[
  {
    "name": "cq_cpu_cores_temp_1m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cores_temp_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(temp) as \"count_temp\",mean(temp) as \"mean_temp\",max(temp) as \"max_temp\",min(temp) as \"min_temp\" INTO \"nsm\".autogen.cpu_cores_temp_1m FROM \"nsm\".autogen.cpu_cores_temp  GROUP BY host, instance, time(1m) END"
  },
  {
    "name": "cq_cpu_cores_temp_5m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cores_temp_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(temp) as \"count_temp\",mean(temp) as \"mean_temp\",max(temp) as \"max_temp\",min(temp) as \"min_temp\" INTO \"nsm\".autogen.cpu_cores_temp_5m FROM \"nsm\".autogen.cpu_cores_temp  GROUP BY host, instance, time(5m) END"
  },
  {
    "name": "cq_cpu_cores_temp_15m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cores_temp_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(temp) as \"count_temp\",mean(temp) as \"mean_temp\",max(temp) as \"max_temp\",min(temp) as \"min_temp\" INTO \"nsm\".autogen.cpu_cores_temp_15m FROM \"nsm\".autogen.cpu_cores_temp  GROUP BY host, instance, time(15m) END"
  },
  {
    "name": "cq_cpu_cores_temp_30m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cores_temp_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(temp) as \"count_temp\",mean(temp) as \"mean_temp\",max(temp) as \"max_temp\",min(temp) as \"min_temp\" INTO \"nsm\".autogen.cpu_cores_temp_30m FROM \"nsm\".autogen.cpu_cores_temp  GROUP BY host, instance, time(30m) END"
  },
  {
    "name": "cq_cpu_cores_temp_1h",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cores_temp_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(temp) as \"count_temp\",mean(temp) as \"mean_temp\",max(temp) as \"max_temp\",min(temp) as \"min_temp\" INTO \"nsm\".autogen.cpu_cores_temp_1h FROM \"nsm\".autogen.cpu_cores_temp  GROUP BY host, instance, time(1h) END"
  },
  {
    "name": "cq_cpu_cpus_load_1m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cpus_load_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_cpus_load_1m FROM \"nsm\".autogen.cpu_cpus_load  GROUP BY host, instance, time(1m) END"
  },
  {
    "name": "cq_cpu_cpus_load_5m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cpus_load_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_cpus_load_5m FROM \"nsm\".autogen.cpu_cpus_load  GROUP BY host, instance, time(5m) END"
  },
  {
    "name": "cq_cpu_cpus_load_15m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cpus_load_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_cpus_load_15m FROM \"nsm\".autogen.cpu_cpus_load  GROUP BY host, instance, time(15m) END"
  },
  {
    "name": "cq_cpu_cpus_load_30m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cpus_load_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_cpus_load_30m FROM \"nsm\".autogen.cpu_cpus_load  GROUP BY host, instance, time(30m) END"
  },
  {
    "name": "cq_cpu_cpus_load_1h",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_cpus_load_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_cpus_load_1h FROM \"nsm\".autogen.cpu_cpus_load  GROUP BY host, instance, time(1h) END"
  },
  {
    "name": "cq_cpu_load_1m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_load_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_load_1m FROM \"nsm\".autogen.cpu_load  GROUP BY host, time(1m) END"
  },
  {
    "name": "cq_cpu_load_5m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_load_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_load_5m FROM \"nsm\".autogen.cpu_load  GROUP BY host, time(5m) END"
  },
  {
    "name": "cq_cpu_load_15m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_load_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_load_15m FROM \"nsm\".autogen.cpu_load  GROUP BY host, time(15m) END"
  },
  {
    "name": "cq_cpu_load_30m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_load_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_load_30m FROM \"nsm\".autogen.cpu_load  GROUP BY host, time(30m) END"
  },
  {
    "name": "cq_cpu_load_1h",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_load_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(load) as \"count_load\",mean(load) as \"mean_load\",max(load) as \"max_load\",min(load) as \"min_load\" , count(load_irq) as \"count_load_irq\",mean(load_irq) as \"mean_load_irq\",max(load_irq) as \"max_load_irq\",min(load_irq) as \"min_load_irq\" , count(load_nice) as \"count_load_nice\",mean(load_nice) as \"mean_load_nice\",max(load_nice) as \"max_load_nice\",min(load_nice) as \"min_load_nice\" , count(load_system) as \"count_load_system\",mean(load_system) as \"mean_load_system\",max(load_system) as \"max_load_system\",min(load_system) as \"min_load_system\" , count(load_user) as \"count_load_user\",mean(load_user) as \"mean_load_user\",max(load_user) as \"max_load_user\",min(load_user) as \"min_load_user\" INTO \"nsm\".autogen.cpu_load_1h FROM \"nsm\".autogen.cpu_load  GROUP BY host, time(1h) END"
  },
  {
    "name": "cq_cpu_speed_1m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_speed_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(avg) as \"count_avg\",mean(avg) as \"mean_avg\",max(avg) as \"max_avg\",min(avg) as \"min_avg\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" , count(min) as \"count_min\",mean(min) as \"mean_min\",max(min) as \"max_min\",min(min) as \"min_min\" INTO \"nsm\".autogen.cpu_speed_1m FROM \"nsm\".autogen.cpu_speed  GROUP BY host, time(1m) END"
  },
  {
    "name": "cq_cpu_speed_5m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_speed_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(avg) as \"count_avg\",mean(avg) as \"mean_avg\",max(avg) as \"max_avg\",min(avg) as \"min_avg\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" , count(min) as \"count_min\",mean(min) as \"mean_min\",max(min) as \"max_min\",min(min) as \"min_min\" INTO \"nsm\".autogen.cpu_speed_5m FROM \"nsm\".autogen.cpu_speed  GROUP BY host, time(5m) END"
  },
  {
    "name": "cq_cpu_speed_15m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_speed_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(avg) as \"count_avg\",mean(avg) as \"mean_avg\",max(avg) as \"max_avg\",min(avg) as \"min_avg\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" , count(min) as \"count_min\",mean(min) as \"mean_min\",max(min) as \"max_min\",min(min) as \"min_min\" INTO \"nsm\".autogen.cpu_speed_15m FROM \"nsm\".autogen.cpu_speed  GROUP BY host, time(15m) END"
  },
  {
    "name": "cq_cpu_speed_30m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_speed_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(avg) as \"count_avg\",mean(avg) as \"mean_avg\",max(avg) as \"max_avg\",min(avg) as \"min_avg\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" , count(min) as \"count_min\",mean(min) as \"mean_min\",max(min) as \"max_min\",min(min) as \"min_min\" INTO \"nsm\".autogen.cpu_speed_30m FROM \"nsm\".autogen.cpu_speed  GROUP BY host, time(30m) END"
  },
  {
    "name": "cq_cpu_speed_1h",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_speed_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(avg) as \"count_avg\",mean(avg) as \"mean_avg\",max(avg) as \"max_avg\",min(avg) as \"min_avg\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" , count(min) as \"count_min\",mean(min) as \"mean_min\",max(min) as \"max_min\",min(min) as \"min_min\" INTO \"nsm\".autogen.cpu_speed_1h FROM \"nsm\".autogen.cpu_speed  GROUP BY host, time(1h) END"
  },
  {
    "name": "cq_cpu_temp_1m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_temp_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(main) as \"count_main\",mean(main) as \"mean_main\",max(main) as \"max_main\",min(main) as \"min_main\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" INTO \"nsm\".autogen.cpu_temp_1m FROM \"nsm\".autogen.cpu_temp  GROUP BY host, time(1m) END"
  },
  {
    "name": "cq_cpu_temp_5m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_temp_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(main) as \"count_main\",mean(main) as \"mean_main\",max(main) as \"max_main\",min(main) as \"min_main\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" INTO \"nsm\".autogen.cpu_temp_5m FROM \"nsm\".autogen.cpu_temp  GROUP BY host, time(5m) END"
  },
  {
    "name": "cq_cpu_temp_15m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_temp_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(main) as \"count_main\",mean(main) as \"mean_main\",max(main) as \"max_main\",min(main) as \"min_main\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" INTO \"nsm\".autogen.cpu_temp_15m FROM \"nsm\".autogen.cpu_temp  GROUP BY host, time(15m) END"
  },
  {
    "name": "cq_cpu_temp_30m",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_temp_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(main) as \"count_main\",mean(main) as \"mean_main\",max(main) as \"max_main\",min(main) as \"min_main\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" INTO \"nsm\".autogen.cpu_temp_30m FROM \"nsm\".autogen.cpu_temp  GROUP BY host, time(30m) END"
  },
  {
    "name": "cq_cpu_temp_1h",
    "query": "CREATE CONTINUOUS QUERY cq_cpu_temp_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(main) as \"count_main\",mean(main) as \"mean_main\",max(main) as \"max_main\",min(main) as \"min_main\" , count(max) as \"count_max\",mean(max) as \"mean_max\",max(max) as \"max_max\",min(max) as \"min_max\" INTO \"nsm\".autogen.cpu_temp_1h FROM \"nsm\".autogen.cpu_temp  GROUP BY host, time(1h) END"
  },
  {
    "name": "cq_disk_io_1m",
    "query": "CREATE CONTINUOUS QUERY cq_disk_io_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rIO) as \"count_rIO\",mean(rIO) as \"mean_rIO\",max(rIO) as \"max_rIO\",min(rIO) as \"min_rIO\" , count(rIO_sec) as \"count_rIO_sec\",mean(rIO_sec) as \"mean_rIO_sec\",max(rIO_sec) as \"max_rIO_sec\",min(rIO_sec) as \"min_rIO_sec\" , count(tIO) as \"count_tIO\",mean(tIO) as \"mean_tIO\",max(tIO) as \"max_tIO\",min(tIO) as \"min_tIO\" , count(tIO_sec) as \"count_tIO_sec\",mean(tIO_sec) as \"mean_tIO_sec\",max(tIO_sec) as \"max_tIO_sec\",min(tIO_sec) as \"min_tIO_sec\" , count(wIO) as \"count_wIO\",mean(wIO) as \"mean_wIO\",max(wIO) as \"max_wIO\",min(wIO) as \"min_wIO\" , count(wIO_sec) as \"count_wIO_sec\",mean(wIO_sec) as \"mean_wIO_sec\",max(wIO_sec) as \"max_wIO_sec\",min(wIO_sec) as \"min_wIO_sec\" INTO \"nsm\".autogen.disk_io_1m FROM \"nsm\".autogen.disk_io  GROUP BY host, time(1m) END"
  },
  {
    "name": "cq_disk_io_5m",
    "query": "CREATE CONTINUOUS QUERY cq_disk_io_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rIO) as \"count_rIO\",mean(rIO) as \"mean_rIO\",max(rIO) as \"max_rIO\",min(rIO) as \"min_rIO\" , count(rIO_sec) as \"count_rIO_sec\",mean(rIO_sec) as \"mean_rIO_sec\",max(rIO_sec) as \"max_rIO_sec\",min(rIO_sec) as \"min_rIO_sec\" , count(tIO) as \"count_tIO\",mean(tIO) as \"mean_tIO\",max(tIO) as \"max_tIO\",min(tIO) as \"min_tIO\" , count(tIO_sec) as \"count_tIO_sec\",mean(tIO_sec) as \"mean_tIO_sec\",max(tIO_sec) as \"max_tIO_sec\",min(tIO_sec) as \"min_tIO_sec\" , count(wIO) as \"count_wIO\",mean(wIO) as \"mean_wIO\",max(wIO) as \"max_wIO\",min(wIO) as \"min_wIO\" , count(wIO_sec) as \"count_wIO_sec\",mean(wIO_sec) as \"mean_wIO_sec\",max(wIO_sec) as \"max_wIO_sec\",min(wIO_sec) as \"min_wIO_sec\" INTO \"nsm\".autogen.disk_io_5m FROM \"nsm\".autogen.disk_io  GROUP BY host, time(5m) END"
  },
  {
    "name": "cq_disk_io_15m",
    "query": "CREATE CONTINUOUS QUERY cq_disk_io_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rIO) as \"count_rIO\",mean(rIO) as \"mean_rIO\",max(rIO) as \"max_rIO\",min(rIO) as \"min_rIO\" , count(rIO_sec) as \"count_rIO_sec\",mean(rIO_sec) as \"mean_rIO_sec\",max(rIO_sec) as \"max_rIO_sec\",min(rIO_sec) as \"min_rIO_sec\" , count(tIO) as \"count_tIO\",mean(tIO) as \"mean_tIO\",max(tIO) as \"max_tIO\",min(tIO) as \"min_tIO\" , count(tIO_sec) as \"count_tIO_sec\",mean(tIO_sec) as \"mean_tIO_sec\",max(tIO_sec) as \"max_tIO_sec\",min(tIO_sec) as \"min_tIO_sec\" , count(wIO) as \"count_wIO\",mean(wIO) as \"mean_wIO\",max(wIO) as \"max_wIO\",min(wIO) as \"min_wIO\" , count(wIO_sec) as \"count_wIO_sec\",mean(wIO_sec) as \"mean_wIO_sec\",max(wIO_sec) as \"max_wIO_sec\",min(wIO_sec) as \"min_wIO_sec\" INTO \"nsm\".autogen.disk_io_15m FROM \"nsm\".autogen.disk_io  GROUP BY host, time(15m) END"
  },
  {
    "name": "cq_disk_io_30m",
    "query": "CREATE CONTINUOUS QUERY cq_disk_io_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rIO) as \"count_rIO\",mean(rIO) as \"mean_rIO\",max(rIO) as \"max_rIO\",min(rIO) as \"min_rIO\" , count(rIO_sec) as \"count_rIO_sec\",mean(rIO_sec) as \"mean_rIO_sec\",max(rIO_sec) as \"max_rIO_sec\",min(rIO_sec) as \"min_rIO_sec\" , count(tIO) as \"count_tIO\",mean(tIO) as \"mean_tIO\",max(tIO) as \"max_tIO\",min(tIO) as \"min_tIO\" , count(tIO_sec) as \"count_tIO_sec\",mean(tIO_sec) as \"mean_tIO_sec\",max(tIO_sec) as \"max_tIO_sec\",min(tIO_sec) as \"min_tIO_sec\" , count(wIO) as \"count_wIO\",mean(wIO) as \"mean_wIO\",max(wIO) as \"max_wIO\",min(wIO) as \"min_wIO\" , count(wIO_sec) as \"count_wIO_sec\",mean(wIO_sec) as \"mean_wIO_sec\",max(wIO_sec) as \"max_wIO_sec\",min(wIO_sec) as \"min_wIO_sec\" INTO \"nsm\".autogen.disk_io_30m FROM \"nsm\".autogen.disk_io  GROUP BY host, time(30m) END"
  },
  {
    "name": "cq_disk_io_1h",
    "query": "CREATE CONTINUOUS QUERY cq_disk_io_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rIO) as \"count_rIO\",mean(rIO) as \"mean_rIO\",max(rIO) as \"max_rIO\",min(rIO) as \"min_rIO\" , count(rIO_sec) as \"count_rIO_sec\",mean(rIO_sec) as \"mean_rIO_sec\",max(rIO_sec) as \"max_rIO_sec\",min(rIO_sec) as \"min_rIO_sec\" , count(tIO) as \"count_tIO\",mean(tIO) as \"mean_tIO\",max(tIO) as \"max_tIO\",min(tIO) as \"min_tIO\" , count(tIO_sec) as \"count_tIO_sec\",mean(tIO_sec) as \"mean_tIO_sec\",max(tIO_sec) as \"max_tIO_sec\",min(tIO_sec) as \"min_tIO_sec\" , count(wIO) as \"count_wIO\",mean(wIO) as \"mean_wIO\",max(wIO) as \"max_wIO\",min(wIO) as \"min_wIO\" , count(wIO_sec) as \"count_wIO_sec\",mean(wIO_sec) as \"mean_wIO_sec\",max(wIO_sec) as \"max_wIO_sec\",min(wIO_sec) as \"min_wIO_sec\" INTO \"nsm\".autogen.disk_io_1h FROM \"nsm\".autogen.disk_io  GROUP BY host, time(1h) END"
  },
  {
    "name": "cq_fs_size_1m",
    "query": "CREATE CONTINUOUS QUERY cq_fs_size_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(size) as \"count_size\",mean(size) as \"mean_size\",max(size) as \"max_size\",min(size) as \"min_size\" , count(use) as \"count_use\",mean(use) as \"mean_use\",max(use) as \"max_use\",min(use) as \"min_use\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.fs_size_1m FROM \"nsm\".autogen.fs_size  GROUP BY host, instance, time(1m) END"
  },
  {
    "name": "cq_fs_size_5m",
    "query": "CREATE CONTINUOUS QUERY cq_fs_size_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(size) as \"count_size\",mean(size) as \"mean_size\",max(size) as \"max_size\",min(size) as \"min_size\" , count(use) as \"count_use\",mean(use) as \"mean_use\",max(use) as \"max_use\",min(use) as \"min_use\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.fs_size_5m FROM \"nsm\".autogen.fs_size  GROUP BY host, instance, time(5m) END"
  },
  {
    "name": "cq_fs_size_15m",
    "query": "CREATE CONTINUOUS QUERY cq_fs_size_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(size) as \"count_size\",mean(size) as \"mean_size\",max(size) as \"max_size\",min(size) as \"min_size\" , count(use) as \"count_use\",mean(use) as \"mean_use\",max(use) as \"max_use\",min(use) as \"min_use\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.fs_size_15m FROM \"nsm\".autogen.fs_size  GROUP BY host, instance, time(15m) END"
  },
  {
    "name": "cq_fs_size_30m",
    "query": "CREATE CONTINUOUS QUERY cq_fs_size_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(size) as \"count_size\",mean(size) as \"mean_size\",max(size) as \"max_size\",min(size) as \"min_size\" , count(use) as \"count_use\",mean(use) as \"mean_use\",max(use) as \"max_use\",min(use) as \"min_use\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.fs_size_30m FROM \"nsm\".autogen.fs_size  GROUP BY host, instance, time(30m) END"
  },
  {
    "name": "cq_fs_size_1h",
    "query": "CREATE CONTINUOUS QUERY cq_fs_size_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(size) as \"count_size\",mean(size) as \"mean_size\",max(size) as \"max_size\",min(size) as \"min_size\" , count(use) as \"count_use\",mean(use) as \"mean_use\",max(use) as \"max_use\",min(use) as \"min_use\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.fs_size_1h FROM \"nsm\".autogen.fs_size  GROUP BY host, instance, time(1h) END"
  },
  {
    "name": "cq_fs_stats_1m",
    "query": "CREATE CONTINUOUS QUERY cq_fs_stats_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" , count(wx) as \"count_wx\",mean(wx) as \"mean_wx\",max(wx) as \"max_wx\",min(wx) as \"min_wx\" , count(wx_sec) as \"count_wx_sec\",mean(wx_sec) as \"mean_wx_sec\",max(wx_sec) as \"max_wx_sec\",min(wx_sec) as \"min_wx_sec\" INTO \"nsm\".autogen.fs_stats_1m FROM \"nsm\".autogen.fs_stats  GROUP BY host, time(1m) END"
  },
  {
    "name": "cq_fs_stats_5m",
    "query": "CREATE CONTINUOUS QUERY cq_fs_stats_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" , count(wx) as \"count_wx\",mean(wx) as \"mean_wx\",max(wx) as \"max_wx\",min(wx) as \"min_wx\" , count(wx_sec) as \"count_wx_sec\",mean(wx_sec) as \"mean_wx_sec\",max(wx_sec) as \"max_wx_sec\",min(wx_sec) as \"min_wx_sec\" INTO \"nsm\".autogen.fs_stats_5m FROM \"nsm\".autogen.fs_stats  GROUP BY host, time(5m) END"
  },
  {
    "name": "cq_fs_stats_15m",
    "query": "CREATE CONTINUOUS QUERY cq_fs_stats_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" , count(wx) as \"count_wx\",mean(wx) as \"mean_wx\",max(wx) as \"max_wx\",min(wx) as \"min_wx\" , count(wx_sec) as \"count_wx_sec\",mean(wx_sec) as \"mean_wx_sec\",max(wx_sec) as \"max_wx_sec\",min(wx_sec) as \"min_wx_sec\" INTO \"nsm\".autogen.fs_stats_15m FROM \"nsm\".autogen.fs_stats  GROUP BY host, time(15m) END"
  },
  {
    "name": "cq_fs_stats_30m",
    "query": "CREATE CONTINUOUS QUERY cq_fs_stats_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" , count(wx) as \"count_wx\",mean(wx) as \"mean_wx\",max(wx) as \"max_wx\",min(wx) as \"min_wx\" , count(wx_sec) as \"count_wx_sec\",mean(wx_sec) as \"mean_wx_sec\",max(wx_sec) as \"max_wx_sec\",min(wx_sec) as \"min_wx_sec\" INTO \"nsm\".autogen.fs_stats_30m FROM \"nsm\".autogen.fs_stats  GROUP BY host, time(30m) END"
  },
  {
    "name": "cq_fs_stats_1h",
    "query": "CREATE CONTINUOUS QUERY cq_fs_stats_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" , count(wx) as \"count_wx\",mean(wx) as \"mean_wx\",max(wx) as \"max_wx\",min(wx) as \"min_wx\" , count(wx_sec) as \"count_wx_sec\",mean(wx_sec) as \"mean_wx_sec\",max(wx_sec) as \"max_wx_sec\",min(wx_sec) as \"min_wx_sec\" INTO \"nsm\".autogen.fs_stats_1h FROM \"nsm\".autogen.fs_stats  GROUP BY host, time(1h) END"
  },
  {
    "name": "cq_memory_1m",
    "query": "CREATE CONTINUOUS QUERY cq_memory_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(active) as \"count_active\",mean(active) as \"mean_active\",max(active) as \"max_active\",min(active) as \"min_active\" , count(available) as \"count_available\",mean(available) as \"mean_available\",max(available) as \"max_available\",min(available) as \"min_available\" , count(buffcache) as \"count_buffcache\",mean(buffcache) as \"mean_buffcache\",max(buffcache) as \"max_buffcache\",min(buffcache) as \"min_buffcache\" , count(free) as \"count_free\",mean(free) as \"mean_free\",max(free) as \"max_free\",min(free) as \"min_free\" , count(swapfree) as \"count_swapfree\",mean(swapfree) as \"mean_swapfree\",max(swapfree) as \"max_swapfree\",min(swapfree) as \"min_swapfree\" , count(swaptotal) as \"count_swaptotal\",mean(swaptotal) as \"mean_swaptotal\",max(swaptotal) as \"max_swaptotal\",min(swaptotal) as \"min_swaptotal\" , count(swapused) as \"count_swapused\",mean(swapused) as \"mean_swapused\",max(swapused) as \"max_swapused\",min(swapused) as \"min_swapused\" , count(total) as \"count_total\",mean(total) as \"mean_total\",max(total) as \"max_total\",min(total) as \"min_total\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.memory_1m FROM \"nsm\".autogen.memory  GROUP BY host, time(1m) END"
  },
  {
    "name": "cq_memory_5m",
    "query": "CREATE CONTINUOUS QUERY cq_memory_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(active) as \"count_active\",mean(active) as \"mean_active\",max(active) as \"max_active\",min(active) as \"min_active\" , count(available) as \"count_available\",mean(available) as \"mean_available\",max(available) as \"max_available\",min(available) as \"min_available\" , count(buffcache) as \"count_buffcache\",mean(buffcache) as \"mean_buffcache\",max(buffcache) as \"max_buffcache\",min(buffcache) as \"min_buffcache\" , count(free) as \"count_free\",mean(free) as \"mean_free\",max(free) as \"max_free\",min(free) as \"min_free\" , count(swapfree) as \"count_swapfree\",mean(swapfree) as \"mean_swapfree\",max(swapfree) as \"max_swapfree\",min(swapfree) as \"min_swapfree\" , count(swaptotal) as \"count_swaptotal\",mean(swaptotal) as \"mean_swaptotal\",max(swaptotal) as \"max_swaptotal\",min(swaptotal) as \"min_swaptotal\" , count(swapused) as \"count_swapused\",mean(swapused) as \"mean_swapused\",max(swapused) as \"max_swapused\",min(swapused) as \"min_swapused\" , count(total) as \"count_total\",mean(total) as \"mean_total\",max(total) as \"max_total\",min(total) as \"min_total\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.memory_5m FROM \"nsm\".autogen.memory  GROUP BY host, time(5m) END"
  },
  {
    "name": "cq_memory_15m",
    "query": "CREATE CONTINUOUS QUERY cq_memory_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(active) as \"count_active\",mean(active) as \"mean_active\",max(active) as \"max_active\",min(active) as \"min_active\" , count(available) as \"count_available\",mean(available) as \"mean_available\",max(available) as \"max_available\",min(available) as \"min_available\" , count(buffcache) as \"count_buffcache\",mean(buffcache) as \"mean_buffcache\",max(buffcache) as \"max_buffcache\",min(buffcache) as \"min_buffcache\" , count(free) as \"count_free\",mean(free) as \"mean_free\",max(free) as \"max_free\",min(free) as \"min_free\" , count(swapfree) as \"count_swapfree\",mean(swapfree) as \"mean_swapfree\",max(swapfree) as \"max_swapfree\",min(swapfree) as \"min_swapfree\" , count(swaptotal) as \"count_swaptotal\",mean(swaptotal) as \"mean_swaptotal\",max(swaptotal) as \"max_swaptotal\",min(swaptotal) as \"min_swaptotal\" , count(swapused) as \"count_swapused\",mean(swapused) as \"mean_swapused\",max(swapused) as \"max_swapused\",min(swapused) as \"min_swapused\" , count(total) as \"count_total\",mean(total) as \"mean_total\",max(total) as \"max_total\",min(total) as \"min_total\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.memory_15m FROM \"nsm\".autogen.memory  GROUP BY host, time(15m) END"
  },
  {
    "name": "cq_memory_30m",
    "query": "CREATE CONTINUOUS QUERY cq_memory_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(active) as \"count_active\",mean(active) as \"mean_active\",max(active) as \"max_active\",min(active) as \"min_active\" , count(available) as \"count_available\",mean(available) as \"mean_available\",max(available) as \"max_available\",min(available) as \"min_available\" , count(buffcache) as \"count_buffcache\",mean(buffcache) as \"mean_buffcache\",max(buffcache) as \"max_buffcache\",min(buffcache) as \"min_buffcache\" , count(free) as \"count_free\",mean(free) as \"mean_free\",max(free) as \"max_free\",min(free) as \"min_free\" , count(swapfree) as \"count_swapfree\",mean(swapfree) as \"mean_swapfree\",max(swapfree) as \"max_swapfree\",min(swapfree) as \"min_swapfree\" , count(swaptotal) as \"count_swaptotal\",mean(swaptotal) as \"mean_swaptotal\",max(swaptotal) as \"max_swaptotal\",min(swaptotal) as \"min_swaptotal\" , count(swapused) as \"count_swapused\",mean(swapused) as \"mean_swapused\",max(swapused) as \"max_swapused\",min(swapused) as \"min_swapused\" , count(total) as \"count_total\",mean(total) as \"mean_total\",max(total) as \"max_total\",min(total) as \"min_total\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.memory_30m FROM \"nsm\".autogen.memory  GROUP BY host, time(30m) END"
  },
  {
    "name": "cq_memory_1h",
    "query": "CREATE CONTINUOUS QUERY cq_memory_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(active) as \"count_active\",mean(active) as \"mean_active\",max(active) as \"max_active\",min(active) as \"min_active\" , count(available) as \"count_available\",mean(available) as \"mean_available\",max(available) as \"max_available\",min(available) as \"min_available\" , count(buffcache) as \"count_buffcache\",mean(buffcache) as \"mean_buffcache\",max(buffcache) as \"max_buffcache\",min(buffcache) as \"min_buffcache\" , count(free) as \"count_free\",mean(free) as \"mean_free\",max(free) as \"max_free\",min(free) as \"min_free\" , count(swapfree) as \"count_swapfree\",mean(swapfree) as \"mean_swapfree\",max(swapfree) as \"max_swapfree\",min(swapfree) as \"min_swapfree\" , count(swaptotal) as \"count_swaptotal\",mean(swaptotal) as \"mean_swaptotal\",max(swaptotal) as \"max_swaptotal\",min(swaptotal) as \"min_swaptotal\" , count(swapused) as \"count_swapused\",mean(swapused) as \"mean_swapused\",max(swapused) as \"max_swapused\",min(swapused) as \"min_swapused\" , count(total) as \"count_total\",mean(total) as \"mean_total\",max(total) as \"max_total\",min(total) as \"min_total\" , count(used) as \"count_used\",mean(used) as \"mean_used\",max(used) as \"max_used\",min(used) as \"min_used\" INTO \"nsm\".autogen.memory_1h FROM \"nsm\".autogen.memory  GROUP BY host, time(1h) END"
  },
  {
    "name": "cq_network_stats_1m",
    "query": "CREATE CONTINUOUS QUERY cq_network_stats_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" INTO \"nsm\".autogen.network_stats_1m FROM \"nsm\".autogen.network_stats  GROUP BY host, instance, time(1m) END"
  },
  {
    "name": "cq_network_stats_5m",
    "query": "CREATE CONTINUOUS QUERY cq_network_stats_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" INTO \"nsm\".autogen.network_stats_5m FROM \"nsm\".autogen.network_stats  GROUP BY host, instance, time(5m) END"
  },
  {
    "name": "cq_network_stats_15m",
    "query": "CREATE CONTINUOUS QUERY cq_network_stats_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" INTO \"nsm\".autogen.network_stats_15m FROM \"nsm\".autogen.network_stats  GROUP BY host, instance, time(15m) END"
  },
  {
    "name": "cq_network_stats_30m",
    "query": "CREATE CONTINUOUS QUERY cq_network_stats_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" INTO \"nsm\".autogen.network_stats_30m FROM \"nsm\".autogen.network_stats  GROUP BY host, instance, time(30m) END"
  },
  {
    "name": "cq_network_stats_1h",
    "query": "CREATE CONTINUOUS QUERY cq_network_stats_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(ms) as \"count_ms\",mean(ms) as \"mean_ms\",max(ms) as \"max_ms\",min(ms) as \"min_ms\" , count(rx) as \"count_rx\",mean(rx) as \"mean_rx\",max(rx) as \"max_rx\",min(rx) as \"min_rx\" , count(rx_sec) as \"count_rx_sec\",mean(rx_sec) as \"mean_rx_sec\",max(rx_sec) as \"max_rx_sec\",min(rx_sec) as \"min_rx_sec\" , count(tx) as \"count_tx\",mean(tx) as \"mean_tx\",max(tx) as \"max_tx\",min(tx) as \"min_tx\" , count(tx_sec) as \"count_tx_sec\",mean(tx_sec) as \"mean_tx_sec\",max(tx_sec) as \"max_tx_sec\",min(tx_sec) as \"min_tx_sec\" INTO \"nsm\".autogen.network_stats_1h FROM \"nsm\".autogen.network_stats  GROUP BY host, instance, time(1h) END"
  },
  {
    "name": "cq_system_1m",
    "query": "CREATE CONTINUOUS QUERY cq_system_1m ON \"nsm\"   RESAMPLE FOR 5m  BEGIN SELECT count(uptime) as \"count_uptime\",mean(uptime) as \"mean_uptime\",max(uptime) as \"max_uptime\",min(uptime) as \"min_uptime\" INTO \"nsm\".autogen.system_1m FROM \"nsm\".autogen.system  GROUP BY host, time(1m) END"
  },
  {
    "name": "cq_system_5m",
    "query": "CREATE CONTINUOUS QUERY cq_system_5m ON \"nsm\"   RESAMPLE FOR 10m  BEGIN SELECT count(uptime) as \"count_uptime\",mean(uptime) as \"mean_uptime\",max(uptime) as \"max_uptime\",min(uptime) as \"min_uptime\" INTO \"nsm\".autogen.system_5m FROM \"nsm\".autogen.system  GROUP BY host, time(5m) END"
  },
  {
    "name": "cq_system_15m",
    "query": "CREATE CONTINUOUS QUERY cq_system_15m ON \"nsm\"   RESAMPLE FOR 30m  BEGIN SELECT count(uptime) as \"count_uptime\",mean(uptime) as \"mean_uptime\",max(uptime) as \"max_uptime\",min(uptime) as \"min_uptime\" INTO \"nsm\".autogen.system_15m FROM \"nsm\".autogen.system  GROUP BY host, time(15m) END"
  },
  {
    "name": "cq_system_30m",
    "query": "CREATE CONTINUOUS QUERY cq_system_30m ON \"nsm\"   RESAMPLE FOR 1h  BEGIN SELECT count(uptime) as \"count_uptime\",mean(uptime) as \"mean_uptime\",max(uptime) as \"max_uptime\",min(uptime) as \"min_uptime\" INTO \"nsm\".autogen.system_30m FROM \"nsm\".autogen.system  GROUP BY host, time(30m) END"
  },
  {
    "name": "cq_system_1h",
    "query": "CREATE CONTINUOUS QUERY cq_system_1h ON \"nsm\"   RESAMPLE FOR 2h  BEGIN SELECT count(uptime) as \"count_uptime\",mean(uptime) as \"mean_uptime\",max(uptime) as \"max_uptime\",min(uptime) as \"min_uptime\" INTO \"nsm\".autogen.system_1h FROM \"nsm\".autogen.system  GROUP BY host, time(1h) END"
  }
]