//-----------------------------------------------------------------------------
// USB_Register.h
//-----------------------------------------------------------------------------

#ifndef USB_REGISTER_H
#define USB_REGISTER_H

//-----------------------------------------------------------------------------
// Global Constants
//-----------------------------------------------------------------------------

// USB Core Registers
#define BASE			0x00
#define FADDR			BASE
#define POWER			BASE + 0x01
#define IN1INT			BASE + 0x02
#define OUT1INT			BASE + 0x04
#define CMINT			BASE + 0x06
#define IN1IE			BASE + 0x07
#define OUT1IE			BASE + 0x09
#define CMIE			BASE + 0x0B
#define FRAMEL			BASE + 0x0C
#define FRAMEH			BASE + 0x0D
#define INDEX			BASE + 0x0E
#define CLKREC			BASE + 0x0F
#define INMAX			BASE + 0x10
#define E0CSR			BASE + 0x11
#define EINCSRL			BASE + 0x11
#define EINCSRH			BASE + 0x12
#define OUTMAX			BASE + 0x13
#define EOUTCSRL		BASE + 0x14
#define EOUTCSRH		BASE + 0x15
#define E0CNT			BASE + 0x16
#define EOUTCNTL		BASE + 0x16
#define EOUTCNTH		BASE + 0x17
#define FIFO_EP0		BASE + 0x20
#define FIFO_EP1		BASE + 0x21
#define FIFO_EP2		BASE + 0x22
#define FIFO_EP3		BASE + 0x23

// USB Core Register Bits

// POWER
#define rbISOUD			0x80
#define rbSPEED			0x40
#define rbUSBRST		0x08
#define rbRESUME		0x04
#define rbSUSMD			0x02
#define rbSUSEN			0x01

// IN1INT
#define rbIN3			0x08
#define rbIN2			0x04
#define rbIN1			0x02
#define rbEP0			0x01

// OUT1INT
#define rbOUT3			0x08
#define rbOUT2			0x04
#define rbOUT1			0x02

// CMINT
#define rbSOF			0x08
#define rbRSTINT		0x04
#define rbRSUINT		0x02
#define rbSUSINT		0x01

// IN1IE
#define rbIN3E			0x08
#define rbIN2E			0x04
#define rbIN1E			0x02
#define rbEP0E			0x01

// OUT1IE
#define rbOUT3E			0x08
#define rbOUT2E			0x04
#define rbOUT1E			0x02

// CMIE
#define rbSOFE			0x08
#define rbRSTINTE		0x04
#define rbRSUINTE		0x02
#define rbSUSINTE		0x01

// E0CSR
#define rbSSUEND		0x80
#define rbSOPRDY		0x40
#define rbSDSTL			0x20
#define rbSUEND			0x10
#define rbDATAEND		0x08
#define rbSTSTL			0x04
#define rbINPRDY		0x02
#define rbOPRDY			0x01

// EINCSRL
#define rbInCLRDT		0x40
#define	rbInSTSTL		0x20
#define	rbInSDSTL		0x10
#define	rbInFLUSH		0x08
#define	rbInUNDRUN		0x04
#define	rbInFIFONE		0x02
#define	rbInINPRDY		0x01

// EINCSRH
#define	rbInDBIEN		0x80
#define	rbInISO			0x40
#define	rbInDIRSEL		0x20
#define	rbInFCDT		0x08
#define	rbInSPLIT		0x04

// EOUTCSRL
#define	rbOutCLRDT		0x80
#define	rbOutSTSTL		0x40
#define	rbOutSDSTL		0x20
#define	rbOutFLUSH		0x10
#define	rbOutDATERR		0x08
#define	rbOutOVRUN		0x04
#define	rbOutFIFOFUL	0x02
#define	rbOutOPRDY		0x01

// EOUTCSRH
#define	rbOutDBOEN		0x80
#define	rbOutISO		0x40

//-----------------------------------------------------------------------------
// Register Read/Write Macros
//-----------------------------------------------------------------------------

// These first two macros do not poll for busy, and can be used to increase
// program speed where necessary, but should never be used for successive
// reads or writes.

#define READ_BYTE(addr, target) { USB0ADR = (0x80 | addr);	\
									while(USB0ADR & 0x80);	\
									target = USB0DAT; }

#define WRITE_BYTE(addr, data) {	USB0ADR = (addr);		\
									USB0DAT = data; }

// These two macros are polling versions of the above macros, and can be
// used for successive reads writes without taking the chance that the
// Interface Engine is busy from the last register access.

#ifdef ENABLE_INLINE_POLL_READ_WRITE

#define POLL_READ_BYTE(addr, target)	{ while(USB0ADR & 0x80);	\
										  READ_BYTE(addr, target); }

#define POLL_WRITE_BYTE(addr, dt) 		{ while(USB0ADR & 0x80);	\
										  WRITE_BYTE(addr, dt);    }
#else
	#define POLL_READ_BYTE(addr, target)	{ target = POLL_READ_BYTE_FUNC( addr ); }
	#define POLL_READ_BYTE_DEF
	extern BYTE POLL_READ_BYTE_FUNC( BYTE addr );
	extern void POLL_WRITE_BYTE( BYTE addr, BYTE dt );
#endif


#endif	// USB_REGISTER_H

//-----------------------------------------------------------------------------
// End Of File
//-----------------------------------------------------------------------------