Headers diff for qwave.dll between 6.0.6001.18000-Windows 6.0 and 6.1.7600.16385-Windows 7.0 versions



 qos2.h (6.0.6001.18000-Windows 6.0)   qos2.h (6.1.7600.16385-Windows 7.0) 
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// //
// This allows an application to define the characteristics of the // This allows an application to define the characteristics of the
// outgoing traffic on its flow. This may be used to shape the outgoing // outgoing traffic on its flow. This may be used to shape the outgoing
// traffic or to create a contract linking packet marking to packet // traffic or to create a contract linking packet marking to packet
// shaping. Such a contract is required for environments were policy uses // shaping. Such a contract is required for environments were policy uses
// admission control. The traffic type will not be respected until a // admission control. The traffic type will not be respected until a
// shaping rate is in place. // shaping rate is in place.
// //
// Must be accompagnied by a QOS_FLOWRATE_OUTGOING structure. // Must be accompagnied by a QOS_FLOWRATE_OUTGOING structure.
// //
// QOSSetOutgoingDSCPValue:
//
// This allows an application to specify the precise DSCP value used in
// outgoing traffic. This setting is overriden if an adaptive flow
// requests prioritization on the same machine. This setting requires
// the calling application be a member of the Administrators or the
// Network Configuration Operators group. This setting can only be
// applied to a non-adaptive flow.
//
// Must be accompanied by a DWORD value representing the DSCP value to
// use. The value must be from 0 to 63 inclusive.
//
// To revert the effect of setting a DSCP value, the caller should call
// the QOSSetFlow API again with the operation value QOSSetTrafficType.
//
typedef enum _QOS_SET_FLOW typedef enum _QOS_SET_FLOW
{ {
QOSSetTrafficType = 0, QOSSetTrafficType = 0,
QOSSetOutgoingRate = 1 QOSSetOutgoingRate = 1,
QOSSetOutgoingDSCPValue = 2
} QOS_SET_FLOW, *PQOS_SET_FLOW; } QOS_SET_FLOW, *PQOS_SET_FLOW;
// //
// This structure is returned by QOSQueryFlow and allows the application to // This structure is returned by QOSQueryFlow and allows the application to
// verify what priority markings (or tags) are applied to its traffic. These // verify what priority markings (or tags) are applied to its traffic. These
// values may change as the flow changes or policies get updated. // values may change as the flow changes or policies get updated.
// //
typedef struct _QOS_PACKET_PRIORITY typedef struct _QOS_PACKET_PRIORITY
{ {
ULONG ConformantDSCPValue; // the DSCP marking used for the flow's ULONG ConformantDSCPValue; // the DSCP marking used for the flow's
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// exceed the rate will be delayed until appropriate. Packets will be marked // exceed the rate will be delayed until appropriate. Packets will be marked
// as best effort packets. // as best effort packets.
// //
// QOSShapeAndMark: if the flow is set to shape, qWave will use Window's // QOSShapeAndMark: if the flow is set to shape, qWave will use Window's
// scheduler to enforce the flow rate requested. Any data packet that would // scheduler to enforce the flow rate requested. Any data packet that would
// exceed the rate will be delayed until appropriate. Packets will always // exceed the rate will be delayed until appropriate. Packets will always
// receive conformant priority values. // receive conformant priority values.
// //
// QOSUseNonConformantMarkings: if the flow is set to use non conformant values, // QOSUseNonConformantMarkings: if the flow is set to use non conformant values,
// qWave will not enforce the flow rate requested. If sending a data packet // qWave will not enforce the flow rate requested. If sending a data packet
// would exceed the flow rate, this packet will be receive a priority value // would exceed the flow rate, this packet will receive a priority value
// indicating it is non-conformant. Such packets will receive the lowest // indicating it is non-conformant. Such packets will receive default treatment
// possible priority treatment from network equipment. This may lead to lost -
// packets and/or re-ordered packets. // which is best effort - from network equipment. This may lead to lost packets
// and/or re-ordered packets.
// //
typedef enum _QOS_SHAPING{ typedef enum _QOS_SHAPING{
QOSShapeOnly = 0, QOSShapeOnly = 0,
QOSShapeAndMark = 1, QOSShapeAndMark = 1,
QOSUseNonConformantMarkings = 2 QOSUseNonConformantMarkings = 2
} QOS_SHAPING, *PQOS_SHAPING; } QOS_SHAPING, *PQOS_SHAPING;
#define QOS_OUTGOING_DEFAULT_MINIMUM_BANDWIDTH 0xFFFFFFFF #define QOS_OUTGOING_DEFAULT_MINIMUM_BANDWIDTH 0xFFFFFFFF
// //
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// //
// .Overlapped - Pointer to an OVERLAPPED structure. // .Overlapped - Pointer to an OVERLAPPED structure.
// //
// Note on Operation: // Note on Operation:
// //
// Given the input parameter for operation, the content of the buffer passed in // Given the input parameter for operation, the content of the buffer passed in
// will differ. Here is the mapping: // will differ. Here is the mapping:
// //
// QOSSetTrafficType - QOS_TRAFFIC_TYPE // QOSSetTrafficType - QOS_TRAFFIC_TYPE
// QOSSetOutgoingRate - QOS_FLOWRATE_OUTGOING // QOSSetOutgoingRate - QOS_FLOWRATE_OUTGOING
// QOSSetOutgoingDSCPValue - DWORD
// //
// Specific to QOS_FLOWRATE_OUTGOING structure: // Specific to QOS_FLOWRATE_OUTGOING structure:
// //
// Bandwidth is defined as number of bits per second. It should include // Bandwidth is defined as number of bits per second. It should include
// Layer 3 overhead (e.g. IPv4 header, UDP, etc.). You may want to use the // Layer 3 overhead (e.g. IPv4 header, UDP, etc.). You may want to use the
// macro QOS_ADD_OVERHEAD to help you estimate the overhead. // macro QOS_ADD_OVERHEAD to help you estimate the overhead.
// //
// Using Bandwidth == 0 disables shaping and stops affecting the flow (e.g. // Using Bandwidth == 0 disables shaping and stops affecting the flow (e.g.
// the traffic is not marked anymore). MinPacketSize will be ignored. // the traffic is not marked anymore). MinPacketSize will be ignored.
// //
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// The operation you're trying to do requires information about the // The operation you're trying to do requires information about the
// network which the qWave subsystem does not have. Obtaining this // network which the qWave subsystem does not have. Obtaining this
// information on your network is currently not supported. // information on your network is currently not supported.
// //
// ERROR_RETRY // ERROR_RETRY
// There is currently insufficient data about networking conditions // There is currently insufficient data about networking conditions
// to answer your query. This is typically a transient state where // to answer your query. This is typically a transient state where
// qWave has erred on the side of caution as it waits for more data // qWave has erred on the side of caution as it waits for more data
// before ascertaining the state of the network. // before ascertaining the state of the network.
// //
// ERROR_ACCESS_DENIED
// The caller does not have the administrator rights required
// to perform this call.
//
ExternC ExternC
BOOL BOOL
WINAPI WINAPI
QOSSetFlow( QOSSetFlow(
__in HANDLE QOSHandle, __in HANDLE QOSHandle,
__in QOS_FLOWID FlowId, __in QOS_FLOWID FlowId,
__in QOS_SET_FLOW Operation, __in QOS_SET_FLOW Operation,
__in ULONG Size, __in ULONG Size,
__in_bcount(Size) PVOID Buffer, __in_bcount(Size) PVOID Buffer,
__reserved DWORD Flags, __reserved DWORD Flags,
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5 lines changed or deleted 27 lines changed or added

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