STP_STATE_TYPE_DETACH STP_STATE_TYPE_BLOCK STP_STATE_TYPE_LISTEN STP_STATE_TYPE_LEARN STP_STATE_TYPE_FORWARD STP_STATE_TYPE_DISABLE PATH_COST_INTERNAL PATH_COST_EXTERNAL STP_ROLE_TYPE_DISABLE STP_ROLE_TYPE_ROOT STP_ROLE_TYPE_DESIGNATE STP_ROLE_TYPE_ALTERNATE STP_ROLE_TYPE_BACKUP STP_ROLE_TYPE_MASTER Gets a list of all spanning tree instances.

Creates the specified spanning tree instances.

Deletes the specified spanning tree instances.

Deletes all spanning tree instances.

Gets the instance ids of the specified spanning tree instances. Note: A set_instance_id method is not supported.

Sets the bridge priorities of the specified spanning tree instances. Each bridge in a spanning tree instance has a priority value, which controls the topology of the spanning tree chosen by the protocol. The bridge with the lowest priority value will become the root of the spanning tree. Priority values range from 0-61440 in steps of 4096. Hence, the supported priorities are: 0 16384 32768 49152 4096 20480 36864 53248 8192 24576 40960 57344 12288 28672 45056 61440 The default bridge priority is 61440, which will prevent BIGIP from being chosen as the root bridge. If the specified bridge priority is not one of the allowed values listed above, it is rounded down to the next lower value in the list. In STP or RSTP mode, only STP intance 0 is valid.

Gets the bridge priorities of the specified spanning tree instances. Each bridge in a spanning tree instance has a priority value, which controls the topology of the spanning tree chosen by the protocol. The bridge with the lowest priority value will become the root of the spanning tree. Priority values range from 0-61440 in steps of 4096. Hence, the supported priorities are: 0 16384 32768 49152 4096 20480 36864 53248 8192 24576 40960 57344 12288 28672 45056 61440 The default bridge priority is 61440, which will prevent BIGIP from being chosen as the root bridge. If the specified bridge priority is not one of the allowed values listed above, it is rounded down to the next lower value in the list. In STP or RSTP mode, only STP intance 0 is valid.

Gets the MAC addresses of the root bridges.

Gets the MAC addresses of the regional root bridges.

Gets the lists of VLANs the specified spanning tree instances are associated with. This method may be used only in MSTP mode. In STP or RSTP mode, all VLANs automatically belong to spanning tree instance 0.

Adds/associates VLANs to the specified spanning tree instances. This method may be used only in MSTP mode. In STP or RSTP mode, all VLANs automatically belong to spanning tree instance 0.

Removes VLANs from the specified spanning tree instances. This method may be used only in MSTP mode. In STP or RSTP mode, all VLANs automatically belong to spanning tree instance 0, and they can not be deleted from it.

Removes all VLANs from the specified spanning tree instances. This method may be used only in MSTP mode. In STP or RSTP mode, all VLANs automatically belong to spanning tree instance 0, and they can not be deleted from it.

Sets the description for a set of STP instances. This is an arbitrary field which can be used for any purpose.

Gets the descriptions for a set of STP instances.

Gets the STP active states for the specified STP port objects.

Gets the STP requested/configured states for the specified STP port objects.

Gets the STP roles for the specified STP port objects.

Sets the priorities for the specified network interfaces in the specified spanning tree instances. These priority values influence which interfaces are chosen to carry network traffic. Interfaces with numerically lower values are favored to carry traffic. Interface priorities have values in the range from 0-240 in steps of 16. Hence, the supported priorities are: 0 64 128 192 16 80 144 208 32 96 160 224 48 112 176 240 The default interface priority is 128. If the specified interface priority is not one of the allowed values listed above, it is rounded down to the next lower value in the list. In STP or RSTP mode, only STP intance 0 is valid.

Gets the priorities for the specified network interfaces in the specified spanning tree instances. These priority values influence which interfaces are chosen to carry network traffic. Interfaces with numerically lower values are favored to carry traffic. Interface priorities have values in the range from 0-240 in steps of 16. Hence, the supported priorities are: 0 64 128 192 16 80 144 208 32 96 160 224 48 112 176 240 The default interface priority is 128. If the specified interface priority is not one of the allowed values listed above, it is rounded down to the next lower value in the list. In STP or RSTP mode, only STP intance 0 is valid.

Sets the path costs for the specified network interfaces in the specified spanning tree instances. An interface path cost represents the relative cost of sending network traffic through that interface. In calculating the spanning tree, the algorithm tries to minimize the total path cost between each point and the root bridge. By manipulating the path costs of different interfaces, it's possible to steer traffic toward paths that are faster, more reliable, and/or more economical. Path costs have a range of 1-200,000,000, and the default path cost for an interface is based on the interface's maximum speed (not the actual speed). Max interface speed Default path cost 10 Gb/s 2,000 1 Gb/s 20,000 100 Mb/s 200,000 10 MB/s 2,000,000 The default path cost is a function of the interface's maximum speed, not its actual speed, so the default path cost of a 10/100/1000 Mb/s interface will be 20,000 even if the interface is running at 10 Mb/s. Changes in link speed don't cause path costs to change. Link aggregation doesn't affect the default path cost, i.e. a trunk of four 1 Gb/s interfaces will still have a default path cost of 20,000. In STP or RSTP mode, only STP intance 0 is valid.

Gets the path costs for the specified network interfaces in the specified spanning tree instances. An interface path cost represents the relative cost of sending network traffic through that interface. In calculating the spanning tree, the algorithm tries to minimize the total path cost between each point and the root bridge. By manipulating the path costs of different interfaces, it's possible to steer traffic toward paths that are faster, more reliable, and/or more economical. Path costs have a range of 1-200,000,000, and the default path cost for an interface is based on the interface's maximum speed (not the actual speed). Max interface speed Default path cost 10 Gb/s 2,000 1 Gb/s 20,000 100 Mb/s 200,000 10 MB/s 2,000,000 The default path cost is a function of the interface's maximum speed, not its actual speed, so the default path cost of a 10/100/1000 Mb/s interface will be 20,000 even if the interface is running at 10 Mb/s. Changes in link speed don't cause path costs to change. Link aggregation doesn't affect the default path cost, i.e. a trunk of four 1 Gb/s interfaces will still have a default path cost of 20,000. In STP or RSTP mode, only STP intance 0 is valid.

Gets the version information for this interface.

Gets a list of all spanning tree instances.

Creates the specified spanning tree instances.

Deletes the specified spanning tree instances.

Deletes all spanning tree instances.

Gets the instance ids of the specified spanning tree instances. Note: A set_instance_id method is not supported.

Sets the bridge priorities of the specified spanning tree instances. Each bridge in a spanning tree instance has a priority value, which controls the topology of the spanning tree chosen by the protocol. The bridge with the lowest priority value will become the root of the spanning tree. Priority values range from 0-61440 in steps of 4096. Hence, the supported priorities are: 0 16384 32768 49152 4096 20480 36864 53248 8192 24576 40960 57344 12288 28672 45056 61440 The default bridge priority is 61440, which will prevent BIGIP from being chosen as the root bridge. If the specified bridge priority is not one of the allowed values listed above, it is rounded down to the next lower value in the list. In STP or RSTP mode, only STP intance 0 is valid.

Gets the bridge priorities of the specified spanning tree instances. Each bridge in a spanning tree instance has a priority value, which controls the topology of the spanning tree chosen by the protocol. The bridge with the lowest priority value will become the root of the spanning tree. Priority values range from 0-61440 in steps of 4096. Hence, the supported priorities are: 0 16384 32768 49152 4096 20480 36864 53248 8192 24576 40960 57344 12288 28672 45056 61440 The default bridge priority is 61440, which will prevent BIGIP from being chosen as the root bridge. If the specified bridge priority is not one of the allowed values listed above, it is rounded down to the next lower value in the list. In STP or RSTP mode, only STP intance 0 is valid.

Gets the MAC addresses of the root bridges.

Gets the MAC addresses of the regional root bridges.

Gets the lists of VLANs the specified spanning tree instances are associated with. This method may be used only in MSTP mode. In STP or RSTP mode, all VLANs automatically belong to spanning tree instance 0.

Adds/associates VLANs to the specified spanning tree instances. This method may be used only in MSTP mode. In STP or RSTP mode, all VLANs automatically belong to spanning tree instance 0.

Removes VLANs from the specified spanning tree instances. This method may be used only in MSTP mode. In STP or RSTP mode, all VLANs automatically belong to spanning tree instance 0, and they can not be deleted from it.

Removes all VLANs from the specified spanning tree instances. This method may be used only in MSTP mode. In STP or RSTP mode, all VLANs automatically belong to spanning tree instance 0, and they can not be deleted from it.

Sets the description for a set of STP instances. This is an arbitrary field which can be used for any purpose.

Gets the descriptions for a set of STP instances.

Gets the STP active states for the specified STP port objects.

Gets the STP requested/configured states for the specified STP port objects.

Gets the STP roles for the specified STP port objects.

Sets the priorities for the specified network interfaces in the specified spanning tree instances. These priority values influence which interfaces are chosen to carry network traffic. Interfaces with numerically lower values are favored to carry traffic. Interface priorities have values in the range from 0-240 in steps of 16. Hence, the supported priorities are: 0 64 128 192 16 80 144 208 32 96 160 224 48 112 176 240 The default interface priority is 128. If the specified interface priority is not one of the allowed values listed above, it is rounded down to the next lower value in the list. In STP or RSTP mode, only STP intance 0 is valid.

Gets the priorities for the specified network interfaces in the specified spanning tree instances. These priority values influence which interfaces are chosen to carry network traffic. Interfaces with numerically lower values are favored to carry traffic. Interface priorities have values in the range from 0-240 in steps of 16. Hence, the supported priorities are: 0 64 128 192 16 80 144 208 32 96 160 224 48 112 176 240 The default interface priority is 128. If the specified interface priority is not one of the allowed values listed above, it is rounded down to the next lower value in the list. In STP or RSTP mode, only STP intance 0 is valid.

Sets the path costs for the specified network interfaces in the specified spanning tree instances. An interface path cost represents the relative cost of sending network traffic through that interface. In calculating the spanning tree, the algorithm tries to minimize the total path cost between each point and the root bridge. By manipulating the path costs of different interfaces, it's possible to steer traffic toward paths that are faster, more reliable, and/or more economical. Path costs have a range of 1-200,000,000, and the default path cost for an interface is based on the interface's maximum speed (not the actual speed). Max interface speed Default path cost 10 Gb/s 2,000 1 Gb/s 20,000 100 Mb/s 200,000 10 MB/s 2,000,000 The default path cost is a function of the interface's maximum speed, not its actual speed, so the default path cost of a 10/100/1000 Mb/s interface will be 20,000 even if the interface is running at 10 Mb/s. Changes in link speed don't cause path costs to change. Link aggregation doesn't affect the default path cost, i.e. a trunk of four 1 Gb/s interfaces will still have a default path cost of 20,000. In STP or RSTP mode, only STP intance 0 is valid.

Gets the path costs for the specified network interfaces in the specified spanning tree instances. An interface path cost represents the relative cost of sending network traffic through that interface. In calculating the spanning tree, the algorithm tries to minimize the total path cost between each point and the root bridge. By manipulating the path costs of different interfaces, it's possible to steer traffic toward paths that are faster, more reliable, and/or more economical. Path costs have a range of 1-200,000,000, and the default path cost for an interface is based on the interface's maximum speed (not the actual speed). Max interface speed Default path cost 10 Gb/s 2,000 1 Gb/s 20,000 100 Mb/s 200,000 10 MB/s 2,000,000 The default path cost is a function of the interface's maximum speed, not its actual speed, so the default path cost of a 10/100/1000 Mb/s interface will be 20,000 even if the interface is running at 10 Mb/s. Changes in link speed don't cause path costs to change. Link aggregation doesn't affect the default path cost, i.e. a trunk of four 1 Gb/s interfaces will still have a default path cost of 20,000. In STP or RSTP mode, only STP intance 0 is valid.

Gets the version information for this interface.

The STPInstance interface enables you to work with the definitions and attributes associated with an STP instance. This second version of the interface was created to handle changing the STP instance key from the STP instance identifier to an arbitrary name. Along the way, it also eliminated the unnecessary structures required to handle the STP instance interface members.