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- Installs the Intel® PROSet/Wireless Software for Bluetooth® technology driver for the Intel® Bluetooth device installed in the Intel® Compute Stick STK1AW32SC. What's new See the release notes for what's new or fixed, known issues, installation instructions, and supported hardware.
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Bluetooth Driver Installer 1.0.0.133 on 32-bit and 64-bit PCs
Download wb electronics card reader driver. This download is licensed as freeware for the Windows (32-bit and 64-bit) operating system on a laptop or desktop PC from drivers without restrictions. Bluetooth Driver Installer 1.0.0.133 is available to all software users as a free download for Windows.
The program was created by the developer as a freeware product, but donations for the continued development are highly appreciated. You may generally make a donation via the developer's main web site.
Filed under:- Bluetooth Driver Installer Download
- Freeware Drivers
- Major release: Bluetooth Driver Installer 1.0
- Bluetooth Instalation Software
Overview of the Bluetooth technology.
To develop Bluetooth, you need these headers:
For the programming guide, see Bluetooth.
Callback functions
| Title | Description |
|---|---|
| PBYTESWAPUINT128 | The Bluetooth SdpByteSwapUint128 function is used to reverse the byte order of an unsigned 128-bit integer. |
| PBYTESWAPUINT64 | The Bluetooth SdpByteSwapUint64 function is used to reverse the byte order of an unsigned 64-bit integer. |
| PBYTESWAPUUID128 | The Bluetooth SdpByteSwapUuid128 function is used to reverse the byte order of a 128-bit universally unique identifier (UUID). |
| PCONVERTSTREAMTOTREE | The Bluetooth SdpConvertStreamToTree function is used to create a Microsoft proprietary tree-based representation of an SDP record, while leaving the original stream-based representation unmodified. |
| PCONVERTTREETOSTREAM | The Bluetooth SdpConvertTreeToStream function is used to produce a raw bytestream representation of an SDP record from a tree representation. The raw bytestream version is suitable for publication on a local SDP server. |
| PFNBTHPORT_INDICATION_CALLBACK | Profile drivers implement a L2CAP callback function to provide the Bluetooth driver stack with a mechanism to notify the profile driver about incoming L2CAP connection requests from remote devices, and any changes to the status of a currently open L2CAP connection. |
| PFNBTHPORT_INDICATION_CALLBACK_ENHANCED | Profile drivers implement an enhanced L2CAP callback function to provide the Bluetooth driver stack with a mechanism to notify the profile driver about any changes to the status of a currently open L2CAP or eL2CAP connection. |
| PFNBTH_ALLOCATE_BRB | The BthAllocateBrb function allocates a Bluetooth request block (BRB) of the specified type. |
| PFNBTH_FREE_BRB | The BthFreeBrb function frees a Bluetooth request block (BRB) that was allocated previously with BthAllocateBrb. |
| PFNBTH_INITIALIZE_BRB | The BthInitializeBrb function initializes a Bluetooth request block (BRB) allocated on the local stack. |
| PFNBTH_IS_BLUETOOTH_VERSION_AVAILABLE | The IsBluetoothVersionAvailable function checks whether a given Bluetooth version is supported by the operating system. |
| PFNBTH_REUSE_BRB | The BthReuseBrb function reinitializes a Bluetooth request block (BRB) to be reused. |
| PFNSCO_INDICATION_CALLBACK | Profile drivers implement a SCO callback function to provide the Bluetooth driver stack with a mechanism to notify the profile driver about incoming SCO connection requests from remote devices, and any changes to the status of a currently open SCO connection. |
| PGETNEXTELEMENT | The Bluetooth SdpGetNextElement function is used to iterate through the entries found in an SDP record stream. |
| PRETRIEVEUINT64 | The Bluetooth SdpRetrieveUint64 function is used to copy an unaligned 64-bit integer from an SDP stream. |
| PRETRIEVEUUID128 | The Bluetooth SdpRetrieveUuid128 function is used to copy an unaligned 128-bit universally unique identifier (UUID) from an SDP stream. |
| PVALIDATESTREAM | The Bluetooth SdpValidateStream function is used to parse a raw SDP record and determine if it contains errors. |
IOCTLs
| Title | Description |
|---|---|
| IOCTL_BTH_DISCONNECT_DEVICE | Profile drivers use IOCTL_BTH_DISCONNECT_DEVICE to request the operating system to disconnect the specified remote device. |
| IOCTL_BTH_GET_DEVICE_INFO | The IOCTL_BTH_GET_DEVICE_INFO request returns information about all cached, previously discovered remote radios that are Bluetooth-enabled. |
| IOCTL_BTH_GET_LOCAL_INFO | The IOCTL_BTH_GET_LOCAL_INFO request returns information about the local Bluetooth system and radio. |
| IOCTL_BTH_GET_RADIO_INFO | The IOCTL_BTH_GET_RADIO_INFO request obtains information about the specified remote radio. |
| IOCTL_BTH_HCI_VENDOR_COMMAND | The IOCTL_BTH_HCI_VENDOR_COMMAND request allows Bluetooth applications to send vendor-specific commands to radios. |
| IOCTL_BTH_SDP_ATTRIBUTE_SEARCH | The IOCTL_BTH_SDP_ATTRIBUTE_SEARCH request obtains attributes for the specified SDP record. |
| IOCTL_BTH_SDP_CONNECT | The IOCTL_BTH_SDP_CONNECT request creates a connection to the SDP service on a remote Bluetooth device. |
| IOCTL_BTH_SDP_DISCONNECT | The IOCTL_BTH_SDP_DISCONNECT request closes a connection to a remote SDP server. |
| IOCTL_BTH_SDP_REMOVE_RECORD | The IOCTL_BTH_SDP_REMOVE_RECORD request removes a local SDP record that the profile driver previously submitted. The local server will no longer offer this record to remote devices. |
| IOCTL_BTH_SDP_SERVICE_ATTRIBUTE_SEARCH | The IOCTL_BTH_SDP_SERVICE_ATTRIBUTE_SEARCH request combines an SDP service and attribute search into a single operation. This allows a caller to directly obtain SDP records from a remote device. |
| IOCTL_BTH_SDP_SERVICE_SEARCH | The IOCTL_BTH_SDP_SERVICE_SEARCH request contacts a remote device with an SDP request for handles to SDP records of a particular service class or classes. |
| IOCTL_BTH_SDP_SUBMIT_RECORD | The IOCTL_BTH_SDP_SUBMIT_RECORD request allows a profile driver to add an SDP record to the local SDP server, allowing the client to advertise that a service is available on the local computer. |
| IOCTL_BTH_SDP_SUBMIT_RECORD_WITH_INFO | The IOCTL_BTH_SDP_SUBMIT_RECORD_WITH_INFO request adds an SDP record to the local SDP server along with attributes that are not part of the SDP record itself. |
| IOCTL_BTHX_GET_VERSION | Profile drivers use IOCTL_BTHX_GET_VERSION to get the version supported by the transport driver. |
| IOCTL_BTHX_QUERY_CAPABILITIES | IOCTL_BTHX_QUERY_CAPABILITIES is used to query the capabilities of the transport driver. |
| IOCTL_BTHX_READ_HCI | IOCTL_BTHX_READ_HCI is used to read Bluetooth ACL Data and Events from the transport layer. |
| IOCTL_BTHX_SET_VERSION | IOCTL_BTHX_SET_VERSION is used to inform the transport driver of the version of the extensibility interface being used. |
| IOCTL_BTHX_WRITE_HCI | IOCTL_BTHX_WRITE_HCI is used to write Bluetooth ACL Data and Commands to the transport layer. |
| IOCTL_INTERNAL_BTH_SUBMIT_BRB | Profile drivers use IOCTL_INTERNAL_BTH_SUBMIT_BRB to submit a Bluetooth Request Block (BRB) to the Bluetooth driver stack. |
| IOCTL_INTERNAL_BTHENUM_GET_DEVINFO | The IOCTL_INTERNAL_BTHENUM_GET_DEVINFO request returns information about the remote device that caused the Plug and Play (PnP) manager to load the current instance of the profile driver. |
| IOCTL_INTERNAL_BTHENUM_GET_ENUMINFO | The IOCTL_INTERNAL_BTHENUM_GET_ENUMINFO request obtains information about the underlying device and service that caused the Plug and Play (PnP) manager to load the profile driver. |
Enumerations
| Title | Description |
|---|---|
| ACL_MODE | The ACL_MODE enumeration type is used to list the possible states of an ACL connection. |
| BRB_TYPE | The BRB_TYPE enumeration type is used to determine the Bluetooth request block when a profile driver builds and sends a BRB. |
| BRB_VERSION | Reserved for internal use. |
| BTHX_HCI_PACKET_TYPE | The BTHX_HCI_PACKET_TYPE enumeration lists the different types of packets being sent from the Bluetooth stack to the transport driver. |
| BTHX_SCO_SUPPORT | The BTHX_SCO_SUPPORT enumeration lists the different types of SCO supported by the transport driver. |
| CODING_FORMAT | This enumeration is for internal use only. |
| ENUMERATOR_ACTION | Reserved for internal use. |
| ENUMERATOR_TYPE | The ENUMERATOR_TYPE enumeration type is used to determine whether the enumerated device is associated with a service or a protocol. The ENUMERATOR_TYPE enumeration is intended for internal use only and should not be used by profile drivers. |
| INDICATION_CODE | The INDICATION_CODE enumeration type indicates to a profile driver what type of L2CAP event has occurred. |
| L2CAP_DISCONNECT_REASON | The L2CAP_DISCONNECT_REASON enumeration type gives the reason an L2CAP channel has been disconnected. |
| PCM_DATA_FORMAT | This enumeration is for internal use only. |
| SCO_DISCONNECT_REASON | The SCO_DISCONNECT_REASON enumeration type gives the reason an SCO channel has been disconnected. |
| SCO_INDICATION_CODE | The SCO_INDICATION_CODE enumeration type describes the type of an incoming SCO connection or bonding state change. The Bluetooth driver stack passes a value from this enumeration in the Indication argument of a profile driver's SCO Callback Function. |
| SCO_LINK_TYPE | The SCO_LINK_TYPE enumeration type describes the type of link used by the SCO connection when a ScoIndicationRemoteConnect indication event is processed. |
| SCO_RETRANSMISSION_EFFORT | The SCO_RETRANSMISSION_EFFORT enumeration type is used to determine the retransmission policies of a SCO channel. |
Functions
| Title | Description |
|---|---|
| PBYTESWAPUINT128 | The Bluetooth SdpByteSwapUint128 function is used to reverse the byte order of an unsigned 128-bit integer. |
| PBYTESWAPUINT64 | The Bluetooth SdpByteSwapUint64 function is used to reverse the byte order of an unsigned 64-bit integer. |
| PBYTESWAPUUID128 | The Bluetooth SdpByteSwapUuid128 function is used to reverse the byte order of a 128-bit universally unique identifier (UUID). |
| PCONVERTSTREAMTOTREE | The Bluetooth SdpConvertStreamToTree function is used to create a Microsoft proprietary tree-based representation of an SDP record, while leaving the original stream-based representation unmodified. |
| PCONVERTTREETOSTREAM | The Bluetooth SdpConvertTreeToStream function is used to produce a raw bytestream representation of an SDP record from a tree representation. The raw bytestream version is suitable for publication on a local SDP server. |
| PFNBTH_ALLOCATE_BRB | The BthAllocateBrb function allocates a Bluetooth request block (BRB) of the specified type. |
| PFNBTH_FREE_BRB | The BthFreeBrb function frees a Bluetooth request block (BRB) that was allocated previously with BthAllocateBrb. |
| PFNBTH_INITIALIZE_BRB | The BthInitializeBrb function initializes a Bluetooth request block (BRB) allocated on the local stack. |
| PFNBTH_IS_BLUETOOTH_VERSION_AVAILABLE | The IsBluetoothVersionAvailable function checks whether a given Bluetooth version is supported by the operating system. |
| PFNBTH_REUSE_BRB | The BthReuseBrb function reinitializes a Bluetooth request block (BRB) to be reused. |
| PFNBTHPORT_INDICATION_CALLBACK | Profile drivers implement a L2CAP callback function to provide the Bluetooth driver stack with a mechanism to notify the profile driver about incoming L2CAP connection requests from remote devices, and any changes to the status of a currently open L2CAP connection. |
| PFNBTHPORT_INDICATION_CALLBACK_ENHANCED | Profile drivers implement an enhanced L2CAP callback function to provide the Bluetooth driver stack with a mechanism to notify the profile driver about any changes to the status of a currently open L2CAP or eL2CAP connection. |
| PFNSCO_INDICATION_CALLBACK | Profile drivers implement a SCO callback function to provide the Bluetooth driver stack with a mechanism to notify the profile driver about incoming SCO connection requests from remote devices, and any changes to the status of a currently open SCO connection. |
| PGETNEXTELEMENT | The Bluetooth SdpGetNextElement function is used to iterate through the entries found in an SDP record stream. |
| PRETRIEVEUINT64 | The Bluetooth SdpRetrieveUint64 function is used to copy an unaligned 64-bit integer from an SDP stream. |
| PRETRIEVEUUID128 | The Bluetooth SdpRetrieveUuid128 function is used to copy an unaligned 128-bit universally unique identifier (UUID) from an SDP stream. |
| PVALIDATESTREAM | The Bluetooth SdpValidateStream function is used to parse a raw SDP record and determine if it contains errors. |
| SdpAddAttributeToTree | The Bluetooth SdpAddAttributeToTree function is used to attach an SDP attribute node to the top level of an SDP record. |
| SdpAppendNodeToContainerNode | The Bluetooth SdpAppendNodeToContainerNode function is used to attach an SDP node to a sequence or alternative SDP node. |
| SdpCreateNodeAlternative | The Bluetooth SdpCreateNodeAlternative function is used to create an empty alternative sequence SDP node. |
| SdpCreateNodeBoolean | The Bluetooth SdpCreateNodeBoolean function is used to allocate and initialize an SDP_NODE structure to a Boolean type. |
| SdpCreateNodeInt128 | The Bluetooth SdpCreateNodeInt128 function is used to allocate and initialize an SDP_NODE structure to a 128-bit integer type. |
| SdpCreateNodeInt16 | The Bluetooth SdpCreateNodeInt16 function is used to allocate and initialize an SDP_NODE structure to a 16-bit integer type. |
| SdpCreateNodeInt32 | The Bluetooth SdpCreateNodeInt32 function is used to allocate and initialize an SDP_NODE structure to a 32-bit integer type. |
| SdpCreateNodeInt64 | The Bluetooth SdpCreateNodeInt64 function is used to allocate and initialize an SDP_NODE structure to a 64-bit integer type. |
| SdpCreateNodeInt8 | The Bluetooth SdpCreateNodeInt8 function is used to allocate and initialize an SDP_NODE structure to an 8-bit integer type. |
| SdpCreateNodeNil | The Bluetooth SdpCreateNodeNil function is used to allocate and initialize an SDP_NODE structure to an empty node type. |
| SdpCreateNodeSequence | The Bluetooth SdpCreateNodeSequence function is used to create an empty sequence SDP node. |
| SdpCreateNodeString | The Bluetooth SdpCreateNodeString function is used to allocate and initialize an SDP_NODE structure to a string type. |
| SdpCreateNodeTree | The Bluetooth SdpCreateNodeTree function is used to allocate an empty root SDP_TREE_ROOT_NODE structure. |
| SdpCreateNodeUInt128 | The Bluetooth SdpCreateNodeUInt128 function is used to allocate and initialize an SDP_NODE structure to an unsigned 128-bit integer type. |
| SdpCreateNodeUInt16 | The Bluetooth SdpCreateNodeUInt16 function is used to allocate and initialize an SDP_NODE structure to an unsigned 16-bit integer type. |
| SdpCreateNodeUInt32 | The Bluetooth SdpCreateNodeUInt32 function is used to allocate and initialize an SDP_NODE structure to an unsigned 32-bit integer type. |
| SdpCreateNodeUInt64 | The Bluetooth SdpCreateNodeUInt64 function is used to allocate and initialize an SDP_NODE structure to an unsigned 64-bit integer type. |
| SdpCreateNodeUInt8 | The Bluetooth SdpCreateNodeUInt8 function is used to allocate and initialize an SDP_NODE structure to an unsigned 8-bit integer type. |
| SdpCreateNodeUrl | The Bluetooth SdpCreateNodeUrl function is used to allocate and initialize an SDP_NODE structure to a URL type. |
| SdpCreateNodeUUID128 | The Bluetooth SdpCreateNodeUUID128 function is used to allocate and initialize an SDP_NODE structure to a 128-bit UUID type. |
| SdpCreateNodeUUID16 | The Bluetooth SdpCreateNodeUUID16 function is used to allocate and initialize an SDP_NODE structure to a 16-bit UUID type. |
| SdpCreateNodeUUID32 | The Bluetooth SdpCreateNodeUUID32 function is used to allocate and initialize an SDP_NODE structure to a 32-bit UUID type. |
| SdpFindAttributeInTree | The Bluetooth SdpFindAttributeInTree function is used to locate the specified attribute node in the tree-based representation of an SDP record. |
| SdpFreeTree | The Bluetooth SdpFreeTree function is used to free the memory allocated for the tree-based representation of an SDP record. |
Structures
Ugt Bluetooth Devices Driver Download For Windows Xp
| Title | Description |
|---|---|
| INDICATION_PARAMETERS | The INDICATION_PARAMETERS structure is passed as the Parameters parameter to a profile driver's L2CAP Callback Function. |
| INDICATION_PARAMETERS_ENHANCED | The INDICATION_PARAMETERS_ENHANCED structure is passed as the Parameters parameter to a profile driver's enhanced L2CAP Callback Function. |
| _BRB_ACL_ENTER_ACTIVE_MODE | The _BRB_ACL_ENTER_ACTIVE_MODE structure specifies the remote device to be placed into active mode. |
| _BRB_ACL_GET_MODE | The _BRB_ACL_GET_MODE structure describes the ACL mode for the specified remote device. |
| _BRB_GET_DEVICE_INTERFACE_STRING | The _BRB_GET_DEVICE_INTERFACE_STRING structure describes the device interface string for the current device object. |
| _BRB_GET_LOCAL_BD_ADDR | The _BRB_GET_LOCAL_BD_ADDR structure describes the address of the local radio. |
| _BRB_L2CA_ACL_TRANSFER | The _BRB_L2CA_ACL_TRANSFER structure describes a buffer to read asynchronous data from, or write asynchronous data to a L2CAP channel. |
| _BRB_L2CA_CLOSE_CHANNEL | The _BRB_L2CA_CLOSE_CHANNEL structure describes an open L2CAP channel to close. |
| _BRB_L2CA_OPEN_CHANNEL | The _BRB_L2CA_OPEN_CHANNEL structure describes a L2CAP channel to open to a remote device, or a response from the profile driver accepting or rejecting an incoming L2CAP connection request that was initiated by a remote device. |
| _BRB_L2CA_OPEN_ENHANCED_CHANNEL | The _BRB_L2CA_OPEN_ENHANCED_CHANNEL structure is used to open an enhanced L2CAP channel to a remote device, or send a response for accepting/rejecting an incoming enhanced L2CAP connection request that was initiated by a remote device. |
| _BRB_L2CA_PING | The _BRB_L2CA_PING structure describes a request to ping a remote radio. |
| _BRB_L2CA_REGISTER_SERVER | A profile driver uses the _BRB_L2CA_REGISTER_SERVER structure to register itself as a server capable of receiving L2CAP connections from remote Bluetooth devices. |
| _BRB_L2CA_UNREGISTER_SERVER | A profile driver uses the _BRB_L2CA_UNREGISTER_SERVER structure to unregister itself as a server capable of receiving L2CAP connections from remote Bluetooth devices. |
| _BRB_L2CA_UPDATE_CHANNEL | The _BRB_L2CA_UPDATE_CHANNEL structure describes an update to the link characteristics of an open L2CAP channel to a remote device or to ascertain when certain channel attributes have changed. |
| _BRB_PSM | The _BRB_PSM structure describes a Protocol/Service Multiplexer (PSM) to register or unregister. |
| _BRB_SCO_CLOSE_CHANNEL | The _BRB_SCO_CLOSE_CHANNEL structure describes a currently open SCO channel to close. |
| _BRB_SCO_FLUSH_CHANNEL | The _BRB_SCO_FLUSH_CHANNEL structure describes a flush operation for a SCO channel. |
| _BRB_SCO_GET_CHANNEL_INFO | The _BRB_SCO_GET_CHANNEL_INFO structure describes the settings and statistics of a SCO channel. |
| _BRB_SCO_GET_SYSTEM_INFO | The _BRB_SCO_GET_SYSTEM_INFO structure describes information about the local system's support for SCO connections. |
| _BRB_SCO_OPEN_CHANNEL | The _BRB_SCO_OPEN_CHANNEL structure describes a SCO channel to open to a remote device, or a response from the profile driver accepting or rejecting an incoming SCO connection request that was initiated by a remote device. |
| _BRB_SCO_REGISTER_SERVER | A profile driver uses the _BRB_SCO_REGISTER_SERVER structure to register itself as a server capable of receiving SCO connections from remote Bluetooth devices. |
| _BRB_SCO_TRANSFER | The _BRB_SCO_TRANSFER structure describes a buffer to read isochronous data from, or write isochronous data to a SCO channel. |
| _BRB_SCO_UNREGISTER_SERVER | A profile driver uses the _BRB_SCO_UNREGISTER_SERVER structure to unregister itself as a server capable of receiving SCO connections from remote Bluetooth devices. |
| BASEBAND_CHANNEL_INFO | The BASEBAND_CHANNEL_INFO structure describes output information about the baseband channel that is used by a SCO link after a BRB_GET_CHANNEL_INFO BRB completes. |
| BRB | Profile drivers use Bluetooth request blocks (BRBs), to send requests to the Bluetooth driver stack. The BRB structure defines the format for all supported commands that can be sent to a Bluetooth device. |
| BRB_HEADER | The BRB_HEADER structure contains header information about a Bluetooth request block (BRB), including information about the BRB type that the Bluetooth driver stack uses to determine which kind of BRB type to process. |
| BTH_COMMAND_HEADER | The BTH_COMMAND_HEADER structure specifies header information for a vendor-specific HCI command. |
| BTH_DEVICE_INFO_LIST | The BTH_DEVICE_INFO_LIST structure contains output information about all cached, previously discovered remote devices. |
| BTH_ENUMERATOR_INFO | The BTH_ENUMERATOR_INFO structure contains information about an underlying device and the service that caused the Plug and Play (PnP) manager to load the profile driver. |
| BTH_LOCAL_RADIO_INFO | The BTH_LOCAL_RADIO_INFO structure contains information about the local Bluetooth system and radio. |
| BTH_PROFILE_DRIVER_INTERFACE | The BTH_PROFILE_DRIVER_INTERFACE structure provides functions to allocate, free, initialize, and reuse BRBs, and to determine the currently installed Bluetooth version. |
| BTH_RADIO_INFO | The BTH_RADIO_INFO structure contains information about a remote radio. |
| BTH_SDP_ATTRIBUTE_SEARCH_REQUEST | The BTH_SDP_ATTRIBUTE_SEARCH_REQUEST structure contains information pertinent to an SDP attribute search. |
| BTH_SDP_CONNECT | The BTH_SDP_CONNECT structure contains input and output information about a connection between the local Bluetooth system and a remote SDP server. This structure is passed as the input buffer and output buffer of IOCTL_BTH_SDP_CONNECT. |
| BTH_SDP_DISCONNECT | The BTH_SDP_DISCONNECT structure contains input information about a connection handle to the remote SDP connection to terminate. This structure is passed as the input buffer of IOCTL_BTH_SDP_DISCONNECT. |
| BTH_SDP_RECORD | The BTH_SDP_RECORD structure contains information about an SDP record that is to be added to the local SDP server. |
| BTH_SDP_SERVICE_ATTRIBUTE_SEARCH_REQUEST | The BTH_SDP_SERVICE_ATTRIBUTE_SEARCH_REQUEST structure contains information pertinent to a combined SDP service and attribute search. This structure is passed as the input buffer to the IOCTL_BTH_SDP_SERVICE_ATTRIBUTE_SEARCH IOCTL. |
| BTH_SDP_SERVICE_SEARCH_REQUEST | The BTH_SDP_SERVICE_SEARCH_REQUEST structure contains information pertinent to an SDP service search. |
| BTH_SDP_STREAM_RESPONSE | The BTH_SDP_STREAM_RESPONSE structure contains information about an SDP record. |
| BTH_VENDOR_EVENT_INFO | The BTH_VENDOR_EVENT_INFO structure specifies the buffer that is associated with the GUID_BLUETOOTH_HCI_VENDOR_EVENT GUID. |
| BTH_VENDOR_PATTERN | The BTH_VENDOR_PATTERN structure specifies a vendor pattern. |
| BTH_VENDOR_SPECIFIC_COMMAND | The BTH_VENDOR_SPECIFIC_COMMAND structure specifies a Bluetooth vendor-specific command. |
| BTHDDI_SDP_NODE_INTERFACE | The BTHDDI_SDP_NODE_INTERFACE structure provides functions for manipulating SDP records, including converting them to and from a tree representation that profile drivers can more easily parse. |
| BTHDDI_SDP_PARSE_INTERFACE | The BTHDDI_SDP_PARSE_INTERFACE structure provides functions for parsing SDP records. |
| BTHX_CAPABILITIES | The BTHX_CAPABILITIES structure describes the capabilities of the Bluetooth Extensible Transport Driver. |
| BTHX_HCI_READ_WRITE_CONTEXT | The BTHX_HCI_READ_WRITE_CONTEXT structure is used as an input/output structure for the IOCTL_BTHX_READ_HCI and IOCTL_BTHX_WRITE_HCI IOCTLs. |
| BTHX_VERSION | The BTHX_VERSION structure describes the version or versions that the transport driver supports. |
| CHANNEL_CONFIG_PARAMETERS | The CHANNEL_CONFIG_PARAMETERS structure contains configuration parameters for inbound and outbound directions of a L2CAP channel. |
| CHANNEL_CONFIG_PARAMETERS_ENHANCED | The CHANNEL_CONFIG_PARAMETERS_ENHANCED structure describes configuration parameters for inbound and outbound directions of an L2CAP channel. |
| CHANNEL_CONFIG_RESULTS | The CHANNEL_CONFIG_RESULTS structure contains configuration parameters and the buffer size of any extra options for the inbound and outbound directions of a L2CAP channel. |
| CHANNEL_CONFIG_RESULTS_ENHANCED | The CHANNEL_CONFIG_RESULTS_ENHANCED structure describes configuration parameters and the buffer size of any extra option for the inbound and outbound directions of an L2CAP channel. |
| CO_HEADER | The CO_HEADER structure is used to specify values for the Header member of the L2CAP_CONFIG_OPTION structure. |
| L2CAP_CONFIG_OPTION | An array of L2CAP_CONFIG_OPTION structures is used to specify values for the ExtraOptions member of the CHANNEL_CONFIG_PARAMETERS, _BRB_L2CA_OPEN_CHANNEL, and INDICATION_PARAMETERS structures. |
| L2CAP_CONFIG_RANGE | The L2CAP_CONFIG_RANGE structure is used to specify a range of possible values for the FlushTO member of the _BRB_L2CA_OPEN_CHANNEL structure during incoming requests. |
| L2CAP_CONFIG_VALUE_RANGE | The L2CAP_CONFIG_VALUE_RANGE structure is used to specify values for the Mtu and FlushTO members of the _BRB_L2CA_OPEN_CHANNEL structure. |
| L2CAP_EXTENDED_FLOW_SPEC | The L2CAP_EXTENDED_FLOW_SPEC is reserved for future use. |
| L2CAP_FLOWSPEC | This structure reserved for future use. |
| L2CAP_RETRANSMISSION_AND_FLOW_CONTROL | The L2CAP_RETRANSMISSION_AND_FLOW_CONTROL structure describes configuration parameters for enhanced retransmission mode and streaming mode. |
| SCO_INDICATION_PARAMETERS | The SCO_INDICATION_PARAMETERS structure describes indication parameters about a SCO connect or disconnect notification. |
| SDP_NODE | The SDP_NODE structure holds information about an element in a tree-based representation of an SDP record. |
| SDP_NODE_DATA | The SDP_NODE_DATA union holds the data of an element in a tree-based representation of an SDP record. |
| SDP_NODE_HEADER | The SDP_NODE_HEADER structure holds information about an element in a tree-based representation of an SDP record. |
| SDP_TREE_ROOT_NODE | The SDP_TREE_ROOT_NODE structure is the root element of a tree-based representation of an SDP record. |