Bluetooth Application Development Structures (Windows Embedded CE 6.0)
1/6/2010
The following tables show the Bluetooth structures with a description of the purpose of each.
The following tables show the Bluetooth structures available to all platforms.
| Programming element | Description |
|---|---|
This structure identifies information that is used in baseband connections. |
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This structure contains the version information for the local Bluetooth device. |
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This structure obtains the user-friendly name of another Bluetooth device. |
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This structure stores information about an ACL connection to a peer Bluetooth device thatis in HOLD mode. |
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This structure stores information about an ACL connection to a peer Bluetooth device that is in SNIFF mode. |
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This structure stores information about an ACL connection to a peer Bluetooth device that is in PARK mode. |
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This structure contains information about the version information of the remote Bluetooth device. |
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This structure defines the link key associated with a peer Bluetooth device that is connected through a Winsock interface. |
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This structure contains additional parameters for device inquiries. |
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This structure contains details about a query restriction. |
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This structure defines the node data in a Service Discovery Protocol (SDP) record. |
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This union holds the raw data for an SDP element. |
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This structure contains the range to query for attribute or attribute service searching. |
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This structure contains the UUID to query for attribute or attribute service searching. |
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This union identifies the type of UUID to use for the query. |
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This structure defines the Bluetooth socket address. |
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This structure is a generic Winsock structure that other service search protocols can use for searching. |
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This structure is used when creating a virtual COM port. |
**The following tables show the additional Bluetooth structures available to Windows Embedded CE.
| Programming element | Description |
|---|---|
This structure fills with information for the current device that is being enumerated in lpqsResults->lpBlob->pBlobData when the LUP_RETURN_BLOB flag is set in the BthNsLookupServiceNext function. |
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This structure is passed to the BthNsSetService function through the lpqsRegInfo->lpBlob member and contains information on the new service. |
See Also
Other Resources
Bluetooth Application Development Reference
Bluetooth
Bluetooth Application Development