void
OledUpdate()
{
int ipag;
// int icol; // ALA unused
BYTE * pb;
pb = rgbOledBmp;
for (ipag = 0; ipag < cpagOledMax; ipag++) {
PORTClearBits(prtDataCmd, bitDataCmd);
/* Set the page address
*/
Spi1PutByte(0x22); //Set page command
Spi1PutByte(ipag); //page number
/* Start at the left column
*/
Spi1PutByte(0x00); //set low nybble of column
Spi1PutByte(0x10); //set high nybble of column
PORTSetBits(prtDataCmd, bitDataCmd);
/* Copy this memory page of display data.
*/
OledPutBuffer(ccolOledMax, pb);
pb += ccolOledMax;
}
}
void OledUpdate()
{
int gpioReg = 0;
int ipag;
uint8_t * pb;
pb = rgbOledBmp;
gpioReg = XGpio_DiscreteRead(&gpioInstance, 1);
for (ipag = 0; ipag < cpagOledMax; ipag++)
{
XGpio_DiscreteWrite(&gpioInstance, 1, gpioReg & ( RESET_MASK | VDD_CTRL_MASK | VBAT_CTRL_MASK ));
/* Set the page address
*/
Spi2PutByte(0x22); //Set page command
Spi2PutByte(ipag); //page number
/* Start at the left column
*/
Spi2PutByte(0x00); //set low nybble of column
Spi2PutByte(0x10); //set high nybble of column
XGpio_DiscreteWrite(&gpioInstance, 1, gpioReg | DATA_CMD_MASK);
/* Copy this memory page of display data.
*/
OledPutBuffer(ccolOledMax, pb);
pb += ccolOledMax;
}
}