📄 p2k_usb_defines.h
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#ifndef __NexTest_P2K_USB_DEFINES__
#define __NexTest_P2K_USB_DEFINES__
#define VC_EXTRALEAN // Exclude rarely-used stuff from Windows headers
//#include <afxwin.h> // MFC core and standard components
//#include <afxext.h> // MFC extensions
//#include <afxtempl.h> // MFC
//#include <windows.h>
#include <stddef.h>
#include <stdio.h>
#include <stdlib.h>
#include <winioctl.h>
//#include <afxmt.h>
//---------------------------------------
// USB packet types
enum PCKTYPE
{
PCK_DATA_CONTROL = 0,
PCK_DATA_ISOCHRONOUS = 1,
PCK_DATA_BULK = 2,
PCK_DATA_INTERRUPT = 3,
PCK_COMMAND
};
// USB descriptor type
enum DESCRTYPE
{
// Device String Descriptor
DESCR_DEVICE_MANUFACTURER =0x0000, // Device String Descriptor: Manufacturer
DESCR_DEVICE_PRODUCT =0x0001, // Device String Descriptor: Product
DESCR_DEVICE_SERIAL_NUMBER =0x0002, // Device String Descriptor: Serial Number
DESCR_CONFIGURATION =0x0100, // Configuration String Descriptor
DESCR_INTERFACE =0x0200, // Interface String Descriptor
DESCR_DIRECT_STRING =0x0300, // Direct String
};
//---------------------------------------
//class CConfig
//{
//public:
// CConfig(){m_lConfig=-1;m_bInterfaceNumber = -1;m_sInterfaceName= "";}
// virtual ~CConfig(){m_lConfig=-1;m_bInterfaceNumber = -1;m_sInterfaceName= "";}
//
// long m_lConfig;
// BYTE m_bInterfaceNumber;
// CString m_sInterfaceName;
//};
//typedef CArray<CConfig, CConfig&> CConfigArray;
//
//class CInterface
//{
//public:
// CInterface(){m_sInterfaceName = "";m_hInterface= NULL;}
// virtual ~CInterface(){m_sInterfaceName = "";m_hInterface= NULL;}
//
//
// CString m_sInterfaceName;
// HANDLE m_hInterface;
//};
//typedef CArray<CInterface, CInterface&> CInterfaceArray;
//CConfigArray m_ConfigArray; // all interfaces in all configurations
//CInterfaceArray m_InterfaceArray; // interfaces and their handles (for current configuration)
//----------------------------------------------
//--------------------------------------------
#define USBWALLY_DEVICE_TYPE 0x8000
#define USBWALLY_MAKE_IOCTL(t,c)\
(ULONG)CTL_CODE((t), 0x800+(c), METHOD_BUFFERED, FILE_ANY_ACCESS)
#define IOCTL_MOTUSB_GET_DRIVER_VERSION\
USBWALLY_MAKE_IOCTL(USBWALLY_DEVICE_TYPE, 0)
#define IOCTL_MOTUSB_SET_CONFIGURATION\
USBWALLY_MAKE_IOCTL(USBWALLY_DEVICE_TYPE, 1)
#define IOCTL_MOTUSB_GET_CONFIG_NUMBER\
USBWALLY_MAKE_IOCTL(USBWALLY_DEVICE_TYPE, 2)
#define IOCTL_MOTUSB_GET_CONFIG_DESCRIPTOR\
USBWALLY_MAKE_IOCTL(USBWALLY_DEVICE_TYPE, 3)
#define IOCTL_MOTUSB_GET_STRING_DESCRIPTOR\
USBWALLY_MAKE_IOCTL(USBWALLY_DEVICE_TYPE, 4)
#define IOCTL_MOTUSB_CLASS_OR_VENDOR_REQUEST\
USBWALLY_MAKE_IOCTL(USBWALLY_DEVICE_TYPE, 5)
#define IOCTL_MOTUSB_WRITE_ASYNC_DATA\
USBWALLY_MAKE_IOCTL(USBWALLY_DEVICE_TYPE, 6)
#define IOCTL_MOTUSB_READ_ASYNC_DATA\
USBWALLY_MAKE_IOCTL(USBWALLY_DEVICE_TYPE, 7)
#define IOCTL_MOTUSB_SELECT_ALTERNATE_SETTING\
USBWALLY_MAKE_IOCTL (USBWALLY_DEVICE_TYPE, 8)
#define IOCTL_MOTUSB_INTERFACE_DESCRIPTOR\
USBWALLY_MAKE_IOCTL(USBWALLY_DEVICE_TYPE, 9)
// Read GET_STRING_DESCRIPTOR_OUT data structure
typedef struct _GET_STRING_DESCRIPTOR_OUT_STRUCT {
ULONG dwTotalSize; // Size of the string in bytes
UCHAR StringData[1]; // Buffer space for the string data
} GET_STRING_DESCRIPTOR_OUT_STRUCT, *PGET_STRING_DESCRIPTOR_OUT_STRUCT;
// Read GET_DRIVER_VERSION data structure
typedef struct _GET_DRIVER_VERSION_STRUCT {
UCHAR bcdMajor; // Current driver verson
UCHAR bcdMinor; //
} GET_DRIVER_VERSION_STRUCT, *PGET_DRIVER_VERSION_STRUCT;
// Write SET_CONFIGURATION data structure
typedef struct _SET_CONFIGURATION_STRUCT {
UCHAR bConfigurationNum; // Configuration number
} SET_CONFIGURATION_STRUCT, *PSET_CONFIGURATION_STRUCT;
// Read GET_CONFIG_DESCRIPTOR_OUT data structure
typedef struct _GET_CONFIG_DESCRIPTOR_OUT_STRUCT {
ULONG dwTotalSize; // Size of the Config descriptor in bytes
UCHAR DescriptorData[1]; // Buffer space for the descriptor data
} GET_CONFIG_DESCRIPTOR_OUT_STRUCT, *PGET_CONFIG_DESCRIPTOR_OUT_STRUCT;
// Write GET_CONFIG_DESCRIPTOR_IN data structure
typedef struct _GET_CONFIG_DESCRIPTOR_IN_STRUCT {
UCHAR bConfigurationNum; // Configuration number
} GET_CONFIG_DESCRIPTOR_IN_STRUCT, *PGET_CONFIG_DESCRIPTOR_IN_STRUCT;
// Write CLASS_OR_VENDOR_REQUEST_IN data structure
typedef struct _CLASS_OR_VENDOR_REQUEST_IN_STRUCT {
UCHAR bmRequestType; //
UCHAR bRequest; //
USHORT wValue; //
USHORT wIndex; //
USHORT wLength; // Size of data in bytes
UCHAR DataBuf[1]; // data
} CLASS_OR_VENDOR_REQUEST_IN_STRUCT, *PCLASS_OR_VENDOR_REQUEST_IN_STRUCT;
// Write CLASS_OR_VENDOR_REQUEST_IN data structure
typedef struct _CP2K_COMMAND_STRUCT {
UCHAR bmRequestType; //
UCHAR bRequest; //
USHORT wValue; //
USHORT wIndex; //
USHORT wLength; // Size of data in bytes
USHORT wSequenceTag; //
USHORT wOpcode; //
USHORT wDataBufLen; //
USHORT wReserved; //
UCHAR DataBuf[1]; // data
//BYTE data[]={0x00,0x29, 0x00,0x36, 0x00,0x01, 0x00,0x00, 0x00};
} CP2K_COMMAND_STRUCT, *PCP2K_COMMAND_STRUCT;
// Write GET_STRING_DESCRIPTOR_IN data structure
typedef struct _GET_STRING_DESCRIPTOR_IN_STRUCT {
UCHAR bDescriptorType; // 0x00 = Device String Descriptor
// 0x01 = Configuration String Descriptor
// 0x02 = Interface String Descriptor
// 0x03 = Direct String
UCHAR bDescriptorSubType; //
// For Device String Descriptor (0x00)
// 0x00 = Manufacturer
// 0x01 = Product
// 0x02 = Serial Number
// For Configuration String Descriptor (0x01)
// 0xnn = Desired configuration number
// For Interface String Descriptor (0x02)
// 0xnn = Desired interface number
// For Direct String (0x03)
// 0xnn = Index in string descriptor array
} GET_STRING_DESCRIPTOR_IN_STRUCT, *PGET_STRING_DESCRIPTOR_IN_STRUCT;
// Write CLASS_OR_VENDOR_REQUEST_OUT data structure
typedef struct _CLASS_OR_VENDOR_REQUEST_OUT_STRUCT {
ULONG dwLength; // Size of data in bytes
UCHAR DataBuf[1]; // data
} CLASS_OR_VENDOR_REQUEST_OUT_STRUCT, *PCLASS_OR_VENDOR_REQUEST_OUT_STRUCT;
// Write READ_ASYNC_DATA_IN data structure
typedef struct _READ_ASYNC_DATA_IN_STRUCT {
UCHAR bTransferType; // 0x00 = Control
// 0x01 = Isochronous
// 0x02 = Bulk
// 0x03 = Interrupt
ULONG dwLength; // Length of the buffer to read in bytes
} READ_ASYNC_DATA_IN_STRUCT, *PREAD_ASYNC_DATA_IN_STRUCT;
// Read READ_ASYNC_DATA data structure
typedef struct _READ_ASYNC_DATA_OUT_STRUCT {
ULONG dwLength; // Length of the buffer to write
UCHAR DataBuf[1]; // data
} READ_ASYNC_DATA_OUT_STRUCT, *PREAD_ASYNC_DATA_OUT_STRUCT;
// POLL_RESPONSE_DATA_PACKET data structure (max 12 bytes)
typedef struct _POLL_RESPONSE_DATA_PACKET {
ULONG dwLength; // Size of following data in bytes
BYTE nStatus; // Status Byte
BYTE nMessages; // number of messages (max 3)
WORD nSizeMsg1; // size of message buffered in phone
WORD nSizeMsg2; // size of message buffered in phone
WORD nSizeMsg3; // size of message buffered in phone
} POLL_RESPONSE_DATA_PACKET, *PPOLL_RESPONSE_DATA_PACKET;
// QUEUED_MESSAGE_RESPONSE_DATA_PACKET data structure
typedef struct _QUEUED_MESSAGE_RESPONSE_DATA_PACKET {
ULONG dwLength; // Size of following data in bytes
BYTE nMessages; // number of messages returned in this data stage
BYTE nQueuedMsgs; // number of messages still queued in phone
WORD nQueuedBytes; // total number of bytes queued in phone
WORD nSizeMsg1; // size of message 1 buffered in phone
BYTE message1[1]; // message 1
} QUEUED_MESSAGE_RESPONSE_DATA_PACKET, *PQUEUED_MESSAGE_RESPONSE_DATA_PACKET;
// ACCESSORY_MESSAGE_RESPONSE_DATA_PACKET data structure
typedef struct _ACCESSORY_MESSAGE_RESPONSE_DATA_PACKET {
BYTE message[512]; // message
} ACCESSORY_MESSAGE_RESPONSE_DATA_PACKET, *PACCESSORY_MESSAGE_RESPONSE_DATA_PACKET;
typedef struct _WRITE_ASYNC_DATA_STRUCT {
UCHAR bTransferType; // 0x00 = Control
// 0x01 = Isochronous
// 0x02 = Bulk
// 0x03 = Interrupt
ULONG dwLength; // Length of the buffer to write in bytes
UCHAR DataBuf[1]; // data
} WRITE_ASYNC_DATA_STRUCT, *PWRITE_ASYNC_DATA_STRUCT;
typedef struct GET_INTERFACE_DESCRIPTOR_OUT_STRUCT {
ULONG dwTotalSize; // Size of the string in bytes
UCHAR StringData[1]; // Buffer space for the string data
} GET_INTERFACE_DESCRIPTOR_OUT_STRUCT, *PGET_INTERFACE_DESCRIPTOR_OUT_STRUCT;
typedef struct GET_INTERFACE_DESCRIPTOR_IN_STRUCT {
UCHAR bLength;
UCHAR bDescriptorType;
UCHAR bInterfaceNumber;
UCHAR bAlternateSetting;
UCHAR bNumEndpoints;
UCHAR bInterfaceClass;
UCHAR bInterfaceSubClass;
UCHAR bInterfaceProtocol;
UCHAR iInterface;
ULONG dwTotalSize ;
} GET_INTERFACE_DESCRIPTOR_IN_STRUCT, *PGET_INTERFACE_DESCRIPTOR_IN_STRUCT;
struct MSD_CMD_FORMAT
{
UCHAR ucOpCode;
UCHAR ucLogUnitNum;
UCHAR ucReserve1;
UCHAR ucReserve2;
UCHAR ucReserve3;
UCHAR ucReserve4;
UCHAR ucReserve5;
UCHAR ucReserve6;
UCHAR ucReserve7;
UCHAR ucReserve8;
UCHAR ucTargetMode;
UCHAR ucControl;
};
#endif //__NexTest_CUsbPort__⌨️ 快捷键说明
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