RDSHLoadBalancerSettingsUpdateSpecV2

RDSHLoadBalancerSettingsUpdateSpecV2
RDSHLoadBalancerSettingsUpdateSpecV2

RDSH load balancer settings for the farm.

JSON Example
{
    "connecting_session_threshold": 10,
    "cpu_threshold": 10,
    "disk_queue_length_threshold": 15,
    "disk_read_latency_threshold": 10,
    "disk_write_latency_threshold": 15,
    "include_session_count": true,
    "load_index_threshold": 20,
    "memory_threshold": 10
}
integer As int32 As int32
connecting_session_threshold
Required

Represents the maximum number of sessions that can concurrently log into each RDSH agent machine in the farm, exempting reconnecting sessions.

integer As int32 As int32
cpu_threshold
Required

Represents threshold of CPU usage, in percentage. If the value is 0, then this metric is not considered for load balancing.

integer As int32 As int32
disk_queue_length_threshold
Required

Represents the threshold of average number of both read and write requests that were queued for the selected disk during the sample interval. If the value is 0, then this metric is not considered for load balancing.

integer As int32 As int32
disk_read_latency_threshold
Required

Represents the threshold of average time, in milliseconds, of a read of data from the disk. If the value is 0, then this metric is not considered for load balancing.

integer As int32 As int32
disk_write_latency_threshold
Required

Represents the threshold of average time, in milliseconds, of a write of data to the disk. If the value is 0, then this metric is not considered for load balancing.

boolean
include_session_count
Required

Indicates whether to include session count for load balancing.

integer As int32 As int32
load_index_threshold
Required

Represents the minimum load index at which each RDSH agent machine in the farm will start denying session logins, exempting reconnecting sessions.

integer As int32 As int32
memory_threshold
Required

Represents threshold of memory usage, in percentage. If the value is 0, then this metric is not considered for load balancing.