This textual convention is used to describe the mode of the
power stack. Since the power stack could only run in either
power sharing or redundant mode so this TC will also have only
following valid values,
powerSharing(1) :When a power stack is running in power
sharing mode then all the power supplies
in the power stack contributes towards
the global power budget of the stack.
redundant(2) :If the user wants the power stack to run
in redundant mode then we will take the
capacity of the largest power supply in
the power stack out of power stack global
power budget pool.
powerSharingStrict(3):This mode is same as power sharing mode
but, in this mode, the available power
will always be more than the used power.
redundantStrict(4) :This mode is same as redundant mode but,
in this mode, the available power will
always be more than the used power.
CswPowerStackType
enumeration
This textual conventions is used to describe the type of the
power stack. Since the power stack could only be configured in
a ring or star topology so this TC will have only following
valid values,
ring(1): The power stack has been formed by connecting
the switches in ring topology.
star(2): The power stack has been formed by connecting
the switches in star topology.
CswSwitchNumber
uint32
A unique value, greater than zero, for each switch in a group
of stackable switches.
CswSwitchNumberOrZero
uint32
A unique value, greater than or equal to zero, for each switch
in a group of stackable switches.
A value of zero means that the switch number can not be
determined. The value of zero is not unique.
CswSwitchPriority
uint32
A value, greater than or equal to zero, that defines the
priority of a switch in a group of stackable switches. The
higher the value, the higher the priority.