Information of how the slot is used.
The purpose of the Hardware Management function is to make it possible to maintain
the Hardware Inventory (HWI) for the Integrated Site and to present its content via ISM
or to a management system. And also to maintain the subracks usage.
The subrack,slot of the active om SIS. The format is "subrack.slot".
Creates the base IS infrastructure.
This is noramlly done at factory.
Exports the Hardware Inventory via FTP.
This is an asyncrounous operation. The file exported
will have the following name format:
<node>.<timestamp>.HWI.xml.tar.gz
The host to which the data should be sent to
The username on the host to be used during the FTP transfer.
The pasword of the user
The path were to put the file
This class describes a Blade type.
The blade type number like CNA12801
The blade software group index link CSX10138
The blade software group revision
The name of the Blade Type.
The width of the blade in number of slots.
The 1G links used by the blade type , like 0,1, counted from
the leftmost backplane position.
The 1G links used for link aggregation by the blade type , like 0-1,
counted from the leftmost backplane position.
True if possible to read product info via the maintenance bus.
True if this is a Main Switch blade type.
Only valid for main switch blades. A list of slots that have 1G link.
Could be a single slot or a range or a combination thereof.
E.g. 1-24, or 1,3-13,15-24.
Only valid for main switch blades. Specifies which slots can be used
for link aggregation. Ranges are specified in the form 1-12,13-24.
This class describes a Blade system domain.
The blade system domain name.
The description of the blade system domain.
This class describes the subrack.
Identifies a certain subrack.
031
The type of subrack.
A user friendly Subrack name.
The subrack position in the cabinet.
The cabinet position in the site.
The site location, e.g. the visiting address.
Available slots for 1G switch links. Information taken from the type
of main switch blade that is created in the subrack.
Available slots for 10G switch links. Information taken from the type
of main switch blade that is created in the subrack.
Links ranges for (1G) link aggregation. Information taken from the
type of main switch blade that is created in the subrack.
The value of the physical plug 0.
The value of the physical plug 1.
The value of the physical plug 3.
The BS SWG Id of the left MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BS SWG Revision of the left MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BS CXR Id (if any) of the left MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BS CXR Revision (if any) of the left MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BL SWG Id of the left MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BL SWG Revision of the left MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BL CXR Id (if any) of the left MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BL CXR Revision (if any) of the left MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BS SWG Id of the right MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BS SWG Revision of the right MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BS CXR Id (if any) of the right MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BS CXR Revision (if any) of the right MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BL SWG Id of the right MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BL SWG Revision of the right MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BL CXR Id (if any) of the right MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
The BL CXR Revision (if any) of the right MXB in the subrack.
If not given the system will use the same as the
MXB in subrack 0. This might not be corect however.
This class corresponds to slots, there is one instance
for each slot. The slots are grouped per subrack. A slot is
identified by subrack Id and slot number). The subrack Id for a slot
identifies in the subrackTable the subrack that the slot belongs
to.
The value of this object identifies the
slot position within the subrack.
025
See HwmSlotState description.
The value of this object identifies the Blade System that uses this
slot. An instances of this object will only have meaning in a
conceptual row if the value of hwmSlotState instance is either
usedOccupied or usedEmpty in the same conceptual row,
i.e. there is an Blade System created using this slot. (If
no Blade System is using the slot, the value will be "-".)