId). RequestId is required for locating a problem.

Returns:

RequestId The unique request ID, generated by the server, will be returned for every request (if the request fails to reach the server for other reasons, the request will not obtain a RequestId). RequestId is required for locating a problem.

setRequestId

public void setRequestId(String RequestId)

Set The unique request ID, generated by the server, will be returned for every request (if the request fails to reach the server for other reasons, the request will not obtain a RequestId). RequestId is required for locating a problem.

Parameters:

RequestId - The unique request ID, generated by the server, will be returned for every request (if the request fails to reach the server for other reasons, the request will not obtain a RequestId). RequestId is required for locating a problem.

toMap

public void toMap(HashMap<String,String> map,
                  String prefix)

Internal implementation, normal users should not use it.

Specified by:

toMap in class AbstractModel

Parameters:

map - The map to populate with the model's parameters.

prefix - A string prefix for the keys.