attribute_types_mrw.xml

<attributes>
	<enumerationType>
		<id>MRU_PREFIX</id>
		<description>Prefix to generate MRU_ID's</description>
		<enumerator>
			<name>UNKNOWN</name>
			<value>0xFFFF</value>
		</enumerator>
		<enumerator>
			<name>PROC</name>
			<value>0x0001</value>
		</enumerator>
		<enumerator>
			<name>MEMBUF</name>
			<value>0x0006</value>
		</enumerator>
		<enumerator>
			<name>SP-CHIP</name>
			<value>0x0009</value>
		</enumerator>
		<enumerator>
			<name>SP-IOU-CHIP</name>
			<value>0x000A</value>
		</enumerator>
		<enumerator>
			<name>BUILTIN-IO</name>
			<value>0x000B</value>
		</enumerator>
		<enumerator>
			<name>FLASH-CHIP</name>
			<value>0x000D</value>
		</enumerator>
		<enumerator>
			<name>APSS</name>
			<value>0x000E</value>
		</enumerator>
		<enumerator>
			<name>DPSS</name>
			<value>0x000F</value>
		</enumerator>
		<enumerator>
			<name>MODULE</name>
			<value>0x0100</value>
		</enumerator>
		<enumerator>
			<name>RISER-CARD</name>
			<value>0x0101</value>
		</enumerator>
		<enumerator>
			<name>VRM-CARD</name>
			<value>0x0104</value>
		</enumerator>
		<enumerator>
			<name>CARD-ASM</name>
			<value>0x0103</value>
		</enumerator>
		<enumerator>
			<name>OCC</name>
			<value>0x0201</value>
		</enumerator>
		<enumerator>
			<name>EX</name>
			<value>0x0202</value>
		</enumerator>
		<enumerator>
			<name>CORE</name>
			<value>0x0203</value>
		</enumerator>
		<enumerator>
			<name>L2</name>
			<value>0x0204</value>
		</enumerator>
		<enumerator>
			<name>L3</name>
			<value>0x0205</value>
		</enumerator>
		<enumerator>
			<name>NCU</name>
			<value>0x0206</value>
		</enumerator>
		<enumerator>
			<name>MCS</name>
			<value>0x0207</value>
		</enumerator>
		<enumerator>
			<name>NX</name>
			<value>0x0208</value>
		</enumerator>
		<enumerator>
			<name>CAPP</name>
			<value>0x0209</value>
		</enumerator>
		<enumerator>
			<name>SLW</name>
			<value>0x020A</value>
		</enumerator>
		<enumerator>
			<name>AS</name>
			<value>0x020B</value>
		</enumerator>
		<enumerator>
			<name>SBE</name>
			<value>0x020C</value>
		</enumerator>
		<enumerator>
			<name>L4</name>
			<value>0x020D</value>
		</enumerator>
		<enumerator>
			<name>MBA</name>
			<value>0x020E</value>
		</enumerator>
		<enumerator>
			<name>ABUS</name>
			<value>0x0301</value>
		</enumerator>
		<enumerator>
			<name>XBUS</name>
			<value>0x0302</value>
		</enumerator>
		<enumerator>
			<name>PCI</name>
			<value>0x0303</value>
		</enumerator>
	</enumerationType>
	<enumerationType>
		<id>DIRECTION</id>
		<description>Bus Directions</description>
		<enumerator>
			<name>IN</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>OUT</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>INOUT</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>NA</name>
			<value>3</value>
		</enumerator>
		<default>INOUT</default>
	</enumerationType>
	<enumerationType>
		<id>PRESENCE_DETECT</id>
		<description>Presence defect information</description>
		<enumerator>
			<name>'0' means present</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>'1' means present</name>
			<value>1</value>
		</enumerator>
		<default>'0' means present</default>
	</enumerationType>
	<enumerationType>
		<id>DRIVER_TYPE</id>
		<description>Driver Type</description>
		<enumerator><name>NA</name><value>0</value></enumerator>
		<enumerator><name>OPEN-DRAIN</name><value>1</value></enumerator>
		<enumerator><name>PUSH-PULL</name><value>2</value></enumerator>
		<default>NA</default>
	</enumerationType>
	<enumerationType>
		<id>RAIL_NAME</id>
		<description>Power supply rail name</description>
		<enumerator>
			<name>UNKNOWN</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>VDDR</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>VDD</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>VCS</name>
			<value>3</value>
		</enumerator>
		<enumerator>
			<name>VIO</name>
			<value>4</value>
		</enumerator>
		<enumerator>
			<name>VDN</name>
			<value>5</value>
		</enumerator>
		<enumerator>
			<name>VMEM</name>
			<value>6</value>
		</enumerator>
		<enumerator>
			<name>CentVDD</name>
			<value>7</value>
		</enumerator>
		<enumerator>
			<name>CentVCS</name>
			<value>8</value>
		</enumerator>
		<enumerator>
			<name>MemIO</name>
			<value>9</value>
		</enumerator>
		<enumerator>
			<name>AVDD</name>
			<value>10</value>
		</enumerator>
		<enumerator>
			<name>VPP</name>
			<value>11</value>
		</enumerator>
		<enumerator>
			<name>VTT</name>
			<value>12</value>
		</enumerator>
		<enumerator>
			<name>3.3VCS</name>
			<value>13</value>
		</enumerator>
		<enumerator>
			<name>1.2VCS</name>
			<value>14</value>
		</enumerator>
		<enumerator>
			<name>1.1VCS</name>
			<value>15</value>
		</enumerator>
		<enumerator>
			<name>1.8V</name>
			<value>16</value>
		</enumerator>
		<enumerator>
			<name>1.05V</name>
			<value>17</value>
		</enumerator>
		<enumerator>
			<name>0.9V</name>
			<value>18</value>
		</enumerator>
		<enumerator>
			<name>3.3V</name>
			<value>19</value>
		</enumerator>
		<enumerator>
			<name>5.0V</name>
			<value>20</value>
		</enumerator>
		<enumerator>
			<name>12V</name>
			<value>21</value>
		</enumerator>
		<enumerator>
			<name>12VCS</name>
			<value>22</value>
		</enumerator>
		<enumerator>
			<name>2.5VCS</name>
			<value>23</value>
		</enumerator>
		<enumerator>
			<name>1.5V</name>
			<value>24</value>
		</enumerator>
		<default>UNKNOWN</default>
	</enumerationType>
	<enumerationType>
		<id>GPIO_TYPE</id>
		<description>Type of GPIO</description>
		<enumerator>
			<name>GENERIC_INPUT</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>GENERIC_OUTPUT</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>PGOOD</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>ENABLE</name>
			<value>3</value>
		</enumerator>
		<enumerator>
			<name>PRESENCE</name>
			<value>4</value>
		</enumerator>
		<enumerator>
			<name>LED</name>
			<value>5</value>
		</enumerator>
		<enumerator>
			<name>GPIO_EXP</name>
			<value>6</value>
		</enumerator>
		<enumerator>
			<name>PERST</name>
			<value>7</value>
		</enumerator>
		<default>GENERIC_OUTPUT</default>
	</enumerationType>
	<enumerationType>
		<id>STANDBY_PLUGGABLE</id>
		<description>Is the card pluggable at FSP standby</description>
		<enumerator>
			<name>NO</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>YES</name>
			<value>1</value>
		</enumerator>
		<default>NO</default>
	</enumerationType>
	<enumerationType>
		<id>CARD_TYPE</id>
		<description>Type of card</description>
		<enumerator>
			<name>ANCHOR</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>BATTERY</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>CLOCK</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>CLOCK-INTERFACE</name>
			<value>3</value>
		</enumerator>
		<enumerator>
			<name>DASD-BP</name>
			<value>4</value>
		</enumerator>
		<enumerator>
			<name>DAUGHTER</name>
			<value>5</value>
		</enumerator>
		<enumerator>
			<name>SCM-MODULE</name>
			<value>6</value>
		</enumerator>
		<enumerator>
			<name>DIMM</name>
			<value>7</value>
		</enumerator>
		<enumerator>
			<name>FAN</name>
			<value>8</value>
		</enumerator>
		<enumerator>
			<name>FAN-INTERFACE</name>
			<value>9</value>
		</enumerator>
		<enumerator>
			<name>FSI-INTERFACE</name>
			<value>10</value>
		</enumerator>
		<enumerator>
			<name>FSP</name>
			<value>11</value>
		</enumerator>
		<enumerator>
			<name>HDD</name>
			<value>12</value>
		</enumerator>
		<enumerator>
			<name>LCC</name>
			<value>13</value>
		</enumerator>
		<enumerator>
			<name>MEZZANINE</name>
			<value>14</value>
		</enumerator>
		<enumerator>
			<name>NVME</name>
			<value>15</value>
		</enumerator>
		<enumerator>
			<name>OP-PANEL</name>
			<value>16</value>
		</enumerator>
		<enumerator>
			<name>PCIE</name>
			<value>17</value>
		</enumerator>
		<enumerator>
			<name>PCIE-RISER</name>
			<value>18</value>
		</enumerator>
		<enumerator>
			<name>GENERIC_PCIE</name>
			<value>19</value>
		</enumerator>
		<enumerator>
			<name>PLANAR</name>
			<value>20</value>
		</enumerator>
		<enumerator>
			<name>POWER-DIST</name>
			<value>21</value>
		</enumerator>
		<enumerator>
			<name>POWER-INTERFACE</name>
			<value>22</value>
		</enumerator>
		<enumerator>
			<name>POWERSUPPLY</name>
			<value>23</value>
		</enumerator>
		<enumerator>
			<name>RAID</name>
			<value>24</value>
		</enumerator>
		<enumerator>
			<name>MEM-RISER</name>
			<value>25</value>
		</enumerator>
		<enumerator>
			<name>TPM</name>
			<value>26</value>
		</enumerator>
		<enumerator>
			<name>VRM</name>
			<value>27</value>
		</enumerator>
		<default>NA</default>
	</enumerationType>
	<enumerationType>
		<id>CONNECTOR_TYPE</id>
		<description>Type of connector</description>
		<enumerator>
			<name>AC_POWER</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>CLOCK</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>FSP</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>HMC</name>
			<value>3</value>
		</enumerator>
		<enumerator>
			<name>NET</name>
			<value>4</value>
		</enumerator>
		<enumerator>
			<name>PCIE_X8_CARD</name>
			<value>5</value>
		</enumerator>
		<enumerator>
			<name>PCIE_X16_CARD</name>
			<value>6</value>
		</enumerator>
		<enumerator>
			<name>SERIAL</name>
			<value>7</value>
		</enumerator>
		<enumerator>
			<name>SMP</name>
			<value>8</value>
		</enumerator>
		<enumerator>
			<name>USB</name>
			<value>9</value>
		</enumerator>
		<enumerator>
			<name>UPIC</name>
			<value>10</value>
		</enumerator>
		<enumerator>
			<name>CXP</name>
			<value>11</value>
		</enumerator>
		<enumerator>
			<name>BLUELINK</name>
			<value>12</value>
		</enumerator>
		<enumerator>
			<name>SAS</name>
			<value>13</value>
		</enumerator>
		<default>NA</default>
	</enumerationType>
	<enumerationType>
		<id>LED_TYPE</id>
		<description>Type of led</description>
		<enumerator>
			<name>ENC-ATTENTION</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>ENC-IDENTIFY</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>ENC-FAULT</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>SYS-POWER</name>
			<value>3</value>
		</enumerator>
		<enumerator>
			<name>FAULT</name>
			<value>4</value>
		</enumerator>
		<enumerator>
			<name>POWER</name>
			<value>5</value>
		</enumerator>
		<enumerator>
			<name>ACTIVITY</name>
			<value>6</value>
		</enumerator>
		<enumerator>
			<name>STANDBY-GOOD</name>
			<value>7</value>
		</enumerator>
		<enumerator>
		        <name>ENC-POWER</name>
		        <value>8</value>
		</enumerator>
		<default>NA</default>
		</enumerationType>
	<enumerationType>
		<id>VPD_SIZE</id>
		<description>Size of VPD EEPROM device</description>
		<enumerator>
			<name>NA</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>24c04</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>24c16</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>24c32</name>
			<value>3</value>
		</enumerator>
		<enumerator>
			<name>24c64</name>
			<value>4</value>
		</enumerator>
		<enumerator>
			<name>24c128</name>
			<value>5</value>
		</enumerator>
		<enumerator>
			<name>24c512</name>
			<value>6</value>
		</enumerator>
		<default>NA</default>
	</enumerationType>
	<enumerationType>
		<id>I2C_CONNECTION_TYPE</id>
		<description>Type of I2C connection</description>
		<enumerator>
			<name>NA</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>CFAM</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>PIB</name>
			<value>2</value>
		</enumerator>
		<default>NA</default>
	</enumerationType>
	<enumerationType>
		<id>VPD_TYPE</id>
		<description>Types of VPD</description>
		<enumerator>
			<name>NA</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>PMVPD</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>RMVPD</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>PCVPD</name>
			<value>3</value>
		</enumerator>
		<enumerator>
			<name>RCVPD</name>
			<value>4</value>
		</enumerator>
		<enumerator>
			<name>SVPD</name>
			<value>5</value>
		</enumerator>
		<enumerator>
			<name>PVPD</name>
			<value>6</value>
		</enumerator>
		<enumerator>
			<name>PSBE</name>
			<value>7</value>
		</enumerator>
		<enumerator>
			<name>RSBE</name>
			<value>8</value>
		</enumerator>
		<enumerator>
			<name>DVPD</name>
			<value>9</value>
		</enumerator>
		<default>NA</default>
	</enumerationType>
		<enumerationType>
		<id>ENC_TYPE</id>
		<description>Type of node or enclosure</description>
		<enumerator>
			<name>CEC</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>CONTROL</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>NA</name>
			<value>2</value>
		</enumerator>
		<default>NA</default>
	</enumerationType>
	<enumerationType>
		<id>BUS_TYPE</id>
		<description>Enumeration for bus types</description>
		<enumerator>
			<name>NA</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>ABUS</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>XBUS</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>PCIE</name>
			<value>3</value>
		</enumerator>
		<enumerator>
			<name>FSIM</name>
			<value>4</value>
		</enumerator>
		<enumerator>
			<name>I2C</name>
			<value>5</value>
		</enumerator>
		<enumerator>
			<name>GPIO</name>
			<value>6</value>
		</enumerator>
		<enumerator>
			<name>DMI</name>
			<value>7</value>
		</enumerator>
		<enumerator>
			<name>DDR3</name>
			<value>8</value>
		</enumerator>
		<enumerator>
			<name>DDR4</name>
			<value>9</value>
		</enumerator>
		<enumerator>
			<name>POWER</name>
			<value>10</value>
		</enumerator>
		<enumerator>
			<name>FSICM</name>
			<value>11</value>
		</enumerator>
		<enumerator>
			<name>LOGICAL_ASSOCIATION</name>
			<value>12</value>
		</enumerator>
		<enumerator>
			<name>SPCN</name>
			<value>13</value>
		</enumerator>
		<enumerator>
			<name>SC</name>
			<value>14</value>
		</enumerator>
		<enumerator>
			<name>JTAG</name>
			<value>15</value>
		</enumerator>
		<enumerator>
			<name>U750</name>
			<value>16</value>
		</enumerator>
		<enumerator>
			<name>PSI</name>
			<value>17</value>
		</enumerator>
		<enumerator>
			<name>SPI</name>
			<value>18</value>
		</enumerator>
		<enumerator>
			<name>UART</name>
			<value>19</value>
		</enumerator>
		<enumerator>
			<name>PWM</name>
			<value>20</value>
		</enumerator>
		<enumerator>
			<name>TACH</name>
			<value>21</value>
		</enumerator>
		<enumerator>
			<name>USB</name>
			<value>22</value>
		</enumerator>
		<enumerator>
			<name>LPC</name>
			<value>23</value>
		</enumerator>
		<enumerator>
			<name>CLK</name>
			<value>24</value>
		</enumerator>
		<enumerator>
			<name>ETHERNET</name>
			<value>25</value>
		</enumerator>
		<enumerator>
			<name>AVS</name>
			<value>26</value>
		</enumerator>
		<enumerator>
			<name>OBUS</name>
			<value>27</value>
		</enumerator>
		<enumerator>
			<name>OMI</name>
			<value>28</value>
		</enumerator>
	</enumerationType>
	<enumerationType>
		<id>MRW_TYPE</id>
		<enumerator>
			<name>NA</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>VPD</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>PCI_CONFIG</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>GPIO_EXPANDER</name>
			<value>3</value>
		</enumerator>
		<enumerator>
			<name>VOLTAGE_REGULATOR</name>
			<value>4</value>
		</enumerator>
		<enumerator>
			<name>SPD</name>
			<value>5</value>
		</enumerator>
		<enumerator>
			<name>FSICM</name>
			<value>6</value>
		</enumerator>
		<enumerator>
			<name>FSIM</name>
			<value>7</value>
		</enumerator>
		<enumerator>
			<name>PCI_CONFIGS</name>
			<value>8</value>
		</enumerator>
		<enumerator>
			<name>IOMUX</name>
			<value>9</value>
		</enumerator>
		<enumerator>
			<name>IOMUX_GROUP</name>
			<value>10</value>
		</enumerator>
		<enumerator>
			<name>LED</name>
			<value>11</value>
		</enumerator>
		<enumerator>
			<name>IPMI_SENSOR</name>
			<value>12</value>
		</enumerator>
		<enumerator>
			<name>APSS_SENSOR</name>
			<value>13</value>
		</enumerator>
		<enumerator>
			<name>SMARTCHIP</name>
			<value>13</value>
		</enumerator>
		<enumerator>
			<name>NONIOMUX_GROUP</name>
			<value>14</value>
		</enumerator>
		<enumerator>
			<name>PASSTHROUGH</name>
			<value>15</value>
		</enumerator>
		<enumerator>
			<name>USB</name>
			<value>16</value>
		</enumerator>
		<enumerator>
			<name>TMP</name>
			<value>17</value>
		</enumerator>
		<enumerator>
			<name>CLK</name>
			<value>18</value>
		</enumerator>
		<enumerator>
			<name>TARGET_OVERRIDE</name>
			<value>19</value>
		</enumerator>
		<enumerator>
			<name>TARGET_OVERRIDE_GROUP</name>
			<value>20</value>
		</enumerator>
		<default>NA</default>
	</enumerationType>

	<enumerationType>
		<id>ASSOCIATION_TYPE</id>
		<enumerator>
			<name>NA</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>VPD</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>FRU</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>LED</name>
			<value>3</value>
		</enumerator>
		<default>NA</default>
	</enumerationType>
	<enumerationType>
		<id>LED_COLOR</id>
		<enumerator>
			<name>GREEN</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>AMBER</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>RED</name>
			<value>2</value>
		</enumerator>
		<enumerator>
			<name>BLUE</name>
			<value>3</value>
		</enumerator>
		<default>GREEN</default>
	</enumerationType>
	<enumerationType>
		<id>BLINK_ROLLUP</id>
		<enumerator>
			<name>YES</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>NO</name>
			<value>1</value>
		</enumerator>
		<default>NO</default>
	</enumerationType>
	<enumerationType>
		<id>VIEW_REAR</id>
		<enumerator>
			<name>YES</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>NO</name>
			<value>1</value>
		</enumerator>
		<default>NO</default>
	</enumerationType>
		<enumerationType>
		<id>VIEW_FRONT</id>
		<enumerator>
			<name>YES</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>NO</name>
			<value>1</value>
		</enumerator>
		<default>NO</default>
	</enumerationType>
		<enumerationType>
		<id>VIEW_INTERNAL</id>
		<enumerator>
			<name>YES</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>NO</name>
			<value>1</value>
		</enumerator>
		<default>NO</default>
	</enumerationType>
	<enumerationType>
		<id>SPI_FUNCTION</id>
		<enumerator>
			<name>BMC_CODE</name>
			<value>0</value>
		</enumerator>
		<enumerator>
			<name>PNOR</name>
			<value>1</value>
		</enumerator>
		<enumerator>
			<name>NOT_DEFINED</name>
			<value>1</value>
		</enumerator>
		<default>NOT_DEFINED</default>
	</enumerationType>
	<attribute>
		<id>BUS_TYPE</id>
		<description>Bus Type
		</description>
		<simpleType>
			<enumeration>
				<id>BUS_TYPE</id>
			</enumeration>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>BUS_WIDTH</id>
		<description>Bus Width</description>
		<simpleType><uint32_t/></simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>REGISTER_OFFSET</id>
		<description>Register offset</description>
		<simpleType><uint8_t/></simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>GROUP_NAME</id>
		<description>Group Name</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<writeable/>
		<readable/>
	</attribute>

	<attribute>
		<id>GROUPED_ATTRIBUTE_NAME</id>
		<description>Attribute Name to be added to a Group</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<writeable/>
		<readable/>
	</attribute>

	<attribute>
		<id>LED_COLOR</id>
		<description>LED Color
		</description>
		<simpleType>
			<enumeration>
				<id>LED_COLOR</id>
			</enumeration>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>BLINK_ROLLUP</id>
		<description>Identifies if an LED is a blink rollup</description>
		<simpleType>
			<enumeration>
				<id>BLINK_ROLLUP</id>
			</enumeration>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
		<attribute>
		<id>VIEW_REAR</id>
		<description>Identifies if an LED can be viewed from the rear</description>
		<simpleType>
			<enumeration>
				<id>VIEW_REAR</id>
			</enumeration>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>VIEW_FRONT</id>
		<description>Identifies if an LED can be viewed from the front</description>
		<simpleType>
			<enumeration>
				<id>VIEW_FRONT</id>
			</enumeration>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>VIEW_INTERNAL</id>
		<description>Identifies if an LED can be viewed internally</description>
		<simpleType>
			<enumeration>
				<id>VIEW_INTERNAL</id>
			</enumeration>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
    <attribute>
		<id>ON_STATE</id>
		<description>If it takes a logic 0 or 1 to turn on the part</description>
		<simpleType>
			<boolean>
			    <default>0</default>
			</boolean>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>IO_CONFIG_SELECT</id>
		<description>configuration select</description>
		<simpleType>
			<uint8_t>
				<id>0</id>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>IO_CONFIG_NUM</id>
		<description>configuration select</description>
		<simpleType>
			<uint8_t>
				<id>0</id>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>DIRECTION</id>
		<description>Bus Direction</description>
		<simpleType>
			<enumeration>
				<id>DIRECTION</id>
			</enumeration>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<global/>
	</attribute>
	<attribute>
		<id>SLOT_NAME</id>
		<description>PCIe slot name definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>SLOT_INDEX</id>
		<description>PCIe slot index definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
        <global/>
	</attribute>
	<attribute>
		<id>SLOT_TYPE</id>
		<description>Defines if the PCIe slot is coming from a switch or directly from the CPU PHB</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>VENDOR_ID</id>
		<description>PCIe vendor ID definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>DEVICE_ID</id>
		<description>PCIe device ID definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>SUBSYSTEM_VENDOR_ID</id>
		<description>PCIe subsystem vendor ID definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>SUBSYSTEM_DEVICE_ID</id>
		<description>PCIe subsystem device ID definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>Upstream_Port</id>
		<description>Defines the upstream port associated with a virtual switch</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>Downstream_Port</id>
		<description>Defines a downstream port associated with a virtual switch</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>DEFAULT_PCIE_COOLING_TYPE</id>
		<description>Defines the type of cooling for a given PCIe slot</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>MAX_POWER</id>
		<description>Defines the maximum power consumption for a PCIe slot</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>MSI</id>
		<description>PCIe slot MSI definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>32BIT_MMIO_SIZE</id>
		<description>PCIe slot 32bit MMIO size definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>64BIT_MMIO_SIZE</id>
		<description>PCIe slot 64bit MMIO size definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>32BIT_DMA_SIZE</id>
		<description>PCIe slot 32bit DMA size definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>64BIT_DMA_SIZE</id>
		<description>PCIe slot 64bit DMA size definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>HDDW_ORDER</id>
		<description>PCIe slot HDDW order definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>SWITCH_MODEL</id>
		<description>PCIe switch model definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>STATION</id>
		<description>PCIe switch station definition</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>WIDTH</id>
		<description>Number of PCIE lanes</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>PRESENCE_DETECT</id>
		<description>Presence detect information</description>
		<simpleType>
			<enumeration>
				<id>PRESENCE_DETECT</id>
			</enumeration>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>LOGIC_VALUE</id>
		<description>Logic value 0 or 1</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>MRU_PREFIX</id>
		<description>Prefix to generate MRU_ID's with</description>
		<simpleType>
			<enumeration>
				<id>MRU_PREFIX</id>
			</enumeration>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<serverwizHide/>
	</attribute>
	<attribute>
		<id>MRW_TYPE</id>
		<description>Attribute indicating the target's special MRW type</description>
		<simpleType>
			<enumeration>
				<id>MRW_TYPE</id>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<serverwizHide/>
	</attribute>
	<attribute>
		<id>FUNCTION</id>
		<description>Function description</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<writeable/>
		<readable/>
		<global/>
	</attribute>
		<attribute>
		<id>BLINK_RATE</id>
		<description>Blink rate</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<writeable/>
		<readable/>
		<global/>
	</attribute>
	<attribute>
		<id>LOCATION_CODE</id>
		<description>Location Code</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<writeable/>
		<readable/>
	</attribute>
	<attribute>
		<id>CCIN</id>
		<description>CCIN</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<writeable/>
		<readable/>
	</attribute>
	<attribute>
		<id>PSI_ENGINE</id>
		<description>PSI engine number</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<writeable/>
		<readable/>
		<global/>
	</attribute>
	<attribute>
		<id>FSI_ENGINE</id>
		<description>FSI engine number</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>FSI_PORT</id>
		<description>FSI port number</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>FSI_LINK</id>
		<description>FSI Link number</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>CMFSI</id>
		<description>CMFSI number</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SPI_PORT</id>
		<description>SPI Port</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SPI_ENGINE</id>
		<description>SPI Engine</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>I2C_PORT</id>
		<description>I2C Port</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>I2C_ENGINE</id>
		<description>I2C Engine</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>MUX_CHANNEL</id>
		<description>Channel number for the I2C channel unit on an I2C Mux</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>I2C_ADDRESS</id>
		<description>I2C Address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>VPD_SIZE</id>
		<description>Size of VPD EEPROM device</description>
		<simpleType>
			<enumeration>
				<id>VPD_SIZE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>I2C_CONNECTION_TYPE</id>
		<description>Type of I2C connection</description>
		<simpleType>
			<enumeration>
				<id>I2C_CONNECTION_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>I2C_SPEED</id>
		<description>I2C Speed in kHz</description>
		<simpleType>
			<uint16_t>
			</uint16_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>I2C_TYPE</id>
		<description>I2C Type for HDAT_I2C_DEVICE_TYPE</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>I2C_PURPOSE</id>
		<description>I2C Purpose for HDAT_I2C_DEVICE_PURPOSE</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>FRU_PATH</id>
		<description>Describes the entire FRU path</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable />
		<writeable />
	</attribute>
	<attribute>
		<id>OBUS_CONFIG</id>
		<description>OBUS Configuration Selector</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
		<attribute>
		<id>COOLING_ZONE_MASK</id>
		<description>Cooling zone mask for temperature sensors</description>
		<simpleType>
			<uint16_t>
			</uint16_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>STANDBY_PLUGGABLE</id>
		<description>Is a given card pluggable at FSP standby</description>
		<simpleType>
			<enumeration>
				<id>STANDBY_PLUGGABLE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>CARD_TYPE</id>
		<description>Type of card</description>
		<simpleType>
			<enumeration>
				<id>CARD_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>CONNECTOR_TYPE</id>
		<description>Type of connector</description>
		<simpleType>
			<enumeration>
				<id>CONNECTOR_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>LED_TYPE</id>
		<description>Type of LED</description>
		<simpleType>
			<enumeration>
				<id>LED_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>VPD_TYPE</id>
		<description>MVPD,CVPD, or SPD</description>
		<simpleType>
			<enumeration>
				<id>VPD_TYPE</id>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>ENC_TYPE</id>
		<description>Control or CEC</description>
		<simpleType>
			<enumeration>
				<id>ENC_TYPE</id>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>SYSTEM_NAME</id>
		<description>System Name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>PROC_TX_LANE_INVERT</id>
		<description>This attribute represents the polarity of a differential wire pair on the DMI and A buses</description>
		<simpleType>
			<uint32_t>
				<default>0</default>
			</uint32_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>MEMBUF_TX_LANE_INVERT</id>
		<description>This attribute represents the polarity of a differential wire pair on the DMI and A buses</description>
		<simpleType>
			<uint32_t>
				<default>0</default>
			</uint32_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>SOURCE_TX_LANE_INVERT</id>
		<description>This attribute represents the polarity of a differential wire pair on the DMI and A buses</description>
		<simpleType>
			<uint32_t>
				<default>0</default>
			</uint32_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>DEST_TX_LANE_INVERT</id>
		<description>This attribute represents the polarity of a differential wire pair on the DMI and A buses</description>
		<simpleType>
			<uint32_t>
				<default>0</default>
			</uint32_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>PROC_TX_MSBSWAP</id>
		<description>
			Source: MRW: Downstream MSB Swap and Upstream MSB Swap
			Usage: TX_MSBSWAP initfile setting for DMI and A buses

			This attribute
			represents whether or not a single clock group bus such as
			DMI and A
			bus was wired by the board designer using a feature
			called MSB Swap
			where lane 0 of the TX chip wires to lane n-1 on the RX
			chip where 'n'
			is the width of the bus. A basic description
			of this capability is
			that the board designer can save layers on the
			board wiring by
			crossing the wiring between the two chips in
			a prescribed manner. In a
			non-MSB Swapped bus Lane 0 on the TX chip
			wires to lane 0 on the RX
			chip, lane 1 to lane 1 and so on.
			If a bus is MSB Swapped then lane 0
			of the TX chip wires to lane 'n-1'
			of the RX chip, lane 1 to lane
			'n-2', etc. Random or
			arbitrary wiring of TX to RX lanes on different
			chips is NOT ALLOWED.

			The Master Chip of two connected chips is
			defined as the chip with the
			smaller value of (100*Node + Pos).
			The
			Slave Chip of two connected chips is defined as the chip with the
			larger value of (100*Node + Pos).
			The Downstream direction is defined
			as the direction from the Master
			chip to the Slave chip.
			The Upstream
			direction is defined as the direction from the Slave chip
			to the
			Master chip.

			The Downstream TX_MSBSWAP from the MRW is a uint8 value.
			0x01 means the
			Downstream bus is wired msb to lsb etc. and
			0x00 means
			the bus is wired normally, msb to msb, lsb to lsb (lane0 to
			lane0).

			The Upstream TX_MSBSWAP from the MRW is a uint8 value. 0x01 means the
			Upstream bus is wired msb to lsb etc. and
			0x00 means the bus is wired
			normally, msb to msb, lsb to lsb (lane0 to
			lane0).

			It is up to the
			platform code to set up each ATTR_EI_BUS_TX_MSBSWAP
			value for the
			correct target endpoints.

		</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>MEMBUF_TX_MSBSWAP</id>
		<description>
			Source: MRW: Downstream MSB Swap and Upstream MSB Swap
			Usage: TX_MSBSWAP initfile setting for DMI and A buses

			This attribute
			represents whether or not a single clock group bus such as
			DMI and A
			bus was wired by the board designer using a feature
			called MSB Swap
			where lane 0 of the TX chip wires to lane n-1 on the RX
			chip where 'n'
			is the width of the bus. A basic description
			of this capability is
			that the board designer can save layers on the
			board wiring by
			crossing the wiring between the two chips in
			a prescribed manner. In a
			non-MSB Swapped bus Lane 0 on the TX chip
			wires to lane 0 on the RX
			chip, lane 1 to lane 1 and so on.
			If a bus is MSB Swapped then lane 0
			of the TX chip wires to lane 'n-1'
			of the RX chip, lane 1 to lane
			'n-2', etc. Random or
			arbitrary wiring of TX to RX lanes on different
			chips is NOT ALLOWED.

			The Master Chip of two connected chips is
			defined as the chip with the
			smaller value of (100*Node + Pos).
			The
			Slave Chip of two connected chips is defined as the chip with the
			larger value of (100*Node + Pos).
			The Downstream direction is defined
			as the direction from the Master
			chip to the Slave chip.
			The Upstream
			direction is defined as the direction from the Slave chip
			to the
			Master chip.

			The Downstream TX_MSBSWAP from the MRW is a uint8 value.
			0x01 means the
			Downstream bus is wired msb to lsb etc. and
			0x00 means
			the bus is wired normally, msb to msb, lsb to lsb (lane0 to
			lane0).

			The Upstream TX_MSBSWAP from the MRW is a uint8 value. 0x01 means the
			Upstream bus is wired msb to lsb etc. and
			0x00 means the bus is wired
			normally, msb to msb, lsb to lsb (lane0 to
			lane0).

			It is up to the
			platform code to set up each ATTR_EI_BUS_TX_MSBSWAP
			value for the
			correct target endpoints.

		</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
        <attribute>
                <id>CONFIG_APPLY</id>
                <description>
                       Specifies in which node configuration this bus is
                       applicable to, it is a string value with node numbers
                       seperated by comma, further a value of "w" is used
                       for wrap test and a value of "d" is used for default
                       and specifies all nodes
                </description>
                <simpleType>
                        <string/>
                </simpleType>
                <persistency>non-volatile</persistency>
                <readable/>
		<writeable/>
        </attribute>
	<attribute>
		<id>DEST_TX_MSBSWAP</id>
		<description>
			Source: MRW: Downstream MSB Swap and Upstream MSB Swap
			Usage: TX_MSBSWAP initfile setting for DMI and A buses

			This attribute
			represents whether or not a single clock group bus such as
			DMI and A
			bus was wired by the board designer using a feature
			called MSB Swap
			where lane 0 of the TX chip wires to lane n-1 on the RX
			chip where 'n'
			is the width of the bus. A basic description
			of this capability is
			that the board designer can save layers on the
			board wiring by
			crossing the wiring between the two chips in
			a prescribed manner. In a
			non-MSB Swapped bus Lane 0 on the TX chip
			wires to lane 0 on the RX
			chip, lane 1 to lane 1 and so on.
			If a bus is MSB Swapped then lane 0
			of the TX chip wires to lane 'n-1'
			of the RX chip, lane 1 to lane
			'n-2', etc. Random or
			arbitrary wiring of TX to RX lanes on different
			chips is NOT ALLOWED.

			The Master Chip of two connected chips is
			defined as the chip with the
			smaller value of (100*Node + Pos).
			The
			Slave Chip of two connected chips is defined as the chip with the
			larger value of (100*Node + Pos).
			The Downstream direction is defined
			as the direction from the Master
			chip to the Slave chip.
			The Upstream
			direction is defined as the direction from the Slave chip
			to the
			Master chip.

			The Downstream TX_MSBSWAP from the MRW is a uint8 value.
			0x01 means the
			Downstream bus is wired msb to lsb etc. and
			0x00 means
			the bus is wired normally, msb to msb, lsb to lsb (lane0 to
			lane0).

			The Upstream TX_MSBSWAP from the MRW is a uint8 value. 0x01 means the
			Upstream bus is wired msb to lsb etc. and
			0x00 means the bus is wired
			normally, msb to msb, lsb to lsb (lane0 to
			lane0).

			It is up to the
			platform code to set up each ATTR_EI_BUS_TX_MSBSWAP
			value for the
			correct target endpoints.

		</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>SOURCE_TX_MSBSWAP</id>
		<description>
			Source: MRW: Downstream MSB Swap and Upstream MSB Swap
			Usage: TX_MSBSWAP initfile setting for DMI and A buses

			This attribute
			represents whether or not a single clock group bus such as
			DMI and A
			bus was wired by the board designer using a feature
			called MSB Swap
			where lane 0 of the TX chip wires to lane n-1 on the RX
			chip where 'n'
			is the width of the bus. A basic description
			of this capability is
			that the board designer can save layers on the
			board wiring by
			crossing the wiring between the two chips in
			a prescribed manner. In a
			non-MSB Swapped bus Lane 0 on the TX chip
			wires to lane 0 on the RX
			chip, lane 1 to lane 1 and so on.
			If a bus is MSB Swapped then lane 0
			of the TX chip wires to lane 'n-1'
			of the RX chip, lane 1 to lane
			'n-2', etc. Random or
			arbitrary wiring of TX to RX lanes on different
			chips is NOT ALLOWED.

			The Master Chip of two connected chips is
			defined as the chip with the
			smaller value of (100*Node + Pos).
			The
			Slave Chip of two connected chips is defined as the chip with the
			larger value of (100*Node + Pos).
			The Downstream direction is defined
			as the direction from the Master
			chip to the Slave chip.
			The Upstream
			direction is defined as the direction from the Slave chip
			to the
			Master chip.

			The Downstream TX_MSBSWAP from the MRW is a uint8 value.
			0x01 means the
			Downstream bus is wired msb to lsb etc. and
			0x00 means
			the bus is wired normally, msb to msb, lsb to lsb (lane0 to
			lane0).

			The Upstream TX_MSBSWAP from the MRW is a uint8 value. 0x01 means the
			Upstream bus is wired msb to lsb etc. and
			0x00 means the bus is wired
			normally, msb to msb, lsb to lsb (lane0 to
			lane0).

			It is up to the
			platform code to set up each ATTR_EI_BUS_TX_MSBSWAP
			value for the
			correct target endpoints.

		</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>RAIL_NAME</id>
		<description>Name of power supply rail</description>
		<simpleType>
			<enumeration>
				<id>RAIL_NAME</id>
				<default>UNKNOWN</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>GPIO_TYPE</id>
		<description>Type of GPIO</description>
		<simpleType>
			<enumeration>
				<id>GPIO_TYPE</id>
				<default>GENERIC_OUTPUT</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>IOP_NUM</id>
		<description>Number of IOP</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PHB_NUM</id>
		<description>Number of PHB</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PCIE_NUM_LANES</id>
		<description>Number of PCIE lanes enabled for this interface</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PCIE_LANE_MASK</id>
		<description>Lane mask for this config</description>
		<simpleType>
			<uint16_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<serverwizReadonly/>
	</attribute>
        <attribute>
                <id>PCIE_LANE_SET</id>
                <description>Lane set for this config</description>
                <simpleType>
                        <uint16_t/>
                </simpleType>
                <persistency>non-volatile</persistency>
                <readable/>
                <serverwizReadonly/>
        </attribute>

	<attribute>
		<id>PCIE_LANE_GROUP</id>
		<description>Lane group for this config</description>
		<simpleType>
			<uint16_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>

	<attribute>
		<id>MGC_LOAD_SOURCE</id>
		<description>defines MGC load source</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>

	<attribute>
		<id>ENABLE_CAPI</id>
		<description>enables CAPI function (0=no,1=yes)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>

	<attribute>
		<id>ENABLE_LSI</id>
		<description>enables LSI function (0=no,1=yes)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>

	<attribute>
		<id>ENABLE_HOTPLUG</id>
		<description>enables hotplug function (0=no,1=yes)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>

	<attribute>
		<id>ENABLE_CABLECARD</id>
		<description>enables Cable Card function (0=no,1=yes)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>

	<attribute>
		<id>ENABLE_SRIOV</id>
		<description>enables SRIOV function (0=no,1=yes)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>

	<attribute>
		<id>ENABLE_ELLOCO</id>
		<description>enables El Loco function (0=no,1=yes)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>

	<attribute>
		<id>ENABLE_NVLINK</id>
		<description>enables NVLINK function (0=no,1=yes)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<serverwizReadonly/>
	</attribute>

	<attribute>
		<id>PCIE_LANE_SWAP_TABLE</id>
		<description>Lane Swap Lookup Table CK not swap = none,ck0,ck0,both CK swapped = none,ck0,ck1,both</description>
		<simpleType>
			<uint8_t/>
			<array>4,2</array>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PCIE_SWAP_CLKS</id>
		<description>Swap CK0 and CK1 (0=no,1=yes)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>LANE_REVERSAL</id>
		<description>Lane Reversal (0=no,1=yes)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>PCIE_CLK_NUM</id>
		<description>Interface MSB CLK number (0 = CLK0, 1 = CLK1)</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PCIE_CONFIG_NUM</id>
		<description>PCIe config id</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>

	<attribute>
		<id>PCIE_CONFIG_SELECTED</id>
		<description>Specifies if this config is selected</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>SCHEMATIC_INTERFACE</id>
		<description>Schematic name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>GROUP_KEY</id>
		<description>Key</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>ASSOCIATION_TYPE</id>
		<description>Associates 2 parts together</description>
		<simpleType>
			<enumeration>
				<id>ASSOCIATION_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>MEMORY_SIZE_IN_KB</id>
		<description>Size of a SEEPROM in KB</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>WRITE_CYCLE_TIME</id>
		<description>write cycle time of seeprom</description>
		<group>SYS_POLICY</group>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>WRITE_PAGE_SIZE</id>
		<description>Page Size of a SEEPROM in KB</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>BYTE_ADDRESS_OFFSET</id>
		<description>address offset of seeprom</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>CDM_POLICIES_BITMASK</id>
		<description>
			Cec Degraded Mode Policy flags
			Use the CDM_POLICIES enum to decode.
			If the appropriate bit is 1 then the policy mode is enabled,
			and those type of Guard records are disabled.
		</description>
		<complexType>
			<field>
				<name>MANUFACTURING_DISABLED</name>
				<description>
					MFG_Guard policy:
					Used in MFG only to prevent and disable the following:
					. Storing or creation of new Guard records from Diagnostic or other
					faults through error logs. This is all domains, CEC
					processor/memory, VPD, FSP, etc.
					. Storing or creation of Manual Guard record from user.
					NOTE: this does not stop FCO.
					. Using an already stored System or Manual Guard record from
					deconfiguring resources. This is all domains, CEC
					processor/memory, VPD, FSP, etc.
				</description>
				<type>boolean</type>
				<bits>1</bits>
			</field>
			<field>
				<name>PREDICTIVE_DISABLED</name>
				<description>
					Predictive_Guard policy:
					Used in Field or development to prevent and disable the following:
					. Storing or creation of new Guard records from diagnostics or other
					faults through error logs with the error_type of Predictive.
					. Using an already stored System Guard record with error_type of
					Predictive from deconfiguring resources.
				</description>
				<type>boolean</type>
				<bits>1</bits>
			</field>
			<default>0</default>
		</complexType>
		<persistency>non-volatile</persistency>
		<writeable/>
		<readable/>
		<bitmask/>
	</attribute>

	<attribute>
		<id>BYTE_ADDRESS_OFFSET</id>
		<description>address offset of seeprom</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>

	<!-- FSP stuff -->
	<attribute>
		<id>PIN_NAME[0]</id>
		<description>pin name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PIN_NAME[1]</id>
		<description>pin name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PIN_NAME[2]</id>
		<description>pin name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PIN_NAME[3]</id>
		<description>pin name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PIN_NUM[0]</id>
		<description>pin name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PIN_NUM[1]</id>
		<description>pin name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PIN_NUM[2]</id>
		<description>pin name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>PIN_NUM[3]</id>
		<description>pin name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>

	<attribute>
		<id>SP_IO_NAME[0]</id>
		<description>dio name for offset 1</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_IO_NAME[1]</id>
		<description>dio name for offset 2</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_IO_NAME[2]</id>
		<description>dio name for offset 3</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_IO_NAME[3]</id>
		<description>dio name for offset 4</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_DIRECTION[0]</id>
		<description>direction</description>
		<simpleType>
			<enumeration>
				<id>DIRECTION</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_DIRECTION[1]</id>
		<description>direction</description>
		<simpleType>
			<enumeration>
				<id>DIRECTION</id>
					<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_DIRECTION[2]</id>
		<description>direction</description>
		<simpleType>
			<enumeration>
				<id>DIRECTION</id>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_DIRECTION[3]</id>
		<description>direction</description>
		<simpleType>
			<enumeration>
				<id>DIRECTION</id>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>DRIVER_TYPE</id>
		<description>driver type</description>
		<simpleType>
			<enumeration>
				<id>DRIVER_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<global/>
	</attribute>
	<attribute>
		<id>SP_DRIVER_TYPE[0]</id>
		<description>driver type</description>
		<simpleType>
			<enumeration>
				<id>DRIVER_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_DRIVER_TYPE[1]</id>
		<description>driver type</description>
		<simpleType>
			<enumeration>
				<id>DRIVER_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_DRIVER_TYPE[2]</id>
		<description>driver type</description>
		<simpleType>
			<enumeration>
				<id>DRIVER_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_DRIVER_TYPE[3]</id>
		<description>driver type</description>
		<simpleType>
			<enumeration>
				<id>DRIVER_TYPE</id>
				<default>NA</default>
			</enumeration>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>POR_VALUE</id>
		<description>gpio power on reset value</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<global/>
	</attribute>
	<attribute>
		<id>SP_MUX_GROUP</id>
		<description>IOMUX mux group</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_MUX_SELECT</id>
		<description>IOMUX mux select</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>DIO_START</id>
		<description>DIO starting index</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_DIO_NUM</id>
		<description>IOMUX DIO number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_ENGINE_NUM</id>
		<description>IOMUX Engine number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_ENGINE_NUM[0]</id>
		<description>IOMUX Engine number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_ENGINE_NUM[1]</id>
		<description>IOMUX Engine number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_ENGINE_NUM[2]</id>
		<description>IOMUX Engine number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_ENGINE_NUM[3]</id>
		<description>IOMUX Engine number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>SP_MODE_CONTROL[0]</id>
		<description>IOMUX Engine number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>SP_MODE_CONTROL[1]</id>
		<description>IOMUX Engine number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>SP_MODE_CONTROL[2]</id>
		<description>IOMUX Engine number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>SP_MODE_CONTROL[3]</id>
		<description>IOMUX Engine number</description>
		<simpleType>
			<uint8_t/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>


	<attribute>
		<id>ENTITY_ID_LOOKUP</id>
		<description>These entity ids map to current target</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
			<array>16</array>
		</simpleType>
		<persistency>volatile-zeroed</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>MBA_NUM</id>
		<description>MBA port this DIMM is connected to</description>
		<simpleType>
			<uint8_t>
				<default>0</default>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<serverwizReadonly/>
	</attribute>
	<attribute>
		<id>IPMI_INSTANCE</id>
		<description>Maps to IPMI Entity Instance</description>
		<simpleType>
			<uint8_t>
				<default>0</default>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>FRU_NAME</id>
		<description>Maps to IPMI Sensor name</description>
		<simpleType>
			<string/>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
		<global/>
	</attribute>
	<attribute>
		<id>PCIE_LANE_EQUALIZATION</id>
		<description>PCIE Lane Equalization values for each PHB
			Format:
			lane#, setting or
			all, setting
		</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
			<array>16,3</array>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<writeable/>
	</attribute>
	<attribute>
		<id>IPMI_ENTITY_ID</id>
		<description>Entity ID</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>IPMI_SENSOR_TYPE</id>
		<description>Sensor Type</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>IPMI_SENSOR_NAME_SUFFIX</id>
		<description>Entity ID</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>IPMI_SENSOR_READING_TYPE</id>
		<description>Sensor Reading type</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>IPMI_SENSOR_OFFSETS</id>
		<description>Sensor Offsets</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
			<array>16</array>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>IPMI_SENSOR_ID</id>
		<description>Sensor ID</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
		<global/>
	</attribute>
		<attribute>
		<id>IPMI_ALTERNATE_ATTRIBUTE</id>
		<description>Attribute</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
		<attribute>
		<id>ADC_CHANNEL_ID</id>
		<description>APSS channel #</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>ADC_CHANNEL_ASSIGNMENT</id>
		<description>APSS channel assignment</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>ADC_CHANNEL_GAIN</id>
		<description>APSS channel gain</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>ADC_CHANNEL_GROUND</id>
		<description>APSS channel ground</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>ADC_CHANNEL_OFFSET</id>
		<description>APSS channel offset</description>
		<simpleType>
			<string>
			</string>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>PWM_CHANNEL_ID</id>
		<description>PWM channel #</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PWM_ADDRESS</id>
		<description>Fan PWM address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PWM_BITMASK</id>
		<description>Fan PWM bitmask</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>PWM_DUTY_CYCLE_ADDRESS</id>
		<description>Fan PWM duty cycle address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
		<attribute>
		<id>PWM_DUTY_CYCLE_BITMASK</id>
		<description>Fan PWM duty cycle bitmask</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>TACH_CHANNEL_ID</id>
		<description>Fan tach channel #</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_DOMAIN_REG_ADDRESS</id>
		<description>Fan tach domain register address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
		<attribute>
		<id>FAN_DOMAIN_REG_BITMASK</id>
		<description>Fan tach domain register bitmask</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERROR_MASK_ADDRESS</id>
		<description>Fan tach error mask address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERROR_MASK_BITMASK</id>
		<description>Fan tach error mask bitmask</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERROR_REG_ADDRESS</id>
		<description>Fan tach error register address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERROR_REG_BITMASK</id>
		<description>Fan tach error register bitmask</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PARTNER_HS_REG_ADDRESS</id>
		<description>Fan tach partner HS register address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PARTNER_HS_REG_BITMASK</id>
		<description>Fan tach partner HS register bitmask</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_SPD_REG_HIGH_ADDRESS</id>
		<description>Fan tach SPD register high address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_SPD_REG_HIGH_BITMASK</id>
		<description>Fan tach SPD register high bitmask</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_SPD_REG_LOW_ADDRESS</id>
		<description>Fan tach SPD register low address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_SPD_REG_LOW_BITMASK</id>
		<description>Fan tach SPD register low bitmask</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_TYPE_SEL_ADDRESS</id>
		<description>Fan tach type select address</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_TYPE_SEL_BITMASK</id>
		<description>Fan tach type select bitmask</description>
		<simpleType>
			<uint8_t>
			</uint8_t>
		</simpleType>
		<persistency>non-volatile</persistency>
		<readable/>
	</attribute>
	<!-- Start DPSS attributes -->
	<attribute>
		<id>PIN_NUM</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>BITS</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>CHANNEL</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>CHECK_STAGE</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>CONFIG_ID</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>CURRENT_MAX</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>CURRENT_NOM</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEFAULT_VALUE</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_CPU</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_CPU_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_CPU_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_CPU_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_CPU_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_INT</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_INT_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_INT_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_INT_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_INT_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_IO</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_IO_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_IO_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_IO_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DEGATE_IO_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DELAY_CPU</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>DELAY_IO</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>ENABLE_HOLD</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>END_COUNT</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>ENGINE</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>EN_OD</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>EN_OD_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>EN_OD_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>EN_OD_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>EN_OD_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_DOMAIN_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_DOMAIN_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_DOMAIN_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_DOMAIN_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_DOMAIN_REG</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERRORS_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERRORS_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERRORS_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERRORS_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERROR_MASK</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERROR_MASK_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERROR_MASK_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_ERROR_REG</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_FFS_CH_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_FFS_CH_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_HYST_HIGH0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_HYST_HIGH1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_HYST_LOW0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_HYST_LOW1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_MAN_MODE</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_MODE</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PARTNER_HS_REG</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PPR0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PPR1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PRESENCE_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PRESENCE_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_PWM_MANUAL</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_SPD_REG_HIGH</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_SPD_REG_LOW</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_TYPE_SEL</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_TYPE_SEL0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_TYPE_SEL1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAN_WARNING_CNT</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAULT_ACTION</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FAULT_DELAY</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FFS_MIN_TACH_HIGH0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FFS_MIN_TACH_HIGH1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FFS_MIN_TACH_LOW0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FFS_MIN_TACH_LOW1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>FIXED_ADDRESS</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>GPIO_IN</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>I2C_FFS</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>I2C_INT</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>I2C_INT_MASK</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>INSTANCE_ID</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>INVERT_RESETS</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>LS_REG</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>MAN_ENABLE</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>MAX_FAN_PWM0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>MAX_FAN_PWM1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>MIN_FAN_PWM0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>MIN_FAN_PWM1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>NUM_PS</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD INVERT_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD INVERT_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD INVERT_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD INVERT_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_INVERT</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_LATCHED</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_LATCHED_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_LATCHED_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_LATCHED_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_LATCHED_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_MASK</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_MASK_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_MASK_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_MASK_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_MASK_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_PORT</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_PORT_0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_PORT_1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_PORT_2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_PORT_3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PGOOD_SLOT</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>PIN_NAME</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
		<global/>
	</attribute>
	<attribute>
		<id>PORT</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PRIMARY_DELAY</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PRSNT_REG</id>
		<complexType>
		<field>
			<name>Bit-mask</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSC0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSC1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_CTRL</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_OVERRIDE</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT10</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT11</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT12</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT13</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT14</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT15</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT16</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT17</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT18</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT19</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT20</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT21</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT22</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT23</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT24</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT25</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT26</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT27</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT28</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT29</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT30</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT31</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT4</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT5</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT6</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT7</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT8</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT9</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PSEQ_SLOT_CNT</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PWM0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PWM1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PWM_DELAY</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PWM_DUTY_CYCLE</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>PWM_STEP</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>REBOOT</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>RESERV_REV_CODE</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>RESETS_OUT</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>REV_CODE</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>SECONDARY_DELAY</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>SEC_SEQ</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>SEQUENCE_CNT</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>SLIDING_INDEX</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>SOFT_PGOOD</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>TACH_SET_H0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>TACH_SET_H1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>TACH_SET_H2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>TACH_SET_H3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>TACH_SET_L0</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>TACH_SET_L1</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>TACH_SET_L2</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>TACH_SET_L3</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>VMEM_PER_VPP</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>VOLTAGE</id>
		<complexType>
		<field>
			<name>Value</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<attribute>
		<id>WDT_RESET</id>
		<complexType>
		<field>
			<name>Register</name>
			<type>uint8_t</type>
			<bits>8</bits>
		</field>
		</complexType>
		<readable/>
	</attribute>
	<!-- End DPSS attributes -->
	<!-- APSS attributes -->
		<attribute>
		<id>ADC_MAX</id>
		<description>12 bit max value</description>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>ADC_VREF</id>
		<description>V</description>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>CHANNEL</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>FUNCTION_ID</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>FUNCTION_NAME</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>GAIN</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>GND</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>GPIO_P0_MODE</id>
		<description>1 = output, 0 = input  use GPIO modes tab to fill these out</description>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>GPIO_P1_MODE</id>
		<description>1 = output, 0 = input  use GPIO modes tab to fill these out</description>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>OFFSET</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>PIN-NAME</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>PORT</id>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>VOLTAGE</id>
		<description>volts</description>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<!-- end APSS attributes -->
	<attribute>
		<id>TARGET_NAME</id>
		<description>Name of target</description>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>MRW_ID</id>
		<description>Name identifying a given system MRW</description>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>CHECK_SCRIPT</id>
		<description>Name of checking script to run when Run Checks button is clicked</description>
		<simpleType>
			<string/>
		</simpleType>
		<readable/>
	</attribute>
	<attribute>
		<id>SPI_FUNCTION</id>
		<description>SPI master unit function, if applicable
		</description>
		<simpleType>
			<enumeration>
				<id>SPI_FUNCTION</id>
			</enumeration>
		</simpleType>
		<readable/>
	</attribute>
	<!-- MSL attributes -->
	<attribute>
		<id>MSL_MFG_ALLOW</id>
        <persistency>non-volatile</persistency>
        <readable />
		<simpleType>
			<string/>
		</simpleType>
	</attribute>
	<attribute>
		<id>MSL_FIELD_SUPPORTED</id>
        <persistency>non-volatile</persistency>
        <readable />
		<simpleType>
			<string/>
		</simpleType>
	</attribute>
	<!-- End MSL attributes -->
</attributes>