Functions
LCDC Functions
LCDC

Functions

CSL_Status LCD_init (void)
CSL_LcdcHandle LCD_open (Uint16 instanceNum, CSL_LcdcObj *pLcdcObj, CSL_Status *status)
CSL_Status LCD_setup (CSL_LcdcHandle hLcdc, CSL_LcdcHwSetup *setup)
CSL_Status LCD_configDMA (CSL_LcdcHandle hLcdc, CSL_LcdcConfigDma *pconfigDma)
CSL_Status LCD_close (CSL_LcdcHandle hLcdc)
static void CSL_lcdcEnableLiddDMA (CSL_LcdcHandle hLcdc)
static void CSL_lcdcDisableLiddDMA (CSL_LcdcHandle hLcdc)
static void CSL_lcdcLiddWriteCsAddr (CSL_LcdcHandle hLcdc, CSL_LcdcChipSelect cs0cs1, Uint32 arg)
static void CSL_lcdcLiddWriteCsData (CSL_LcdcHandle hLcdc, CSL_LcdcChipSelect cs0cs1, Uint16 arg)
static Uint16 CSL_lcdcGetLiddCsData (CSL_LcdcHandle hLcdc, CSL_LcdcChipSelect cs0cs1)
static Uint16 CSL_lcdcGetLiddCsAddr (CSL_LcdcHandle hLcdc, CSL_LcdcChipSelect cs0cs1)
static void CSL_lcdcGetVersion (CSL_LcdcHandle hLcdc, void *responseMinor, void *responseMajor)
static CSL_Status LCD_getSetup (CSL_LcdcHandle hLcdc, CSL_LcdcHwSetup *getSetup)
static CSL_Status LCD_getConfigDMA (CSL_LcdcHandle hLcdc, CSL_LcdcConfigDma *pgetConfigDma)

Function Documentation

static void CSL_lcdcDisableLiddDMA ( CSL_LcdcHandle  hLcdc) [inline, static]

===========================================================================
CSL_lcdcDisableLiddDMA

Description
This function disables the DMA Transfer for LIDD Controller.

Arguments 


            hLcdc            Handle to LCDC instance

Return Value None

Pre Condition
LCD_open() API should be called before this.

Post Condition
None

Modifies
None

Example 


        CSL_LcdcHandle       hLcdc;

        CSL_lcdcDisableLiddDMA (hLcdc);

===========================================================================

Parameters:
hLcdcPointer to the object that holds reference to the instance of LCDC requested after the call

References CSL_LcdcObj::regs.

static void CSL_lcdcEnableLiddDMA ( CSL_LcdcHandle  hLcdc) [inline, static]

===========================================================================
CSL_lcdcEnableLiddDMA

Description
This function enables the DMA Transfer for LIDD Controller.

Arguments 


            hLcdc            Handle to LCDC instance

Return Value None

Pre Condition
1: LCD_open() API should be called before this.
2: LCD_setup() should be called for making use of LIDD controller.
4: LCD_configDMA() should be called to make sure the DMA setup.

Post Condition
None

Modifies
None

Example 


        CSL_LcdcHandle       hLcdc;

        CSL_lcdcEnableLiddDMA (hLcdc);

===========================================================================

Parameters:
hLcdcPointer to the object that holds reference to the instance of LCDC requested after the call

References CSL_LcdcObj::regs.

static Uint16 CSL_lcdcGetLiddCsAddr ( CSL_LcdcHandle  hLcdc,
CSL_LcdcChipSelect  cs0cs1 
) [inline, static]

===========================================================================
CSL_lcdcGetLiddCsAddr

Description
This function gets the of LIDD CS0or1 Address Register value.

Arguments 


            hLcdc           Handle to LCDC instance
            cs0cs1           chip select 0 or 1

Return Value Uint16

Pre Condition
LCD_open() API should be called before this.

Post Condition
None

Modifies
None

Example 


        Uint16     status;

        status = CSL_lcdcGetLiddCsAddr (hLcdc, cs0cs1, &response);

===========================================================================

Parameters:
hLcdcPointer to the object that holds reference to the instance of LCDC requested after the call

References CSL_LCDC_LIDD_CS0, and CSL_LcdcObj::regs.

static Uint16 CSL_lcdcGetLiddCsData ( CSL_LcdcHandle  hLcdc,
CSL_LcdcChipSelect  cs0cs1 
) [inline, static]

===========================================================================
CSL_lcdcGetLiddCsData

Description
This function gets the of LIDD CS0or1 DATA Register value.

Arguments 


            hLcdc            Handle to LCDC instance
            cs0cs1           chip select 0 or 1

Return Value Uint16

Pre Condition
LCD_open() API should be called before this.

Post Condition
None

Modifies
None

Example 


        Uint16     status;

        status = CSL_lcdcGetLiddCsData (hLcdc, cs0cs1);

===========================================================================

Parameters:
hLcdcPointer to the object that holds reference to the instance of LCDC requested after the call

References CSL_LCDC_LIDD_CS0, and CSL_LcdcObj::regs.

static void CSL_lcdcGetVersion ( CSL_LcdcHandle  hLcdc,
void *  responseMinor,
void *  responseMajor 
) [inline, static]

===========================================================================
CSL_lcdcGetVersion

Description
This function gets the Version of the LCDC module.

Arguments 


            hLcdc           Handle to LCDC instance
            responseMinor   Placeholder to return status of minor revision.
            responseMajor   Placeholder to return status of major revision.

Return Value None

Pre Condition
LCD_open() API should be called before this.

Post Condition
None

Modifies
None

Example 


        CSL_lcdcGetVersion (hLcdc, &responseMinor, &responseMajor);

===========================================================================

Parameters:
hLcdcPointer to the object that holds reference to the instance of LCDC requested after the call
responseMinorPlaceholder to return the status. void* casted
static void CSL_lcdcLiddWriteCsAddr ( CSL_LcdcHandle  hLcdc,
CSL_LcdcChipSelect  cs0cs1,
Uint32  arg 
) [inline, static]

===========================================================================
CSL_lcdcLiddWriteCsAddr

Description
This function sets the LIDD CS 0 or 1 Address Read/Write Register.

Arguments 


            hLcdc            Handle to LCDC instance
            cs0cs1           chip select 0 or 1
            arg              variable to hold the value

Return Value None

Pre Condition
LCD_open() API should be called before this.

Post Condition
None

Modifies
None

Example 


        CSL_lcdcLiddWriteCsAddr (hLcdc, cs0cs1, arg);

===========================================================================

Parameters:
hLcdcPointer to the object that holds reference to the instance of LCDC requested after the call

References CSL_LCDC_LIDD_CS0, and CSL_LcdcObj::regs.

static void CSL_lcdcLiddWriteCsData ( CSL_LcdcHandle  hLcdc,
CSL_LcdcChipSelect  cs0cs1,
Uint16  arg 
) [inline, static]

===========================================================================
CSL_lcdcLiddWriteCsData

Description
This function sets the LIDD CS 0 or 1 Data Read/Write Register.

Arguments 


            hLcdc            Handle to LCDC instance
            cs0cs1           chip select 0 or 1
            arg              variable to hold the value

Return Value None

Pre Condition
LCD_open() API should be called before this.

Post Condition
None

Modifies
None

Example 


        CSL_lcdcLiddWriteCsData (hLcdc, cs0cs1, arg);

===========================================================================

Parameters:
hLcdcPointer to the object that holds reference to the instance of LCDC requested after the call

References CSL_LCDC_LIDD_CS0, and CSL_LcdcObj::regs.

CSL_Status LCD_close ( CSL_LcdcHandle  hLcdc)

===========================================================================
LCD_close

Description
This function closes the specified handle to LCDC.

Arguments 

            hLcdc            Handle to the LCDC

Return Value CSL_Status

  • CSL_SOK - Close successful
  • CSL_ESYS_BADHANDLE - Invalid handle

Pre Condition
LCD_open() API should be called before this.

Post Condition
No other API of LCDC should be call after this.

Modifies
LCDC Register Overlay structure will be assigned to NULL.

Example 

            Uint16               instanceNum;
            CSL_status           status;
            CSL_LcdcObj          pLcdcObj
            CSL_LcdcHandle       hLcdc;
            ...

            instanceNum = CSL_LCDC_INSTANCE_0
            hLcdc = LCD_open(instanceNum, &pLcdcObj, &status);

            status = LCD_close(hLcdc);

===========================================================================

References CSL_LCDC_INSTANCE_INV, CSL_LcdcObj::perNum, and CSL_LcdcObj::regs.

CSL_Status LCD_configDMA ( CSL_LcdcHandle  hLcdc,
CSL_LcdcConfigDma *  pconfigDma 
)

===========================================================================
LCD_configDMA

Description
It configures the LCDC register specific to DMA configuration and used to put the bulky data on LCD panel.

Arguments 

            hLcdc            Handle to the LCDC.
            pconfigDma       Pointer to DMA Config structure.

Return Value CSL_Status

  • CSL_SOK - Hardware setup successful
  • CSL_ESYS_BADHANDLE - Invalid handle
  • CSL_ESYS_INVPARAMS - Congig Parameter is invalid.
  • CSL_ESYS_NOTSUPPORTED
    • Buffer memory is not in SARAM Portion.

Pre Condition
LCD_open() and LCD_setup() API should be called before this and memory buffer must be in the SARAM section.

Post Condition
For star of data Trnsfer enable the dma bit in LIDD register

Modifies
LCDC DMA Related Registers will be populated.

Example 


#define LCD_MAX_BUFFER_SIZE      (0x0FFF)

            Uint16               instanceNum;
            CSL_status           status;
            CSL_LcdcObj          pLcdcObj
            CSL_LcdcHandle       hLcdc;
            CSL_LcdcHwSetup      setup;
            CSL_LcdcConfigDma    pConfigDma;

	Uint16 Buf[LCD_MAX_BUFFER_SIZE];
	            ...
	 CSL_LcdcConfigLidd       configLIDD;
	 CSL_LcdcLiddTiming       timingCs0LIDD;
	 CSL_LcdcLiddTiming       timingCs1LIDD;
 *
.........\\\\\\\\\\\\\  SETUP for LIDD Controller

	configLIDD.clkDiv      = 0x3;
	configLIDD.fdoneIntEn  = CSL_LCDC_LIDD_FDONE_DISABLE ;
	configLIDD.dmaCs0Cs1   = CSL_LCDC_LIDD_CS0;
	configLIDD.dmaEnable   = CSL_LCDC_LIDD_DMA_DISABLE;
	configLIDD.polControl  = 0x0000;
	configLIDD.modeSel     = CSL_LCDC_LIDD_ASYNC_MPU80;

	timingCs0LIDD.wSu      = 0x1F;
	timingCs0LIDD.wStrobe  = 0x3F ;
	timingCs0LIDD.wHold    = 0x0F;
	timingCs0LIDD.rSu      = 0x1F;
	timingCs0LIDD.rStrobe  = 0x3F;
	timingCs0LIDD.rHold    = 0x0F;
	timingCs0LIDD.ta       = 0x01;

	timingCs1LIDD.wSu      = 0x1F;
	timingCs1LIDD.wStrobe  = 0x3F ;
	timingCs1LIDD.wHold    = 0x0F;
	timingCs1LIDD.rSu      = 0x1F;
	timingCs1LIDD.rStrobe  = 0x3F;
	timingCs1LIDD.rHold    = 0x0F;
	timingCs1LIDD.ta       = 0x01;

    setup.config        = configLIDD;
    setup.useCs1        = CSL_LCDC_LIDD_NOT_USE_CS1;
    setup.timingCs0	    = timingCs0LIDD;
    setup.extendSetup   = NULL;

||||||||||||*******************************************************||||||||||||

            instanceNum = CSL_LCDC_INSTANCE_0
            hLcdc = LCD_open(instanceNum, &pLcdcObj, &status);

            status = LCD_setup(hLcdc, &setup);

		pConfigDma.burstSize  = CSL_LCDC_DMA_BURST4;
		pConfigDma.eofIntEn   = CSL_LCDC_EOFINT_DISABLE;
		pConfigDma.bigEndian  = CSL_LCDC_ENDIANESS_LITTLE;
		pConfigDma.frameMode  = CSL_LCDC_FBMODE_SINGLE;
		pConfigDma.fb0Base    = (Uint32)Buf;
		pConfigDma.fb0Ceil    = (Uint32)&Buf[LCD_MAX_BUFFER_SIZE];
		pConfigDma.fb1Base    = (Uint32)NULL;
		pConfigDma.fb1Ceil    = (Uint32)NULL;

            status = LCD_configDMA(hLcdc, &pconfigDma);
            ...

===========================================================================

===========================================================================
LCD_configDMA

Description
It configures the LCDC register specific to DMA configuration and used to put the bulky data on LCD panel.

Arguments 

            hLcdc            Handle to the LCDC.
            pconfigDma       Pointer to DMA Config structure.

Return Value CSL_Status

  • CSL_SOK - Hardware setup successful
  • CSL_ESYS_BADHANDLE - Invalid handle
  • CSL_ESYS_INVPARAMS - Congig Parameter is invalid.
  • CSL_ESYS_NOTSUPPORTED
    • Buffer memory is not in SARAM Portion.

Pre Condition
LCD_open() and LCD_setup() API should be called before this and memory buffer must be in the SARAM section.

Post Condition
For star of data Transfer enable the dma bit in LIDD register

Modifies
LCDC DMA Related Registers will be populated.

Example 


#define LCD_MAX_BUFFER_SIZE      (0x0FFF)

            Uint16               instanceNum;
            CSL_status           status;
            CSL_LcdcObj          pLcdcObj
            CSL_LcdcHandle       hLcdc;
            CSL_LcdcHwSetup      setup;
            CSL_LcdcConfigDma    pConfigDma;

	Uint16 Buf[LCD_MAX_BUFFER_SIZE];
	            ...
	 CSL_LcdcConfigLidd       configLIDD;
	 CSL_LcdcLiddTiming       timingCs0LIDD;
	 CSL_LcdcLiddTiming       timingCs1LIDD;
 *
.........\\\\\\\\\\\\\  SETUP for LIDD Controller

	configLIDD.clkDiv      = 0x3;
	configLIDD.fdoneIntEn  = CSL_LCDC_LIDD_FDONE_DISABLE ;
	configLIDD.dmaCs0Cs1   = CSL_LCDC_LIDD_CS0;
	configLIDD.dmaEnable   = CSL_LCDC_LIDD_DMA_DISABLE;
	configLIDD.polControl  = 0x0000;
	configLIDD.modeSel     = CSL_LCDC_LIDD_ASYNC_MPU80;

	timingCs0LIDD.wSu      = 0x1F;
	timingCs0LIDD.wStrobe  = 0x3F ;
	timingCs0LIDD.wHold    = 0x0F;
	timingCs0LIDD.rSu      = 0x1F;
	timingCs0LIDD.rStrobe  = 0x3F;
	timingCs0LIDD.rHold    = 0x0F;
	timingCs0LIDD.ta       = 0x01;

	timingCs1LIDD.wSu      = 0x1F;
	timingCs1LIDD.wStrobe  = 0x3F ;
	timingCs1LIDD.wHold    = 0x0F;
	timingCs1LIDD.rSu      = 0x1F;
	timingCs1LIDD.rStrobe  = 0x3F;
	timingCs1LIDD.rHold    = 0x0F;
	timingCs1LIDD.ta       = 0x01;

    setup.config        = configLIDD;
    setup.useCs1        = CSL_LCDC_LIDD_NOT_USE_CS1;
    setup.timingCs0	    = timingCs0LIDD;
    setup.extendSetup   = NULL;

||||||||||||*******************************************************||||||||||||

            instanceNum = CSL_LCDC_INSTANCE_0
            hLcdc = LCD_open(instanceNum, &pLcdcObj, &status);

            status = LCD_setup(hLcdc, &setup);

		pConfigDma.burstSize  = CSL_LCDC_DMA_BURST4;
		pConfigDma.eofIntEn   = CSL_LCDC_EOFINT_DISABLE;
		pConfigDma.bigEndian  = CSL_LCDC_ENDIANESS_LITTLE;
		pConfigDma.frameMode  = CSL_LCDC_FBMODE_SINGLE;
		pConfigDma.fb0Base    = (Uint32)Buf;
		pConfigDma.fb0Ceil    = (Uint32)&Buf[LCD_MAX_BUFFER_SIZE];
		pConfigDma.fb1Base    = (Uint32)NULL;
		pConfigDma.fb1Ceil    = (Uint32)NULL;

            status = LCD_configDMA(hLcdc, &pconfigDma);
            ...

===========================================================================

References CSL_LcdcConfigDma::bigEndian, CSL_LcdcConfigDma::burstSize, CSL_LCD_DMA_SHIFT, CSL_LCD_SARAM_DMA_ADDR_OFFSET, CSL_LCD_SARAM_END_ADDR, CSL_LCD_SARAM_START_ADDR, CSL_LCD_UINT16_MASK, CSL_LCD_UINT16_NUMBER_BITS, CSL_LCDC_FBMODE_SINGLE, CSL_LcdcConfigDma::eofIntEn, CSL_LcdcConfigDma::fb0Base, CSL_LcdcConfigDma::fb0Ceil, CSL_LcdcConfigDma::fb1Base, CSL_LcdcConfigDma::fb1Ceil, CSL_LcdcConfigDma::frameMode, and CSL_LcdcObj::regs.

static CSL_Status LCD_getConfigDMA ( CSL_LcdcHandle  hLcdc,
CSL_LcdcConfigDma *  pgetConfigDma 
) [inline, static]

===========================================================================
LCD_getConfigDMA

Description
It get configured value from LCD registers of DMA Purpose.

Arguments 

            hLcdc            Handle to the LCDC.
            pgetConfigDma    Pointer to DMA Config structure.

Return Value CSL_Status

  • CSL_SOK - Hardware setup successful
  • CSL_ESYS_BADHANDLE - Invalid handle
  • CSL_ESYS_INVPARAMS - Congig Parameter is invalid.

Pre Condition
LCD_open() API should be called before this.

Post Condition
None

Modifies
None

Example 

            CSL_LcdcHandle      hLcdc;
            CSL_LcdcConfigDma   pgetConfigDma;
            CSL_status          status;

NOTE: for setup parameter refer the function prologue of LCD_configDMA() function.

            status = LCD_getConfigDMA(hLcdc, &pgetConfigDma);
            ...

===========================================================================

References CSL_LcdcConfigDma::bigEndian, CSL_LcdcConfigDma::burstSize, CSL_LCD_DMA_SHIFT, CSL_LCD_SARAM_DMA_ADDR_OFFSET, CSL_LCD_UINT16_NUMBER_BITS, CSL_LcdcConfigDma::eofIntEn, CSL_LcdcConfigDma::fb0Base, CSL_LcdcConfigDma::fb0Ceil, CSL_LcdcConfigDma::fb1Base, CSL_LcdcConfigDma::fb1Ceil, CSL_LcdcConfigDma::frameMode, and CSL_LcdcObj::regs.

static CSL_Status LCD_getSetup ( CSL_LcdcHandle  hLcdc,
CSL_LcdcHwSetup *  getSetup 
) [inline, static]

===========================================================================
LCD_getSetup

Description
It gets the configuration details from the LCDC Registers.

Arguments 

            hLcdc            Handle to the LCDC.
            getSetup         Pointer to DMA setup structure.

Return Value CSL_Status

  • CSL_SOK - Hardware setup successful
  • CSL_ESYS_BADHANDLE - Invalid handle
  • CSL_ESYS_INVPARAMS - setup Parameter is invalid.

Pre Condition
None

Post Condition
LCD_open() API should be called before this.

Modifies
None

Example 

            CSL_LcdcHandle      hLcdc;
            CSL_LcdcHwSetup     getSetup;
            CSL_status          status;

NOTE: for setup parameter refer the function prologue of LCD_setup() function.

            status = LCD_getSetup(hLcdc, &getSetup);
            ...

===========================================================================

References CSL_LcdcHwSetup::config, CSL_LCD_LCDLIDDCR_POLARITY_CONTROL_MASK, CSL_LCDC_LIDD_NOT_USE_CS1, CSL_LcdcObj::regs, CSL_LcdcHwSetup::timingCs0, CSL_LcdcHwSetup::timingCs1, and CSL_LcdcHwSetup::useCs1.

CSL_Status LCD_init ( void  )

===========================================================================
LCD_init

Description
This is the initialization function for the LCD CSL. The function must be called before calling any other API from this CSL. This function is for enabling the clock to the LCD Controller. Currently, the function just return status CSL_SOK. as of now no checking is done inside the definition of function , but in near future it can be implemented.

Arguments

Return Value CSL_Status

  • CSL_SOK - Always returns

Pre Condition
This must be first API to use LCDC module.

Post Condition
None

Modifies
None

Example 

             CSL_status       status;

             status = LCD_init();

===========================================================================

References CSL_LCD_RESET_CLOCK_CYCLE.

CSL_LcdcHandle LCD_open ( Uint16  instanceNum,
CSL_LcdcObj *  pLcdcObj,
CSL_Status *  status 
)

===========================================================================
LCD_open

Description
This function returns the handle to the LCDC. and handle is passed to all other CSL APIs.

Arguments 

            instanceNum   instance number for LCDC
            pLcdcObj      pointer to LCDC object.
            status        Status of the function call

Return Value CSL_LcdcHandle
Valid LCDC handle will be returned if status value is equal to CSL_SOK.

Pre Condition
LCD_init() API should be called before LCD_open().

Post Condition
1. The status is returned in the status variable. If status returned is

  • CSL_SOK - Valid LCDC handle is returned
  • CSL_ESYS_INVPARAMS - lcdc object pointer is invalid.
    2. CSL_LcdcObj object structure is populated

Modifies
1. The status variable
2. CSL_LcdcObj object structure

Example 


            Uint16               instanceNum;
            CSL_status           status;
            CSL_LcdcObj          pLcdcObj
            CSL_LcdcHandle       hLcdc;
            ...

            instanceNum = CSL_LCDC_INSTANCE_0
            hLcdc = LCD_open(instanceNum, &pLcdcObj, &status);
            ...

===========================================================================

References CSL_LcdcObj::perNum, and CSL_LcdcObj::regs.

CSL_Status LCD_setup ( CSL_LcdcHandle  hLcdc,
CSL_LcdcHwSetup *  setup 
)

===========================================================================
LCD_setup

Description
It configures the LCDC register specific to LIDD controller to draw the images or text on LCD panel.

Arguments 

            hLcdc            Handle to the LCDC.
            setup            Pointer to LCDC setup structure.

Return Value CSL_Status

  • CSL_SOK - Hardware setup successful
  • CSL_ESYS_BADHANDLE - Invalid handle
  • CSL_ESYS_INVPARAMS - setup Parameter is invalid.

Pre Condition
LCD_open() API should be called before this.

Post Condition
None

Modifies
LCDC Registers will be populated.

Example 

            Uint16               instanceNum;
            CSL_status           status;
            CSL_LcdcObj          pLcdcObj
            CSL_LcdcHandle       hLcdc;
            CSL_LcdcHwSetup      setup;
            ...
	 CSL_LcdcConfigLidd       configLIDD;
	 CSL_LcdcLiddTiming       timingCs0LIDD;
	 CSL_LcdcLiddTiming       timingCs1LIDD;

.........\\\\\\\\\\\\\  SETUP for LIDD Controller

	configLIDD.clkDiv      = 0x3;
	configLIDD.fdoneIntEn  = CSL_LCDC_LIDD_FDONE_DISABLE ;
	configLIDD.dmaCs0Cs1   = CSL_LCDC_LIDD_CS0;
	configLIDD.dmaEnable   = CSL_LCDC_LIDD_DMA_DISABLE;
	configLIDD.polControl  = 0x0000;
	configLIDD.modeSel     = CSL_LCDC_LIDD_ASYNC_MPU80;

	timingCs0LIDD.wSu      = 0x1F;
	timingCs0LIDD.wStrobe  = 0x3F ;
	timingCs0LIDD.wHold    = 0x0F;
	timingCs0LIDD.rSu      = 0x1F;
	timingCs0LIDD.rStrobe  = 0x3F;
	timingCs0LIDD.rHold    = 0x0F;
	timingCs0LIDD.ta       = 0x01;

	timingCs1LIDD.wSu      = 0x1F;
	timingCs1LIDD.wStrobe  = 0x3F ;
	timingCs1LIDD.wHold    = 0x0F;
	timingCs1LIDD.rSu      = 0x1F;
	timingCs1LIDD.rStrobe  = 0x3F;
	timingCs1LIDD.rHold    = 0x0F;
	timingCs1LIDD.ta       = 0x01;

    setup.config        = configLIDD;
    setup.useCs1        = CSL_LCDC_LIDD_NOT_USE_CS1;
    setup.timingCs0	    = timingCs0LIDD;
    setup.extendSetup   = NULL;
||||||||||||*******************************************************||||||||||||

            instanceNum = CSL_LCDC_INSTANCE_0
            hLcdc = LCD_open(instanceNum, &pLcdcObj, &status);

            status = LCD_setup(hLcdc, &setup);
            ...

===========================================================================

References CSL_LcdcHwSetup::config, CSL_LCD_ENABLE, CSL_LCDC_LIDD_NOT_USE_CS1, CSL_LcdcObj::regs, CSL_LcdcHwSetup::timingCs0, CSL_LcdcHwSetup::timingCs1, and CSL_LcdcHwSetup::useCs1.

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