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//
// Copyright (C) Microsoft. All rights reserved.
//
#pragma once
#define NCM10_CC_INTERFACE_CLASS (0x02)
#define NCM10_CC_INTERFACE_SUBCLASS (0x0d)
#define NCM10_CC_INTERFACE_PROTOCOL (0x00)
#define MBIM_CC_INTERFACE_CLASS (0x02)
#define MBIM_CC_INTERFACE_SUBCLASS (0x0e)
#define MBIM_CC_INTERFACE_PROTOCOL (0x00)
#define MBIM_CC_INTERFACE_NBL_PROTOCOL (0x01)
#define MBIM_CC_INTERFACE_NETPACKET_PROTOCOL (0x02)
#define MBIM_DC_INTERFACE_CLASS (0x0A)
#define MBIM_DC_INTERFACE_SUBCLASS (0x00)
#define MBIM_DC_INTERFACE_PROTOCOL (0x02)
#define MBIM_MBB_FUNCDESC_MIN_VERSION (0x0100)
#define MBIM_MBB_FUNCDESC_EXTENDED_MIN_VERSION (0x0100)
#define SEND_ENCAPSULATE_COMMAND (0x00)
#define GET_ENCAPSULATE_RESPONSE (0x01)
#define RESET_FUNCTION (0x05)
#define SET_ETHERNET_POWER_MANAGEMENT_PATTERN_FILTER (0x41)
#define GET_ETHERNET_POWER_MANAGEMENT_PATTERN_FILTER (0x42)
#define SET_PACKET_FILTER (0x43)
#define GET_STATISTIC (0x44)
#define GET_NTB_PARAMETERS (0x80)
#define GET_NBT_FORMAT (0x83)
#define SET_NBT_FORMAT (0x84)
#define GET_NTB_INPUT_SIZE (0x85)
#define SET_NTB_INPUT_SIZE (0x86)
#define GET_MAX_DATAGRAM_SIZE (0x87)
#define MBIM_MIN_SEGMENT_SIZE (1280)
#define MBIM_MAX_PACKET_FILTER_SIZE (192)
#define MBIM_MIN_NUMBER_OF_PACKET_FILTERS (16)
#define MBIM_MIN_MTU_SIZE (1280)
#define MBIM_MAX_MTU_SIZE (1500)
#define USB_CDC_CS_DESCRIPTOR_TYPE (0x24)
#define USB_CDC_CS_DESCRIPTOR_SUBTYPE (0x0)
#define USB_CDC_UNION_DESCRIPTOR_SUBTYPE (0x6)
#define USB_CDC_CS_ECM_DESCRIPTOR_SUBTYPE (0xf)
#define USB_CDC_CS_NCM_DESCRIPTOR_SUBTYPE (0x1a)
#define USB_CDC_CS_MBB_DESCRIPTOR_SUBTYPE (0x1b)
#define USB_CDC_CS_MBB_DESCRIPTOR_EXTENDED_SUBTYPE (0x1c)
#define USB_CDC_NOTIFICATION_NETWORK_CONNECTION (0x00)
#define USB_CDC_NOTIFICATION_RESPONSE_AVAILABLE (0x01)
#define USB_CDC_NOTIFICATION_CONNECTION_SPEED_CHANGE (0x2a)
#define NCM_NETWORK_CAPS_SET_FILTER_SUPPORTED (1 << 0)
#define NCM_NETWORK_CAPS_GET_SET_ADDRESS_SUPPORTED (1 << 1)
#define NCM_NETWORK_CAPS_ENCAPSULATED_COMMAND_SUPPORTED (1 << 2)
#define NCM_NETWORK_CAPS_MAX_DATAGRAM_SUPPORTED (1 << 3)
#define NCM_NETWORK_CAPS_GET_SET_CRC_SUPPORTED (1 << 4)
#define NCM_NETWORK_CAPS_GET_8_BYTE_INPUT_SIZE_SUPPORTED (1 << 5)
#define NCM_NTB_FORMAT_16_BIT (1 << 0)
#define NCM_NTB_FORMAT_32_BIT (1 << 1)
#define NCM_PACKET_FILTER_DIRECTED (1 << 2)
#define NCM_SET_NTB_FORMAT_16_BIT (0x0)
#define NCM_SET_NTB_FORMAT_32_BIT (0x1)
#define NCM_STAT_RESERVED 0x00
#define NCM_XMIT_OK 0x01
#define NCM_RCV_OK 0x02
#define NCM_XMIT_ERROR 0x03
#define NCM_RCV_ERROR 0x04
#define NCM_RCV_NO_BUFFER 0x05
#define NCM_DIRECTED_BYTES_XMIT 0x06
#define NCM_DIRECTED_FRAMES_XMIT 0x07
#define NCM_MULTICAST_BYTES_XMIT 0x08
#define NCM_MULTICAST_FRAMES_XMIT 0x09
#define NCM_BROADCAST_BYTES_XMIT 0x0A
#define NCM_BROADCAST_FRAMES_XMIT 0x0B
#define NCM_DIRECTED_BYTES_RCV 0x0C
#define NCM_DIRECTED_FRAMES_RCV 0x0D
#define NCM_MULTICAST_BYTES_RCV 0x0E
#define NCM_MULTICAST_FRAMES_RCV 0x0F
#define NCM_BROADCAST_BYTES_RCV 0x10
#define NCM_BROADCAST_FRAMES_RCV 0x11
#define NCM_RCV_CRC_ERROR 0x12
#define NCM_TRANSMIT_QUEUE_LENGTH 0x13
#define NCM_RCV_ERROR_ALIGNMENT 0x14
#define NCM_XMIT_ONE_COLLISION 0x15
#define NCM_XMIT_MORE_COLLISIONS 0x16
#define NCM_XMIT_DEFERRED 0x17
#define NCM_XMIT_MAX_COLLISIONS 0x18
#define NCM_RCV_OVERRUN 0x19
#define NCM_XMIT_UNDERRUN 0x1A
#define NCM_XMIT_HEARTBEAT_FAILURE 0x1B
#define NCM_XMIT_TIMES_CRS_LOST 0x1C
#define NCM_XMIT_LATE_COLLISIONS 0x1D
#define NCM_NDP_SESSION_SHIFT 24
#define NCM_NDP_SIGNATURE_MASK 0x00FFFFFF
#define NCM_NTH16_SIG 'HMCN'
#define NCM_NTH32_SIG 'hmcn'
#define NCM_NDP16_IPS 'SPI'
#define NCM_NDP16_VENDOR 'SSD'
#define NCM_NDP32_IPS 'spi'
#define NCM_NDP32_VENDOR 'ssd'
#define NCM_CID_SIG 'dcbm'
#pragma pack( push,1)
typedef struct _NCM_NTB_PARAMETER {
USHORT wLength;
USHORT bmNtbFormatSupported;
ULONG dwNtbInMaxSize;
USHORT wNdpInDivisor;
USHORT wNdpInPayloadRemainder;
USHORT wNdpInAlignment;
USHORT wReserved1;
ULONG dwNtbOutMaxSize;
USHORT wNdpOutDivisor;
USHORT wNdpOutPayloadRemainder;
USHORT wNdpOutAlignment;
USHORT wNtbOutMaxDatagrams;
} NCM_NTB_PARAMETER, *PNCM_NTB_PARAMETER;
typedef struct _USB_CS_DESCRIPTOR {
BYTE bLength;
BYTE bDescriptorType;
BYTE bSubType;
} USB_CS_DESCRIPTOR, *PUSB_CS_DESCRIPTOR;
typedef struct _USB_CS_UNION_DESCRIPTOR {
BYTE bLength;
BYTE bDescriptorType;
BYTE bSubType;
BYTE bControlInterface;
BYTE bSubordinateInterface[1];
} USB_CS_UNION_DESCRIPTOR, *PUSB_CS_UNION_DESCRIPTOR;
typedef struct _USB_CS_CDC_DESCRIPTOR {
BYTE bLength;
BYTE bDescriptorType;
BYTE bSubType;
USHORT wCDCVersion;
} USB_CS_CDC_DESCRIPTOR, *PUSB_CS_CDC_DESCRIPTOR;
typedef struct _USB_CS_ECM_DESCRIPTOR {
BYTE bLength;
BYTE bDescriptorType;
BYTE bSubType;
BYTE iMacAddress;
ULONG bmEthernetStatistics;
USHORT wMaxSegmentSize;
USHORT wNumberMCFilters;
BYTE bNumberPowerFilters;
} USB_CS_ECM_DESCRIPTOR, *PUSB_CS_ECM_DESCRIPTOR;
typedef struct _USB_CS_NCM_DESCRIPTOR {
BYTE bLength;
BYTE bDescriptorType;
BYTE bSubType;
USHORT wNcmVersion;
BYTE bmNetworkCapabilities;
} USB_CS_NCM_DESCRIPTOR, *PUSB_CS_NCM_DESCRIPTOR;
typedef struct _USB_CS_MBB_DESCRIPTOR {
BYTE bLength;
BYTE bDescriptorType;
BYTE bSubType;
USHORT wMbbVersion;
USHORT wMaxControlMessage;
BYTE bNumberPowerFilters;
BYTE bMaxFilterSize;
USHORT wMaxSegmentSize;
BYTE bmNetworkCapabilities;
} USB_CS_MBB_DESCRIPTOR, *PUSB_CS_MBB_DESCRIPTOR;
typedef struct _USB_CS_MBB_DESCRIPTOR_EXTENDED {
BYTE bLength;
BYTE bDescriptorType;
BYTE bSubType;
USHORT wMbbVersion;
BYTE bMaxOutstandingCommandMessages;
USHORT wMTU;
} USB_CS_MBB_DESCRIPTOR_EXTENDED, *PUSB_CS_MBB_DESCRIPTOR_EXTENDED;
typedef struct _USB_CDC_NOTIFICATION {
BYTE bmRequestType;
BYTE bNotificationCode;
USHORT wValue;
USHORT wIndex;
USHORT wLength;
} USB_CDC_NOTIFICATION, *PUSB_CDC_NOTIFICATION;
typedef struct _USB_CDC_NOTIFICATION_SPEED_CHANGE {
USB_CDC_NOTIFICATION NotificationHeader;
ULONG DownLinkBitRate;
ULONG UpLinkBitRate;
} USB_CDC_NOTIFICATION_SPEED_CHANGE, *PUSB_CDC_NOTIFICATION_SPEED_CHANGE;
typedef struct _NCM_NTH16 {
ULONG dwSignature;
USHORT wHeaderLength;
USHORT wSequence;
USHORT wBlockLength;
USHORT wFpIndex;
} NCM_NTH16, *PNCM_NTH16;
typedef struct _NCM_NTH32 {
ULONG dwSignature;
USHORT wHeaderLength;
USHORT wSequence;
ULONG dwBlockLength;
ULONG dwFpIndex;
} NCM_NTH32, *PNCM_NTH32;
typedef struct _NCM_NDP16_DATAGRAM {
USHORT wDatagramIndex;
USHORT wDatagramLength;
} NCM_NDP16_DATAGRAM, *PNCM_NDP16_DATAGRAM;
typedef struct _NCM_NDP16 {
ULONG dwSignature;
USHORT wLength;
USHORT wNextFpIndex;
NCM_NDP16_DATAGRAM Datagram[1];
} NCM_NDP16, *PNCM_NDP16;
typedef struct _NCM_NDP32_DATAGRAM {
ULONG dwDatagramIndex;
ULONG dwDatagramLength;
} NCM_NDP32_DATAGRAM, *PNCM_NDP32_DATAGRAM;
typedef struct _NCM_NDP32 {
ULONG dwSignature;
USHORT wLength;
USHORT wReserved6;
ULONG dwNextFpIndex;
ULONG dwReserved12;
NCM_NDP32_DATAGRAM Datagram[1];
} NCM_NDP32, *PNCM_NDP32;
#pragma pack( pop)
//
// NTB
//
#define MBB_NTB_GET_OFFSET(NTH,_X_) ((ULONG)(((SIZE_T)(_X_))-((SIZE_T)(NTH))))
#define MBB_NTB_GET_SEQUENCE(NTH) (((PNCM_NTH32)(NTH))->wSequence)
#define MBB_NTB_GET_SIGNATURE(NTH) (((PNCM_NTH32)(NTH))->dwSignature)
#define MBB_NTB_GET_HEADER_LENGTH(NTH) (((PNCM_NTH32)(NTH))->wHeaderLength)
#define MBB_NTB_IS_32BIT(NTH) (MBB_NTB_GET_SIGNATURE(NTH) == NCM_NTH32_SIG)
#define MBB_NTB_IS_16BIT(NTH) (MBB_NTB_GET_SIGNATURE(NTH) == NCM_NTH16_SIG)
//
// NTB32
#define MBB_NTH32_GET_SEQUENCE(NTH) MBB_NTB_GET_SEQUENCE(NTH)
#define MBB_NTH32_GET_SIGNATURE(NTH) MBB_NTB_GET_SIGNATURE(NTH)
#define MBB_NTH32_GET_HEADER_LENGTH(NTH) MBB_NTB_GET_HEADER_LENGTH(NTH)
#define MBB_NTH32_GET_BLOCK_LENGTH(NTH) ((NTH)->dwBlockLength)
#define MBB_NTH32_GET_FIRST_NDP_OFFSET(NTH) ((NTH)->dwFpIndex)
#define MBB_NTH32_GET_FIRST_NDP(NTH) ((MBB_NTH32_GET_FIRST_NDP_OFFSET(NTH) != 0)? ((PNCM_NDP32)(((PCHAR)(NTH)) + MBB_NTH32_GET_FIRST_NDP_OFFSET(NTH))): NULL)
#define MBB_NTH32_IS_VALID_BLOCK_LENGTH(NTH,MAXLEN) (MBB_NTH32_GET_BLOCK_LENGTH(NTH) <= (MAXLEN))
#define MBB_NTH32_IS_VALID_HEADER_LENGTH(NTH) (MBB_NTB_GET_HEADER_LENGTH(NTH) == sizeof(NCM_NTH32))
#define MBB_NTH32_IS_VALID_SIGNATURE(NTH) (MBB_NTB_GET_SIGNATURE(NTH) == NCM_NTH32_SIG)
#define MBB_NTH32_IS_VALID_FIRST_NDP(NTH) \
( \
MBB_NTH32_GET_FIRST_NDP_OFFSET(NTH)<= (ULONG_MAX - sizeof(NCM_NDP32)) && \
(MBB_NTH32_GET_FIRST_NDP_OFFSET(NTH) + sizeof(NCM_NDP32)) <= MBB_NTH32_GET_BLOCK_LENGTH(NTH) \
)
#define MBB_NDP32_GET_SIGNATURE(NDP) ((NDP)->dwSignature)
#define MBB_NDP32_GET_SESSIONID(NDP) (MBB_NDP32_GET_SIGNATURE(NDP) >> NCM_NDP_SESSION_SHIFT)
#define MBB_NDP32_GET_SIGNATURE_TYPE(NDP) (MBB_NDP32_GET_SIGNATURE(NDP) & NCM_NDP_SIGNATURE_MASK)
#define MBB_NDP32_GET_LENGTH(NDP) ((NDP)->wLength)
#define MBB_NDP32_GET_NEXT_NDP_OFFSET(NDP) ((NDP)->dwNextFpIndex)
#define MBB_NDP32_GET_NEXT_NDP(NTH,NDP) ((MBB_NDP32_GET_NEXT_NDP_OFFSET(NDP) != 0)? ((PNCM_NDP32)(((PCHAR)(NTH)) + MBB_NDP32_GET_NEXT_NDP_OFFSET(NDP))): NULL)
#define MBB_NDP32_GET_DATAGRAM_COUNT(NDP) ((MBB_NDP32_GET_LENGTH(NDP)-FIELD_OFFSET(NCM_NDP32,Datagram)) / sizeof(NCM_NDP32_DATAGRAM))
#define MBB_NDP32_GET_DATAGRAM_OFFSET(NDP,IDX) ((NDP)->Datagram[(IDX)].dwDatagramIndex)
#define MBB_NDP32_GET_DATAGRAM_LENGTH(NDP,IDX) ((NDP)->Datagram[(IDX)].dwDatagramLength)
#define MBB_NDP32_GET_DATAGRAM(NTH,NDP,IDX) ((MBB_NDP32_GET_DATAGRAM_OFFSET(NDP,IDX) != 0)? (((PCHAR)(NTH)) + MBB_NDP32_GET_DATAGRAM_OFFSET(NDP,IDX)): NULL)
#define MBB_NDP32_IS_DATAGRAM_PRESENT(NDP,IDX) ((FIELD_OFFSET(NCM_NDP32,Datagram)+((IDX)*sizeof(NCM_NDP32_DATAGRAM))) <= MBB_NDP32_GET_LENGTH(NDP))
#define MBB_NTB32_IS_END_DATAGRAM(NTH,NDP,IDX) \
( \
MBB_NDP32_IS_DATAGRAM_PRESENT(NDP,IDX) && \
( \
MBB_NDP32_GET_DATAGRAM_OFFSET(NDP,IDX) == 0 || \
MBB_NDP32_GET_DATAGRAM_LENGTH(NDP,IDX) == 0 \
) \
)
#define MBB_NTB32_IS_VALID_DATAGRAM(NTH,NDP,IDX) \
( \
MBB_NDP32_IS_DATAGRAM_PRESENT(NDP,IDX) && \
MBB_NDP32_GET_DATAGRAM_OFFSET(NDP,IDX) != 0 && \
MBB_NDP32_GET_DATAGRAM_LENGTH(NDP,IDX) != 0 && \
MBB_NDP32_GET_DATAGRAM_OFFSET(NDP,IDX) < MBB_NTH32_GET_BLOCK_LENGTH(NTH) && \
MBB_NDP32_GET_DATAGRAM_OFFSET(NDP,IDX) <= (ULONG_MAX - MBB_NDP32_GET_DATAGRAM_LENGTH(NDP,IDX)) && \
(MBB_NDP32_GET_DATAGRAM_OFFSET(NDP,IDX) + MBB_NDP32_GET_DATAGRAM_LENGTH(NDP,IDX)) <= MBB_NTH32_GET_BLOCK_LENGTH(NTH) \
)
#define MBB_NTB32_IS_VALID_NDP_LENGTH(NTH,NDP) \
( \
(MBB_NTB_GET_OFFSET(NTH,NDP) < MBB_NTH32_GET_BLOCK_LENGTH(NTH)) && \
(MBB_NDP32_GET_LENGTH(NDP) >= FIELD_OFFSET(NCM_NDP32,Datagram)) && \
(MBB_NTB_GET_OFFSET(NTH,NDP) <= ULONG_MAX - MBB_NDP32_GET_LENGTH(NDP)) && \
((MBB_NTB_GET_OFFSET(NTH,NDP)+MBB_NDP32_GET_LENGTH(NDP)) <= MBB_NTH32_GET_BLOCK_LENGTH(NTH)) \
)
#define MBB_NTB32_IS_VALID_NDP_SIGNATURE(NDP) \
( \
((MBB_NDP32_GET_SIGNATURE(NDP) & NCM_NDP_SIGNATURE_MASK) == NCM_NDP32_IPS) || \
((MBB_NDP32_GET_SIGNATURE(NDP) & NCM_NDP_SIGNATURE_MASK) == NCM_NDP32_VENDOR) \
)
//
// NTB16
//
#define MBB_NTH16_GET_SEQUENCE(NTH) MBB_NTB_GET_SEQUENCE(NTH)
#define MBB_NTH16_GET_SIGNATURE(NTH) MBB_NTB_GET_SIGNATURE(NTH)
#define MBB_NTH16_GET_HEADER_LENGTH(NTH) MBB_NTB_GET_HEADER_LENGTH(NTH)
#define MBB_NTH16_GET_BLOCK_LENGTH(NTH) ((NTH)->wBlockLength)
#define MBB_NTH16_GET_FIRST_NDP_OFFSET(NTH) ((NTH)->wFpIndex)
#define MBB_NTH16_GET_FIRST_NDP(NTH) ((MBB_NTH16_GET_FIRST_NDP_OFFSET(NTH) != 0)? ((PNCM_NDP16)(((PCHAR)(NTH)) + MBB_NTH16_GET_FIRST_NDP_OFFSET(NTH))): NULL)
#define MBB_NTH16_IS_VALID_BLOCK_LENGTH(NTH,MAXLEN) (MBB_NTH16_GET_BLOCK_LENGTH(NTH) <= (MAXLEN))
#define MBB_NTH16_IS_VALID_HEADER_LENGTH(NTH) (MBB_NTB_GET_HEADER_LENGTH(NTH) == sizeof(NCM_NTH16))
#define MBB_NTH16_IS_VALID_SIGNATURE(NTH) (MBB_NTB_GET_SIGNATURE(NTH) == NCM_NTH16_SIG)
#define MBB_NTH16_IS_VALID_FIRST_NDP(NTH) \
( \
MBB_NTH16_GET_FIRST_NDP_OFFSET(NTH) <= (USHRT_MAX - sizeof(NCM_NDP16)) &&\
(MBB_NTH16_GET_FIRST_NDP_OFFSET(NTH) + sizeof(NCM_NDP16)) <= MBB_NTH16_GET_BLOCK_LENGTH(NTH) \
)
#define MBB_NDP16_GET_SIGNATURE(NDP) ((NDP)->dwSignature)
#define MBB_NDP16_GET_SESSIONID(NDP) (MBB_NDP16_GET_SIGNATURE(NDP) >> NCM_NDP_SESSION_SHIFT)
#define MBB_NDP16_GET_SIGNATURE_TYPE(NDP) (MBB_NDP16_GET_SIGNATURE(NDP) & NCM_NDP_SIGNATURE_MASK)
#define MBB_NDP16_GET_LENGTH(NDP) ((NDP)->wLength)
#define MBB_NDP16_GET_NEXT_NDP_OFFSET(NDP) ((NDP)->wNextFpIndex)
#define MBB_NDP16_GET_NEXT_NDP(NTH,NDP) ((MBB_NDP16_GET_NEXT_NDP_OFFSET(NDP) != 0)? ((PNCM_NDP16)(((PCHAR)(NTH)) + MBB_NDP16_GET_NEXT_NDP_OFFSET(NDP))): NULL)
#define MBB_NDP16_GET_DATAGRAM_COUNT(NDP) ((MBB_NDP16_GET_LENGTH(NDP)-FIELD_OFFSET(NCM_NDP16,Datagram)) / sizeof(NCM_NDP16_DATAGRAM))
#define MBB_NDP16_GET_DATAGRAM_OFFSET(NDP,IDX) ((NDP)->Datagram[(IDX)].wDatagramIndex)
#define MBB_NDP16_GET_DATAGRAM_LENGTH(NDP,IDX) ((NDP)->Datagram[(IDX)].wDatagramLength)
#define MBB_NDP16_GET_DATAGRAM(NTH,NDP,IDX) ((MBB_NDP16_GET_DATAGRAM_OFFSET(NDP,IDX) != 0)? (((PCHAR)(NTH)) + MBB_NDP16_GET_DATAGRAM_OFFSET(NDP,IDX)): NULL)
#define MBB_NDP16_IS_DATAGRAM_PRESENT(NDP,IDX) ((FIELD_OFFSET(NCM_NDP16,Datagram)+((IDX)*sizeof(NCM_NDP16_DATAGRAM))) <= MBB_NDP16_GET_LENGTH(NDP))
#define MBB_NTB16_IS_END_DATAGRAM(NTH,NDP,IDX) \
( \
MBB_NDP16_IS_DATAGRAM_PRESENT(NDP,IDX) && \
( \
MBB_NDP16_GET_DATAGRAM_OFFSET(NDP,IDX) == 0 || \
MBB_NDP16_GET_DATAGRAM_LENGTH(NDP,IDX) == 0 \
) \
)
#define MBB_NTB16_IS_VALID_DATAGRAM(NTH,NDP,IDX) \
( \
MBB_NDP16_IS_DATAGRAM_PRESENT(NDP,IDX) && \
MBB_NDP16_GET_DATAGRAM_OFFSET(NDP,IDX) != 0 && \
MBB_NDP16_GET_DATAGRAM_LENGTH(NDP,IDX) != 0 && \
MBB_NDP16_GET_DATAGRAM_OFFSET(NDP,IDX) < MBB_NTH16_GET_BLOCK_LENGTH(NTH) && \
MBB_NDP16_GET_DATAGRAM_OFFSET(NDP,IDX) <= (USHRT_MAX - MBB_NDP16_GET_DATAGRAM_LENGTH(NDP,IDX)) &&\
(MBB_NDP16_GET_DATAGRAM_OFFSET(NDP,IDX) + MBB_NDP16_GET_DATAGRAM_LENGTH(NDP,IDX)) <= MBB_NTH16_GET_BLOCK_LENGTH(NTH) \
)
#define MBB_NTB16_IS_VALID_NDP_LENGTH(NTH,NDP) \
( \
(MBB_NTB_GET_OFFSET(NTH,NDP) < MBB_NTH16_GET_BLOCK_LENGTH(NTH)) && \
(MBB_NDP16_GET_LENGTH(NDP) >= FIELD_OFFSET(NCM_NDP16,Datagram)) && \
(MBB_NTB_GET_OFFSET(NTH,NDP) <= (ULONG)(USHRT_MAX - MBB_NDP16_GET_LENGTH(NDP))) &&\
((MBB_NTB_GET_OFFSET(NTH,NDP)+MBB_NDP16_GET_LENGTH(NDP)) <= MBB_NTH16_GET_BLOCK_LENGTH(NTH)) \
)
#define MBB_NTB16_IS_VALID_NDP_SIGNATURE(NDP) \
( \
((MBB_NDP16_GET_SIGNATURE(NDP) & NCM_NDP_SIGNATURE_MASK) == NCM_NDP16_IPS) || \
((MBB_NDP16_GET_SIGNATURE(NDP) & NCM_NDP_SIGNATURE_MASK) == NCM_NDP16_VENDOR) \
)
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