![]() ![]() Rinker Train Shuttle Route: In the AM, the shuttle starts at the Irvine Train Depot and stops at the 95 Jeronimo buildings. Parking Lot Route: West Palm Industrial, West Campus Structure, Train Depot and Schmid Gate. ![]() Weekend Route: Chapman Grand, Panther Village, Ralph's Shopping Center at Main/Chapman if requested when boarding, Schmid Gate (on-campus housing students use Schmid Gate to use this service), Ralph's Shopping Center if requested on boarding, Panther Village, and Chapman Grand on a continuous loop. Eastbound shuttles approach Panther Village via Rampart St. Westbound shuttles approach Panther Village from Chapman Ave. Westbound shuttles stop at Knott Studio if requested when boarding.Ĭhapman Grand/Panther Village Combined Service Route: Chapman Grand, Panther Village (via Rampart St.), Schmid Gate, Panther Village (via Chapman Ave.), and Chapman Grand on a continuous loop. Panther Village Shuttle Route: Panther Village and Schmid Gate on a continuous loop. Westbound shuttles stop at Knott Studio if requested when boarding. California’s Gold Exhibit and Huell HowserĬhapman Grand Shuttle Route: Chapman Grand and Schmid Gate on a continuous loop.This OID request notifies the underlying extensible switch extensions that the VM port has been torn down and deleted. The protocol edge of the extensible switch issues an OID set request of OID_SWITCH_PORT_DELETE down the extensible switch driver stack. This OID request notifies the underlying extensible switch extensions that the port that was used for the VM network adapter connection is being torn down. The protocol edge of the extensible switch issues an OID set request of OID_SWITCH_PORT_TEARDOWN down the extensible switch driver stack. This OID request notifies the underlying extensible switch extensions that the connection to the VM network adapter has been gracefully torn down and deleted. This OID request notifies the underlying extensible switch extensions that the connection to the VM network adapter is being torn down.Īfter all packet traffic and OID requests that target the network connection are completed, the protocol edge of the extensible switch issues an OID set request of OID_SWITCH_NIC_DELETE down the extensible switch driver stack. The protocol edge of the extensible switch issues an OID set request of OID_SWITCH_NIC_DISCONNECT down the extensible switch driver stack. The following steps occur when the user stops a Hyper-V VM: At this point, the extension can inspect, inject, and forward packets to the port that is connected to the VM network adapter. This OID request notifies the underlying extensible switch extensions that a network connection for the VM network adapter is connected and operational. When the networking stacks are operational and have bound to the VM network adapter, the protocol edge of the extensible switch issues an OID set request of OID_SWITCH_NIC_CONNECT down the extensible switch driver stack. This OID request notifies the underlying extensible switch extensions that a network connection for the VM network adapter is being created for the VM port that was previously created. The protocol edge of the extensible switch issues an OID set request of OID_SWITCH_NIC_CREATE down the extensible switch driver stack. ![]() This OID request notifies the underlying extensible switch extensions that a port is being created for the VM. The protocol edge of the extensible switch issues an object identifier (OID) set request of OID_SWITCH_PORT_CREATE down the extensible switch driver stack. The following steps occur when the user starts a Hyper-V VM: The following figure shows the interface between VM network adapters and the extensible switch for NDIS 6.30 (Windows Server 2012). The following figure shows the interface between VM network adapters and the extensible switch NDIS 6.40 (Windows Server 2012 R2) and later. In this case, the VM network adapter mimics an Intel network adapter and uses hardware emulation to forward packets to and from the extensible switch port. The VM network adapter could be an emulated virtualization of a physical network adapter ( emulated network adapter). NetVSC forwards packets to and from the extensible switch port over the VM bus (VMBus). In this case, the network virtual service client (NetVSC) that runs in the VM exposes this virtual network adapter. The VM network adapter could be a synthetic virtualization of a network adapter ( synthetic network adapter). The VM network adapter supports the following virtualization types: Note In Hyper-V, a child partition is also known as a VM. The virtual machine (VM) network adapter is exposed in the guest operating system that runs in the Hyper-V child partition. ![]()
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