scaleoutsean/solidfire-exporter-log.txt

## solidfire-exporter-log.txt
```
# HELP go_gc_duration_seconds A summary of the pause duration of garbage collection cycles.
# TYPE go_gc_duration_seconds summary
go_gc_duration_seconds{quantile="0"} 0.000109732
go_gc_duration_seconds{quantile="0.25"} 0.000109732
go_gc_duration_seconds{quantile="0.5"} 0.000155862
go_gc_duration_seconds{quantile="0.75"} 0.000155862
go_gc_duration_seconds{quantile="1"} 0.000155862
go_gc_duration_seconds_sum 0.000265594
go_gc_duration_seconds_count 2
# HELP go_goroutines Number of goroutines that currently exist.
# TYPE go_goroutines gauge
go_goroutines 10
# HELP go_info Information about the Go environment.
# TYPE go_info gauge
go_info{version="go1.14.4"} 1
# HELP go_memstats_alloc_bytes Number of bytes allocated and still in use.
# TYPE go_memstats_alloc_bytes gauge
go_memstats_alloc_bytes 1.904944e+06
# HELP go_memstats_alloc_bytes_total Total number of bytes allocated, even if freed.
# TYPE go_memstats_alloc_bytes_total counter
go_memstats_alloc_bytes_total 5.742456e+06
# HELP go_memstats_buck_hash_sys_bytes Number of bytes used by the profiling bucket hash table.
# TYPE go_memstats_buck_hash_sys_bytes gauge
go_memstats_buck_hash_sys_bytes 1.446269e+06
# HELP go_memstats_frees_total Total number of frees.
# TYPE go_memstats_frees_total counter
go_memstats_frees_total 16121
# HELP go_memstats_gc_cpu_fraction The fraction of this program's available CPU time used by the GC since the program started.
# TYPE go_memstats_gc_cpu_fraction gauge
go_memstats_gc_cpu_fraction 1.8956131589406697e-06
# HELP go_memstats_gc_sys_bytes Number of bytes used for garbage collection system metadata.
# TYPE go_memstats_gc_sys_bytes gauge
go_memstats_gc_sys_bytes 3.574024e+06
# HELP go_memstats_heap_alloc_bytes Number of heap bytes allocated and still in use.
# TYPE go_memstats_heap_alloc_bytes gauge
go_memstats_heap_alloc_bytes 1.904944e+06
# HELP go_memstats_heap_idle_bytes Number of heap bytes waiting to be used.
# TYPE go_memstats_heap_idle_bytes gauge
go_memstats_heap_idle_bytes 6.311936e+07
# HELP go_memstats_heap_inuse_bytes Number of heap bytes that are in use.
# TYPE go_memstats_heap_inuse_bytes gauge
go_memstats_heap_inuse_bytes 3.366912e+06
# HELP go_memstats_heap_objects Number of allocated objects.
# TYPE go_memstats_heap_objects gauge
go_memstats_heap_objects 6367
# HELP go_memstats_heap_released_bytes Number of heap bytes released to OS.
# TYPE go_memstats_heap_released_bytes gauge
go_memstats_heap_released_bytes 6.1874176e+07
# HELP go_memstats_heap_sys_bytes Number of heap bytes obtained from system.
# TYPE go_memstats_heap_sys_bytes gauge
go_memstats_heap_sys_bytes 6.6486272e+07
# HELP go_memstats_last_gc_time_seconds Number of seconds since 1970 of last garbage collection.
# TYPE go_memstats_last_gc_time_seconds gauge
go_memstats_last_gc_time_seconds 1.6153013557567754e+09
# HELP go_memstats_lookups_total Total number of pointer lookups.
# TYPE go_memstats_lookups_total counter
go_memstats_lookups_total 0
# HELP go_memstats_mallocs_total Total number of mallocs.
# TYPE go_memstats_mallocs_total counter
go_memstats_mallocs_total 22488
# HELP go_memstats_mcache_inuse_bytes Number of bytes in use by mcache structures.
# TYPE go_memstats_mcache_inuse_bytes gauge
go_memstats_mcache_inuse_bytes 13888
# HELP go_memstats_mcache_sys_bytes Number of bytes used for mcache structures obtained from system.
# TYPE go_memstats_mcache_sys_bytes gauge
go_memstats_mcache_sys_bytes 16384
# HELP go_memstats_mspan_inuse_bytes Number of bytes in use by mspan structures.
# TYPE go_memstats_mspan_inuse_bytes gauge
go_memstats_mspan_inuse_bytes 89896
# HELP go_memstats_mspan_sys_bytes Number of bytes used for mspan structures obtained from system.
# TYPE go_memstats_mspan_sys_bytes gauge
go_memstats_mspan_sys_bytes 98304
# HELP go_memstats_next_gc_bytes Number of heap bytes when next garbage collection will take place.
# TYPE go_memstats_next_gc_bytes gauge
go_memstats_next_gc_bytes 4.194304e+06
# HELP go_memstats_other_sys_bytes Number of bytes used for other system allocations.
# TYPE go_memstats_other_sys_bytes gauge
go_memstats_other_sys_bytes 2.025083e+06
# HELP go_memstats_stack_inuse_bytes Number of bytes in use by the stack allocator.
# TYPE go_memstats_stack_inuse_bytes gauge
go_memstats_stack_inuse_bytes 622592
# HELP go_memstats_stack_sys_bytes Number of bytes obtained from system for stack allocator.
# TYPE go_memstats_stack_sys_bytes gauge
go_memstats_stack_sys_bytes 622592
# HELP go_memstats_sys_bytes Number of bytes obtained from system.
# TYPE go_memstats_sys_bytes gauge
go_memstats_sys_bytes 7.4268928e+07
# HELP go_threads Number of OS threads created.
# TYPE go_threads gauge
go_threads 12
# HELP process_cpu_seconds_total Total user and system CPU time spent in seconds.
# TYPE process_cpu_seconds_total counter
process_cpu_seconds_total 0.23
# HELP process_max_fds Maximum number of open file descriptors.
# TYPE process_max_fds gauge
process_max_fds 65536
# HELP process_open_fds Number of open file descriptors.
# TYPE process_open_fds gauge
process_open_fds 11
# HELP process_resident_memory_bytes Resident memory size in bytes.
# TYPE process_resident_memory_bytes gauge
process_resident_memory_bytes 1.693696e+07
# HELP process_start_time_seconds Start time of the process since unix epoch in seconds.
# TYPE process_start_time_seconds gauge
process_start_time_seconds 1.61530079597e+09
# HELP process_virtual_memory_bytes Virtual memory size in bytes.
# TYPE process_virtual_memory_bytes gauge
process_virtual_memory_bytes 1.494106112e+09
# HELP process_virtual_memory_max_bytes Maximum amount of virtual memory available in bytes.
# TYPE process_virtual_memory_max_bytes gauge
process_virtual_memory_max_bytes -1
# HELP promhttp_metric_handler_requests_in_flight Current number of scrapes being served.
# TYPE promhttp_metric_handler_requests_in_flight gauge
promhttp_metric_handler_requests_in_flight 1
# HELP promhttp_metric_handler_requests_total Total number of scrapes by HTTP status code.
# TYPE promhttp_metric_handler_requests_total counter
promhttp_metric_handler_requests_total{code="200"} 3
promhttp_metric_handler_requests_total{code="500"} 0
promhttp_metric_handler_requests_total{code="503"} 0
# HELP solidfire_cluster_capacity_active_block_space The amount of space on the block drives. This includes additional information such as metadata entries and space which can be cleaned up.
# TYPE solidfire_cluster_capacity_active_block_space gauge
solidfire_cluster_capacity_active_block_space 1.0041361337e+10
# HELP solidfire_cluster_capacity_active_sessions The number of active iSCSI sessions communicating with the cluster.
# TYPE solidfire_cluster_capacity_active_sessions gauge
solidfire_cluster_capacity_active_sessions 1
# HELP solidfire_cluster_capacity_average_iops The average IOPS for the cluster since midnight Coordinated Universal Time (UTC)
# TYPE solidfire_cluster_capacity_average_iops gauge
solidfire_cluster_capacity_average_iops 0
# HELP solidfire_cluster_capacity_cluster_recent_io_size The average size of IOPS to all volumes in the cluster
# TYPE solidfire_cluster_capacity_cluster_recent_io_size gauge
solidfire_cluster_capacity_cluster_recent_io_size 0
# HELP solidfire_cluster_capacity_compression_factor The cluster compression factor. compressionFactor = (uniqueBlocks * 4096) / (uniqueBlocksUsedSpace * 0.93)
# TYPE solidfire_cluster_capacity_compression_factor gauge
solidfire_cluster_capacity_compression_factor NaN
# HELP solidfire_cluster_capacity_current_iops The average IOPS for all volumes in the cluster over the last 5 seconds
# TYPE solidfire_cluster_capacity_current_iops gauge
solidfire_cluster_capacity_current_iops 0
# HELP solidfire_cluster_capacity_de_duplication_factor The cluster deDuplication factor. deDuplicationFactor = (nonZeroBlocks + snapshotNonZeroBlocks) / uniqueBlocks
# TYPE solidfire_cluster_capacity_de_duplication_factor gauge
solidfire_cluster_capacity_de_duplication_factor NaN
# HELP solidfire_cluster_capacity_efficiency_factor The cluster efficiency factor. efficiencyFactor = thinProvisioningFactor * deDuplicationFactor * compressionFactor
# TYPE solidfire_cluster_capacity_efficiency_factor gauge
solidfire_cluster_capacity_efficiency_factor NaN
# HELP solidfire_cluster_capacity_max_iops The estimated maximum IOPS capability of the current cluster
# TYPE solidfire_cluster_capacity_max_iops gauge
solidfire_cluster_capacity_max_iops 3000
# HELP solidfire_cluster_capacity_max_over_provisionable_space The maximum amount of provisionable space. This is a computed value. You cannot create new volumes if the current provisioned space plus the new volume size would exceed this number. The value is calculated as follows: maxOverProvisionableSpace = maxProvisionedSpace * maxMetadataOverProvisionFactor
# TYPE solidfire_cluster_capacity_max_over_provisionable_space gauge
solidfire_cluster_capacity_max_over_provisionable_space 1.855425871872e+13
# HELP solidfire_cluster_capacity_max_provisioned_space The total amount of provisionable space if all volumes are 100% filled (no thin provisioned metadata)
# TYPE solidfire_cluster_capacity_max_provisioned_space gauge
solidfire_cluster_capacity_max_provisioned_space 3.710851743744e+12
# HELP solidfire_cluster_capacity_max_used_metadata_space The number of bytes on volume drives used to store metadata
# TYPE solidfire_cluster_capacity_max_used_metadata_space gauge
solidfire_cluster_capacity_max_used_metadata_space 1.4495514624e+10
# HELP solidfire_cluster_capacity_max_used_space  The total amount of space on all active block drives
# TYPE solidfire_cluster_capacity_max_used_space gauge
solidfire_cluster_capacity_max_used_space 1.610612736e+11
# HELP solidfire_cluster_capacity_non_zero_blocks The total number of 4KiB blocks that contain data after the last garbage collection operation has completed
# TYPE solidfire_cluster_capacity_non_zero_blocks gauge
solidfire_cluster_capacity_non_zero_blocks 0
# HELP solidfire_cluster_capacity_peak_active_sessions The peak number of iSCSI connections since midnight UTC
# TYPE solidfire_cluster_capacity_peak_active_sessions gauge
solidfire_cluster_capacity_peak_active_sessions 1
# HELP solidfire_cluster_capacity_peak_iops The highest value for currentIOPS since midnight UTC
# TYPE solidfire_cluster_capacity_peak_iops gauge
solidfire_cluster_capacity_peak_iops 1
# HELP solidfire_cluster_capacity_provisioned_space The total amount of space provisioned in all volumes on the cluster
# TYPE solidfire_cluster_capacity_provisioned_space gauge
solidfire_cluster_capacity_provisioned_space 1.073741824e+09
# HELP solidfire_cluster_capacity_snapshot_non_zero_blocks The total number of 4KiB blocks that contain data after the last garbage collection operation has completed
# TYPE solidfire_cluster_capacity_snapshot_non_zero_blocks gauge
solidfire_cluster_capacity_snapshot_non_zero_blocks 0
# HELP solidfire_cluster_capacity_thin_provisioning_factor The cluster thin provisioning factor. thinProvisioningFactor = (nonZeroBlocks + zeroBlocks) / nonZeroBlocks
# TYPE solidfire_cluster_capacity_thin_provisioning_factor gauge
solidfire_cluster_capacity_thin_provisioning_factor +Inf
# HELP solidfire_cluster_capacity_total_ops The total number of I/O operations performed throughout the lifetime of the cluster
# TYPE solidfire_cluster_capacity_total_ops counter
solidfire_cluster_capacity_total_ops 1.7437596e+07
# HELP solidfire_cluster_capacity_unique_blocks The total number of blocks stored on the block drives The value includes replicated blocks
# TYPE solidfire_cluster_capacity_unique_blocks gauge
solidfire_cluster_capacity_unique_blocks 0
# HELP solidfire_cluster_capacity_unique_blocks_used_space The total amount of data the uniqueBlocks take up on the block drives
# TYPE solidfire_cluster_capacity_unique_blocks_used_space gauge
solidfire_cluster_capacity_unique_blocks_used_space 0
# HELP solidfire_cluster_capacity_used_metadata_space The total number of bytes on volume drives used to store metadata
# TYPE solidfire_cluster_capacity_used_metadata_space gauge
solidfire_cluster_capacity_used_metadata_space 0
# HELP solidfire_cluster_capacity_used_metadata_space_in_snapshots The number of bytes on volume drives used for storing unique data in snapshots. This number provides an estimate of how much metadata space would be regained by deleting all snapshots on the system
# TYPE solidfire_cluster_capacity_used_metadata_space_in_snapshots gauge
solidfire_cluster_capacity_used_metadata_space_in_snapshots 0
# HELP solidfire_cluster_capacity_used_space The total amount of space used by all block drives in the system
# TYPE solidfire_cluster_capacity_used_space gauge
solidfire_cluster_capacity_used_space 0
# HELP solidfire_cluster_capacity_zero_blocks The total number of empty 4KiB blocks without data after the last round of garbage collection operation has completed
# TYPE solidfire_cluster_capacity_zero_blocks gauge
solidfire_cluster_capacity_zero_blocks 262144
# HELP solidfire_cluster_node_stats_cbytes_in Bytes in on the cluster interface
# TYPE solidfire_cluster_node_stats_cbytes_in gauge
solidfire_cluster_node_stats_cbytes_in{node_id="1",node_name="tw1"} 1.86333832e+08
# HELP solidfire_cluster_node_stats_cbytes_out Bytes out on the cluster interface
# TYPE solidfire_cluster_node_stats_cbytes_out gauge
solidfire_cluster_node_stats_cbytes_out{node_id="1",node_name="tw1"} 2.7909703788e+10
# HELP solidfire_cluster_node_stats_count Node stat sample count
# TYPE solidfire_cluster_node_stats_count gauge
solidfire_cluster_node_stats_count{node_id="1",node_name="tw1"} 293494
# HELP solidfire_cluster_node_stats_cpu_percentage CPU usage in percent.
# TYPE solidfire_cluster_node_stats_cpu_percentage gauge
solidfire_cluster_node_stats_cpu_percentage{node_id="1",node_name="tw1"} 5
# HELP solidfire_cluster_node_stats_cpu_total_seconds CPU usage in seconds since last boot.
# TYPE solidfire_cluster_node_stats_cpu_total_seconds gauge
solidfire_cluster_node_stats_cpu_total_seconds{node_id="1",node_name="tw1"} 1.062978e+06
# HELP solidfire_cluster_node_stats_load_histogram System load histogram
# TYPE solidfire_cluster_node_stats_load_histogram histogram
solidfire_cluster_node_stats_load_histogram_bucket{node_id="1",node_name="tw1",le="0"} 1.2506674e+07
solidfire_cluster_node_stats_load_histogram_bucket{node_id="1",node_name="tw1",le="19"} 2.503295e+06
solidfire_cluster_node_stats_load_histogram_bucket{node_id="1",node_name="tw1",le="39"} 2.609874e+06
solidfire_cluster_node_stats_load_histogram_bucket{node_id="1",node_name="tw1",le="59"} 253667
solidfire_cluster_node_stats_load_histogram_bucket{node_id="1",node_name="tw1",le="79"} 0
solidfire_cluster_node_stats_load_histogram_bucket{node_id="1",node_name="tw1",le="100"} 0
solidfire_cluster_node_stats_load_histogram_bucket{node_id="1",node_name="tw1",le="+Inf"} 293494
solidfire_cluster_node_stats_load_histogram_sum{node_id="1",node_name="tw1"} 1.787351e+07
solidfire_cluster_node_stats_load_histogram_count{node_id="1",node_name="tw1"} 293494
# HELP solidfire_cluster_node_stats_mbytes_in Bytes in on the management interface.
# TYPE solidfire_cluster_node_stats_mbytes_in gauge
solidfire_cluster_node_stats_mbytes_in{node_id="1",node_name="tw1"} 3.598533131e+09
# HELP solidfire_cluster_node_stats_mbytes_out Bytes out on the management interface.
# TYPE solidfire_cluster_node_stats_mbytes_out gauge
solidfire_cluster_node_stats_mbytes_out{node_id="1",node_name="tw1"} 6.67037056e+09
# HELP solidfire_cluster_node_stats_network_utilization_cluster_percentage Network interface utilization (in percent) for the cluster network interface.
# TYPE solidfire_cluster_node_stats_network_utilization_cluster_percentage gauge
solidfire_cluster_node_stats_network_utilization_cluster_percentage{node_id="1",node_name="tw1"} 0
# HELP solidfire_cluster_node_stats_network_utilization_storage_percentage Network interface utilization (in percent) for the storage network interface.
# TYPE solidfire_cluster_node_stats_network_utilization_storage_percentage gauge
solidfire_cluster_node_stats_network_utilization_storage_percentage{node_id="1",node_name="tw1"} 0
# HELP solidfire_cluster_node_stats_read_latency_usec_total The number, in milliseconds, of read latency between clusters.
# TYPE solidfire_cluster_node_stats_read_latency_usec_total gauge
solidfire_cluster_node_stats_read_latency_usec_total{node_id="1",node_name="tw1"} 6.7407804e+07
# HELP solidfire_cluster_node_stats_read_ops Read Operations
# TYPE solidfire_cluster_node_stats_read_ops gauge
solidfire_cluster_node_stats_read_ops{node_id="1",node_name="tw1"} 582965
# HELP solidfire_cluster_node_stats_sbytes_in Bytes in on the storage interface.
# TYPE solidfire_cluster_node_stats_sbytes_in gauge
solidfire_cluster_node_stats_sbytes_in{node_id="1",node_name="tw1"} 1.86333832e+08
# HELP solidfire_cluster_node_stats_sbytes_out Bytes out on the storage interface.
# TYPE solidfire_cluster_node_stats_sbytes_out gauge
solidfire_cluster_node_stats_sbytes_out{node_id="1",node_name="tw1"} 2.7909703788e+10
# HELP solidfire_cluster_node_stats_used_memory Total memory usage in bytes.
# TYPE solidfire_cluster_node_stats_used_memory gauge
solidfire_cluster_node_stats_used_memory{node_id="1",node_name="tw1"} 1.2492488704e+10
# HELP solidfire_cluster_node_stats_write_latency_usec_total The number, in milliseconds, of read latency between clusters.
# TYPE solidfire_cluster_node_stats_write_latency_usec_total gauge
solidfire_cluster_node_stats_write_latency_usec_total{node_id="1",node_name="tw1"} 0
# HELP solidfire_cluster_node_stats_write_ops Write Operations
# TYPE solidfire_cluster_node_stats_write_ops gauge
solidfire_cluster_node_stats_write_ops{node_id="1",node_name="tw1"} 0
# HELP solidfire_cluster_read_latency_usec_total The total time spent performing read operations since the creation of the cluster.
# TYPE solidfire_cluster_read_latency_usec_total gauge
solidfire_cluster_read_latency_usec_total 6.7407804e+07
# HELP solidfire_cluster_stats_actual_iops Current actual IOPS for the entire cluster in the last 500 milliseconds.
# TYPE solidfire_cluster_stats_actual_iops gauge
solidfire_cluster_stats_actual_iops 0
# HELP solidfire_cluster_stats_average_iops_size Average size in bytes of recent I/O to the cluster in the last 500 milliseconds.
# TYPE solidfire_cluster_stats_average_iops_size gauge
solidfire_cluster_stats_average_iops_size 107961
# HELP solidfire_cluster_stats_client_queue_depth The number of outstanding read and write operations to the cluster.
# TYPE solidfire_cluster_stats_client_queue_depth gauge
solidfire_cluster_stats_client_queue_depth 0
# HELP solidfire_cluster_stats_latency_usec The average time, in microseconds, to complete operations to a cluster in the last 500 milliseconds.
# TYPE solidfire_cluster_stats_latency_usec gauge
solidfire_cluster_stats_latency_usec 0
# HELP solidfire_cluster_stats_normalized_iops Average number of IOPS for the entire cluster in the last 500 milliseconds.
# TYPE solidfire_cluster_stats_normalized_iops gauge
solidfire_cluster_stats_normalized_iops 0
# HELP solidfire_cluster_stats_read_bytes The total cumulative bytes read from the cluster since the creation of the cluster.
# TYPE solidfire_cluster_stats_read_bytes gauge
solidfire_cluster_stats_read_bytes 1.804870144e+11
# HELP solidfire_cluster_stats_read_bytes_last_sample The total number of bytes read from the cluster during the last sample period.
# TYPE solidfire_cluster_stats_read_bytes_last_sample gauge
solidfire_cluster_stats_read_bytes_last_sample 0
# HELP solidfire_cluster_stats_read_latency_usec The average time, in microseconds, to complete read operations to the cluster in the last 500 milliseconds.
# TYPE solidfire_cluster_stats_read_latency_usec gauge
solidfire_cluster_stats_read_latency_usec 0
# HELP solidfire_cluster_stats_read_ops The total cumulative read operations to the cluster since the creation of the cluster.
# TYPE solidfire_cluster_stats_read_ops gauge
solidfire_cluster_stats_read_ops 7.152029e+06
# HELP solidfire_cluster_stats_read_ops_last_sample The total number of read operations during the last sample period.
# TYPE solidfire_cluster_stats_read_ops_last_sample gauge
solidfire_cluster_stats_read_ops_last_sample 0
# HELP solidfire_cluster_stats_sample_period_msec The length of the sample period, in milliseconds.
# TYPE solidfire_cluster_stats_sample_period_msec gauge
solidfire_cluster_stats_sample_period_msec 500
# HELP solidfire_cluster_stats_services_count The number of services running on the cluster. If equal to the servicesTotal, this indicates that valid statistics were collected from all nodes.
# TYPE solidfire_cluster_stats_services_count gauge
solidfire_cluster_stats_services_count 1
# HELP solidfire_cluster_stats_services_total The total number of expected services running on the cluster.
# TYPE solidfire_cluster_stats_services_total gauge
solidfire_cluster_stats_services_total 1
# HELP solidfire_cluster_stats_unaligned_reads The total cumulative unaligned read operations to a cluster since the creation of the cluster
# TYPE solidfire_cluster_stats_unaligned_reads gauge
solidfire_cluster_stats_unaligned_reads 542240
# HELP solidfire_cluster_stats_unaligned_writes The total cumulative unaligned write operations to a cluster since the creation of the cluster.
# TYPE solidfire_cluster_stats_unaligned_writes gauge
solidfire_cluster_stats_unaligned_writes 146
# HELP solidfire_cluster_stats_utilization The cluster capacity being utilized.
# TYPE solidfire_cluster_stats_utilization gauge
solidfire_cluster_stats_utilization 0
# HELP solidfire_cluster_stats_write_bytes The total cumulative bytes written to the cluster since the creation of the cluster
# TYPE solidfire_cluster_stats_write_bytes gauge
solidfire_cluster_stats_write_bytes 2.89941333504e+11
# HELP solidfire_cluster_stats_write_bytes_last_sample The total number of bytes written to the cluster during the last sample period.
# TYPE solidfire_cluster_stats_write_bytes_last_sample gauge
solidfire_cluster_stats_write_bytes_last_sample 0
# HELP solidfire_cluster_stats_write_latency_usec The average time, in microseconds, to complete write operations to a cluster in the last 500 milliseconds.
# TYPE solidfire_cluster_stats_write_latency_usec gauge
solidfire_cluster_stats_write_latency_usec 0
# HELP solidfire_cluster_stats_write_latency_usec_total The total time spent performing write operations since the creation of the cluster.
# TYPE solidfire_cluster_stats_write_latency_usec_total gauge
solidfire_cluster_stats_write_latency_usec_total 0
# HELP solidfire_cluster_stats_write_ops The total cumulative write operations to the cluster since the creation of the cluster.
# TYPE solidfire_cluster_stats_write_ops gauge
solidfire_cluster_stats_write_ops 1.0285567e+07
# HELP solidfire_cluster_stats_write_ops_last_sample The total number of write operations during the last sample period.
# TYPE solidfire_cluster_stats_write_ops_last_sample gauge
solidfire_cluster_stats_write_ops_last_sample 0
# HELP solidfire_cluster_threshold_block_fullness The current computed level of block fullness of the cluster.
# TYPE solidfire_cluster_threshold_block_fullness gauge
solidfire_cluster_threshold_block_fullness{level="stage1Happy"} 1
solidfire_cluster_threshold_block_fullness{level="stage2Aware"} 0
solidfire_cluster_threshold_block_fullness{level="stage3Low"} 0
solidfire_cluster_threshold_block_fullness{level="stage4Critical"} 0
solidfire_cluster_threshold_block_fullness{level="stage5CompletelyConsumed"} 0
# HELP solidfire_cluster_threshold_fullness Reflects the highest level of fullness between 'blockFullness' and 'metadataFullness'.
# TYPE solidfire_cluster_threshold_fullness gauge
solidfire_cluster_threshold_fullness{level="blockFullness"} 0
solidfire_cluster_threshold_fullness{level="metadataFullness"} 0
# HELP solidfire_cluster_threshold_max_metadata_over_provision_factor A value representative of the number of times metadata space can be over provisioned relative to the amount of space available.
# TYPE solidfire_cluster_threshold_max_metadata_over_provision_factor gauge
solidfire_cluster_threshold_max_metadata_over_provision_factor 5
# HELP solidfire_cluster_threshold_metadata_fullness The current computed level of metadata fullness of the cluster.
# TYPE solidfire_cluster_threshold_metadata_fullness gauge
solidfire_cluster_threshold_metadata_fullness{level="stage1Happy"} 1
solidfire_cluster_threshold_metadata_fullness{level="stage2Aware"} 0
solidfire_cluster_threshold_metadata_fullness{level="stage3Low"} 0
solidfire_cluster_threshold_metadata_fullness{level="stage4Critical"} 0
solidfire_cluster_threshold_metadata_fullness{level="stage5CompletelyConsumed"} 0
# HELP solidfire_cluster_threshold_slice_reserve_used_threshold_percentage Error condition. A system alert is triggered if the reserved slice utilization is greater than the sliceReserveUsedThresholdPct value returned.
# TYPE solidfire_cluster_threshold_slice_reserve_used_threshold_percentage gauge
solidfire_cluster_threshold_slice_reserve_used_threshold_percentage 5
# HELP solidfire_cluster_threshold_stage2_aware_threshold Awareness condition. The value that is set for 'Stage 2' cluster threshold level.
# TYPE solidfire_cluster_threshold_stage2_aware_threshold gauge
solidfire_cluster_threshold_stage2_aware_threshold 3
# HELP solidfire_cluster_threshold_stage2_block_threshold_bytes Number of bytes being used by the cluster at which a stage2 condition will exist.
# TYPE solidfire_cluster_threshold_stage2_block_threshold_bytes gauge
solidfire_cluster_threshold_stage2_block_threshold_bytes 9.2878667776e+10
# HELP solidfire_cluster_threshold_stage3_block_threshold_bytes Number of bytes being used by the cluster at which a stage3 condition will exist.
# TYPE solidfire_cluster_threshold_stage3_block_threshold_bytes gauge
solidfire_cluster_threshold_stage3_block_threshold_bytes 9.7710505984e+10
# HELP solidfire_cluster_threshold_stage3_block_threshold_percentage Percent value set for stage3. At this percent full, a warning is posted in the Alerts log.
# TYPE solidfire_cluster_threshold_stage3_block_threshold_percentage gauge
solidfire_cluster_threshold_stage3_block_threshold_percentage 3
# HELP solidfire_cluster_threshold_stage3_low_threshold Error condition. The threshold at which a system alert is created due to low capacity on a cluster
# TYPE solidfire_cluster_threshold_stage3_low_threshold gauge
solidfire_cluster_threshold_stage3_low_threshold 2
# HELP solidfire_cluster_threshold_stage4_block_threshold_bytes Number of bytes being used by the cluster at which a stage4 condition will exist
# TYPE solidfire_cluster_threshold_stage4_block_threshold_bytes gauge
solidfire_cluster_threshold_stage4_block_threshold_bytes 1.02542344192e+11
# HELP solidfire_cluster_threshold_stage4_critical_threshold Error condition. The threshold at which a system alert is created to warn about critically low capacity on a cluster.
# TYPE solidfire_cluster_threshold_stage4_critical_threshold gauge
solidfire_cluster_threshold_stage4_critical_threshold 1
# HELP solidfire_cluster_threshold_stage5_block_threshold_bytes The number of bytes being used by the cluster at which a stage5 condition will exist.
# TYPE solidfire_cluster_threshold_stage5_block_threshold_bytes gauge
solidfire_cluster_threshold_stage5_block_threshold_bytes 1.610612736e+11
# HELP solidfire_cluster_threshold_sum_total_cluster_bytes Physical capacity of the cluster, measured in bytes.
# TYPE solidfire_cluster_threshold_sum_total_cluster_bytes gauge
solidfire_cluster_threshold_sum_total_cluster_bytes 1.610612736e+11
# HELP solidfire_cluster_threshold_sum_total_metadata_cluster_bytes Total amount of space that can be used to store metadata
# TYPE solidfire_cluster_threshold_sum_total_metadata_cluster_bytes gauge
solidfire_cluster_threshold_sum_total_metadata_cluster_bytes 1.4495514624e+10
# HELP solidfire_cluster_threshold_sum_used_cluster_bytes Number of bytes used on the cluster.
# TYPE solidfire_cluster_threshold_sum_used_cluster_bytes gauge
solidfire_cluster_threshold_sum_used_cluster_bytes 0
# HELP solidfire_cluster_threshold_sum_used_metadata_cluster_bytes Amount of space used on volume drives to store metadata.
# TYPE solidfire_cluster_threshold_sum_used_metadata_cluster_bytes gauge
solidfire_cluster_threshold_sum_used_metadata_cluster_bytes 0
# HELP solidfire_drives_capacity The drive capacity for each individual drives in the cluster's active nodes
# TYPE solidfire_drives_capacity gauge
solidfire_drives_capacity{drive_id="1",node_id="1",node_name="tw1",serial="scsi-36000c29784c807781d5734062ca43df1",slot="1",status="active",type="volume"} 3.221225472e+10
solidfire_drives_capacity{drive_id="2",node_id="1",node_name="tw1",serial="scsi-36000c2934c7de980cdddea1b0abf38d0",slot="2",status="active",type="block"} 5.36870912e+10
solidfire_drives_capacity{drive_id="3",node_id="1",node_name="tw1",serial="scsi-36000c29def10cb543f4f9a76653f19ad",slot="3",status="active",type="block"} 5.36870912e+10
solidfire_drives_capacity{drive_id="4",node_id="1",node_name="tw1",serial="scsi-36000c2969ae265d24867bc61c5522f97",slot="4",status="active",type="block"} 5.36870912e+10
# HELP solidfire_drives_status The drive status for each individual drives in the cluster's active nodes
# TYPE solidfire_drives_status gauge
solidfire_drives_status{drive_id="1",node_id="1",node_name="tw1",serial="scsi-36000c29784c807781d5734062ca43df1",slot="1",status="active",type="volume"} 1
solidfire_drives_status{drive_id="2",node_id="1",node_name="tw1",serial="scsi-36000c2934c7de980cdddea1b0abf38d0",slot="2",status="active",type="block"} 1
solidfire_drives_status{drive_id="3",node_id="1",node_name="tw1",serial="scsi-36000c29def10cb543f4f9a76653f19ad",slot="3",status="active",type="block"} 1
solidfire_drives_status{drive_id="4",node_id="1",node_name="tw1",serial="scsi-36000c2969ae265d24867bc61c5522f97",slot="4",status="active",type="block"} 1
# HELP solidfire_node_iscsi_sessions_total The total number of iscsi sessions per node and volume
# TYPE solidfire_node_iscsi_sessions_total gauge
solidfire_node_iscsi_sessions_total{node_id="1",node_name="tw1",volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 1
# HELP solidfire_node_name Cluster node name
# TYPE solidfire_node_name counter
solidfire_node_name{associated_fservice_id="0",associated_master_service_id="1",chassis_name="None",chassis_type="SFVIRT",cpu_model="Intel(R) Xeon(R) CPU E5-2695 v4 @ 2.10GHz",node_id="1",node_name="tw1",node_type="SFDEMO",platform_config_version="2.21.8.0",sip="192.168.103.29",sipi="eth1",software_version="12.2.0.777",uuid="1DFD1142-7F1A-8E08-EDB9-ECFE6BD1DB0D"} 1
# HELP solidfire_node_total_memory_gb Cluster node total memory in GB
# TYPE solidfire_node_total_memory_gb counter
solidfire_node_total_memory_gb{associated_fservice_id="0",associated_master_service_id="1",chassis_name="None",chassis_type="SFVIRT",cpu_model="Intel(R) Xeon(R) CPU E5-2695 v4 @ 2.10GHz",node_id="1",node_name="tw1",node_type="SFDEMO",platform_config_version="2.21.8.0",sip="192.168.103.29",sipi="eth1",software_version="12.2.0.777",uuid="1DFD1142-7F1A-8E08-EDB9-ECFE6BD1DB0D"} 16
# HELP solidfire_up Whether last scrape against Solidfire API was successful
# TYPE solidfire_up gauge
solidfire_up 1
# HELP solidfire_volume_qos_below_min_iops_percentage Volume QoS Below minimum IOPS percentage
# TYPE solidfire_volume_qos_below_min_iops_percentage histogram
solidfire_volume_qos_below_min_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="19"} 359
solidfire_volume_qos_below_min_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="39"} 186
solidfire_volume_qos_below_min_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="59"} 213
solidfire_volume_qos_below_min_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="79"} 64
solidfire_volume_qos_below_min_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="100"} 66
solidfire_volume_qos_below_min_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="+Inf"} 0
solidfire_volume_qos_below_min_iops_percentage_sum{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 888
solidfire_volume_qos_below_min_iops_percentage_count{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_qos_min_to_max_iops_percentage Volume QoS min to max IOPS percentage
# TYPE solidfire_volume_qos_min_to_max_iops_percentage histogram
solidfire_volume_qos_min_to_max_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="19"} 71
solidfire_volume_qos_min_to_max_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="39"} 104
solidfire_volume_qos_min_to_max_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="59"} 74
solidfire_volume_qos_min_to_max_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="79"} 187
solidfire_volume_qos_min_to_max_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="100"} 107
solidfire_volume_qos_min_to_max_iops_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="+Inf"} 15720
solidfire_volume_qos_min_to_max_iops_percentage_sum{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 16263
solidfire_volume_qos_min_to_max_iops_percentage_count{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_qos_read_block_sizes Volume QoS read block sizes
# TYPE solidfire_volume_qos_read_block_sizes histogram
solidfire_volume_qos_read_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="8191"} 259106
solidfire_volume_qos_read_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="16383"} 16194
solidfire_volume_qos_read_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="32767"} 72871
solidfire_volume_qos_read_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="65535"} 48581
solidfire_volume_qos_read_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="131071"} 40484
solidfire_volume_qos_read_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="+Inf"} 145729
solidfire_volume_qos_read_block_sizes_sum{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 582965
solidfire_volume_qos_read_block_sizes_count{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_qos_target_utilization_percentage Volume QoS target utilization percentage
# TYPE solidfire_volume_qos_target_utilization_percentage histogram
solidfire_volume_qos_target_utilization_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="0"} 2.313487e+06
solidfire_volume_qos_target_utilization_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="19"} 528
solidfire_volume_qos_target_utilization_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="39"} 260
solidfire_volume_qos_target_utilization_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="59"} 149
solidfire_volume_qos_target_utilization_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="79"} 161
solidfire_volume_qos_target_utilization_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="100"} 332
solidfire_volume_qos_target_utilization_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="+Inf"} 15720
solidfire_volume_qos_target_utilization_percentage_sum{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 2.330637e+06
solidfire_volume_qos_target_utilization_percentage_count{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_qos_throttle_percentage Volume QoS throttle percentage
# TYPE solidfire_volume_qos_throttle_percentage histogram
solidfire_volume_qos_throttle_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="0"} 2.330637e+06
solidfire_volume_qos_throttle_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="19"} 0
solidfire_volume_qos_throttle_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="39"} 0
solidfire_volume_qos_throttle_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="59"} 0
solidfire_volume_qos_throttle_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="79"} 0
solidfire_volume_qos_throttle_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="100"} 0
solidfire_volume_qos_throttle_percentage_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="+Inf"} 0
solidfire_volume_qos_throttle_percentage_sum{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 2.330637e+06
solidfire_volume_qos_throttle_percentage_count{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_qos_write_block_sizes Volume QoS write block sizes
# TYPE solidfire_volume_qos_write_block_sizes histogram
solidfire_volume_qos_write_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="8191"} 0
solidfire_volume_qos_write_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="16383"} 0
solidfire_volume_qos_write_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="32767"} 0
solidfire_volume_qos_write_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="65535"} 0
solidfire_volume_qos_write_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="131071"} 0
solidfire_volume_qos_write_block_sizes_bucket{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a",le="+Inf"} 0
solidfire_volume_qos_write_block_sizes_sum{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
solidfire_volume_qos_write_block_sizes_count{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_actual_iops The current actual IOPS to the volume in the last 500 milliseconds
# TYPE solidfire_volume_stats_actual_iops gauge
solidfire_volume_stats_actual_iops{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_average_iop_size The average size in bytes of recent I/O to the volume in the last 500 milliseconds
# TYPE solidfire_volume_stats_average_iop_size gauge
solidfire_volume_stats_average_iop_size{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 107961
# HELP solidfire_volume_stats_burst_iops_credit The total number of IOP credits available to the user. When volumes are not using up to the configured maxIOPS, credits are accrued.
# TYPE solidfire_volume_stats_burst_iops_credit gauge
solidfire_volume_stats_burst_iops_credit{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 12600
# HELP solidfire_volume_stats_client_queue_depth The number of outstanding read and write operations to the volume.
# TYPE solidfire_volume_stats_client_queue_depth gauge
solidfire_volume_stats_client_queue_depth{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_latency_usec The average time, in microseconds, to complete operations to the volume in the last 500 milliseconds. A '0' (zero) value means there is no I/O to the volume.
# TYPE solidfire_volume_stats_latency_usec gauge
solidfire_volume_stats_latency_usec{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_non_zero_blocks The total number of 4KiB blocks that contain data after the last garbage collection operation has completed.
# TYPE solidfire_volume_stats_non_zero_blocks gauge
solidfire_volume_stats_non_zero_blocks{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_read_bytes The total cumulative bytes read from the volume since the creation of the volume.
# TYPE solidfire_volume_stats_read_bytes counter
solidfire_volume_stats_read_bytes{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 2.775701504e+10
# HELP solidfire_volume_stats_read_bytes_last_sample The total number of bytes read from the volume during the last sample period.
# TYPE solidfire_volume_stats_read_bytes_last_sample gauge
solidfire_volume_stats_read_bytes_last_sample{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_read_latency_usec The average time, in microseconds, to complete read operations to the volume in the last 500 milliseconds.
# TYPE solidfire_volume_stats_read_latency_usec gauge
solidfire_volume_stats_read_latency_usec{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_read_latency_usec_total The total time spent performing read operations from the volume
# TYPE solidfire_volume_stats_read_latency_usec_total counter
solidfire_volume_stats_read_latency_usec_total{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 6.7407804e+07
# HELP solidfire_volume_stats_read_ops The total read operations to the volume since the creation of the volume.
# TYPE solidfire_volume_stats_read_ops counter
solidfire_volume_stats_read_ops{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 582965
# HELP solidfire_volume_stats_read_ops_last_sample The total number of read operations during the last sample period
# TYPE solidfire_volume_stats_read_ops_last_sample gauge
solidfire_volume_stats_read_ops_last_sample{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_size Total provisioned capacity in bytes.
# TYPE solidfire_volume_stats_size gauge
solidfire_volume_stats_size{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 1.073741824e+09
# HELP solidfire_volume_stats_throttle A floating value between 0 and 1 that represents how much the system is throttling clients below their maxIOPS because of rereplication of data, transient errors, and snapshots taken.
# TYPE solidfire_volume_stats_throttle gauge
solidfire_volume_stats_throttle{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_unaligned_reads The total cumulative unaligned read operations to a volume since the creation of the volume.
# TYPE solidfire_volume_stats_unaligned_reads counter
solidfire_volume_stats_unaligned_reads{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_unaligned_writes The total cumulative unaligned write operations to a volume since the creation of the volume.
# TYPE solidfire_volume_stats_unaligned_writes counter
solidfire_volume_stats_unaligned_writes{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_utilization A floating value that describes how much the client is using the volume. Value 0: The client is not using the volume. Value 1: The client is using their maximum. Value 1+: The client is using their burst.
# TYPE solidfire_volume_stats_utilization gauge
solidfire_volume_stats_utilization{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_write_bytes The total cumulative bytes written to the volume since the creation of the volume.
# TYPE solidfire_volume_stats_write_bytes counter
solidfire_volume_stats_write_bytes{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_write_bytes_last_sample The total number of bytes written to the volume during the last sample period.
# TYPE solidfire_volume_stats_write_bytes_last_sample gauge
solidfire_volume_stats_write_bytes_last_sample{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_write_latency_usec The average time, in microseconds, to complete write operations to a volume in the last 500 milliseconds.
# TYPE solidfire_volume_stats_write_latency_usec gauge
solidfire_volume_stats_write_latency_usec{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_write_latency_usec_total The total time spent performing write operations to the volume
# TYPE solidfire_volume_stats_write_latency_usec_total counter
solidfire_volume_stats_write_latency_usec_total{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_write_ops The total cumulative write operations to the volume since the creation of the volume.
# TYPE solidfire_volume_stats_write_ops counter
solidfire_volume_stats_write_ops{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_write_ops_last_sample The total number of write operations during the last sample period.
# TYPE solidfire_volume_stats_write_ops_last_sample gauge
solidfire_volume_stats_write_ops_last_sample{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 0
# HELP solidfire_volume_stats_zero_blocks The total number of empty 4KiB blocks without data after the last round of garbage collection operation has completed.
# TYPE solidfire_volume_stats_zero_blocks gauge
solidfire_volume_stats_zero_blocks{volume_id="270",volume_name="pvc-ba229a61-6026-44bd-8b39-29863261469a"} 262144
```