The SAN State Dictionary Visuals

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The SAN State Dictionary Visuals

The SAN State Dictionary provides a number of secondary states. Elements of this state dictionary were introduced in SAN States: the SAN State Dictionary.

Graphical Representation of SAN Secondary States

Table A.11 provides the graphical representations of SAN secondary states.

Secondary State Names

In Table A.11, the symbolic name "Secondary State Definition" that appears after each "Secondary State Name" corresponds to the static state definition. For example, the "Back Recovery" secondary state is defined by BackRecovery, which corresponds to the static definition IltSAN.SecState.BackRecovery.

Secondary State Icons

It is possible to change the icon associated with a secondary state by using global settings, see Using Global Settings in the Styling documentation. The icon property name to be used with IltSettings.SetValue() must include the secondary state definition and the decoration type. For example:

SAN.SecState.LostData.Gauge
SAN.SecState.IO.Chart

where:

LostData and IO are the secondary state definitions of the "Lost Data" and "I/O" SAN secondary states
Gauge and Chart are the decoration types defined by the IltDecorationType class

For more information on how to use global settings to modify the SAN secondary state icons, see Customizing the SAN State System in the Styling documentation.

Table A.11 Gauge and Chart Based Representations of SAN Secondary States

Secondary State Name `Secondary State Definition`	Graphic	Graphic Frame Files	Comment
Allocated `Allocated`		`Allocated-gauge1` `Allocated-gauge2`	A state to model allocated storage space.
		`Allocated-chart1` `Allocated-chart2`
Available `Available`		`Available-gauge1` `Available-gauge2`	A state to model available storage space.
		`Available-chart1` `Available-chart2`
Back Recovery `BackRecovery`		`BackRecovery-gauge1` `BackRecovery-gauge2`	A state to model back recovery.
		`BackRecovery-chart1` `BackRecovery-chart2`
Bandwidth `BandWidth`		`Bandwidth-gauge1` `In_Mb-gauge2`	A state to model bandwidth.
		`Bandwidth-chart1` `Bandwidth-chart2`
Capacity `Capacity`		`Capacity-gauge1` `Capacity-gauge2`	A state to model storage capacity.
		`Capacity-chart1` `Capacity-chart2`
Capacity Utilization `CapacityUtilization`		`CapacityUtilization-gauge1` `CapacityUtilization-gauge2`	A state to model storage capacity utilization.
		`CapacityUtilization-chart1` `CapacityUtilization-chart2`
CPU Power `CPU`		`CPU-gauge1` `CPU-gauge2`	A state to model CPU power.
		`CPU-chart1` `CPU-chart2`
Data Access Delay `DataAccessDelay`		`DataAccessDelay-gauge1` `DataAccessDelay-gauge2`	A state to model data access delays.
		`DataAccessDelay-chart1` `DataAccessDelay-chart2`
Fragmentation `Fragmentation`		`Fragmentation-gauge1` `Fragmentation-gauge2`	A state to model disk fragmentation.
		`Fragmentation-chart1` `Fragmentation-chart2`
I/O `IO`		`IO-gauge1` `IO-gauge2`	A state to model I/O.
		`IO-chart1` `IO-chart2`
Lost Data `LostData`		`LostData-gauge1` `LostData-gauge2`	A state to model lost data.
		`LostData-chart1` `LostData-chart2`
Usage `Usage`		`Usage-gauge1` `Usage-gauge2`	A state to model disk usage.
		`Usage-chart1` `Usage-chart2`

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