show environment

show environment

import requests
import json
 
"""
Modify these please
"""
url='http://<ip_address>:<port_number>/ins'
switchuser='<user_id>'
switchpassword='<password>'
 
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
  "version": "1.0",
  "type": "cli_show",
  "chunk": "0",
  "sid": "1",
  "input": "show environment",
  "output_format": "json"
  }
} 
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)

json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))

{
    "TABLE_clock_info": {
        "ROW_clock_info": [
            {
                "act_standby": "None",
                "hw_ver": "--",
                "model": "Clock Module",
                "name": "A",
                "status": "NotSupported"
            },
            {
                "act_standby": "None",
                "hw_ver": "--",
                "model": "Clock Module",
                "name": "B",
                "status": "NotSupported"
            }
        ]
    },
    "TABLE_temp_info": {
        "ROW_temp_info": [
            {
                "alarm_status": "Ok",
                "cur_temp": "58",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice0 (s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "51",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice1 (s2)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "57",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice2 (s3)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "59",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice3 (s4)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "52",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice4 (s5)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "54",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice5 (s6)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "82",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "Crossbar0 (s7)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "79",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "Crossbar1 (s8)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "61",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "2",
                "sensor": "Arb1-mux (s9)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "63",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "2",
                "sensor": "Arb2-mux (s10)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "22",
                "major_thres": "60",
                "minor_thres": "42",
                "mod": "3",
                "sensor": "Inlet  (s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "55",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "3",
                "sensor": "Crossbar(s2)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "46",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "3",
                "sensor": "Arbiter (s3)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "35",
                "major_thres": "125",
                "minor_thres": "110",
                "mod": "3",
                "sensor": "L2L3Dev1(s4)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "31",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "3",
                "sensor": "CPU1CORE1(s5)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "25",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "3",
                "sensor": "CPU1CORE2(s6)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "28",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "3",
                "sensor": "CPU1CORE3(s7)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "27",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "3",
                "sensor": "CPU1CORE4(s8)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "27",
                "major_thres": "95",
                "minor_thres": "85",
                "mod": "3",
                "sensor": "DDR3DIMM1(s9)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "20",
                "major_thres": "60",
                "minor_thres": "42",
                "mod": "4",
                "sensor": "Inlet  (s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "57",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "4",
                "sensor": "Crossbar(s2)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "44",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "4",
                "sensor": "Arbiter (s3)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "35",
                "major_thres": "125",
                "minor_thres": "110",
                "mod": "4",
                "sensor": "L2L3Dev1(s4)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "27",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "4",
                "sensor": "CPU1CORE1(s5)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "23",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "4",
                "sensor": "CPU1CORE2(s6)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "28",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "4",
                "sensor": "CPU1CORE3(s7)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "26",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "4",
                "sensor": "CPU1CORE4(s8)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "26",
                "major_thres": "95",
                "minor_thres": "85",
                "mod": "4",
                "sensor": "DDR3DIMM1(s9)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "45",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "xbar-1",
                "sensor": "Crossbar1(s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "48",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "xbar-3",
                "sensor": "Crossbar1(s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "48",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "xbar-5",
                "sensor": "Crossbar1(s1)"
            }
        ]
    },
    "fandetails": {
        "TABLE_fan_zone_speed": {
            "ROW_fan_zone_speed": {
                "speed": "41.18(0x69)",
                "zone": 1
            }
        },
        "TABLE_faninfo": {
            "ROW_faninfo": [
                {
                    "fanhwver": "1.0",
                    "fanmodel": "DS-C9706-FAN",
                    "fanname": "Fan1(sys_fan1)",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "1.0",
                    "fanmodel": "DS-C9706-FAN",
                    "fanname": "Fan2(sys_fan2)",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "1.0",
                    "fanmodel": "DS-C9706-FAN",
                    "fanname": "Fan3(sys_fan3)",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "--",
                    "fanmodel": "--",
                    "fanname": "Fan_in_PS1",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "--",
                    "fanmodel": "--",
                    "fanname": "Fan_in_PS2",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "--",
                    "fanmodel": "--",
                    "fanname": "Fan_in_PS3",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "--",
                    "fanmodel": "--",
                    "fanname": "Fan_in_PS4",
                    "fanstatus": "Absent"
                }
            ]
        }
    },
    "powersup": {
        "TABLE_mod_pow_info": {
            "ROW_mod_pow_info": [
                {
                    "actual_draw": "383 W",
                    "allocated": "650 W",
                    "model": "DS-X9448-768K9",
                    "modstatus": "Powered-Up",
                    "num": "2"
                },
                {
                    "actual_draw": "101 W",
                    "allocated": "190 W",
                    "model": "DS-X97-SF1-K9",
                    "modstatus": "Powered-Up",
                    "num": "3"
                },
                {
                    "actual_draw": "111 W",
                    "allocated": "190 W",
                    "model": "DS-X97-SF1-K9",
                    "modstatus": "Powered-Up",
                    "num": "4"
                },
                {
                    "actual_draw": "40 W",
                    "allocated": "85 W",
                    "model": "DS-X9706-FAB1",
                    "modstatus": "Powered-Up",
                    "num": "Xb1"
                },
                {
                    "actual_draw": "N/A",
                    "allocated": "85 W",
                    "model": "xbar",
                    "modstatus": "Absent",
                    "num": "Xb2"
                },
                {
                    "actual_draw": "40 W",
                    "allocated": "85 W",
                    "model": "DS-X9706-FAB1",
                    "modstatus": "Powered-Up",
                    "num": "Xb3"
                },
                {
                    "actual_draw": "N/A",
                    "allocated": "85 W",
                    "model": "xbar",
                    "modstatus": "Absent",
                    "num": "Xb4"
                },
                {
                    "actual_draw": "40 W",
                    "allocated": "85 W",
                    "model": "DS-X9706-FAB1",
                    "modstatus": "Powered-Up",
                    "num": "Xb5"
                },
                {
                    "actual_draw": "N/A",
                    "allocated": "85 W",
                    "model": "xbar",
                    "modstatus": "Absent",
                    "num": "Xb6"
                },
                {
                    "actual_draw": "18 W",
                    "allocated": "300 W",
                    "model": "DS-C9706-FAN",
                    "modstatus": "Powered-Up",
                    "num": "fan1"
                },
                {
                    "actual_draw": "21 W",
                    "allocated": "300 W",
                    "model": "DS-C9706-FAN",
                    "modstatus": "Powered-Up",
                    "num": "fan2"
                },
                {
                    "actual_draw": "18 W",
                    "allocated": "300 W",
                    "model": "DS-C9706-FAN",
                    "modstatus": "Powered-Up",
                    "num": "fan3"
                }
            ]
        },
        "TABLE_ps_info": {
            "ROW_ps_info": [
                {
                    "actual_input": "353 W",
                    "actual_out": "279 W",
                    "model": "DS-CAC97-3KW",
                    "psnum": 1,
                    "status": "Ok",
                    "tot_capacity": "3000 W"
                },
                {
                    "actual_input": "299 W",
                    "actual_out": "246 W",
                    "model": "DS-CAC97-3KW",
                    "psnum": 2,
                    "status": "Ok",
                    "tot_capacity": "3000 W"
                },
                {
                    "actual_input": "316 W",
                    "actual_out": "257 W",
                    "model": "DS-CAC97-3KW",
                    "psnum": 3,
                    "status": "Ok",
                    "tot_capacity": "3000 W"
                },
                {
                    "actual_input": "0 W",
                    "actual_out": "0 W",
                    "model": "------------",
                    "psnum": 4,
                    "status": "Absent",
                    "tot_capacity": "0 W"
                }
            ]
        },
        "power_summary": {
            "available_pow": "3560 W",
            "cumulative_power": "9000 W",
            "ps_oper_mode": "PS-Redundant",
            "ps_redun_mode": "PS-Redundant",
            "tot_pow_alloc_budgeted": "2440 W",
            "tot_pow_capacity": "6000 W",
            "tot_pow_in_actual_draw": "968 W",
            "tot_pow_out_actual_draw": "782 W"
        },
        "voltage_level": 50
    }
}

     <powersup>
      <voltage_level>50</voltage_level>
      <TABLE_ps_info>
       <ROW_ps_info>
        <psnum>1</psnum>
        <model>DS-CAC97-3KW</model>
        <actual_out>281 W</actual_out>
        <actual_input>353 W</actual_input>
        <tot_capacity>3000 W</tot_capacity>
        <status>Ok</status>
       </ROW_ps_info>
       <ROW_ps_info>
        <psnum>2</psnum>
        <model>DS-CAC97-3KW</model>
        <actual_out>245 W</actual_out>
        <actual_input>299 W</actual_input>
        <tot_capacity>3000 W</tot_capacity>
        <status>Ok</status>
       </ROW_ps_info>
       <ROW_ps_info>
        <psnum>3</psnum>
        <model>DS-CAC97-3KW</model>
        <actual_out>256 W</actual_out>
        <actual_input>316 W</actual_input>
        <tot_capacity>3000 W</tot_capacity>
        <status>Ok</status>
       </ROW_ps_info>
       <ROW_ps_info>
        <psnum>4</psnum>
        <model>------------</model>
        <actual_out>0 W</actual_out>
        <actual_input>0 W</actual_input>
        <tot_capacity>0 W</tot_capacity>
        <status>Absent</status>
       </ROW_ps_info>
      </TABLE_ps_info>
      <TABLE_mod_pow_info>
       <ROW_mod_pow_info>
        <num>2</num>
        <model>DS-X9448-768K9</model>
        <actual_draw>383 W</actual_draw>
        <allocated>650 W</allocated>
        <modstatus>Powered-Up</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>3</num>
        <model>DS-X97-SF1-K9</model>
        <actual_draw>101 W</actual_draw>
        <allocated>190 W</allocated>
        <modstatus>Powered-Up</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>4</num>
        <model>DS-X97-SF1-K9</model>
        <actual_draw>107 W</actual_draw>
        <allocated>190 W</allocated>
        <modstatus>Powered-Up</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>Xb1</num>
        <model>DS-X9706-FAB1</model>
        <actual_draw>40 W</actual_draw>
        <allocated>85 W</allocated>
        <modstatus>Powered-Up</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>Xb2</num>
        <model>xbar</model>
        <actual_draw>N/A</actual_draw>
        <allocated>85 W</allocated>
        <modstatus>Absent</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>Xb3</num>
        <model>DS-X9706-FAB1</model>
        <actual_draw>40 W</actual_draw>
        <allocated>85 W</allocated>
        <modstatus>Powered-Up</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>Xb4</num>
        <model>xbar</model>
        <actual_draw>N/A</actual_draw>
        <allocated>85 W</allocated>
        <modstatus>Absent</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>Xb5</num>
        <model>DS-X9706-FAB1</model>
        <actual_draw>40 W</actual_draw>
        <allocated>85 W</allocated>
        <modstatus>Powered-Up</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>Xb6</num>
        <model>xbar</model>
        <actual_draw>N/A</actual_draw>
        <allocated>85 W</allocated>
        <modstatus>Absent</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>fan1</num>
        <model>DS-C9706-FAN</model>
        <actual_draw>18 W</actual_draw>
        <allocated>300 W</allocated>
        <modstatus>Powered-Up</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>fan2</num>
        <model>DS-C9706-FAN</model>
        <actual_draw>21 W</actual_draw>
        <allocated>300 W</allocated>
        <modstatus>Powered-Up</modstatus>
       </ROW_mod_pow_info>
       <ROW_mod_pow_info>
        <num>fan3</num>
        <model>DS-C9706-FAN</model>
        <actual_draw>18 W</actual_draw>
        <allocated>300 W</allocated>
        <modstatus>Powered-Up</modstatus>
       </ROW_mod_pow_info>
      </TABLE_mod_pow_info>
      <power_summary>
       <ps_redun_mode>PS-Redundant</ps_redun_mode>
       <ps_oper_mode>PS-Redundant</ps_oper_mode>
       <tot_pow_capacity>6000 W</tot_pow_capacity>
       <cumulative_power>9000 W</cumulative_power>
       <tot_pow_out_actual_draw>782 W</tot_pow_out_actual_draw>
       <tot_pow_in_actual_draw>968 W</tot_pow_in_actual_draw>
       <tot_pow_alloc_budgeted>2440 W</tot_pow_alloc_budgeted>
       <available_pow>3560 W</available_pow>
      </power_summary>
     </powersup>
     <TABLE_clock_info>
      <ROW_clock_info>
       <name>A</name>
       <model>Clock Module</model>
       <hw_ver>--</hw_ver>
       <status>NotSupported</status>
       <act_standby>None</act_standby>
      </ROW_clock_info>
      <ROW_clock_info>
       <name>B</name>
       <model>Clock Module</model>
       <hw_ver>--</hw_ver>
       <status>NotSupported</status>
       <act_standby>None</act_standby>
      </ROW_clock_info>
     </TABLE_clock_info>
     <fandetails>
      <TABLE_faninfo>
       <ROW_faninfo>
        <fanname>Fan1(sys_fan1)</fanname>
        <fanmodel>DS-C9706-FAN</fanmodel>
        <fanhwver>1.0</fanhwver>
        <fanstatus>Ok</fanstatus>
       </ROW_faninfo>
       <ROW_faninfo>
        <fanname>Fan2(sys_fan2)</fanname>
        <fanmodel>DS-C9706-FAN</fanmodel>
        <fanhwver>1.0</fanhwver>
        <fanstatus>Ok</fanstatus>
       </ROW_faninfo>
       <ROW_faninfo>
        <fanname>Fan3(sys_fan3)</fanname>
        <fanmodel>DS-C9706-FAN</fanmodel>
        <fanhwver>1.0</fanhwver>
        <fanstatus>Ok</fanstatus>
       </ROW_faninfo>
       <ROW_faninfo>
        <fanname>Fan_in_PS1</fanname>
        <fanmodel>--</fanmodel>
        <fanhwver>--</fanhwver>
        <fanstatus>Ok</fanstatus>
       </ROW_faninfo>
       <ROW_faninfo>
        <fanname>Fan_in_PS2</fanname>
        <fanmodel>--</fanmodel>
        <fanhwver>--</fanhwver>
        <fanstatus>Ok</fanstatus>
       </ROW_faninfo>
       <ROW_faninfo>
        <fanname>Fan_in_PS3</fanname>
        <fanmodel>--</fanmodel>
        <fanhwver>--</fanhwver>
        <fanstatus>Ok</fanstatus>
       </ROW_faninfo>
       <ROW_faninfo>
        <fanname>Fan_in_PS4</fanname>
        <fanmodel>--</fanmodel>
        <fanhwver>--</fanhwver>
        <fanstatus>Absent</fanstatus>
       </ROW_faninfo>
      </TABLE_faninfo>
      <TABLE_fan_zone_speed>
       <ROW_fan_zone_speed>
        <zone>1</zone>
        <speed>41.18(0x69)</speed>
       </ROW_fan_zone_speed>
      </TABLE_fan_zone_speed>
     </fandetails>
     <TABLE_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>IOSlice0 (s1)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>58</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>IOSlice1 (s2)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>51</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>IOSlice2 (s3)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>57</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>IOSlice3 (s4)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>59</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>IOSlice4 (s5)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>52</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>IOSlice5 (s6)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>54</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>Crossbar0 (s7)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>82</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>Crossbar1 (s8)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>79</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>Arb1-mux (s9)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>105</minor_thres>
       <cur_temp>61</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>2</mod>
       <sensor>Arb2-mux (s10)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>105</minor_thres>
       <cur_temp>63</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>3</mod>
       <sensor>Inlet  (s1)</sensor>
       <major_thres>60</major_thres>
       <minor_thres>42</minor_thres>
       <cur_temp>22</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>3</mod>
       <sensor>Crossbar(s2)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>55</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>3</mod>
       <sensor>Arbiter (s3)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>105</minor_thres>
       <cur_temp>46</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>3</mod>
       <sensor>L2L3Dev1(s4)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>110</minor_thres>
       <cur_temp>35</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>3</mod>
       <sensor>CPU1CORE1(s5)</sensor>
       <major_thres>85</major_thres>
       <minor_thres>75</minor_thres>
       <cur_temp>31</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>3</mod>
       <sensor>CPU1CORE2(s6)</sensor>
       <major_thres>85</major_thres>
       <minor_thres>75</minor_thres>
       <cur_temp>25</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>3</mod>
       <sensor>CPU1CORE3(s7)</sensor>
       <major_thres>85</major_thres>
       <minor_thres>75</minor_thres>
       <cur_temp>28</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>3</mod>
       <sensor>CPU1CORE4(s8)</sensor>
       <major_thres>85</major_thres>
       <minor_thres>75</minor_thres>
       <cur_temp>27</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>3</mod>
       <sensor>DDR3DIMM1(s9)</sensor>
       <major_thres>95</major_thres>
       <minor_thres>85</minor_thres>
       <cur_temp>27</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>4</mod>
       <sensor>Inlet  (s1)</sensor>
       <major_thres>60</major_thres>
       <minor_thres>42</minor_thres>
       <cur_temp>20</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>4</mod>
       <sensor>Crossbar(s2)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>57</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>4</mod>
       <sensor>Arbiter (s3)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>105</minor_thres>
       <cur_temp>44</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>4</mod>
       <sensor>L2L3Dev1(s4)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>110</minor_thres>
       <cur_temp>35</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>4</mod>
       <sensor>CPU1CORE1(s5)</sensor>
       <major_thres>85</major_thres>
       <minor_thres>75</minor_thres>
       <cur_temp>27</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>4</mod>
       <sensor>CPU1CORE2(s6)</sensor>
       <major_thres>85</major_thres>
       <minor_thres>75</minor_thres>
       <cur_temp>23</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>4</mod>
       <sensor>CPU1CORE3(s7)</sensor>
       <major_thres>85</major_thres>
       <minor_thres>75</minor_thres>
       <cur_temp>28</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>4</mod>
       <sensor>CPU1CORE4(s8)</sensor>
       <major_thres>85</major_thres>
       <minor_thres>75</minor_thres>
       <cur_temp>26</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>4</mod>
       <sensor>DDR3DIMM1(s9)</sensor>
       <major_thres>95</major_thres>
       <minor_thres>85</minor_thres>
       <cur_temp>26</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>xbar-1</mod>
       <sensor>Crossbar1(s1)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>45</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>xbar-3</mod>
       <sensor>Crossbar1(s1)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>48</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
      <ROW_temp_info>
       <mod>xbar-5</mod>
       <sensor>Crossbar1(s1)</sensor>
       <major_thres>125</major_thres>
       <minor_thres>115</minor_thres>
       <cur_temp>48</cur_temp>
       <alarm_status>Ok</alarm_status>
      </ROW_temp_info>
     </TABLE_temp_info>

The show environment command displays all environment-related switch information (status of chassis clock, chassis fan modules, power supply modules, power supply redundancy mode and power usage summary, module temperature thresholds and alarm status. For command descriptions, see the Cisco MDS 9000 Series Switches Command References.

Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.4(2a) or later.

CLI Output
switch# show environment

Power Supply:
Voltage: 50 Volts
Power                              Actual       Actual        Total
Supply    Model                    Output        Input     Capacity         Status
-------  -------------------  -----------  -----------  -----------  --------------
1        DS-CAC97-3KW               281 W        355 W       3000 W        Ok        
2        DS-CAC97-3KW               246 W        299 W       3000 W        Ok        
3        DS-CAC97-3KW               257 W        316 W       3000 W        Ok        
4        ------------                 0 W          0 W          0 W        Absent    


                                  Actual        Power      
Module    Model                     Draw    Allocated     Status
-------  -------------------  -----------  -----------  --------------
2        DS-X9448-768K9             383 W        650 W    Powered-Up
3        DS-X97-SF1-K9              101 W        190 W    Powered-Up
4        DS-X97-SF1-K9              107 W        190 W    Powered-Up
Xb1      DS-X9706-FAB1               40 W         85 W    Powered-Up
Xb2      xbar                       N/A           85 W    Absent
Xb3      DS-X9706-FAB1               40 W         85 W    Powered-Up
Xb4      xbar                       N/A           85 W    Absent
Xb5      DS-X9706-FAB1               40 W         85 W    Powered-Up
Xb6      xbar                       N/A           85 W    Absent
fan1     DS-C9706-FAN                18 W        300 W    Powered-Up
fan2     DS-C9706-FAN                21 W        300 W    Powered-Up
fan3     DS-C9706-FAN                18 W        300 W    Powered-Up

N/A - Per module power not available


Power Usage Summary:
--------------------
Power Supply redundancy mode (configured)                PS-Redundant
Power Supply redundancy mode (operational)               PS-Redundant

Total Power Capacity (based on configured mode)               6000 W
Total Power of all Inputs (cumulative)                        9000 W
Total Power Output (actual draw)                               784 W
Total Power Input  (actual draw)                               970 W
Total Power Allocated (budget)                                2440 W
Total Power Available for additional modules                  3560 W

Clock:
----------------------------------------------------------
Clock           Model                Hw         Status
----------------------------------------------------------
A               Clock Module         --         NotSupported/None
B               Clock Module         --         NotSupported/None


Fan:
------------------------------------------------------
Fan             Model                Hw         Status
------------------------------------------------------
Fan1(sys_fan1)  DS-C9706-FAN         1.0        Ok 
Fan2(sys_fan2)  DS-C9706-FAN         1.0        Ok 
Fan3(sys_fan3)  DS-C9706-FAN         1.0        Ok 
Fan_in_PS1      --                   --         Ok             
Fan_in_PS2      --                   --         Ok             
Fan_in_PS3      --                   --         Ok             
Fan_in_PS4      --                   --         Absent         
Fan Zone Speed %(Hex): Zone 1: 41.18(0x69)


Temperature:
--------------------------------------------------------------------
Module   Sensor        MajorThresh   MinorThres   CurTemp     Status
                       (Celsius)     (Celsius)    (Celsius)         
--------------------------------------------------------------------
2        IOSlice0 (s1)   125             115         58         Ok             
2        IOSlice1 (s2)   125             115         51         Ok             
2        IOSlice2 (s3)   125             115         57         Ok             
2        IOSlice3 (s4)   125             115         59         Ok             
2        IOSlice4 (s5)   125             115         52         Ok             
2        IOSlice5 (s6)   125             115         54         Ok             
2        Crossbar0 (s7)  125             115         82         Ok             
2        Crossbar1 (s8)  125             115         79         Ok             
2        Arb1-mux (s9)   125             105         61         Ok             
2        Arb2-mux (s10)  125             105         63         Ok             
3        Inlet  (s1)     60              42          22         Ok             
3        Crossbar(s2)    125             115         55         Ok             
3        Arbiter (s3)    125             105         46         Ok             
3        L2L3Dev1(s4)    125             110         35         Ok             
3        CPU1CORE1(s5)   85              75          31         Ok             
3        CPU1CORE2(s6)   85              75          25         Ok             
3        CPU1CORE3(s7)   85              75          28         Ok             
3        CPU1CORE4(s8)   85              75          27         Ok             
3        DDR3DIMM1(s9)   95              85          27         Ok             
4        Inlet  (s1)     60              42          20         Ok             
4        Crossbar(s2)    125             115         57         Ok             
4        Arbiter (s3)    125             105         44         Ok             
4        L2L3Dev1(s4)    125             110         35         Ok             
4        CPU1CORE1(s5)   85              75          27         Ok             
4        CPU1CORE2(s6)   85              75          23         Ok             
4        CPU1CORE3(s7)   85              75          28         Ok             
4        CPU1CORE4(s8)   85              75          26         Ok             
4        DDR3DIMM1(s9)   95              85          26         Ok             
xbar-1   Crossbar1(s1)   125             115         45         Ok             
xbar-3   Crossbar1(s1)   125             115         48         Ok             
xbar-5   Crossbar1(s1)   125             115         48         Ok
ParameterDescriptionTypeSample Values
statusStatus of the clockString['NotSupported', 'Ok', 'Absent', 'Failure', 'None']
nameClock instance (A or B)String['B', 'A']
act_standbyActive/standby status of clockString['None', 'Active', 'Standby']
alarm_statusAlarm statusString['Ok', 'Failure', 'AccessFailure', 'MinorAlarm', 'MajorAlarm', 'NotPresent']
ps_oper_mode Power usage summary in operational mode statusString['PS-Redundant', 'InSrc-Redundant', 'Non-Redundant(combined)', 'Redundant', 'Combined(obsolete)', 'Non-Redundant']
fanstatusStatus of the fanString['Ok', 'Absent', 'None', 'Failure', 'Shutdown']
ps_redun_modePower usage summary in redundant mode statusString['PS-Redundant', 'InSrc-Redundant', 'Non-Redundant(combined)', 'Redundant', 'Combined(obsolete)', 'Non-Redundant']
modstatusPower module statusString['Powered-Up', 'Absent', 'Powered-Dn', 'Pwr-Denied', 'Err-Pwd-Dn', 'Present', 'Failure', 'Pwr-Cycld']
major_thresMajor threshold (celsius)String
speedFan zone speedString
zoneFan zone number Integer
fannameFan instanceString
psnumPower supply numberInteger
sensorSensor name String
modelPower supply modelString
cur_tempCurrent temperature (Celsius)String
minor_thresMinor threshold (Celsius)String
fanhwverHardware version of the fanString
num Module numberString
voltage_levelVoltage level (in volts)Integer
actual_outActual power output (in watts)String
actual_inputActual power input (in watts)String
tot_pow_alloc_budgetedTotal power allocated/budgeted (in watts)String
hw_verHardware version of the clockString
actual_drawActual power draw (in watts)String
tot_pow_capacityTotal power capacity (in watts)String
tot_pow_out_actual_drawTotal power output, actuals (in watts)String
fanmodel Model number of fanString
tot_capacityTotal capacity (in watts)String
available_powRemaining power available (in watts)String
allocatedPower allocated (in watts)String
tot_pow_in_actual_drawTotal power input, actuals (in watts)String
cumulative_powerCumulative power capacity (in watts)String
modTemperature module numberString

show environment clock

show environment clock

import requests
import json
 
"""
Modify these please
"""
url='http://<ip_address>:<port_number>/ins'
switchuser='<user_id>'
switchpassword='<password>'
 
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
  "version": "1.0",
  "type": "cli_show",
  "chunk": "0",
  "sid": "1",
  "input": "show environment clock",
  "output_format": "json"
  }
} 
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)

json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))

{
    "TABLE_clock_info": {
        "ROW_clock_info": [
            {
                "act_standby": "None",
                "hw_ver": "--",
                "model": "Clock Module",
                "name": "A",
                "status": "NotSupported"
            },
            {
                "act_standby": "None",
                "hw_ver": "--",
                "model": "Clock Module",
                "name": "B",
                "status": "NotSupported"
            }
        ]
    }
}

      <TABLE_clock_info>
       <ROW_clock_info>
        <name>A</name>
        <model>Clock Module</model>
        <hw_ver>--</hw_ver>
        <status>NotSupported</status>
        <act_standby>None</act_standby>
       </ROW_clock_info>
       <ROW_clock_info>
        <name>B</name>
        <model>Clock Module</model>
        <hw_ver>--</hw_ver>
        <status>NotSupported</status>
        <act_standby>None</act_standby>
       </ROW_clock_info>
      </TABLE_clock_info>

The show environment clock command displays status of chassis clock modules. For command descriptions, see the Cisco MDS 9000 Series Switches Command References.

Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.4(2a) or later.

CLI Output
switch# show environment clock

Clock:
----------------------------------------------------------
Clock           Model                Hw         Status
----------------------------------------------------------
A               Clock Module         --         NotSupported/None
B               Clock Module         --         NotSupported/None
ParameterDescriptionTypeSample Values
act_standby Active/standby status of clockString['Active', 'Standby', 'None']
nameClock instance (A or B)String['B', 'A']
statusStatus of the clockString['NotSupported', 'Ok', 'Absent', 'Failure', 'None']
model Model number of clockString
hw_verHardware version of the clockString

show environment fan

show environment fan

import requests
import json
 
"""
Modify these please
"""
url='http://<ip_address>:<port_number>/ins'
switchuser='<user_id>'
switchpassword='<password>'
 
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
  "version": "1.0",
  "type": "cli_show",
  "chunk": "0",
  "sid": "1",
  "input": "show environment fan"
  "output_format": "json"
  }
} 
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)

json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))

{
    "fandetails": {
        "TABLE_fan_zone_speed": {
            "ROW_fan_zone_speed": {
                "speed": "41.18(0x69)",
                "zone": 1
            }
        },
        "TABLE_faninfo": {
            "ROW_faninfo": [
                {
                    "fanhwver": "1.0",
                    "fanmodel": "DS-C9706-FAN",
                    "fanname": "Fan1(sys_fan1)",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "1.0",
                    "fanmodel": "DS-C9706-FAN",
                    "fanname": "Fan2(sys_fan2)",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "1.0",
                    "fanmodel": "DS-C9706-FAN",
                    "fanname": "Fan3(sys_fan3)",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "--",
                    "fanmodel": "--",
                    "fanname": "Fan_in_PS1",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "--",
                    "fanmodel": "--",
                    "fanname": "Fan_in_PS2",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "--",
                    "fanmodel": "--",
                    "fanname": "Fan_in_PS3",
                    "fanstatus": "Ok"
                },
                {
                    "fanhwver": "--",
                    "fanmodel": "--",
                    "fanname": "Fan_in_PS4",
                    "fanstatus": "Absent"
                }
            ]
        }
    }
}

      <fandetails>
       <TABLE_faninfo>
        <ROW_faninfo>
         <fanname>Fan1(sys_fan1)</fanname>
         <fanmodel>DS-C9706-FAN</fanmodel>
         <fanhwver>1.0</fanhwver>
         <fanstatus>Ok</fanstatus>
        </ROW_faninfo>
        <ROW_faninfo>
         <fanname>Fan2(sys_fan2)</fanname>
         <fanmodel>DS-C9706-FAN</fanmodel>
         <fanhwver>1.0</fanhwver>
         <fanstatus>Ok</fanstatus>
        </ROW_faninfo>
        <ROW_faninfo>
         <fanname>Fan3(sys_fan3)</fanname>
         <fanmodel>DS-C9706-FAN</fanmodel>
         <fanhwver>1.0</fanhwver>
         <fanstatus>Ok</fanstatus>
        </ROW_faninfo>
        <ROW_faninfo>
         <fanname>Fan_in_PS1</fanname>
         <fanmodel>--</fanmodel>
         <fanhwver>--</fanhwver>
         <fanstatus>Ok</fanstatus>
        </ROW_faninfo>
        <ROW_faninfo>
         <fanname>Fan_in_PS2</fanname>
         <fanmodel>--</fanmodel>
         <fanhwver>--</fanhwver>
         <fanstatus>Ok</fanstatus>
        </ROW_faninfo>
        <ROW_faninfo>
         <fanname>Fan_in_PS3</fanname>
         <fanmodel>--</fanmodel>
         <fanhwver>--</fanhwver>
         <fanstatus>Ok</fanstatus>
        </ROW_faninfo>
        <ROW_faninfo>
         <fanname>Fan_in_PS4</fanname>
         <fanmodel>--</fanmodel>
         <fanhwver>--</fanhwver>
         <fanstatus>Absent</fanstatus>
        </ROW_faninfo>
       </TABLE_faninfo>
       <TABLE_fan_zone_speed>
        <ROW_fan_zone_speed>
         <zone>1</zone>
         <speed>41.18(0x69)</speed>
        </ROW_fan_zone_speed>
       </TABLE_fan_zone_speed>
      </fandetails>

The show environment fan command displays status of chassis fan modules. For command descriptions, see the Cisco MDS 9000 Series Switches Command References.

Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.4(2a) or later.

CLI Output
switch# show environment fan

Fan:
------------------------------------------------------
Fan             Model                Hw         Status
------------------------------------------------------
Fan1(sys_fan1)  DS-C9706-FAN         1.0        Ok 
Fan2(sys_fan2)  DS-C9706-FAN         1.0        Ok 
Fan3(sys_fan3)  DS-C9706-FAN         1.0        Ok 
Fan_in_PS1      --                   --         Ok             
Fan_in_PS2      --                   --         Ok             
Fan_in_PS3      --                   --         Ok             
Fan_in_PS4      --                   --         Absent         
Fan Zone Speed %(Hex): Zone 1: 41.18(0x69)
ParameterDescriptionTypeSample Values
fanstatusStatus of fan filterString['Ok', 'Absent', 'Shutdown', 'Failure', 'None']
fanhwverHardware version of the fanString
fannameFan tray instanceString
speed Speed of the fan [Fab0/Fab1](RPM)String
fanmodelModel number of fanString
zone Zone numberInteger

show environment temperature

show environment temperature

import requests
import json
 
"""
Modify these please
"""
url='http://<ip_address>:<port_number>/ins'
switchuser='<user_id>'
switchpassword='<password>'
 
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
  "version": "1.0",
  "type": "cli_show",
  "chunk": "0",
  "sid": "1",
  "input": "show environment temperature",
  "output_format": "json"
  }
} 
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)

json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))

{
    "TABLE_temp_info": {
        "ROW_temp_info": [
            {
                "alarm_status": "Ok",
                "cur_temp": "58",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice0 (s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "51",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice1 (s2)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "57",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice2 (s3)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "59",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice3 (s4)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "52",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice4 (s5)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "54",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice5 (s6)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "82",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "Crossbar0 (s7)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "79",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "Crossbar1 (s8)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "61",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "2",
                "sensor": "Arb1-mux (s9)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "63",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "2",
                "sensor": "Arb2-mux (s10)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "22",
                "major_thres": "60",
                "minor_thres": "42",
                "mod": "3",
                "sensor": "Inlet  (s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "55",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "3",
                "sensor": "Crossbar(s2)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "46",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "3",
                "sensor": "Arbiter (s3)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "35",
                "major_thres": "125",
                "minor_thres": "110",
                "mod": "3",
                "sensor": "L2L3Dev1(s4)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "31",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "3",
                "sensor": "CPU1CORE1(s5)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "25",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "3",
                "sensor": "CPU1CORE2(s6)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "28",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "3",
                "sensor": "CPU1CORE3(s7)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "27",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "3",
                "sensor": "CPU1CORE4(s8)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "27",
                "major_thres": "95",
                "minor_thres": "85",
                "mod": "3",
                "sensor": "DDR3DIMM1(s9)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "20",
                "major_thres": "60",
                "minor_thres": "42",
                "mod": "4",
                "sensor": "Inlet  (s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "57",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "4",
                "sensor": "Crossbar(s2)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "44",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "4",
                "sensor": "Arbiter (s3)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "35",
                "major_thres": "125",
                "minor_thres": "110",
                "mod": "4",
                "sensor": "L2L3Dev1(s4)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "27",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "4",
                "sensor": "CPU1CORE1(s5)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "23",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "4",
                "sensor": "CPU1CORE2(s6)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "28",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "4",
                "sensor": "CPU1CORE3(s7)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "26",
                "major_thres": "85",
                "minor_thres": "75",
                "mod": "4",
                "sensor": "CPU1CORE4(s8)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "26",
                "major_thres": "95",
                "minor_thres": "85",
                "mod": "4",
                "sensor": "DDR3DIMM1(s9)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "45",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "xbar-1",
                "sensor": "Crossbar1(s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "48",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "xbar-3",
                "sensor": "Crossbar1(s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "48",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "xbar-5",
                "sensor": "Crossbar1(s1)"
            }
        ]
    }
}

      <TABLE_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>IOSlice0 (s1)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>58</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>IOSlice1 (s2)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>51</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>IOSlice2 (s3)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>57</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>IOSlice3 (s4)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>59</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>IOSlice4 (s5)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>52</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>IOSlice5 (s6)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>54</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>Crossbar0 (s7)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>82</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>Crossbar1 (s8)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>79</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>Arb1-mux (s9)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>105</minor_thres>
        <cur_temp>61</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>2</mod>
        <sensor>Arb2-mux (s10)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>105</minor_thres>
        <cur_temp>63</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>3</mod>
        <sensor>Inlet  (s1)</sensor>
        <major_thres>60</major_thres>
        <minor_thres>42</minor_thres>
        <cur_temp>22</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>3</mod>
        <sensor>Crossbar(s2)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>55</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>3</mod>
        <sensor>Arbiter (s3)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>105</minor_thres>
        <cur_temp>46</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>3</mod>
        <sensor>L2L3Dev1(s4)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>110</minor_thres>
        <cur_temp>35</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>3</mod>
        <sensor>CPU1CORE1(s5)</sensor>
        <major_thres>85</major_thres>
        <minor_thres>75</minor_thres>
        <cur_temp>31</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>3</mod>
        <sensor>CPU1CORE2(s6)</sensor>
        <major_thres>85</major_thres>
        <minor_thres>75</minor_thres>
        <cur_temp>25</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>3</mod>
        <sensor>CPU1CORE3(s7)</sensor>
        <major_thres>85</major_thres>
        <minor_thres>75</minor_thres>
        <cur_temp>28</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>3</mod>
        <sensor>CPU1CORE4(s8)</sensor>
        <major_thres>85</major_thres>
        <minor_thres>75</minor_thres>
        <cur_temp>27</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>3</mod>
        <sensor>DDR3DIMM1(s9)</sensor>
        <major_thres>95</major_thres>
        <minor_thres>85</minor_thres>
        <cur_temp>27</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>4</mod>
        <sensor>Inlet  (s1)</sensor>
        <major_thres>60</major_thres>
        <minor_thres>42</minor_thres>
        <cur_temp>20</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>4</mod>
        <sensor>Crossbar(s2)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>57</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>4</mod>
        <sensor>Arbiter (s3)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>105</minor_thres>
        <cur_temp>44</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>4</mod>
        <sensor>L2L3Dev1(s4)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>110</minor_thres>
        <cur_temp>35</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>4</mod>
        <sensor>CPU1CORE1(s5)</sensor>
        <major_thres>85</major_thres>
        <minor_thres>75</minor_thres>
        <cur_temp>27</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>4</mod>
        <sensor>CPU1CORE2(s6)</sensor>
        <major_thres>85</major_thres>
        <minor_thres>75</minor_thres>
        <cur_temp>23</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>4</mod>
        <sensor>CPU1CORE3(s7)</sensor>
        <major_thres>85</major_thres>
        <minor_thres>75</minor_thres>
        <cur_temp>28</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>4</mod>
        <sensor>CPU1CORE4(s8)</sensor>
        <major_thres>85</major_thres>
        <minor_thres>75</minor_thres>
        <cur_temp>26</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>4</mod>
        <sensor>DDR3DIMM1(s9)</sensor>
        <major_thres>95</major_thres>
        <minor_thres>85</minor_thres>
        <cur_temp>26</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>xbar-1</mod>
        <sensor>Crossbar1(s1)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>45</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>xbar-3</mod>
        <sensor>Crossbar1(s1)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>48</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
       <ROW_temp_info>
        <mod>xbar-5</mod>
        <sensor>Crossbar1(s1)</sensor>
        <major_thres>125</major_thres>
        <minor_thres>115</minor_thres>
        <cur_temp>48</cur_temp>
        <alarm_status>Ok</alarm_status>
       </ROW_temp_info>
      </TABLE_temp_info>

The show environment temperature command displays module temperature thresholds and alarm status of temperature sensors. For command descriptions, see the Cisco MDS 9000 Series Switches Command References.

Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.4(2a) or later.

CLI Output
switch# show environment temperature

Temperature:
--------------------------------------------------------------------
Module   Sensor        MajorThresh   MinorThres   CurTemp     Status
                       (Celsius)     (Celsius)    (Celsius)         
--------------------------------------------------------------------
2        IOSlice0 (s1)   125             115         58         Ok             
2        IOSlice1 (s2)   125             115         51         Ok             
2        IOSlice2 (s3)   125             115         57         Ok             
2        IOSlice3 (s4)   125             115         59         Ok             
2        IOSlice4 (s5)   125             115         52         Ok             
2        IOSlice5 (s6)   125             115         54         Ok             
2        Crossbar0 (s7)  125             115         82         Ok             
2        Crossbar1 (s8)  125             115         79         Ok             
2        Arb1-mux (s9)   125             105         61         Ok             
2        Arb2-mux (s10)  125             105         63         Ok             
3        Inlet  (s1)     60              42          22         Ok             
3        Crossbar(s2)    125             115         55         Ok             
3        Arbiter (s3)    125             105         46         Ok             
3        L2L3Dev1(s4)    125             110         35         Ok             
3        CPU1CORE1(s5)   85              75          31         Ok             
3        CPU1CORE2(s6)   85              75          25         Ok             
3        CPU1CORE3(s7)   85              75          28         Ok             
3        CPU1CORE4(s8)   85              75          27         Ok             
3        DDR3DIMM1(s9)   95              85          27         Ok             
4        Inlet  (s1)     60              42          20         Ok             
4        Crossbar(s2)    125             115         57         Ok             
4        Arbiter (s3)    125             105         44         Ok             
4        L2L3Dev1(s4)    125             110         35         Ok             
4        CPU1CORE1(s5)   85              75          27         Ok             
4        CPU1CORE2(s6)   85              75          23         Ok             
4        CPU1CORE3(s7)   85              75          28         Ok             
4        CPU1CORE4(s8)   85              75          26         Ok             
4        DDR3DIMM1(s9)   95              85          26         Ok             
xbar-1   Crossbar1(s1)   125             115         45         Ok             
xbar-3   Crossbar1(s1)   125             115         48         Ok             
xbar-5   Crossbar1(s1)   125             115         48         Ok
ParameterDescriptionTypeSample Values
alarm_statusAlarm statusString['Ok', 'Failure', 'AccessFailure', 'MinorAlarm', 'MajorAlarm', 'NotPresent']
major_thres Major threshold (in celsius)String
cur_temp Current temperature (celsius)String
sensor Sensor nameString
minor_thres Minor threshold (Celsius)String
modTemperature module numberString

show environment temperature module <*module_number*>

show environment temperature module <module_number>

import requests
import json
 
"""
Modify these please
"""
url='http://<ip_address>:<port_number>/ins'
switchuser='<user_id>'
switchpassword='<password>'
 
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
  "version": "1.0",
  "type": "cli_show",
  "chunk": "0",
  "sid": "1",
  "input": "show environment temperature module <module_number>",
  "output_format": "json"
  }
} 
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)

json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))

{
    "TABLE_temp_info": {
        "ROW_temp_info": [
            {
                "alarm_status": "Ok",
                "cur_temp": "58",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice0 (s1)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "51",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice1 (s2)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "57",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice2 (s3)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "59",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice3 (s4)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "52",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice4 (s5)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "54",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "IOSlice5 (s6)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "82",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "Crossbar0 (s7)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "79",
                "major_thres": "125",
                "minor_thres": "115",
                "mod": "2",
                "sensor": "Crossbar1 (s8)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "61",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "2",
                "sensor": "Arb1-mux (s9)"
            },
            {
                "alarm_status": "Ok",
                "cur_temp": "63",
                "major_thres": "125",
                "minor_thres": "105",
                "mod": "2",
                "sensor": "Arb2-mux (s10)"
            }
        ]
    }
}

        <TABLE_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>IOSlice0 (s1)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>115</minor_thres>
          <cur_temp>58</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>IOSlice1 (s2)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>115</minor_thres>
          <cur_temp>51</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>IOSlice2 (s3)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>115</minor_thres>
          <cur_temp>57</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>IOSlice3 (s4)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>115</minor_thres>
          <cur_temp>59</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>IOSlice4 (s5)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>115</minor_thres>
          <cur_temp>52</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>IOSlice5 (s6)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>115</minor_thres>
          <cur_temp>54</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>Crossbar0 (s7)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>115</minor_thres>
          <cur_temp>82</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>Crossbar1 (s8)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>115</minor_thres>
          <cur_temp>79</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>Arb1-mux (s9)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>105</minor_thres>
          <cur_temp>61</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
         <ROW_temp_info>
          <mod>2</mod>
          <sensor>Arb2-mux (s10)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>105</minor_thres>
          <cur_temp>63</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
        </TABLE_temp_info>

The show environment temperature module <*module_number*> command displays module temperature thresholds and alarm status of temperature sensors for a module. For command descriptions, see the Cisco MDS 9000 Series Switches Command References.

Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.4(2a) or later.

CLI Output
switch# show environment temperature module 2

Temperature:
--------------------------------------------------------------------
Module   Sensor        MajorThresh   MinorThres   CurTemp     Status
                       (Celsius)     (Celsius)    (Celsius)         
--------------------------------------------------------------------
2        IOSlice0 (s1)   125             115         58         Ok             
2        IOSlice1 (s2)   125             115         51         Ok             
2        IOSlice2 (s3)   125             115         57         Ok             
2        IOSlice3 (s4)   125             115         59         Ok             
2        IOSlice4 (s5)   125             115         52         Ok             
2        IOSlice5 (s6)   125             115         54         Ok             
2        Crossbar0 (s7)  125             115         82         Ok             
2        Crossbar1 (s8)  125             115         79         Ok             
2        Arb1-mux (s9)   125             105         61         Ok             
2        Arb2-mux (s10)  125             105         63         Ok
ParameterDescriptionTypeSample Values
alarm_statusAlarm statusString['Ok', 'Failure', 'AccessFailure', 'MinorAlarm', 'MajorAlarm', 'NotPresent']
sensorSensor nameString
cur_temp Current temperature (in celsius)String
major_thres Major threshold (in celsius)String
minor_thres Minor threshold (in celsius)String
mod Temperature module numberString

show environment temperature xbar <*xbar_number*>

show environment temperature xbar <xbar_number>

import requests
import json
 
"""
Modify these please
"""
url='http://<ip_address>:<port_number>/ins'
switchuser='<user_id>'
switchpassword='<password>'
 
myheaders={'content-type':'application/json'}
payload={
"ins_api":{
  "version": "1.0",
  "type": "cli_show",
  "chunk": "0",
  "sid": "1",
  "input": "show environment temperature xbar <xbar_number>",
  "output_format": "json"
  }
} 
response = requests.post(url,data=json.dumps(payload), headers=myheaders,auth=(switchuser,switchpassword)).json()
output = json.dumps(response, indent=4, sort_keys=True)

json_output = json.loads(output)["ins_api"]["outputs"]["output"]["body"]
print(json.dumps(json_output, indent=4, sort_keys=True))

{
    "TABLE_temp_info": {
        "ROW_temp_info": {
            "alarm_status": "Ok",
            "cur_temp": "45",
            "major_thres": "125",
            "minor_thres": "115",
            "mod": "xbar-1",
            "sensor": "Crossbar1(s1)"
        }
    }
}

        <TABLE_temp_info>
         <ROW_temp_info>
          <mod>xbar-1</mod>
          <sensor>Crossbar1(s1)</sensor>
          <major_thres>125</major_thres>
          <minor_thres>115</minor_thres>
          <cur_temp>45</cur_temp>
          <alarm_status>Ok</alarm_status>
         </ROW_temp_info>
        </TABLE_temp_info>

The show environment temperature xbar <*xbar_number*> command displays module temperature thresholds and alarm status of temperature sensors for a crossbar fabric switching module. For command descriptions, see the Cisco MDS 9000 Series Switches Command References.

Note: This sample output is generated for Cisco MDS 9000 Series NX-OS Release 8.4(2a) or later.

CLI Output
switch# show environment temperature xbar 1

Temperature:
--------------------------------------------------------------------
Module   Sensor        MajorThresh   MinorThres   CurTemp     Status
                       (Celsius)     (Celsius)    (Celsius)         
--------------------------------------------------------------------
xbar-1   Crossbar1(s1)   125             115         45         Ok
ParameterDescriptionTypeSample Values
alarm_statusAlarm statusString['Ok', 'Failure', 'AccessFailure', 'MinorAlarm', 'MajorAlarm', 'NotPresent']
sensorSensor nameString
cur_tempCurrent temperature (in celsius)String
major_thres Major threshold (in celsius)String
minor_thres Minor threshold (in celsius)String
mod Temperature module numberString