dump tenant info

grep 'dump tenant info.tenant={id:1002' log/observer.log | sed 's/,/,\n/g'

[2022-07-20 14:55:40.774143] INFO  [SERVER.OMT] run1 (ob_multi_tenant.cpp:1993) [80700][MultiTenant][T0][Y0-0000000000000000-0-0] [lt=621]
dump tenant info(tenant={id:1002, // The ID of the tenant.
tenant_meta:{unit:{tenant_id:1002, // The tenant metadata, including the unit configuration, superblock, and creation status of the tenant.
unit_id:1001, // The ID of the unit.
has_memstore:true, // Indicates whether a MemTable is contained.
unit_status:"NORMAL", // The status of the unit. Valid values: NORMAL, MIGRATE_IN, MIGRATE_OUT, MARK_DELETING, WAIT_GC_IN_OBSERVER, DELETING_IN_OBSERVER, and ERROR_STAT.
config:{unit_config_id:1003, // The ID of the unit configuration.
name:"2c2g", // The name of the unit configuration.
resource:{min_cpu:2, // The minimum number of CPU cores of the unit configuration.
max_cpu:2, // The maximum number of CPU cores of the unit configuration.
memory_size:"1.5GB", // The memory size of the unit configuration.
log_disk_size:"5.4GB", // The log disk size of the unit configuration.
min_iops:20000, // The minimum disk IOPS of the unit configuration.
max_iops:20000, // The maximum disk IOPS of the unit configuration.
iops_weight:2}}, // The IOPS weight of the unit configuration.
mode:1, // The compatibility mode. Valid values: 0 and 1. The value 0 indicates the MySQL-compatible mode. The value 1 indicates the Oracle-compatible mode.
create_timestamp:1658298418435426, // The time when the unit was created.
is_removed:false}, // Indicates whether the unit is marked as deleted.
super_block:{tenant_id:1002, // The superblock of the tenant.
replay_start_point:ObLogCursor{file_id=1, // The slog replay point of the tenant.
log_id=440,
offset=343322},
ls_meta_entry:[140](ver=0, // The entry point of the linked table that stores slog checkpoints of the log stream metadata of the tenant.
mode=0,
seq=139),
tablet_meta_entry:[141](ver=0, // The slog checkpoint entry of the tablet metadata of the tenant.
mode=0,
seq=140)},
create_status:1}, // The creation status of the tenant. Valid values: 0: CREATING; 1: CREATE_COMMIT; 2: CREATE_ABORT; 3: DELETING; 4: DELETE_COMMIT.
unit_min_cpu:"2.000000000000000000e+00", // The minimum number of CPU cores guaranteed.
unit_max_cpu:"2.000000000000000000e+00", // The maximum number of CPU cores available.
slice:"0.000000000000000000e+00",
slice_remain:"0.000000000000000000e+00",
token_cnt:8, // The number of tokens allocated by the scheduler. Each token is converted into a worker thread.
sug_token_cnt:8,
ass_token_cnt:8, // The number of tokens confirmed by the tenant. You can determine the number of tokens based on the token_cnt field. Typically, the values of the two fields are the same.
lq_tokens:2, // The number of tokens for large queries. The value of this field is equal to the value of the token_cnt field multiplied by the proportion of large queries.
used_lq_tokens:0, // The number of worker threads that hold large query tokens.
stopped:false, // Indicates whether resource units of the tenant are being deleted.
idle_us:6076629, // The total idle time of the worker threads in one round (10s). The idle time includes only the wait time in queues.
recv_hp_rpc_cnt:1, // The cumulative number of RPC requests received by the tenant at different levels, including hp (High), np (Normal), and lp (Low).
recv_np_rpc_cnt:5,
recv_lp_rpc_cnt:0,
recv_mysql_cnt:24, // The cumulative number of MySQL requests received by the tenant.
recv_task_cnt:1, // The cumulative number of internal tasks received by the tenant.
recv_large_req_cnt:0, // The cumulative number of large requests predicted by the tenant. The value of this field is only incremented but not cleared. The value is incremented upon a retry.
tt_large_quries:0, // The cumulative number of large requests processed by the tenant. The value of this field is only incremented but not cleared. The value is incremented upon checks.
pop_normal_cnt:1024555,
actives:8, // The number of active worker threads. The value is equal to the number of active worker threads of the tenant plus the number of threads suspended due to large queries, which is often equal to the value of the workers field. The difference between the values of the actives and workers fields is the number of inactive threads of the tenant that are waiting to be collected with a delay.
workers:8, // The number of worker threads held by the tenant, which is equal to the sum of the number of active worker threads of the tenant, the number of threads suspended due to large queries, and the number of inactive threads of the tenant that are waiting to be collected with a delay.
nesting workers:7, // The number of dedicated threads held by the tenant for nested requests. A total of seven threads correspond to seven nesting levels.
lq waiting workers:0, // The number of worker threads intended for processing large queries and waiting to be scheduled.
req_queue:total_size=0 queue[0]=0 queue[1]=0 queue[2]=0 queue[3]=0 queue[4]=0 queue[5]=0 , // The worker queues with different priorities. A smaller value indicates a higher priority.
large queued:0, // The number of large requests predicted by the tenant.
multi_level_queue:total_size=0 queue[0]=0 queue[1]=0 queue[2]=0 queue[3]=0 queue[4]=0 queue[5]=0 queue[6]=0 queue[7]=0, queue[8]=0, queue[9]=0, // The worker queues to accommodate nested requests. The values 1 to 7 correspond to the seven nesting levels. Queue 5 also accommodates inner SQL requests.
recv_level_rpc_cnt:cnt[0]=0 cnt[1]=0 cnt[2]=0 cnt[3]=0 cnt[4]=0 cnt[5]=0 cnt[6]=0 cnt[7]=0 cnt[8]=0 cnt[9]=0, // The cumulative number of requests received at each nesting level.
group_map:group_id = 1, // The threads of the group that corresponds to each group_id in the group_map and their queuing status.
queue_size = 0, // The queuing status of the group queue.
recv_req_cnt = 13526, // The cumulative number of requests in the group that are pushed to the queue.
pop_req_cnt = 13526, // The cumulative number of requests popped out by threads in the group.
token_cnt = 2, // The number of tokens allocated to the group. Each token is converted into a worker thread.
min_token_cnt = 2,
max_token_cnt = 2,
ass_token_cnt = 2 , // The number of confirmed tokens for the group. You can determine the number of tokens based on the token_cnt field. Typically, the values of the two fields are the same.
rpc_stat_info: pcode=0x150a:cnt=1489 pcode=0x150b:cnt=1091}) // The RPC pcodes that have been received most frequently by the tenant in a period. The statistical period is 10 seconds, and the top five RPC pcodes are printed.