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/* x52pro driver library
* Copyright (C) 2007 Eduard Hasenleithner <eduard@hasenleithner.at>
* Licensed under the LGPL. Please see "COPYING".
*/
struct x52;
enum x52_type {DEV_X52, DEV_X52PRO, DEV_YOKE};
#define X52PRO_LED_FIRE 1 /* RED/GREEN LED of Fire Button */
#define X52PRO_LED_ARED 2 /* RED LED of A Button */
#define X52PRO_LED_AGREEN 3 /* GREEN LED of A Button */
#define X52PRO_LED_BRED 4 /* RED LED of B Button */
#define X52PRO_LED_BGREEN 5 /* GREEN LED of B Button */
#define X52PRO_LED_DRED 6 /* RED LED of D Button */
#define X52PRO_LED_DGREEN 7 /* GREEN LED of D Button */
#define X52PRO_LED_ERED 8 /* RED LED of E Button */
#define X52PRO_LED_EGREEN 9 /* GREEN LED of E Button */
#define X52PRO_LED_T1RED 10 /* RED LED of T1 Switch */
#define X52PRO_LED_T1GREEN 11 /* GREEN LED of T1 Switch */
#define X52PRO_LED_T2RED 12 /* RED LED of T2 Switch */
#define X52PRO_LED_T2GREEN 13 /* GREEN LED of T2 Switch */
#define X52PRO_LED_T3RED 14 /* RED LED of T3 Switch */
#define X52PRO_LED_T3GREEN 15 /* GREEN LED of T3 Switch */
#define X52PRO_LED_CORED 16 /* RED LED of Coolie Hat */
#define X52PRO_LED_COGREEN 17 /* GREEN LED of Coolie Hat */
#define X52PRO_LED_IRED 18 /* RED LED of i Button */
#define X52PRO_LED_IGREEN 19 /* GREEN LED of i Button */
/* Init function
* RETURN: handle to x52 if device opened successful */
struct x52* x52_init(void);
/* Debug activation function */
void x52_debug(struct x52* hdl, int debug);
/* Get device type
* RETURN: type (DEV_X52, DEV_X52PRO, DEV_YOKE) */
enum x52_type x52_gettype(struct x52* hdl);
/* Close function
* hdl: handle to xte device */
void x52_close(struct x52* hdl);
/* Set the text of the MFD
* Supported by: X52, X52PRO
* RETURN: 0 if successful
* hdl: handle to x52 device
* line: line of text to change
* text: character string of new text
* length: number of characters in string */
int x52_settext(struct x52 *hdl, int line, char *text, int length);
/* Set the brightness of the MFD or the LEDs
* Supported by: X52, X52PRO
* RETURN: 0 if successful
* hdl: handle to x52 device
* mfd: boolean
* 0: change the LED brightness
* 1: change the MFD brightness
* brightness: value (0-127) */
int x52_setbri(struct x52 *hdl, int mfd, int brightness);
/* Set or clear one of the LEDs
* Supported by: X52PRO only
* RETURN: 0 if successful
* hdl: handle to x52 device
* led: led index (1-19), see X52PRO_LED_XXX defines
* on: boolean */
int x52_setled(struct x52 *hdl, int led, int on);
/* Set the MFD display time
* Supported by: X52, X52PRO, YOKE
* RETURN: 0 if successful
* hdl: handle to x52 device
* h24: boolean, 24h output (1=on, 0=off)
* hour: value (0-23)
* minute: value (0-60) */
int x52_settime(struct x52 *hdl, int h24, int hour, int minute);
/* Set time 2/3 offset
* Supported by: X52?, X52PRO
* RETURN: 0 if successful
* hdl: handle to x52 device
* idx: offset index (==0 is offs2; >0 is offs3)
* inv: invert offset (1=invert, 0=normal)
* offset: time offset in minutes (0..1023) */
int x52_setoffs(struct x52 *hdl, int idx, int h24, int inv, int offset);
/* Set second of saitek yoke
* Supported by: YOKE only
* RETURN: 0 if successful
* hdl: handle to x52 device (only yoke!)
* second: second (0-59, actually higher values are also accepted) */
int x52_setsecond(struct x52 *x52, int second);
/* Set the MFD display date
* Supported by: X52, X52PRO
* RETURN: 0 if successful
* year: value (0-99)
* month: value (1-12)
* day: value (1-31) */
int x52_setdate(struct x52 *hdl, int year, int month, int day);
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