BF22_IntFn.h

#pragma once

// BF22_IntFn.h :


// FW documentation

/*
BF22-KBD podžava slijedeæe „0xF0“ komande:

typedef               enum enum_TtbsMsgKbdType
{
/ * CMD_XXX messages @ KBD ************************************************* /

TBS_MSGT_KBD_LED_CTRL = 0x00,     / * LED control (WR/RD)                                                                              * /
TBS_MSGT_KBD_LED_LUMINANCE = 0x10,     / * LED luminance (WR/RD)                                                                        * /
TBS_MSGT_KBD_LED_LUMINANCE_SYNC = 0x14,     / * LED luminance sync (set, update EEP, FW COM-data)     * /

} TtbsMsgKbdType;


TBS_MSGT_KBD_LED_LUMINANCE  i TBS_MSGT_KBD_LED_LUMINANCE_SYNC se koriste isto kao SBX,
kodiraju se isto, samo je razlika u nazivu(src FW).
No, tebi te 2 komande vjerojatno ne trebaju za changeMe.

TBS_MSGT_KBD_LED_CTRL ima isti 0xF0 - subCode kao i LED_CTRL za SBX, ali ima drugaèiju LED funkciju, i drugaèije parametre.
Evo opis(dalje pišem na engleskom) :

    data - block          parameter

    0x00                      TBS_MSGT_KBD_LED_CTRL(0x00)
    0x01                      LED - mask, low(mask for LEDs to be controlled, refers to more following pars, i.e.green - state, red - state, green - blink, red - blink; #1..16->bits 0..15)
    0x02                      LED - mask, high
    0x03                      green - LED - ctrl, low(control #1..16->bits 0..15; 0 / 1->off / on)
    0x04                      green - LED - ctrl, high
    0x05                      red - LED - ctrl, low(control #1..16->bits 0..15; 0 / 1->off / on)
    0x06                      red - LED - ctrl, high
    (next block is optional; 0x07..0x0A – LED blinking)
    0x07                      blink - green - LED, low(flags for blikining LEDs; #1..16->bits 0..15; 0 / 1->steady / blink – steady LED in either off or on, blinking LED is aternating on / off with A / B - timing)
    0x08                      blink - green - LED, high
    0x09                      blink - red - LED, low(flags for blikining LEDs; #1..16->bits 0..15; 0 / 1->steady / blink – steady LED in either off or on, blinking LED is aternating on / off with A / B - timing)
    0x0A                     blink - red - LED, high
    (next block is optional; 0x0B..0x0E – LED - blink timing, refers to all blinkng - LEDs)
    0x0B                      LED - blink - A - timing, low(in ms; defines duration of on / off blinking phase for a blinkng - LED which is set on / off via LED - ctrl)
    0x0C                      LED - blink - A - timing, high
    0x0D                     LED - blink - B - timing, low(in ms; defines duration of off / on blinking phase for a blinkng - LED which is set on / off via LED - ctrl)
    0x0E                      LED - blink - B - timing, high
    (next block is optional; 0x0F..0x1A – EEP parameters)
    0x0F                      EEP - green - LED - init, low(inital green - LED state)
    0x10                      EEP - green - LED - init, high
    0x11                      EEP - red - LED - init, low(inital red - LED state)
    0x12                      EEP - red - LED - init, high
    0x13                      EEP - green - LED - blink - init, low(inital green - LED blinking)
    0x14                      EEP - green - LED - blink - init, high
    0x15                      EEP - red - LED - blink - init, low(inital red - LED blinking)
    0x16                      EEP - red - LED - blink - init, high
    0x17                      EEP - LED - blink - A - timing - init, low(inital blink - A - timing)
    0x18                      EEP - LED - blink - A - timing - init, high
    0x19                      EEP - LED - blink - B - timing - init, low(inital blink - B - timing)
    0x1A                     EEP - LED - blink - B - timing - init, high

    Ako je data - block toèno 7 / 11 / 15 / 27 bytes; upravljaš sa green & red LEDs, uz eventualne opcijske parametre.
    Ako je data - block bilo koje druge duljine, dobivaš aktualni LED - status kao odgovor(25 bytes) :

    0x00                      TBS_MSGT_KBD_LED_CTRL(0x00)
    0x01, 0x02          green - LED - ctrl state
    0x03, 0x04          red - LED - ctrl state
    0x05, 0x06          blink - green - LED
    0x07, 0x08          blink - red - LED
    0x09, 0x0A          LED - blink - A - timing
    0x0B, 0x0C          LED - blink - B - timing
    0x0D, 0x0E          EEP - green - LED - init
    0x0F, 0x10          EEP - red - LED - init
    0x11, 0x12          EEP - green - LED - blink - init
    0x13, 0x14          EEP - red - LED - blink - init
    0x15, 0x16          EEP - LED - blink - A - timing - init
    0x17, 0x18          EEP - LED - blink - B - timing - init

*/


/* linekeys commands, functions */

#define TBS_MSGT_KBD_LED_CTRL                       0x00     /* LED control (WR/RD)                                */
#define TBS_MSGT_XXX_KBD_LED_CTRL_PARAM_LEN         11 //set colors and blinking
#define TBS_MSGT_XXX_KBD_LED_CTRL_DEF_PARAMS        {TBS_MSGT_KBD_LED_CTRL, 0xFF, 0xFF, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00} // init value for array of parameters, all LEDs off
#define TBS_MSGT_XXX_KBD_LED_CTRL_RESPONSE_LEN  25+0x7F // (1 byte for CMD and 24 bytes for parameters + 128 bytes just in case)
#define TBS_MSGT_XXX_KBD_LED_CTRL_PARAM_LEN_RESP    0x01    // Reading current/init parameters requires only command code to be sent
#define TBS_MSGT_XXX_KBD_LED_CTRL_DEF_PARAMS_RESP   {TBS_MSGT_KBD_LED_CTRL}

#define TBS_MSGT_KBD_LED_LUMINANCE      0x10     /* LED luminance (WR/RD)                              */
#define TBS_MSGT_KBD_LED_LUMINANCE_SYNC 0x14     /* LED luminance sync (set, update EEP, FW COM-data)   */

int intFn_BF22_SetLineKeysLedState(TiproHidDevice *device, int nAddress, int nKey1State, int nKey2State, int nKey3State, int nKey4State, int nKey5State, int nKey6State, int nKey7State,
    int nKey8State, int nKey9State, int nKey10State, int nKey11State, int nKey12State, int nKey13State, int nKey14State, int nKey15State, int nKey16State);

int intFn_BF22_GetLineKeysLedState(TiproHidDevice *device, int nAddress, int *nKey1State, int *nKey2State, int *nKey3State, int *nKey4State, int *nKey5State, int *nKey6State, int *nKey7State,
    int *nKey8State, int *nKey9State, int *nKey10State, int *nKey11State, int *nKey12State, int *nKey13State, int *nKey14State, int *nKey15State, int *nKey16State);