//
//  Copyright(C) Renesas Technology Corp. 2002-2003. All rights reserved.
//
//  Definitions of the common parameter of each driver for ITS-DS7 Ver.1.0.0 (IOCTL_XXX etc.)
//
//  FILE      : IOCTL_ITS_DS7.H
//  CREATED   : 2002.04.10
//  MODIFIED  : 2003.06.20
//  AUTHOR    : Renesas Technology Corp.
//  HARDWARE  : RENESAS ITS-DS7
//  HISTORY   : 
//              2003.06.20
//              - Created release code.
//                (based on RENESAS ITS-DS4 Source Kit Ver.1.2.0 for WCE4.2)

#ifndef _IOCTL_ITS_DS7_H_
#define _IOCTL_ITS_DS7_H_

/*
 * This definition is definition for the application which uses the I2C driver.
 */
/** (1) IOCTL_I2C_SET_MODE
 * Sets the operation mode of I2C module.
 * The mode of I2C module of operation is set as either
 * master mode or slave mode.
 * Default is master mode.
 *
 * InBuf : PDWORD
 *			DWORD	I2C_MASTER_MODE -> master mode
 *					I2C_SLAVE_MODE  -> slave mode
 * OutBuf : None
 */
#define IOCTL_I2C_SET_MODE			0x12c1	// set mode, master or slave
#define I2C_MASTER_MODE				0x0001	// master mode
#define I2C_SLAVE_MODE				0x0002	// slave mode

/** (2) IOCTL_I2C_SET_BAUDRATE
 * Sets the baud rate of I2C module.
 * Refer to the manual of I2C for setting value.
 *
 * InBuf : PDWORD
 *			DWORD	bit7 - bit2 : SCGD
 *					bit1 - bit0 : CDF
 * OutBuf : None
 */
#define IOCTL_I2C_SET_BAUDRATE		0x12c2	// set baudrate

/** (3) IOCTL_I2C_SET_BUFFER_MODE
 * Sets the buffer mode.
 * The mode of I2C module of operation is set as either
 * single stage mode or double buffer mode.
 * Default is single stage.
 *
 * InBuf : PDWORD
 *			DWORD	I2C_SINGLE_STAGE -> single stage
 *					I2C_DOUBLE_STAGE -> double buffer
 * OutBuf : None
 */
#define IOCTL_I2C_SET_BUFFER_MODE	0x12c3	// set buffer mode, single or double
#define I2C_SINGLE_STAGE			0x0001	// single stage
#define I2C_DOUBLE_STAGE			0x0002	// double buffer

/*
 * It is the error code which an I2C driver sets up.
 * Application programs gets error code with GetLastError function.
 */
#define I2C_MASTER_ARBITRATION_LOST	0x00000001	// I2c master arbitration lost
#define I2C_MASTER_NACK_RECEIVED	0x00000002	// I2c master nack received
#define I2C_TIMEOUT					0x00000003	// I2c timeout
#define I2C_BUS_BUSY				0x00000004	// I2c bus busy

/*
 * This definition is definition for the application which uses the Video-In driver.
 */
/** (1) IOCTL_VIN_SET_PRECLIPSIZE
 * Sets the preclipping size to SPPrC,EPPrC,SLPrC and ELPrC register. 
 * 
 * InBuf : DWORD
 * OutBuf : None
 */
#define IOCTL_VIN_SET_PRECLIPSIZE		0x0510

/** (2) IOCTL_VIN_SET_POSTCLIPSIZE
 * Sets the preclipping size to SPPoC,EPPoC,SLPoC and ELPoC register. 
 * 
 * InBuf : DWORD
 * OutBuf : None
 */
#define IOCTL_VIN_SET_POSTCLIPSIZE		0x0511

/** (3) IOCTL_VIN_SET_SCALESIZE
 * Sets the scale size to XS and YS register.
 * 
 * InBuf : DWORD
 * OutBuf : None
 */
#define IOCTL_VIN_SET_SCALESIZE			0x0512

/** (4) IOCTL_VIN_SET_WINDOWSIZE
 * Sets the videowindow size to VSIZER_X and VSIZER_Y register.
 * 
 * InBuf : DWORD
 * OutBuf : None
 */
#define IOCTL_VIN_SET_WINDOWSIZE		0x0513

/** (5) IOCTL_VIN_SET_WINDOWPOSITION
 * Sets the videowindow size to VSIZER_X and VSIZER_Y register.
 * 
 * InBuf : DWORD
 * OutBuf : None
 */
#define IOCTL_VIN_SET_WINDOWPOSITION	0x0514

/** (6) IOCTL_VIN_SET_CAPTUREMODE
 * Sets the capture mode to FC register.
 *
 * InBuf : PDWORD
 *			DWORD	VIN_SINGLE_CAPTURE		-> Single capture mode. Use MB1 only.
 *											   When interlacemode is oddeven_mode,
 *											   don't set.
 *					VIN_CONTINUOUS_CAPTURE	-> Continuous capture mode. Use MB1,2,3.                    
 * OutBuf : None
 */
#define IOCTL_VIN_SET_CAPTUREMODE		0x0515
#define VIN_SINGLE_CAPTURE				0x0001
#define VIN_CONTINUOUS_CAPTURE			0x0002

/** (7) IOCTL_VIN_SET_INTERLACEMODE
 * Sets the interlace mode to MC register.
 *
 * InBuf : PDWORD
 *			DWORD	VIN_ODD_FIELD			-> odd field capture mode.
 *					VIN_EVEN_FIELD			-> even field capture mode.
 *					VIN_ODDEVEN_FIELD		-> odd/wvwn field capture mode. When 
 *											   capture mode is single mode, don't set.
 *					VIN_FULL_INTERLACEMODE	-> full interlace mode.
 * OutBuf : None
 */
#define IOCTL_VIN_SET_INTERLACEMODE		0x0516
#define VIN_ODD_FIELD					0x0000
#define VIN_EVEN_FIELD					0x0010
#define VIN_ODDEVEN_FIELD				0x0008
#define VIN_FULL_INTERLACEMODE			0x0018

/** (8) IOCTL_VIN_CONTROL
 * Controls videoin driver, start and end.
 *
 * InBuf : PDWORD
 *			DWORD	VIN_START	-> videoin driver start.
 *					VIN_END		-> videoin driver end.
 * OutBuf : None
 */
#define IOCTL_VIN_CONTROL				0x0517
#define VIN_START						0
#define VIN_END							1



/*
 * This definition is definition for the application which uses the GPIO driver.
 */
/** (1) IOCTL_GPIO_SET_PORT
 * Sets the port number.
 * The port number exists from 0 to 31.
 * If this code is passed, sets dwFlag 1.
 *
 * InBuf : PGPIO_OPEN_INFO
 *			DWORD	dwPort  -> Sets the port number.
 *			DWORD	dwLock  -> no used.
 *			DWORD	dwFlag  -> Set 1.
 * OutBuf : None
 * Output : GPIO_PORT_ERROR -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_PORT				0x0610	//Sets the port number.
#define GPIO_PORT_LOCKED				20		//The port is locked.
#define GPIO_PORT_ERROR					21		//The port doesn't exist.

/** (2) IOCTL_GPIO_SET_LOCK
 * Sets the port,lock or unlock.
 *
 * InBuf : PGPIO_OPEN_INFO
 *			DWORD	dwPort  -> no used.
 *			DWORD	dwLock  -> GPIO_PORT_LOCK	:Set lock.
							   GPIO_PORT_UNLOCK	:Set unlock.
 *			DWORD	dwFlag  -> no used.
 * OutBuf : None
 * Output : GPIO_PORT_ERROR -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_LOCK				0x0611	//set port,lock or unlock
#define GPIO_PORT_LOCK				0x00000001	//lock
#define GPIO_PORT_UNLOCK			0x00000002	//unlock

/** (3) IOCTL_GPIO_SET_POSNEG
 * Sets the port,positive logic or negative logic.
 *
 * InBuf : DWORD	dwPosneg -> GPIO_POSNEG_POSITIVE : Sets the port positive logic.
 *							 -> GPIO_POSNEG_NEGATIVE : Sets the port negative logic.
 * OutBuf : None
 * Output : GPIO_PORT_LOCKED -> The port is locked.
 *          GPIO_PORT_ERROR	 -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_POSNEG			0x0612	//set port,positive or negative
#define GPIO_POSNEG_POSITIVE		0x00000004	//positive
#define GPIO_POSNEG_NEGATIVE		0x00000008	//negative

/** (4) IOCTL_GPIO_SET_EDGLEVEL
 * Sets the port,edge or level.
 *
 * InBuf : DWORD	dwEdglev -> GPIO_EDGLEV_EDGE  : Sets the port edge.
 *							 -> GPIO_EDGLEV_LEVEL : Sets the port level.
 * OutBuf : None
 * Output : GPIO_PORT_LOCKED -> The port is locked.
 *          GPIO_PORT_ERROR	 -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_EDGLEVEL			0x0613	//set port,edge or level
#define GPIO_EDGLEV_EDGE			0x00000010	//edge
#define GPIO_EDGLEV_LEVEL			0x00000020	//level

/** (5) IOCTL_GPIO_SET_FILTER
 * Sets the filter ,on or off.
 *
 * InBuf : DWORD	dwFilter -> GPIO_FILONOFF_ON  : Sets the filter on.
 *							 -> GPIO_FILONOFF_OFF : Sets the filter off.
 * OutBuf : None
 * Output : GPIO_PORT_LOCKED -> The port is locked.
 *          GPIO_PORT_ERROR	 -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_FILTER			0x0614	//set filter, on or off
#define GPIO_FILONOFF_ON			0x00000040	//filter on
#define GPIO_FILONOFF_OFF			0x00000080	//filter off

/** (6) IOCTL_GPIO_SET_IOINT
 * Sets the port,inout mode or interrupt mode.
 *
 * InBuf : DWORD	dwIoint  -> GPIO_IOINT_INOUT     : Sets the port inout mode.
 *							 -> GPIO_IOINT_INTERRUPT : Sets the port interrupt mode.
 * OutBuf : None
 * Output : GPIO_PORT_LOCKED -> The port is locked.
 *          GPIO_PORT_ERROR	 -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_IOINT			0x0615	//set mode,inout or interrupt
#define GPIO_IOINT_INOUT			0x00000100	//inout mode
#define GPIO_IOINT_INTERRUPT		0x00000200	//interrupt mode

/** (7) IOCTL_GPIO_SET_INTMSK
 * Interrupt mask.
 *
 * InBuf  : None
 * OutBuf : None
 * Output : GPIO_PORT_LOCKED -> The port is locked.
 *          GPIO_PORT_ERROR	 -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_INTMSK			0x0616	

/** (8) IOCTL_GPIO_SET_INTCLR
 * Interrupt data clear.
 *
 * InBuf  : None
 * OutBuf : None
 * Output : GPIO_PORT_LOCKED -> The port is locked.
 *          GPIO_PORT_ERROR	 -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_INTCLR			0x0617	

/** (9) IOCTL_GPIO_SET_MSKCLR
 * Mask clear.
 *
 * InBuf  : None
 * OutBuf : None
 * Output : GPIO_PORT_LOCKED -> The port is locked.
 *          GPIO_PORT_ERROR	 -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_MSKCLR			0x0618

/** (10) IOCTL_GPIO_SET_INOUT
 * Sets the port,input mode or output mode.
 *
 * InBuf : DWORD	dwInout  -> GPIO_INOUT_IN   : Sets the port input mode.
 *							 -> GPIO_INOUT_OUT  : Sets the port output mode.
 * OutBuf : None
 * Output : GPIO_PORT_LOCKED -> The port is locked.
 *          GPIO_PORT_ERROR	 -> The port doesn't exist.
 */
#define IOCTL_GPIO_SET_INOUT 			0x0619	//set mode,input or output
#define GPIO_INOUT_IN				0x00000400	//input mode
#define GPIO_INOUT_OUT				0x00000800	//output mode

/** (11) IOCTL_GPIO_WRITE_PORT
 * Write the port, high(1) or low(0).
 *
 * InBuf : DWORD	dwWrite  -> GPIO_OUT_HIGH  : Write the port high.
 *							 -> GPIO_OUT_LOW   : Write the port low.
 * OutBuf : None
 * Output : GPIO_PORT_LOCKED -> The port is locked.
 *          GPIO_PORT_ERROR	 -> The port doesn't exist.
 */
#define IOCTL_GPIO_WRITE_PORT			0x061A	//Write port, high or low
#define GPIO_OUT_HIGH				0x00001000	//write high
#define GPIO_OUT_LOW				0x00002000	//write low

/** (12) IOCTL_GPIO_READ_PORT
 * Read port and get the port status.
 *
 * InBuf  : None
 * OutBuf : DWORD	dwRead  -> 1 : 1 received
 *							   0 : 0 received
 * Output : GPIO_PORT_LOCKED  -> The port is locked.
 *          GPIO_PORT_ERROR	  -> The port doesn't exist.
 *			GPIO_PORT_SUCCESS -> Success
 */
#define IOCTL_GPIO_READ_PORT			0x061B	//read port

/** (13) IOCTL_GPIO_GET_EVENT
 * Wait inerrupt and get event.
 *
 * InBuf  : DWORD	dwTimeout -> Sets wait time.
 * OutBuf : DWORD	dwInterrupt -> WAIT_OBJECT_0 :Object is Signal.
 *								   WAIT_TIMEOUT  :Timeout.
 * Output : GPIO_PORT_LOCKED  -> The port is locked.
 *          GPIO_PORT_ERROR	  -> The port doesn't exist.
 *			GPIO_PORT_SUCCESS -> Success
 */
#define IOCTL_GPIO_GET_EVENT			0x061C	//get event

/*
 * This definition is definition for the drivers which uses the HSPDIF driver.
 */
/** (1) IOCTL_SPDIF_TRANSMITTING_DATA
 * Transmitting PCM data.
 * By this command, DMA and SPDIF are started
 * at the time of the first transmission.
 *
 * InBuf : PVOID
 *          Pointer of PCM data buffer
 * OutBuf : None
 * Output : Transmitted length
 */
#define IOCTL_SPDIF_TRANSMITTING_DATA	0x1f01

/** (2) IOCTL_SPDIF_RECEIVING_DATA
 * Receiving PCM data.
 * By this command, DMA and SPDIF are started
 * at the time of the first transmission.
 *
 * InBuf : None
 * OutBuf :
 *          Pointer of PCM data Buffer
 * Output : Received length
 */
#define IOCTL_SPDIF_RECEIVING_DATA		0x1f02

/** (3) IOCTL_SPDIF_STOP_TRANSMIT
 * Continuation transmission is stopped.
 *
 * InBuf : None
 * OutBuf : None
 * Output : None
 */
#define IOCTL_SPDIF_STOP_TRANSMIT		0x1f03

/** (4) IOCTL_SPDIF_STOP_RECEIVE
 * Continuation reception is stopped.
 *
 * InBuf : None
 * OutBuf : None
 * Output : None
 */
#define IOCTL_SPDIF_STOP_RECEIVE		0x1f04

/** (5) IOCTL_SPDIF_GET_TXSAMPLE_SIZE
 * Gets the sampling size in the transmitting mode.
 *
 * InBuf : None
 * OutBuf : PDWORD
 *          DWORD IOCTL_SAMPLE_BIT_SIZE_16 - 16 bits
 *                IOCTL_SAMPLE_BIT_SIZE_20 - 20 bits
 *                IOCTL_SAMPLE_BIT_SIZE_24 - 24 bits
 * Output : None
 */
#define IOCTL_SPDIF_GET_TXSAMPLE_SIZE	0x1f05

#define SPDIF_SAMPLE_BIT_SIZE_16	0x00
#define SPDIF_SAMPLE_BIT_SIZE_20	0x01
#define SPDIF_SAMPLE_BIT_SIZE_24	0x02

/** (6) IOCTL_SPDIF_SET_TXSAMPLE_SIZE
 * Sets the sampling size in the transmitting mode.
 *
 * InBuf : PDWORD
 *          DWORD IOCTL_SAMPLE_BIT_SIZE_16 - 16 bits
 *                IOCTL_SAMPLE_BIT_SIZE_20 - 20 bits
 *                IOCTL_SAMPLE_BIT_SIZE_24 - 24 bits
 * OutBuf : None
 * Output : None
 */
#define IOCTL_SPDIF_SET_TXSAMPLE_SIZE	0x1f06

/** (7) IOCTL_SPDIF_GET_RXSAMPLE_SIZE
 * Gets the sampling size in the receiving mode.
 *
 * InBuf : None
 * OutBuf : PDWORD
 *          DWORD IOCTL_SAMPLE_BIT_SIZE_16 - 16 bits
 *                IOCTL_SAMPLE_BIT_SIZE_20 - 20 bits
 *                IOCTL_SAMPLE_BIT_SIZE_24 - 24 bits
 * Output : None
 */
#define IOCTL_SPDIF_GET_RXSAMPLE_SIZE	0x1f07

/** (8) IOCTL_SPDIF_SET_RXSAMPLE_SIZE
 * Sets the sampling size in the receiving mode.
 *
 * InBuf : PDWORD
 *          DWORD IOCTL_SAMPLE_BIT_SIZE_16 - 16 bits
 *                IOCTL_SAMPLE_BIT_SIZE_20 - 20 bits
 *                IOCTL_SAMPLE_BIT_SIZE_24 - 24 bits
 * OutBuf : None
 * Output : None
 */
#define IOCTL_SPDIF_SET_RXSAMPLE_SIZE	0x1f08



#endif //_IOCTL_ITS_DS7_H_