// dot11wdi.h
MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER MiniportWdiTxTalQueueInOrder;
void MiniportWdiTxTalQueueInOrder(
[in] TAL_TXRX_HANDLE MiniportTalTxRxContext,
[in] WDI_PEER_ID PeerId,
[in] UINT32 ExTidBitmask
)
{...}
View the official Windows Driver Kit DDI reference// dot11wificxintf.h
MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER MiniportWdiTxTalQueueInOrder;
void MiniportWdiTxTalQueueInOrder(
TAL_TXRX_HANDLE MiniportTalTxRxContext,
WDI_PEER_ID PeerId,
UINT32 ExTidBitmask
)
{...}
View the official Windows Driver Kit DDI referenceNo description available.
[!IMPORTANT] This topic is part of the WDI driver model released in Windows 10. The WDI driver model is in maintenance mode and will only receive high priority fixes. WiFiCx is the Wi-Fi driver model released in Windows 11. We recommend that you use WiFiCx to take advantage of the latest features.
The MiniportWdiTxTalQueueInOrder handler function notifies the TAL target that one or more paused RA/TID queues (with WDI_TX_PAUSE_REASON_PS) is ready to transmit.
This means:
This is a WDI miniport handler inside NDIS_MINIPORT_WDI_DATA_HANDLERS.
Note You must declare the function by using the MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER type. For more information, see the following Examples section.
MiniportTalTxRxContext [in]TAL device handle returned by the IHV miniport in MiniportWdiTalTxRxInitialize.
PeerId [in]The peer ID.
ExTidBitmask [in]The Extended TID bitmask.
The TAL/target waits for this notification before issuing a TX restart indication to a paused queue with WDI_TX_PAUSE_REASON_PS.
Note WDI_TxFrameStatus_SendPostponed is not allowed when TargetPriorityQueueing is TRUE, so this request is never made when in that mode.
To define a MiniportWdiTxTalQueueInOrder function, you must first provide a function declaration that identifies the type of function you're defining. Windows provides a set of function types for drivers. Declaring a function using the function types helps Code Analysis for Drivers, Static Driver Verifier (SDV), and other verification tools find errors, and it's a requirement for writing drivers for the Windows operating system.
For example, to define a MiniportWdiTxTalQueueInOrder function that is named "MyTxTalQueueInOrder", use the MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER type as shown in this code example:
MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER MyTxTalQueueInOrder;
Then, implement your function as follows:
_Use_decl_annotations_
VOID
MyTxTalQueueInOrder(
TAL_TXRX_HANDLE MiniportTalTxRxContext,
WDI_PEER_ID PeerId,
UINT32 ExTidBitmask
)
{...}
The MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER function type is defined in the dot11wdi.h header file. To more accurately identify errors when you run the code analysis tools, be sure to add the _Use_decl_annotations_ annotation to your function definition. The _Use_decl_annotations_ annotation ensures that the annotations that are applied to the MINIPORT_WDI_TX_TAL_QUEUE_IN_ORDER function type in the header file are used. For more information about the requirements for function declarations, see Declaring Functions by Using Function Role Types for NDIS Drivers.
For information about _Use_decl_annotations_, see Annotating Function Behavior.
NDIS_MINIPORT_WDI_DATA_HANDLERS
[!IMPORTANT] This topic is part of the WiFiCx driver model. WiFiCx is the Wi-Fi driver model released in Windows 11. We recommend that you use WiFiCx to take advantage of the latest features. The previous Wi-Fi driver model WDI is in maintenance mode and will only receive high priority fixes.
[!WARNING] Some information in this topic relates to prereleased product, which may be substantially modified before it is commercially released. Microsoft makes no warranties, express or implied, with respect to the information provided here.
This function is reserved for system use and should not be called in your code.
MiniportTalTxRxContextReserved.
PeerIdReserved.
ExTidBitmaskReserved.