fix.c

/**********************************************************************************************************************
 * \file fix.c
 * \copyright Copyright (C) Infineon Technologies AG 2026
 *
 * Use of this file is subject to the terms of use agreed between (i) you or the company in which ordinary course of
 * business you are acting and (ii) Infineon Technologies AG or its licensees. If and as long as no such terms of use
 * are agreed, use of this file is subject to following:
 *
 * Boost Software License - Version 1.0 - August 17th, 2003
 *
 * Permission is hereby granted, free of charge, to any person or organization obtaining a copy of the software and
 * accompanying documentation covered by this license (the "Software") to use, reproduce, display, distribute, execute,
 * and transmit the Software, and to prepare derivative works of the Software, and to permit third-parties to whom the
 * Software is furnished to do so, all subject to the following:
 *
 * The copyright notices in the Software and this entire statement, including the above license grant, this restriction
 * and the following disclaimer, must be included in all copies of the Software, in whole or in part, and all
 * derivative works of the Software, unless such copies or derivative works are solely in the form of
 * machine-executable object code generated by a source language processor.
 *
 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE
 * WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, TITLE AND NON-INFRINGEMENT. IN NO EVENT SHALL THE
 * COPYRIGHT HOLDERS OR ANYONE DISTRIBUTING THE SOFTWARE BE LIABLE FOR ANY DAMAGES OR OTHER LIABILITY, WHETHER IN
 * CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS
 * IN THE SOFTWARE.
 *********************************************************************************************************************/
 
 /* THIS FILE INCLUDES MISSING FUNCTION DEFINITIONS FOR THE CURRENT GRAPHICS DRIVER/UTILITY LIBRARY. 
    !!!!!!!!!!!!!!!!!!!!!!!! REMOVE THIS WHEN IT IS FIXED IN THE LIBRARIES !!!!!!!!!!!!!!!!!!!!!!!! */


/*********************************************************************************************************************/
/*-----------------------------------------------------Includes------------------------------------------------------*/
/*********************************************************************************************************************/
#include <stdint.h>
#include "cy_pdl.h"
#include "cy_device_headers.h"
#include "cy_gpio.h"
#include "cycfg_peripherals.h"

/*********************************************************************************************************************/
/*------------------------------------------------------Macros-------------------------------------------------------*/
/*********************************************************************************************************************/
#if defined (CY_DEVICE_TVIIC2D4M)

#define CY_DISP1_CLK_PORT                       GPIO_PRT16
#define CY_DISP1_CLK_PIN                        2
#define CY_DISP1_CLK_PIN_MUX                    P16_2_VIDEOSS0_TTL_DSP1_CLOCK    // PCLK
    
#define CY_DISP1_CTRL0_PORT                     GPIO_PRT16
#define CY_DISP1_CTRL0_PIN                      3
#define CY_DISP1_CTRL0_PIN_MUX                  P16_3_VIDEOSS0_TTL_DSP1_CONTROL0 // LVALID
    
#define CY_DISP1_CTRL1_PORT                     GPIO_PRT16
#define CY_DISP1_CTRL1_PIN                      4
#define CY_DISP1_CTRL1_PIN_MUX                  P16_4_VIDEOSS0_TTL_DSP1_CONTROL1 // VSYNC
    
#define CY_DISP1_CTRL2_PORT                     GPIO_PRT16
#define CY_DISP1_CTRL2_PIN                      5
#define CY_DISP1_CTRL2_PIN_MUX                  P16_5_VIDEOSS0_TTL_DSP1_CONTROL2 // DE
    
#define CY_DISP1_DATA_A0_0_PORT                 GPIO_PRT16
#define CY_DISP1_DATA_A0_0_PIN                  1
#define CY_DISP1_DATA_A0_0_PIN_MUX              P16_1_VIDEOSS0_TTL_DSP1_DATA_A00 // RED0
    
#define CY_DISP1_DATA_A0_1_PORT                 GPIO_PRT15
#define CY_DISP1_DATA_A0_1_PIN                  7
#define CY_DISP1_DATA_A0_1_PIN_MUX              P15_7_VIDEOSS0_TTL_DSP1_DATA_A01 // RED2
    
#define CY_DISP1_DATA_A0_2_PORT                 GPIO_PRT15
#define CY_DISP1_DATA_A0_2_PIN                  5
#define CY_DISP1_DATA_A0_2_PIN_MUX              P15_5_VIDEOSS0_TTL_DSP1_DATA_A02 // RED4
    
#define CY_DISP1_DATA_A0_3_PORT                 GPIO_PRT15
#define CY_DISP1_DATA_A0_3_PIN                  3
#define CY_DISP1_DATA_A0_3_PIN_MUX              P15_3_VIDEOSS0_TTL_DSP1_DATA_A03 // RED6
    
#define CY_DISP1_DATA_A0_4_PORT                 GPIO_PRT15
#define CY_DISP1_DATA_A0_4_PIN                  1
#define CY_DISP1_DATA_A0_4_PIN_MUX              P15_1_VIDEOSS0_TTL_DSP1_DATA_A04 // GREEN0
    
#define CY_DISP1_DATA_A0_5_PORT                 GPIO_PRT14
#define CY_DISP1_DATA_A0_5_PIN                  7
#define CY_DISP1_DATA_A0_5_PIN_MUX              P14_7_VIDEOSS0_TTL_DSP1_DATA_A05 // GREEN2
    
#define CY_DISP1_DATA_A0_6_PORT                 GPIO_PRT14
#define CY_DISP1_DATA_A0_6_PIN                  5
#define CY_DISP1_DATA_A0_6_PIN_MUX              P14_5_VIDEOSS0_TTL_DSP1_DATA_A06 // GREEN4
    
#define CY_DISP1_DATA_A0_7_PORT                 GPIO_PRT14
#define CY_DISP1_DATA_A0_7_PIN                  3
#define CY_DISP1_DATA_A0_7_PIN_MUX              P14_3_VIDEOSS0_TTL_DSP1_DATA_A07 // GREEN6
    
#define CY_DISP1_DATA_A0_8_PORT                 GPIO_PRT14
#define CY_DISP1_DATA_A0_8_PIN                  1
#define CY_DISP1_DATA_A0_8_PIN_MUX              P14_1_VIDEOSS0_TTL_DSP1_DATA_A08 // BLUE0
    
#define CY_DISP1_DATA_A0_9_PORT                 GPIO_PRT13
#define CY_DISP1_DATA_A0_9_PIN                  7
#define CY_DISP1_DATA_A0_9_PIN_MUX              P13_7_VIDEOSS0_TTL_DSP1_DATA_A09 // BLUE2
    
#define CY_DISP1_DATA_A0_10_PORT                GPIO_PRT13
#define CY_DISP1_DATA_A0_10_PIN                 5
#define CY_DISP1_DATA_A0_10_PIN_MUX             P13_5_VIDEOSS0_TTL_DSP1_DATA_A010// BLUE4
    
#define CY_DISP1_DATA_A0_11_PORT                GPIO_PRT13
#define CY_DISP1_DATA_A0_11_PIN                 3
#define CY_DISP1_DATA_A0_11_PIN_MUX             P13_3_VIDEOSS0_TTL_DSP1_DATA_A011// BLUE6
    
#define CY_DISP1_DATA_A1_0_PORT                 GPIO_PRT16
#define CY_DISP1_DATA_A1_0_PIN                  0
#define CY_DISP1_DATA_A1_0_PIN_MUX              P16_0_VIDEOSS0_TTL_DSP1_DATA_A10 // RED1
    
#define CY_DISP1_DATA_A1_1_PORT                 GPIO_PRT15
#define CY_DISP1_DATA_A1_1_PIN                  6
#define CY_DISP1_DATA_A1_1_PIN_MUX              P15_6_VIDEOSS0_TTL_DSP1_DATA_A11 // RED3
    
#define CY_DISP1_DATA_A1_2_PORT                 GPIO_PRT15
#define CY_DISP1_DATA_A1_2_PIN                  4
#define CY_DISP1_DATA_A1_2_PIN_MUX              P15_4_VIDEOSS0_TTL_DSP1_DATA_A12 // RED5
    
#define CY_DISP1_DATA_A1_3_PORT                 GPIO_PRT15
#define CY_DISP1_DATA_A1_3_PIN                  2
#define CY_DISP1_DATA_A1_3_PIN_MUX              P15_2_VIDEOSS0_TTL_DSP1_DATA_A13 // RED7
    
#define CY_DISP1_DATA_A1_4_PORT                 GPIO_PRT15
#define CY_DISP1_DATA_A1_4_PIN                  0
#define CY_DISP1_DATA_A1_4_PIN_MUX              P15_0_VIDEOSS0_TTL_DSP1_DATA_A14 // GREEN1
    
#define CY_DISP1_DATA_A1_5_PORT                 GPIO_PRT14
#define CY_DISP1_DATA_A1_5_PIN                  6
#define CY_DISP1_DATA_A1_5_PIN_MUX              P14_6_VIDEOSS0_TTL_DSP1_DATA_A15 // GREEN3
    
#define CY_DISP1_DATA_A1_6_PORT                 GPIO_PRT14
#define CY_DISP1_DATA_A1_6_PIN                  4
#define CY_DISP1_DATA_A1_6_PIN_MUX              P14_4_VIDEOSS0_TTL_DSP1_DATA_A16 // GREEN5
    
#define CY_DISP1_DATA_A1_7_PORT                 GPIO_PRT14
#define CY_DISP1_DATA_A1_7_PIN                  2
#define CY_DISP1_DATA_A1_7_PIN_MUX              P14_2_VIDEOSS0_TTL_DSP1_DATA_A17 // GREEN7
    
#define CY_DISP1_DATA_A1_8_PORT                 GPIO_PRT14
#define CY_DISP1_DATA_A1_8_PIN                  0
#define CY_DISP1_DATA_A1_8_PIN_MUX              P14_0_VIDEOSS0_TTL_DSP1_DATA_A18 // BLUE1
    
#define CY_DISP1_DATA_A1_9_PORT                 GPIO_PRT13
#define CY_DISP1_DATA_A1_9_PIN                  6
#define CY_DISP1_DATA_A1_9_PIN_MUX              P13_6_VIDEOSS0_TTL_DSP1_DATA_A19 // BLUE3
    
#define CY_DISP1_DATA_A1_10_PORT                GPIO_PRT13
#define CY_DISP1_DATA_A1_10_PIN                 4
#define CY_DISP1_DATA_A1_10_PIN_MUX             P13_4_VIDEOSS0_TTL_DSP1_DATA_A110// BLUE5
    
#define CY_DISP1_DATA_A1_11_PORT                GPIO_PRT13
#define CY_DISP1_DATA_A1_11_PIN                 2
#define CY_DISP1_DATA_A1_11_PIN_MUX             P13_2_VIDEOSS0_TTL_DSP1_DATA_A111// BLUE7

#elif defined(CY_DEVICE_TVIIC2D6M)
/* PCLK */
#define CY_DISP1_CLK_PORT                       GPIO_PRT21
#define CY_DISP1_CLK_PIN                        1
#define CY_DISP1_CLK_PIN_MUX                    P21_1_VIDEOSS0_TTL_DSP1_CLOCK

/* HSYNC */
#define CY_DISP1_CTRL0_PORT                     GPIO_PRT20
#define CY_DISP1_CTRL0_PIN                      6
#define CY_DISP1_CTRL0_PIN_MUX                  P20_6_VIDEOSS0_TTL_DSP1_CONTROL0

/* VSYNC */
#define CY_DISP1_CTRL1_PORT                     GPIO_PRT20
#define CY_DISP1_CTRL1_PIN                      7
#define CY_DISP1_CTRL1_PIN_MUX                  P20_7_VIDEOSS0_TTL_DSP1_CONTROL1

/* DE */
#define CY_DISP1_CTRL2_PORT                     GPIO_PRT21
#define CY_DISP1_CTRL2_PIN                      0
#define CY_DISP1_CTRL2_PIN_MUX                  P21_0_VIDEOSS0_TTL_DSP1_CONTROL2

/* Red 0 */
#define CY_DISP1_DATA_A0_0_PORT                 GPIO_PRT16
#define CY_DISP1_DATA_A0_0_PIN                  7
#define CY_DISP1_DATA_A0_0_PIN_MUX              P16_7_VIDEOSS0_TTL_DSP1_DATA_A00

/* Red 1 */
#define CY_DISP1_DATA_A1_0_PORT                 GPIO_PRT17
#define CY_DISP1_DATA_A1_0_PIN                  0
#define CY_DISP1_DATA_A1_0_PIN_MUX              P17_0_VIDEOSS0_TTL_DSP1_DATA_A10

/* Red 2 */
#define CY_DISP1_DATA_A0_1_PORT                 GPIO_PRT18
#define CY_DISP1_DATA_A0_1_PIN                  0
#define CY_DISP1_DATA_A0_1_PIN_MUX              P18_0_VIDEOSS0_TTL_DSP1_DATA_A01

/* Red 3 */
#define CY_DISP1_DATA_A1_1_PORT                 GPIO_PRT18
#define CY_DISP1_DATA_A1_1_PIN                  1
#define CY_DISP1_DATA_A1_1_PIN_MUX              P18_1_VIDEOSS0_TTL_DSP1_DATA_A11

/* Red 4 */
#define CY_DISP1_DATA_A0_2_PORT                 GPIO_PRT18
#define CY_DISP1_DATA_A0_2_PIN                  2
#define CY_DISP1_DATA_A0_2_PIN_MUX              P18_2_VIDEOSS0_TTL_DSP1_DATA_A02

/* Red 5 */
#define CY_DISP1_DATA_A1_2_PORT                 GPIO_PRT18
#define CY_DISP1_DATA_A1_2_PIN                  3
#define CY_DISP1_DATA_A1_2_PIN_MUX              P18_3_VIDEOSS0_TTL_DSP1_DATA_A12

/* Red 6 */
#define CY_DISP1_DATA_A0_3_PORT                 GPIO_PRT18
#define CY_DISP1_DATA_A0_3_PIN                  4
#define CY_DISP1_DATA_A0_3_PIN_MUX              P18_4_VIDEOSS0_TTL_DSP1_DATA_A03

/* Red 7 */
#define CY_DISP1_DATA_A1_3_PORT                 GPIO_PRT18
#define CY_DISP1_DATA_A1_3_PIN                  5
#define CY_DISP1_DATA_A1_3_PIN_MUX              P18_5_VIDEOSS0_TTL_DSP1_DATA_A13

/* Green 0 */
#define CY_DISP1_DATA_A0_4_PORT                 GPIO_PRT18
#define CY_DISP1_DATA_A0_4_PIN                  6
#define CY_DISP1_DATA_A0_4_PIN_MUX              P18_6_VIDEOSS0_TTL_DSP1_DATA_A04

/* Green 1 */
#define CY_DISP1_DATA_A1_4_PORT                 GPIO_PRT18
#define CY_DISP1_DATA_A1_4_PIN                  7
#define CY_DISP1_DATA_A1_4_PIN_MUX              P18_7_VIDEOSS0_TTL_DSP1_DATA_A14

/* Green 2 */
#define CY_DISP1_DATA_A0_5_PORT                 GPIO_PRT19
#define CY_DISP1_DATA_A0_5_PIN                  0
#define CY_DISP1_DATA_A0_5_PIN_MUX              P19_0_VIDEOSS0_TTL_DSP1_DATA_A05

/* Green 3 */
#define CY_DISP1_DATA_A1_5_PORT                 GPIO_PRT19
#define CY_DISP1_DATA_A1_5_PIN                  1
#define CY_DISP1_DATA_A1_5_PIN_MUX              P19_1_VIDEOSS0_TTL_DSP1_DATA_A15

/* Green 4 */
#define CY_DISP1_DATA_A0_6_PORT                 GPIO_PRT19
#define CY_DISP1_DATA_A0_6_PIN                  2
#define CY_DISP1_DATA_A0_6_PIN_MUX              P19_2_VIDEOSS0_TTL_DSP1_DATA_A06

/* Green 5 */
#define CY_DISP1_DATA_A1_6_PORT                 GPIO_PRT19
#define CY_DISP1_DATA_A1_6_PIN                  3
#define CY_DISP1_DATA_A1_6_PIN_MUX              P19_3_VIDEOSS0_TTL_DSP1_DATA_A16

/* Green 6 */
#define CY_DISP1_DATA_A0_7_PORT                 GPIO_PRT19
#define CY_DISP1_DATA_A0_7_PIN                  4
#define CY_DISP1_DATA_A0_7_PIN_MUX              P19_4_VIDEOSS0_TTL_DSP1_DATA_A07

/* Green 7 */
#define CY_DISP1_DATA_A1_7_PORT                 GPIO_PRT19
#define CY_DISP1_DATA_A1_7_PIN                  5
#define CY_DISP1_DATA_A1_7_PIN_MUX              P19_5_VIDEOSS0_TTL_DSP1_DATA_A17

/* Blue 0 */
#define CY_DISP1_DATA_A0_8_PORT                 GPIO_PRT19
#define CY_DISP1_DATA_A0_8_PIN                  6
#define CY_DISP1_DATA_A0_8_PIN_MUX              P19_6_VIDEOSS0_TTL_DSP1_DATA_A08

/* Blue 1 */
#define CY_DISP1_DATA_A1_8_PORT                 GPIO_PRT19
#define CY_DISP1_DATA_A1_8_PIN                  7
#define CY_DISP1_DATA_A1_8_PIN_MUX              P19_7_VIDEOSS0_TTL_DSP1_DATA_A18

/* Blue 2 */
#define CY_DISP1_DATA_A0_9_PORT                 GPIO_PRT20
#define CY_DISP1_DATA_A0_9_PIN                  0
#define CY_DISP1_DATA_A0_9_PIN_MUX              P20_0_VIDEOSS0_TTL_DSP1_DATA_A09

/* Blue 3 */
#define CY_DISP1_DATA_A1_9_PORT                 GPIO_PRT20
#define CY_DISP1_DATA_A1_9_PIN                  1
#define CY_DISP1_DATA_A1_9_PIN_MUX              P20_1_VIDEOSS0_TTL_DSP1_DATA_A19

/* Blue 4 */
#define CY_DISP1_DATA_A0_10_PORT                GPIO_PRT20
#define CY_DISP1_DATA_A0_10_PIN                 2
#define CY_DISP1_DATA_A0_10_PIN_MUX             P20_2_VIDEOSS0_TTL_DSP1_DATA_A010

/* Blue 5 */
#define CY_DISP1_DATA_A1_10_PORT                GPIO_PRT20
#define CY_DISP1_DATA_A1_10_PIN                 3
#define CY_DISP1_DATA_A1_10_PIN_MUX             P20_3_VIDEOSS0_TTL_DSP1_DATA_A110

/* Blue 6 */
#define CY_DISP1_DATA_A0_11_PORT                GPIO_PRT20
#define CY_DISP1_DATA_A0_11_PIN                 4
#define CY_DISP1_DATA_A0_11_PIN_MUX             P20_4_VIDEOSS0_TTL_DSP1_DATA_A011

/* Blue 7 */
#define CY_DISP1_DATA_A1_11_PORT                GPIO_PRT20
#define CY_DISP1_DATA_A1_11_PIN                 5
#define CY_DISP1_DATA_A1_11_PIN_MUX             P20_5_VIDEOSS0_TTL_DSP1_DATA_A111
#endif
typedef enum
{
    Display0,
    Display1,
    Capture0,
    Smif0,
    Smif1,
    BlDisp0,
    BlDisp1,
    BlFpd0,
    BlFpd1,
    Button,
} en_portpin_group_t;

typedef struct
{
    en_portpin_group_t          enGroup;
    GPIO_PRT_Type*              pstcPort;
    uint8_t                     u8Pin;
    en_hsiom_sel_t              enMuxCfg;
    uint8_t                     u8DriveMode;
    uint8_t                     u8GpioOutVal;
} stc_portpin_cfg_t;

typedef enum
{
    Fpdlink0      =   0, /**< FPD-Link instance #0 */
  #ifdef VIDEOSS0_FPDLINK1
    Fpdlink1      =   1, /**< FPD-Link instance #1 */
    FpdlinkDual01 = 128, /**< FPD-Link instance #0 and #1 in dual pixel mode */    
  #endif
} cy_fpdlink_en_instance_t;

typedef enum
{
    CY_FPDLINK_SUCCESS   = 0x00u, /**< Returned successful */
    CY_FPDLINK_ERROR     = 0x01u, /**< General error */
    CY_FPDLINK_BAD_PARAM = 0x02u, /**< Bad parameter was passed */
} cy_fpdlink_en_result_t;

typedef enum
{
    FpdlinkLsbFirst = 0, /**< LSB is sent first */
    FpdlinkMsbFirst = 1, /**< MSB is sent first (default)*/
} cy_fpdlink_en_bit_order_t;

typedef enum
{
    FpdlinkCurrent2m40 = 0, /**< 2.40 mA */
    FpdlinkCurrent2m72 = 1, /**< 2.72 mA */
    FpdlinkCurrent2m88 = 2, /**< 2.88 mA */
    FpdlinkCurrent3m20 = 3, /**< 3.20 mA */
    FpdlinkCurrent3m36 = 4, /**< 3.36 mA (default) */
    FpdlinkCurrent3m68 = 5, /**< 3.68 mA */
    FpdlinkCurrent3m84 = 6, /**< 3.84 mA */
    FpdlinkCurrent4m32 = 7, /**< 4.32 mA */
} cy_fpdlink_en_current_t;

typedef enum
{
    FpdlinkPllOutDiv1 = 0, /**< Divide by 1 */
    FpdlinkPllOutDiv2 = 1, /**< Divide by 2 */
    FpdlinkPllOutDiv4 = 2, /**< Divide by 4 */
    FpdlinkPllOutDiv8 = 3, /**< Divide by 8 */
} cy_fpdlink_en_pll_out_div_t;

typedef enum
{
    FpdlinkPllBandwidthDefault    = 0, /**< Default */
    FpdlinkPllBandwidthLowA       = 1, /**< Lower bandwidth */
    FpdlinkPllBandwidthLowB       = 2, /**< Lower bandwidth */
    FpdlinkPllBandwidthLess800kHz = 3, /**< Less than 800 kHz */
} cy_fpdlink_en_pll_bandwidth_t;

typedef struct
{
    cy_fpdlink_en_bit_order_t     enBitOrder;         /**< Bit order */
    cy_fpdlink_en_current_t       enCurrent;          /**< Output driver current */
    cy_fpdlink_en_pll_out_div_t   enPllOutDiv;        /**< PLL output divider */
    cy_fpdlink_en_pll_bandwidth_t enPllBandwidth;     /**< PLL bandwidth */
    uint32_t                      u32PllLockTimeout;  /**< Simple timeout count value (0: indefinite waiting for PLL lock) */
} cy_fpdlink_stc_cfg_t;

/*********************************************************************************************************************/
/*-------------------------------------------------Global variables--------------------------------------------------*/
/*********************************************************************************************************************/
 
/*********************************************************************************************************************/
/*--------------------------------------------Private Variables/Constants--------------------------------------------*/
/*********************************************************************************************************************/
static const stc_portpin_cfg_t rgbPinsCfg[] =
{
    { .enGroup = Display1, .pstcPort = CY_DISP1_CLK_PORT,        .u8Pin = CY_DISP1_CLK_PIN,        .enMuxCfg = CY_DISP1_CLK_PIN_MUX,        .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_CTRL0_PORT,      .u8Pin = CY_DISP1_CTRL0_PIN,      .enMuxCfg = CY_DISP1_CTRL0_PIN_MUX,      .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_CTRL1_PORT,      .u8Pin = CY_DISP1_CTRL1_PIN,      .enMuxCfg = CY_DISP1_CTRL1_PIN_MUX,      .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_CTRL2_PORT,      .u8Pin = CY_DISP1_CTRL2_PIN,      .enMuxCfg = CY_DISP1_CTRL2_PIN_MUX,      .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_0_PORT,  .u8Pin = CY_DISP1_DATA_A0_0_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_0_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_1_PORT,  .u8Pin = CY_DISP1_DATA_A0_1_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_1_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_2_PORT,  .u8Pin = CY_DISP1_DATA_A0_2_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_2_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_3_PORT,  .u8Pin = CY_DISP1_DATA_A0_3_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_3_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_4_PORT,  .u8Pin = CY_DISP1_DATA_A0_4_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_4_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_5_PORT,  .u8Pin = CY_DISP1_DATA_A0_5_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_5_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_6_PORT,  .u8Pin = CY_DISP1_DATA_A0_6_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_6_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_7_PORT,  .u8Pin = CY_DISP1_DATA_A0_7_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_7_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_8_PORT,  .u8Pin = CY_DISP1_DATA_A0_8_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_8_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_9_PORT,  .u8Pin = CY_DISP1_DATA_A0_9_PIN,  .enMuxCfg = CY_DISP1_DATA_A0_9_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_10_PORT, .u8Pin = CY_DISP1_DATA_A0_10_PIN, .enMuxCfg = CY_DISP1_DATA_A0_10_PIN_MUX, .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A0_11_PORT, .u8Pin = CY_DISP1_DATA_A0_11_PIN, .enMuxCfg = CY_DISP1_DATA_A0_11_PIN_MUX, .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_0_PORT,  .u8Pin = CY_DISP1_DATA_A1_0_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_0_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_1_PORT,  .u8Pin = CY_DISP1_DATA_A1_1_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_1_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_2_PORT,  .u8Pin = CY_DISP1_DATA_A1_2_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_2_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_3_PORT,  .u8Pin = CY_DISP1_DATA_A1_3_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_3_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_4_PORT,  .u8Pin = CY_DISP1_DATA_A1_4_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_4_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_5_PORT,  .u8Pin = CY_DISP1_DATA_A1_5_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_5_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_6_PORT,  .u8Pin = CY_DISP1_DATA_A1_6_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_6_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_7_PORT,  .u8Pin = CY_DISP1_DATA_A1_7_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_7_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_8_PORT,  .u8Pin = CY_DISP1_DATA_A1_8_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_8_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_9_PORT,  .u8Pin = CY_DISP1_DATA_A1_9_PIN,  .enMuxCfg = CY_DISP1_DATA_A1_9_PIN_MUX,  .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_10_PORT, .u8Pin = CY_DISP1_DATA_A1_10_PIN, .enMuxCfg = CY_DISP1_DATA_A1_10_PIN_MUX, .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
    { .enGroup = Display1, .pstcPort = CY_DISP1_DATA_A1_11_PORT, .u8Pin = CY_DISP1_DATA_A1_11_PIN, .enMuxCfg = CY_DISP1_DATA_A1_11_PIN_MUX, .u8DriveMode = CY_GPIO_DM_STRONG, .u8GpioOutVal = 0 },
};

/*********************************************************************************************************************/
/*------------------------------------------------Function Prototypes------------------------------------------------*/
/*********************************************************************************************************************/
static void powerUpVRAM(void);
static void initRGBPins(void);

/*********************************************************************************************************************/
/*---------------------------------------------Function Implementations----------------------------------------------*/
/*********************************************************************************************************************/
/**********************************************************************************************************************
 * Function Name: prepareGfx
 * Summary:
 *  Initializes stuff required to make the graphics driver work properly.
 *  Currently it is powering up VRAM module and initializing RGB pins.
 * Parameters:
 *  none
 * Return:
 *  none
 **********************************************************************************************************************
 */
void prepareGfx(void)
{
    powerUpVRAM();
    initRGBPins();
}

/**********************************************************************************************************************
 * Function Name: powerUpVRAM
 * Summary:
 *  Power up the VRAM to make it accessible. Done via direct register writes.
 * Parameters:
 *  none
 * Return:
 *  none
 **********************************************************************************************************************
 */
static void powerUpVRAM(void)
{
    #define PD_BASE                                 0x40B00000UL
    #define PD_CTL_PWR_MODE_Msk                     0x3UL
    #define PD_STATUS_PWR_DONE_Msk                  0x10UL

    const uint32_t pdCtl    = PD_BASE;
    const uint32_t pdStatus = PD_BASE + 0x10;

    *((volatile uint32_t *)pdCtl) |= PD_CTL_PWR_MODE_Msk;
    while ((*((volatile uint32_t *)pdStatus) & PD_STATUS_PWR_DONE_Msk) == 0);
    *(int*)(0x40A00000) = 0x80000000;
}

/**********************************************************************************************************************
 * Function Name: initRGBPins
 * Summary:
 *  Initializes the RGB TTL pins needed for FX3. Currently not possible to configure
 *  in Device Configurator.
 * Parameters:
 *  none
 * Return:
 *  none
 **********************************************************************************************************************
 */
static void initRGBPins(void)
{
    for (int i = 0; i < sizeof(rgbPinsCfg)/sizeof(rgbPinsCfg[0]); ++i)
    {
        const stc_portpin_cfg_t* pinCfg = &rgbPinsCfg[i];
        Cy_GPIO_Pin_FastInit(pinCfg->pstcPort, 
                             pinCfg->u8Pin,
                             pinCfg->u8DriveMode,
                             pinCfg->u8GpioOutVal,
                             pinCfg->enMuxCfg);
    }
}

/**********************************************************************************************************************
 * Function Name: Cy_SwTmr_GetTickCountUs
 * Summary:
 *  Dummy function needed to define because used library references it. Linking will
 *  else fail. To be removed later.
 * Parameters:
 *  none
 * Return:
 *  uint64_t    returns 0 as dummy value
 **********************************************************************************************************************
 */
uint64_t Cy_SwTmr_GetTickCountUs(void)
{
    return 0;
}

/**********************************************************************************************************************
 * Function Name: Cy_Fpdlink_Init
 * Summary:
 *  Dummy function needed to define because used library references it. Linking will
 *  else fail. To be removed later.
 * Parameters:
 *  enFpdlink    not used
 *  pstcCfg      not used
 * Return:
 *  cy_fpdlink_en_result_t    returns CY_FPDLINK_SUCCESS as dummy value
 **********************************************************************************************************************
 */
cy_fpdlink_en_result_t Cy_Fpdlink_Init(cy_fpdlink_en_instance_t enFpdlink, const cy_fpdlink_stc_cfg_t * pstcCfg)
{
    return CY_FPDLINK_SUCCESS;
}