_card _card1 _physicalPort cardCompatibilityResultsThis is an attribute that is used to store the result of the negotiation process between a Card and its EquipmentHolder to see if they are compatible. This is the result of the isCompatible() method, with the Card being the source and the EquipmentHolder being the target, translated into a textual description.
daughterCardInstallStatusThis is an enumerated integer that defines the current installation status of this Card's daughter Cards. Note that this defines the status of daughter Cards as viewed by the hosting Card. Status values of individual daughter Cards are defined by attributes in the daughter card itself. Values include: 0: Not Applicable (doesn't have any DaughterCards) 1: All Daughter Cards are installed 2: Some Daughter Cards are installed 3: No Daughter Cards are installed
daughterCardOperatingStatusThis is an enumerated integer that defines the current operating status of this Card's daughter Cards. Note that this defines the operating status of daughter Cards as viewed by the hosting Card. Status values of individual daughter Cards are defined by attributes in the daughter card itself. This attribute only defines the physical operating characteristics of the daughter card. It does not say whether the daughter Card is functioning correctly, as that is a logical attribute.Values include: 0: Not Applicable (doesn't have any DaughterCards) 1: All Daughter Cards are operating correctly 2: Some Daughter Cards are operating incorrectly 3: No Daughter Cards are operating correctly
daughterCardRequirementsThis is an enumerated integer that defines the relationship between this Card and all DaughterCards. Values include: 1: No DaughterCard can be attached 2: Requires 1 or more DaughterCards to function correctly 3: Can optionally use 1 or more DaughterCards
hardwareVersionThis is a string attribute that contains the hardware version number of this Card.
isConfigurablePhysicallyThis is a boolean attribute that, if TRUE, indicates that this Card has one or more options that can be physically configured. Each of these options has a distinct physical manifestation (e.g., additional memory, or faster CPU) that usually (but not always) results in occupying more room in the Card.
isMotherBoardThis is a Boolean attribute that, if TRUE, defines this Card as either a motherboard or another type of hosting board. When FALSE, it isn't.
isUniquePhysicalThis is a boolean attribute that, if TRUE, defines this Card to be physically different from other Cards of the same type and therefore requires a special slot. The unique aspects of this Card are described in the UniqueRequirementsPhysical attribute. An example might be a different form factor than other Cards of its type, or the ability to set jumpers on the Card to control its functionality (e.g., clocking).
maxDataWidthThis is an integer that defines the maximum bus width of this Card. Values include: 0: Unknown 1: Special 8: 8 bit data bus 16: 16 bit data bus 24: 24 bit data bus 32: 32 bit data bus 64: 64 bit data bus 128: 128 bit data busThe value "1" can be used for any non-standard data bus width.
slotLayoutThis is a free-form string that describes the positioning, spacing, typical usage, restrictions, and any other pertinent information that defines how the Card is to be positioned into the Slot.
slotsRequiredThis is an integer that defines the number of slots required to hold this Card. Since this is usually 1, that value is assigned as its default value.
uniqueRequirementsPhysicalThis is a free-form string that contains the physically unique requirements of this Card. For example, it must go in a certain slot number because it has special dimensions. This attribute should only be filled in if the value of the IsUniquePhysical attribute is TRUE; otherwise, it should be NULL.
