Add more power and thermal data

Add airflow and CPU/Mem/IO utilization metric, which are critical to
show node usage statistics.

DocImpact

Change-Id: I92cf297b0fc2436c3530536e0c76fd69058369b0
Implements: blueprint power-thermal-data

ceilometer/ipmi/platform/intel_node_manager.py

@@ -48,12 +48,18 @@ IPMICMD = {"sdr_dump": "sdr dump",
            "sdr_info": "sdr info",
            "sensor_dump": "sdr -v"}
 IPMIRAWCMD = {"get_device_id": "raw 0x06 0x01",
+              "get_nm_version": "raw 0x2e 0xca 0x57 0x01 0x00",
               "init_sensor_agent": "raw 0x0a 0x2c 0x01",
               "init_complete": "raw 0x0a 0x2c 0x00",
               "init_sensor_agent_status": "raw 0x0a 0x2c 0x00",
               "read_power_all": "raw 0x2e 0xc8 0x57 0x01 0x00 0x01 0x00 0x00",
-              "read_temperature_all":
+              "read_inlet_temperature":
-              "raw 0x2e 0xc8 0x57 0x01 0x00 0x02 0x00 0x00"}
+              "raw 0x2e 0xc8 0x57 0x01 0x00 0x02 0x00 0x00",
+              "read_outlet_temperature":
+              "raw 0x2e 0xc8 0x57 0x01 0x00 0x05 0x00 0x00",
+              "read_airflow": "raw 0x2e 0xc8 0x57 0x01 0x00 0x04 0x00 0x00",
+              "read_cups_utilization": "raw 0x2e 0x65 0x57 0x01 0x00 0x05",
+              "read_cups_index": "raw 0x2e 0x65 0x57 0x01 0x00 0x01"}
 
 MANUFACTURER_ID_INTEL = ['57', '01', '00']
 INTEL_PREFIX = '5701000d01'
@@ -99,6 +105,24 @@ NM_GET_DEVICE_ID_TEMPLATE['Firmware_build_number'] = 1
 NM_GET_DEVICE_ID_TEMPLATE['Last_digit_firmware_build_number'] = 1
 NM_GET_DEVICE_ID_TEMPLATE['Image_flags'] = 1
 
+NM_GET_VERSION_TEMPLATE = collections.OrderedDict()
+NM_GET_VERSION_TEMPLATE['Manufacturer_ID'] = 3
+NM_GET_VERSION_TEMPLATE['NM_Version'] = 1
+NM_GET_VERSION_TEMPLATE['IPMI_Version'] = 1
+NM_GET_VERSION_TEMPLATE['Patch_Version'] = 1
+NM_GET_VERSION_TEMPLATE['Firmware_Revision_Major'] = 1
+NM_GET_VERSION_TEMPLATE['Firmware_Revision_Minor'] = 1
+
+NM_CUPS_UTILIZATION_TEMPLATE = collections.OrderedDict()
+NM_CUPS_UTILIZATION_TEMPLATE['Manufacturer_ID'] = 3
+NM_CUPS_UTILIZATION_TEMPLATE['CPU_Utilization'] = 8
+NM_CUPS_UTILIZATION_TEMPLATE['Mem_Utilization'] = 8
+NM_CUPS_UTILIZATION_TEMPLATE['IO_Utilization'] = 8
+
+NM_CUPS_INDEX_TEMPLATE = collections.OrderedDict()
+NM_CUPS_INDEX_TEMPLATE['Manufacturer_ID'] = 3
+NM_CUPS_INDEX_TEMPLATE['CUPS_Index'] = 2
+
 
 def _hex(list=None):
     """Format the return value in list into hex."""
@@ -130,11 +154,14 @@ class NodeManager(object):
 
     def __init__(self):
         if not (self._instance and self._inited):
-            self.nm_support = False
+            # As singleton, only the 1st NM pollster would trigger its
-            self.channel_slave = ''
+            # initialization. nm_version indicate init result, and is shared
+            # across all pollsters
             self._inited = True
+            self.nm_version = 0
+            self.channel_slave = ''
 
-            self.nm_support = self.check_node_manager()
+            self.nm_version = self.check_node_manager()
 
     @staticmethod
     def _parse_slave_and_channel(file_path):
@@ -193,27 +220,69 @@ class NodeManager(object):
         """
         return self.channel_slave + ' ' + IPMIRAWCMD["get_device_id"]
 
+    @ipmitool.execute_ipmi_cmd(NM_GET_VERSION_TEMPLATE)
+    def _node_manager_get_version(self):
+        """GET_NODE_MANAGER_VERSION command in Intel Node Manager
+
+        Byte 4 of the response:
+        01h - Intel NM 1.0
+        02h - Intel NM 1.5
+        03h - Intel NM 2.0
+        04h - Intel NM 2.5
+        05h - Intel NM 3.0
+        """
+        return self.channel_slave + ' ' + IPMIRAWCMD["get_nm_version"]
+
     @ipmitool.execute_ipmi_cmd(NM_STATISTICS_TEMPLATE)
     def _read_power_all(self):
         """Get the power consumption of the whole platform."""
         return self.channel_slave + ' ' + IPMIRAWCMD['read_power_all']
 
     @ipmitool.execute_ipmi_cmd(NM_STATISTICS_TEMPLATE)
-    def _read_temperature_all(self):
+    def _read_inlet_temperature(self):
-        """Get the temperature info of the whole platform."""
+        """Get the inlet temperature info of the whole platform."""
-        return self.channel_slave + ' ' + IPMIRAWCMD['read_temperature_all']
+        return self.channel_slave + ' ' + IPMIRAWCMD['read_inlet_temperature']
+
+    @ipmitool.execute_ipmi_cmd(NM_STATISTICS_TEMPLATE)
+    def _read_outlet_temperature(self):
+        """Get the outlet temperature info of the whole platform."""
+        return self.channel_slave + ' ' + IPMIRAWCMD['read_outlet_temperature']
+
+    @ipmitool.execute_ipmi_cmd(NM_STATISTICS_TEMPLATE)
+    def _read_airflow(self):
+        """Get the volumetric airflow of the whole platform."""
+        return self.channel_slave + ' ' + IPMIRAWCMD['read_airflow']
+
+    @ipmitool.execute_ipmi_cmd(NM_CUPS_UTILIZATION_TEMPLATE)
+    def _read_cups_utilization(self):
+        """Get the average CUPS utilization of the whole platform."""
+        return self.channel_slave + ' ' + IPMIRAWCMD['read_cups_utilization']
+
+    @ipmitool.execute_ipmi_cmd(NM_CUPS_INDEX_TEMPLATE)
+    def _read_cups_index(self):
+        """Get the CUPS Index of the whole platform."""
+        return self.channel_slave + ' ' + IPMIRAWCMD['read_cups_index']
 
     def read_power_all(self):
-        if self.nm_support:
+        return self._read_power_all() if self.nm_version > 0 else {}
-            return self._read_power_all()
 
-        return {}
+    def read_inlet_temperature(self):
+        return self._read_inlet_temperature() if self.nm_version > 0 else {}
 
-    def read_temperature_all(self):
+    def read_outlet_temperature(self):
-        if self.nm_support:
+        return self._read_outlet_temperature() if self.nm_version >= 5 else {}
-            return self._read_temperature_all()
 
-        return {}
+    def read_airflow(self):
+        # only available after NM 3.0
+        return self._read_airflow() if self.nm_version >= 5 else {}
+
+    def read_cups_utilization(self):
+        # only available after NM 3.0
+        return self._read_cups_utilization() if self.nm_version >= 5 else {}
+
+    def read_cups_index(self):
+        # only available after NM 3.0
+        return self._read_cups_index() if self.nm_version >= 5 else {}
 
     def init_node_manager(self):
         if self._init_sensor_agent_process()['ret'] == ['01']:
@@ -237,26 +306,26 @@ class NodeManager(object):
         # String of channel and slave_address
         self.channel_slave = '-b ' + channel + ' -t ' + slave_address
 
-    def node_manager_support(self):
+    def node_manager_version(self):
         """Intel Node Manager capability checking
 
-        This function is used to detect if compute node support Intel
+        This function is used to detect if compute node support Intel Node
-        Node Manager or not and parse out the slave address and channel
+        Manager(return version number) or not(return -1) and parse out the
-        number of node manager.
+        slave address and channel number of node manager.
         """
         self.manufacturer_id = self.get_device_id()['Manufacturer_ID']
         if MANUFACTURER_ID_INTEL != self.manufacturer_id:
             # If the manufacturer is not Intel, just set False and return.
-            return False
+            return 0
 
         self.discover_slave_channel()
         support = self._node_manager_get_device_id()['Implemented_firmware']
         # According to Intel Node Manager spec, return value of GET_DEVICE_ID,
         # bits 3 to 0 shows if Intel NM implemented or not.
-        if int(support[0], 16) & 0xf != 0:
+        if int(support[0], 16) & 0xf == 0:
-            return True
+            return 0
-        else:
+
-            return False
+        return _hex(self._node_manager_get_version()['NM_Version'])
 
     def check_node_manager(self):
         """Intel Node Manager init and check
@@ -267,7 +336,7 @@ class NodeManager(object):
         """
         try:
             self.init_node_manager()
-            has_nm = self.node_manager_support()
+            nm_version = self.node_manager_version()
         except (nmexcept.NodeManagerException, nmexcept.IPMIException):
-            return False
+            return 0
-        return has_nm
+        return nm_version

ceilometer/ipmi/platform/ipmitool.py

@@ -97,7 +97,7 @@ def _parse_output(output, template):
     if "translate" in template:
         ret = _translate_output(output)
     else:
-        output_list = output.strip().split(' ')
+        output_list = output.strip().replace('\n', '').split(' ')
         if sum(template.values()) != len(output_list):
             raise ipmiexcept.IPMIException(_("ipmitool output "
                                              "length mismatch"))

ceilometer/ipmi/pollsters/node.py

@@ -42,21 +42,25 @@ class _Base(plugin_base.PollsterBase):
         self.polling_failures = 0
 
         # Do not load this extension if no NM support
-        if not self.nodemanager.nm_support:
+        if self.nodemanager.nm_version == 0:
             raise plugin_base.ExtensionLoadError()
 
     @property
     def default_discovery(self):
         return 'local_node'
 
+    def get_value(self, stats):
+        """Get value from statistics."""
+        return node_manager._hex(stats["Current_value"])
+
     @abc.abstractmethod
-    def read_data(self):
+    def read_data(self, cache):
         """Return data sample for IPMI."""
 
     def get_samples(self, manager, cache, resources):
         # Only one resource for Node Manager pollster
         try:
-            stats = self.read_data()
+            stats = self.read_data(cache)
         except nmexcept.IPMIException:
             self.polling_failures += 1
             LOG.warning(_('Polling %(name)s faild for %(cnt)s times!')
@@ -76,7 +80,7 @@ class _Base(plugin_base.PollsterBase):
         }
 
         if stats:
-            data = node_manager._hex(stats["Current_value"])
+            data = self.get_value(stats)
 
             yield sample.Sample(
                 name=self.NAME,
@@ -90,13 +94,22 @@ class _Base(plugin_base.PollsterBase):
                 resource_metadata=metadata)
 
 
-class TemperaturePollster(_Base):
+class InletTemperaturePollster(_Base):
-    NAME = "hardware.ipmi.node.temperature"
+    NAME = "hardware.ipmi.node.inlet_temperature"
     TYPE = sample.TYPE_GAUGE
     UNIT = "C"
 
-    def read_data(self):
+    def read_data(self, cache):
-        return self.nodemanager.read_temperature_all()
+        return self.nodemanager.read_inlet_temperature()
+
+
+class OutletTemperaturePollster(_Base):
+    NAME = "hardware.ipmi.node.outlet_temperature"
+    TYPE = sample.TYPE_GAUGE
+    UNIT = "C"
+
+    def read_data(self, cache):
+        return self.nodemanager.read_outlet_temperature()
 
 
 class PowerPollster(_Base):
@@ -104,5 +117,63 @@ class PowerPollster(_Base):
     TYPE = sample.TYPE_GAUGE
     UNIT = "W"
 
-    def read_data(self):
+    def read_data(self, cache):
         return self.nodemanager.read_power_all()
+
+
+class AirflowPollster(_Base):
+    NAME = "hardware.ipmi.node.airflow"
+    TYPE = sample.TYPE_GAUGE
+    UNIT = "CFM"
+
+    def read_data(self, cache):
+        return self.nodemanager.read_airflow()
+
+
+class CUPSIndexPollster(_Base):
+    NAME = "hardware.ipmi.node.cups"
+    TYPE = sample.TYPE_GAUGE
+    UNIT = "CUPS"
+
+    def read_data(self, cache):
+        return self.nodemanager.read_cups_index()
+
+    def get_value(self, stats):
+        return node_manager._hex(stats["CUPS_Index"])
+
+
+class _CUPSUtilPollsterBase(_Base):
+    CACHE_KEY_CUPS = 'CUPS'
+
+    def read_data(self, cache):
+        i_cache = cache.setdefault(self.CACHE_KEY_CUPS, {})
+        if not i_cache:
+            i_cache.update(self.nodemanager.read_cups_utilization())
+        return i_cache
+
+
+class CPUUtilPollster(_CUPSUtilPollsterBase):
+    NAME = "hardware.ipmi.node.cpu_util"
+    TYPE = sample.TYPE_GAUGE
+    UNIT = "%"
+
+    def get_value(self, stats):
+        return node_manager._hex(stats["CPU_Utilization"])
+
+
+class MemUtilPollster(_CUPSUtilPollsterBase):
+    NAME = "hardware.ipmi.node.mem_util"
+    TYPE = sample.TYPE_GAUGE
+    UNIT = "%"
+
+    def get_value(self, stats):
+        return node_manager._hex(stats["Mem_Utilization"])
+
+
+class IOUtilPollster(_CUPSUtilPollsterBase):
+    NAME = "hardware.ipmi.node.io_util"
+    TYPE = sample.TYPE_GAUGE
+    UNIT = "%"
+
+    def get_value(self, stats):
+        return node_manager._hex(stats["IO_Utilization"])

ceilometer/tests/agent/test_manager.py

@@ -59,8 +59,8 @@ class TestManager(base.BaseTestCase):
     def test_load_normal_plugins(self):
         mgr = manager.AgentManager(namespaces=['ipmi'],
                                    pollster_list=['hardware.ipmi.node.*'])
-        # 2 pollsters for Node Manager
+        # 8 pollsters for Node Manager
-        self.assertEqual(2, len(mgr.extensions))
+        self.assertEqual(8, len(mgr.extensions))
 
     # Skip loading pollster upon ExtensionLoadError
     @mock.patch('ceilometer.ipmi.pollsters.node._Base.__init__',
@@ -75,7 +75,9 @@ class TestManager(base.BaseTestCase):
         self.assertEqual(0, len(mgr.extensions))
 
         err_msg = 'Skip loading extension for hardware.ipmi.node.%s'
-        pollster_names = ['power', 'temperature']
+        pollster_names = [
+            'power', 'inlet_temperature', 'outlet_temperature',
+            'airflow', 'cups', 'cpu_util', 'mem_util', 'io_util']
         calls = [mock.call(err_msg % n) for n in pollster_names]
         LOG.error.assert_has_calls(calls=calls,
                                    any_order=True)

ceilometer/tests/ipmi/platform/fake_utils.py

@@ -31,6 +31,14 @@ def init_sensor_agent(parameter=''):
     return (' 00\n', '')
 
 
+def get_nm_version_v2(parameter=''):
+    return test_data.nm_version_v2
+
+
+def get_nm_version_v3(parameter=''):
+    return test_data.nm_version_v3
+
+
 def sdr_dump(data_file=''):
     if data_file == '':
         raise ValueError("No file specified for ipmitool sdr dump")
@@ -50,7 +58,11 @@ def _execute(funcs, *cmd, **kwargs):
         test_data.device_id_cmd: test_data.device_id,
         test_data.nm_device_id_cmd: test_data.nm_device_id,
         test_data.get_power_cmd: test_data.power_data,
-        test_data.get_temperature_cmd: test_data.temperature_data,
+        test_data.get_inlet_temp_cmd: test_data.inlet_temperature_data,
+        test_data.get_outlet_temp_cmd: test_data.outlet_temperature_data,
+        test_data.get_airflow_cmd: test_data.airflow_data,
+        test_data.get_cups_index_cmd: test_data.cups_index_data,
+        test_data.get_cups_util_cmd: test_data.cups_util_data,
         test_data.sdr_info_cmd: test_data.sdr_info,
         test_data.read_sensor_temperature_cmd: test_data.sensor_temperature,
         test_data.read_sensor_voltage_cmd: test_data.sensor_voltage,
@@ -72,12 +84,24 @@ def _execute(funcs, *cmd, **kwargs):
         return funcs[cmd_str](par_str)
 
 
-def execute_with_nm(*cmd, **kwargs):
+def execute_with_nm_v3(*cmd, **kwargs):
-    """test version of execute on Node Manager platform."""
+    """test version of execute on Node Manager V3.0 platform."""
 
     funcs = {test_data.sensor_status_cmd: get_sensor_status_init,
              test_data.init_sensor_cmd: init_sensor_agent,
-             test_data.sdr_dump_cmd: sdr_dump}
+             test_data.sdr_dump_cmd: sdr_dump,
+             test_data.nm_version_cmd: get_nm_version_v3}
+
+    return _execute(funcs, *cmd, **kwargs)
+
+
+def execute_with_nm_v2(*cmd, **kwargs):
+    """test version of execute on Node Manager V2.0 platform."""
+
+    funcs = {test_data.sensor_status_cmd: get_sensor_status_init,
+             test_data.init_sensor_cmd: init_sensor_agent,
+             test_data.sdr_dump_cmd: sdr_dump,
+             test_data.nm_version_cmd: get_nm_version_v2}
 
     return _execute(funcs, *cmd, **kwargs)
 

ceilometer/tests/ipmi/platform/ipmitool_test_data.py

@@ -332,13 +332,21 @@ read_sensor_fan_cmd = 'ipmitoolsdr-vtypeFan'
 
 device_id_cmd = 'ipmitoolraw0x060x01'
 nm_device_id_cmd = 'ipmitool-b0x6-t0x2craw0x060x01'
+nm_version_cmd = 'ipmitool-b0x6-t0x2craw0x2e0xca0x570x010x00'
 get_power_cmd = 'ipmitool-b0x6-t0x2craw0x2e0xc80x570x010x000x010x000x00'
-get_temperature_cmd = 'ipmitool-b0x6-t0x2craw0x2e0xc80x570x010x000x020x000x00'
+get_inlet_temp_cmd = 'ipmitool-b0x6-t0x2craw0x2e0xc80x570x010x000x020x000x00'
+get_outlet_temp_cmd = 'ipmitool-b0x6-t0x2craw0x2e0xc80x570x010x000x050x000x00'
+get_airflow_cmd = 'ipmitool-b0x6-t0x2craw0x2e0xc80x570x010x000x040x000x00'
+get_cups_index_cmd = 'ipmitool-b0x6-t0x2craw0x2e0x650x570x010x000x01'
+get_cups_util_cmd = 'ipmitool-b0x6-t0x2craw0x2e0x650x570x010x000x05'
 
 
 device_id = (' 21 01 01 04 02 bf 57 01 00 49 00 01 07 50 0b', '')
 nm_device_id = (' 50 01 02 15 02 21 57 01 00 02 0b 02 09 10 01', '')
 
+nm_version_v2 = (' 57 01 00 03 02 00 02 15', '')
+nm_version_v3 = (' 57 01 00 05 03 00 03 06', '')
+
 # start from byte 3, get cur- 57 00(87), min- 03 00(3)
 # max- 37 02(567), avg- 5c 00(92)
 power_data = (' 57 01 00 57 00 03 00 37 02 5c 00 cc 37 f4 53 ce\n'
@@ -346,8 +354,26 @@ power_data = (' 57 01 00 57 00 03 00 37 02 5c 00 cc 37 f4 53 ce\n'
 
 # start from byte 3, get cur- 17 00(23), min- 16 00(22)
 # max- 18 00(24), avg- 17 00(23)
-temperature_data = (' 57 01 00 17 00 16 00 18 00 17 00 f3 6f fe 53 85\n'
+inlet_temperature_data = (' 57 01 00 17 00 16 00 18 00 17 00 f3 6f fe 53 85\n'
-                    ' b7 02 00 50\n', '')
+                          ' b7 02 00 50\n', '')
+
+# start from byte 3, get cur- 19 00(25), min- 18 00(24)
+# max- 1b 00(27), avg- 19 00(25)
+outlet_temperature_data = (' 57 01 00 19 00 18 00 1b 00 19 00 f3 6f fe 53 85\n'
+                           ' b7 02 00 50\n', '')
+
+# start from byte 3, get cur- be 00(190), min- 96 00(150)
+# max- 26 02(550), avg- cb 00(203)
+airflow_data = (' 57 01 00 be 00 96 00 26 02 cb 00 e1 65 c1 54 db\n'
+                ' b7 02 00 50\n', '')
+
+# start from byte 3, cups index 2e 00 (46)
+cups_index_data = (' 57 01 00 2e 00\n', '')
+
+# start from byte 3, get cup_util - 33 00 ...(51), mem_util - 05 00 ...(5)
+# io_util - 00 00 ...(0)
+cups_util_data = (' 57 01 00 33 00 00 00 00 00 00 00 05 00 00 00 00\n'
+                  ' 00 00 00 00 00 00 00 00 00 00 00\n', '')
 
 sdr_info = ('', '')
 

ceilometer/tests/ipmi/platform/test_intel_node_manager.py

@@ -12,7 +12,9 @@
 # License for the specific language governing permissions and limitations
 # under the License.
 
+import abc
 import mock
+import six
 
 from ceilometer.ipmi.platform import intel_node_manager as node_manager
 from ceilometer.tests.ipmi.platform import fake_utils
@@ -21,19 +23,83 @@ from ceilometer import utils
 from oslotest import base
 
 
-class TestNodeManager(base.BaseTestCase):
+@six.add_metaclass(abc.ABCMeta)
+class _Base(base.BaseTestCase):
+
+    @abc.abstractmethod
+    def init_test_engine(self):
+        """Prepare specific ipmitool as engine for different NM version."""
 
     def setUp(self):
-        super(TestNodeManager, self).setUp()
+        super(_Base, self).setUp()
-
+        self.init_test_engine()
-        utils.execute = mock.Mock(side_effect=fake_utils.execute_with_nm)
         self.nm = node_manager.NodeManager()
 
     @classmethod
     def tearDownClass(cls):
         # reset inited to force an initialization of singleton for next test
         node_manager.NodeManager()._inited = False
-        super(TestNodeManager, cls).tearDownClass()
+        super(_Base, cls).tearDownClass()
+
+
+class TestNodeManagerV3(_Base):
+
+    def init_test_engine(self):
+        utils.execute = mock.Mock(side_effect=fake_utils.execute_with_nm_v3)
+
+    def test_read_airflow(self):
+        airflow = self.nm.read_airflow()
+        avg_val = node_manager._hex(airflow["Average_value"])
+        max_val = node_manager._hex(airflow["Maximum_value"])
+        min_val = node_manager._hex(airflow["Minimum_value"])
+        cur_val = node_manager._hex(airflow["Current_value"])
+
+        # get NM 3.0
+        self.assertEqual(5, self.nm.nm_version)
+
+        # see ipmi_test_data.py for raw data
+        self.assertEqual(190, cur_val)
+        self.assertEqual(150, min_val)
+        self.assertEqual(550, max_val)
+        self.assertEqual(203, avg_val)
+
+    def test_read_outlet_temperature(self):
+        temperature = self.nm.read_outlet_temperature()
+        avg_val = node_manager._hex(temperature["Average_value"])
+        max_val = node_manager._hex(temperature["Maximum_value"])
+        min_val = node_manager._hex(temperature["Minimum_value"])
+        cur_val = node_manager._hex(temperature["Current_value"])
+
+        # get NM 3.0
+        self.assertEqual(5, self.nm.nm_version)
+
+        # see ipmi_test_data.py for raw data
+        self.assertEqual(25, cur_val)
+        self.assertEqual(24, min_val)
+        self.assertEqual(27, max_val)
+        self.assertEqual(25, avg_val)
+
+    def test_read_cups_utilization(self):
+        cups_util = self.nm.read_cups_utilization()
+        cpu_util = node_manager._hex(cups_util["CPU_Utilization"])
+        mem_util = node_manager._hex(cups_util["Mem_Utilization"])
+        io_util = node_manager._hex(cups_util["IO_Utilization"])
+
+        # see ipmi_test_data.py for raw data
+        self.assertEqual(51, cpu_util)
+        self.assertEqual(5, mem_util)
+        self.assertEqual(0, io_util)
+
+    def test_read_cups_index(self):
+        cups_index = self.nm.read_cups_index()
+        index = node_manager._hex(cups_index["CUPS_Index"])
+        self.assertEqual(46, index)
+
+
+class TestNodeManager(_Base):
+
+    def init_test_engine(self):
+        utils.execute = mock.Mock(side_effect=fake_utils.execute_with_nm_v2)
 
     def test_read_power_all(self):
         power = self.nm.read_power_all()
@@ -43,15 +109,16 @@ class TestNodeManager(base.BaseTestCase):
         min_val = node_manager._hex(power["Minimum_value"])
         cur_val = node_manager._hex(power["Current_value"])
 
-        self.assertTrue(self.nm.nm_support)
+        # get NM 2.0
+        self.assertEqual(3, self.nm.nm_version)
         # see ipmi_test_data.py for raw data
         self.assertEqual(87, cur_val)
         self.assertEqual(3, min_val)
         self.assertEqual(567, max_val)
         self.assertEqual(92, avg_val)
 
-    def test_read_temperature_all(self):
+    def test_read_inlet_temperature(self):
-        temperature = self.nm.read_temperature_all()
+        temperature = self.nm.read_inlet_temperature()
 
         avg_val = node_manager._hex(temperature["Average_value"])
         max_val = node_manager._hex(temperature["Maximum_value"])
@@ -64,30 +131,38 @@ class TestNodeManager(base.BaseTestCase):
         self.assertEqual(24, max_val)
         self.assertEqual(23, avg_val)
 
+    def test_read_airflow(self):
+        airflow = self.nm.read_airflow()
+        self.assertEqual({}, airflow)
 
-class TestNonNodeManager(base.BaseTestCase):
+    def test_read_outlet_temperature(self):
+        temperature = self.nm.read_outlet_temperature()
+        self.assertEqual({}, temperature)
 
-    def setUp(self):
+    def test_read_cups_utilization(self):
-        super(TestNonNodeManager, self).setUp()
+        cups_util = self.nm.read_cups_utilization()
+        self.assertEqual({}, cups_util)
 
+    def test_read_cups_index(self):
+        cups_index = self.nm.read_cups_index()
+        self.assertEqual({}, cups_index)
+
+
+class TestNonNodeManager(_Base):
+
+    def init_test_engine(self):
         utils.execute = mock.Mock(side_effect=fake_utils.execute_without_nm)
-        self.nm = node_manager.NodeManager()
-
-    @classmethod
-    def tearDownClass(cls):
-        # reset inited to force an initialization of singleton for next test
-        node_manager.NodeManager()._inited = False
-        super(TestNonNodeManager, cls).tearDownClass()
 
     def test_read_power_all(self):
+        # no NM support
+        self.assertEqual(0, self.nm.nm_version)
         power = self.nm.read_power_all()
 
-        self.assertFalse(self.nm.nm_support)
         # Non-Node Manager platform return empty data
         self.assertEqual({}, power)
 
-    def test_read_temperature_all(self):
+    def test_read_inlet_temperature(self):
-        temperature = self.nm.read_temperature_all()
+        temperature = self.nm.read_inlet_temperature()
 
         # Non-Node Manager platform return empty data
         self.assertEqual({}, temperature)

ceilometer/tests/ipmi/platform/test_ipmi_sensor.py

@@ -25,7 +25,7 @@ class TestIPMISensor(base.BaseTestCase):
     def setUp(self):
         super(TestIPMISensor, self).setUp()
 
-        utils.execute = mock.Mock(side_effect=fake_utils.execute_with_nm)
+        utils.execute = mock.Mock(side_effect=fake_utils.execute_with_nm_v2)
         self.ipmi = ipmi_sensor.IPMISensor()
 
     @classmethod

ceilometer/tests/ipmi/pollsters/base.py

@@ -25,13 +25,13 @@ from ceilometer.tests import base
 @six.add_metaclass(abc.ABCMeta)
 class TestPollsterBase(base.BaseTestCase):
 
-    @abc.abstractmethod
     def fake_data(self):
         """Fake data used for test."""
+        return None
 
-    @abc.abstractmethod
     def fake_sensor_data(self, sensor_type):
         """Fake sensor data used for test."""
+        return None
 
     @abc.abstractmethod
     def make_pollster(self):
@@ -39,8 +39,12 @@ class TestPollsterBase(base.BaseTestCase):
 
     def _test_get_samples(self):
         nm = mock.Mock()
-        nm.read_temperature_all.side_effect = self.fake_data
+        nm.read_inlet_temperature.side_effect = self.fake_data
+        nm.read_outlet_temperature.side_effect = self.fake_data
         nm.read_power_all.side_effect = self.fake_data
+        nm.read_airflow.side_effect = self.fake_data
+        nm.read_cups_index.side_effect = self.fake_data
+        nm.read_cups_utilization.side_effect = self.fake_data
         nm.read_sensor_any.side_effect = self.fake_sensor_data
         # We should mock the pollster first before initialize the Manager
         # so that we don't trigger the sudo in pollsters' __init__().

ceilometer/tests/ipmi/pollsters/test_node.py

@@ -29,10 +29,6 @@ class TestPowerPollster(base.TestPollsterBase):
         # data after parsing Intel Node Manager output
         return {"Current_value": ['13', '00']}
 
-    def fake_sensor_data(self, sensor_type):
-        # No use for this test
-        return None
-
     def make_pollster(self):
         return node.PowerPollster()
 
@@ -44,18 +40,14 @@ class TestPowerPollster(base.TestPollsterBase):
         self._verify_metering(1, 19, CONF.host)
 
 
-class TestTemperaturePollster(base.TestPollsterBase):
+class TestInletTemperaturePollster(base.TestPollsterBase):
 
     def fake_data(self):
         # data after parsing Intel Node Manager output
         return {"Current_value": ['23', '00']}
 
-    def fake_sensor_data(self, sensor_type):
-        # No use for this test
-        return None
-
     def make_pollster(self):
-        return node.TemperaturePollster()
+        return node.InletTemperaturePollster()
 
     @mock.patch('ceilometer.pipeline.setup_pipeline', mock.MagicMock())
     def test_get_samples(self):
@@ -63,3 +55,108 @@ class TestTemperaturePollster(base.TestPollsterBase):
 
         # only one sample, and value is 35(0x23 as current_value)
         self._verify_metering(1, 35, CONF.host)
+
+
+class TestOutletTemperaturePollster(base.TestPollsterBase):
+
+    def fake_data(self):
+        # data after parsing Intel Node Manager output
+        return {"Current_value": ['25', '00']}
+
+    def make_pollster(self):
+        return node.OutletTemperaturePollster()
+
+    @mock.patch('ceilometer.pipeline.setup_pipeline', mock.MagicMock())
+    def test_get_samples(self):
+        self._test_get_samples()
+
+        # only one sample, and value is 37(0x25 as current_value)
+        self._verify_metering(1, 37, CONF.host)
+
+
+class TestAirflowPollster(base.TestPollsterBase):
+
+    def fake_data(self):
+        # data after parsing Intel Node Manager output
+        return {"Current_value": ['be', '00']}
+
+    def make_pollster(self):
+        return node.AirflowPollster()
+
+    @mock.patch('ceilometer.pipeline.setup_pipeline', mock.MagicMock())
+    def test_get_samples(self):
+        self._test_get_samples()
+
+        # only one sample, and value is 190(0xbe as current_value)
+        self._verify_metering(1, 190, CONF.host)
+
+
+class TestCUPSIndexPollster(base.TestPollsterBase):
+
+    def fake_data(self):
+        # data after parsing Intel Node Manager output
+        return {"CUPS_Index": ['2e', '00']}
+
+    def make_pollster(self):
+        return node.CUPSIndexPollster()
+
+    @mock.patch('ceilometer.pipeline.setup_pipeline', mock.MagicMock())
+    def test_get_samples(self):
+        self._test_get_samples()
+
+        # only one sample, and value is 190(0xbe)
+        self._verify_metering(1, 46, CONF.host)
+
+
+class CPUUtilPollster(base.TestPollsterBase):
+
+    def fake_data(self):
+        # data after parsing Intel Node Manager output
+        return {"CPU_Utilization":
+                ['33', '00', '00', '00', '00', '00', '00', '00']}
+
+    def make_pollster(self):
+        return node.CPUUtilPollster()
+
+    @mock.patch('ceilometer.pipeline.setup_pipeline', mock.MagicMock())
+    def test_get_samples(self):
+        self._test_get_samples()
+
+        # only one sample, and value is 190(0xbe)
+        self._verify_metering(1, 51, CONF.host)
+
+
+class MemUtilPollster(base.TestPollsterBase):
+
+    def fake_data(self):
+        # data after parsing Intel Node Manager output
+        return {"Mem_Utilization":
+                ['05', '00', '00', '00', '00', '00', '00', '00']}
+
+    def make_pollster(self):
+        return node.MemUtilPollster()
+
+    @mock.patch('ceilometer.pipeline.setup_pipeline', mock.MagicMock())
+    def test_get_samples(self):
+        self._test_get_samples()
+
+        # only one sample, and value is 5(0x05)
+        self._verify_metering(1, 5, CONF.host)
+
+
+class IOUtilPollster(base.TestPollsterBase):
+
+    def fake_data(self):
+        # data after parsing Intel Node Manager output
+        return {"IO_Utilization":
+                ['00', '00', '00', '00', '00', '00', '00', '00']}
+
+    def make_pollster(self):
+        return node.IOUtilPollster()
+
+    @mock.patch('ceilometer.pipeline.setup_pipeline', mock.MagicMock())
+    def test_get_samples(self):
+        self._test_get_samples()
+
+        # only one sample, and value is 0(0x00)
+        self._verify_metering(1, 0, CONF.host)

ceilometer/tests/ipmi/pollsters/test_sensor.py

@@ -49,10 +49,6 @@ class TestTemperatureSensorPollster(base.TestPollsterBase):
     def fake_sensor_data(self, sensor_type):
         return TEMPERATURE_SENSOR_DATA
 
-    def fake_data(self):
-        # No use for Sensor test
-        return None
-
     def make_pollster(self):
         return sensor.TemperatureSensorPollster()
 
@@ -68,10 +64,6 @@ class TestMissingSensorData(base.TestPollsterBase):
     def fake_sensor_data(self, sensor_type):
         return MISSING_SENSOR_DATA
 
-    def fake_data(self):
-        # No use for Sensor test
-        return None
-
     def make_pollster(self):
         return sensor.TemperatureSensorPollster()
 
@@ -86,10 +78,6 @@ class TestMalformedSensorData(base.TestPollsterBase):
     def fake_sensor_data(self, sensor_type):
         return MALFORMED_SENSOR_DATA
 
-    def fake_data(self):
-        # No use for Sensor test
-        return None
-
     def make_pollster(self):
         return sensor.TemperatureSensorPollster()
 
@@ -104,10 +92,6 @@ class TestMissingSensorId(base.TestPollsterBase):
     def fake_sensor_data(self, sensor_type):
         return MISSING_ID_SENSOR_DATA
 
-    def fake_data(self):
-        # No use for Sensor test
-        return None
-
     def make_pollster(self):
         return sensor.TemperatureSensorPollster()
 
@@ -122,10 +106,6 @@ class TestFanSensorPollster(base.TestPollsterBase):
     def fake_sensor_data(self, sensor_type):
         return FAN_SENSOR_DATA
 
-    def fake_data(self):
-        # No use for Sensor test
-        return None
-
     def make_pollster(self):
         return sensor.FanSensorPollster()
 
@@ -141,10 +121,6 @@ class TestCurrentSensorPollster(base.TestPollsterBase):
     def fake_sensor_data(self, sensor_type):
         return CURRENT_SENSOR_DATA
 
-    def fake_data(self):
-        # No use for Sensor test
-        return None
-
     def make_pollster(self):
         return sensor.CurrentSensorPollster()
 
@@ -160,10 +136,6 @@ class TestVoltageSensorPollster(base.TestPollsterBase):
     def fake_sensor_data(self, sensor_type):
         return VOLTAGE_SENSOR_DATA
 
-    def fake_data(self):
-        # No use for Sensor test
-        return None
-
     def make_pollster(self):
         return sensor.VoltageSensorPollster()
 

setup.cfg

@@ -151,7 +151,13 @@ ceilometer.poll.compute =
 
 ceilometer.poll.ipmi =
     hardware.ipmi.node.power = ceilometer.ipmi.pollsters.node:PowerPollster
-    hardware.ipmi.node.temperature = ceilometer.ipmi.pollsters.node:TemperaturePollster
+    hardware.ipmi.node.inlet_temperature = ceilometer.ipmi.pollsters.node:InletTemperaturePollster
+    hardware.ipmi.node.outlet_temperature = ceilometer.ipmi.pollsters.node:OutletTemperaturePollster
+    hardware.ipmi.node.airflow = ceilometer.ipmi.pollsters.node:AirflowPollster
+    hardware.ipmi.node.cups = ceilometer.ipmi.pollsters.node:CUPSIndexPollster
+    hardware.ipmi.node.cpu_util = ceilometer.ipmi.pollsters.node:CPUUtilPollster
+    hardware.ipmi.node.mem_util = ceilometer.ipmi.pollsters.node:MemUtilPollster
+    hardware.ipmi.node.io_util = ceilometer.ipmi.pollsters.node:IOUtilPollster
     hardware.ipmi.temperature = ceilometer.ipmi.pollsters.sensor:TemperatureSensorPollster
     hardware.ipmi.voltage = ceilometer.ipmi.pollsters.sensor:VoltageSensorPollster
     hardware.ipmi.current = ceilometer.ipmi.pollsters.sensor:CurrentSensorPollster