// private const int AD9833_APPLY_SIGNAL = (AD9833_BASE + 1);
public void ApplySignal(WaveformType waveType, Registers freqReg,
double frequencyInHz,
Registers phaseReg = Registers.SAME_AS_REG0, double phaseInDeg = 0.0)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=waveType
* p2=freqReg
## extension ##
##double frequencyInHz
##Registers phaseReg
##double phaseInDeg
*/
exts[0].Contents = esp32If.IntToBytes((int)(frequencyInHz * 10));
exts[1].Contents = esp32If.IntToBytes((int)phaseReg);
exts[2].Contents = esp32If.IntToBytes((int)(phaseInDeg * 1000));
esp32If.GpioCommandExt(AD9833_APPLY_SIGNAL, (int)waveType, (int)freqReg, exts);
}
// i2c_err_t readTransmission(uint16_t address, uint8_t* buff, uint16_t size, bool sendStop = true, uint32_t* readCount = NULL);
// private const int I2C_READ_TRANSMISSION = 608;
public I2CError readTransmission(int address, byte[] buff, bool sendStop, out uint readCount)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=busNum
* p2=address
## extension ##
##bool sendStop
##byte[] buff
*/
exts[0].Contents = esp32If.IntToBytes(sendStop ? 1 : 0);
exts[1].Contents = buff;
byte[] rxBuf;
var ret = (I2CError)esp32If.GpioCommandExt(I2C_READ_TRANSMISSION, busNum, address, exts, out rxBuf);
readCount = (uint)esp32If.BytesToInt(rxBuf);
return(ret);
}
// uint16_t getStringWidth(const char* text, uint16_t length);
// uint16_t getStringWidth(String text);
// private const int OLEDDISPLAY_GET_STRING_WIDTH = (OLEDDISPLAY_BASE + 19);
public int getStringWidth(string text)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=0
* p2=0
## extension ##
##char text[len]
*/
exts[0].Contents = System.Text.Encoding.UTF8.GetBytes(text + "\0"); /* include null byte */
return(esp32If.GpioCommandExt(OLEDDISPLAY_GET_STRING_WIDTH, 0, 0, exts));
}
// void drawFastImage(int16_t x, int16_t y, int16_t width, int16_t height, const uint8_t *image);
// private const int OLEDDISPLAY_DRAW_FAST_IMAGE = (OLEDDISPLAY_BASE + 15);
// void drawXbm(int16_t x, int16_t y, int16_t width, int16_t height, const uint8_t *xbm);
// private const int OLEDDISPLAY_DRAW_XBM = 1616;
// void drawString(int16_t x, int16_t y, String text);
// private const int OLEDDISPLAY_DRAW_STRING = 1617;
public void drawString(int x, int y, string text)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=x
* p2=y
## extension ##
##char text[len]
*/
exts[0].Contents = System.Text.Encoding.UTF8.GetBytes(text + "\0"); /* include null byte */
esp32If.GpioCommandExt(OLEDDISPLAY_DRAW_STRING, x, y, exts);
}
// void writePixels(const void* data, uint32_t size);//ili9341 compatible
// private const int SPI_WRITE_PIXELS = 1219;
public void writePixels(byte[] data)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=spiBus
* p2=0
## extension ##
##char buf[count]
*/
exts[0].Contents = data;
esp32If.GpioCommandExt(SPI_WRITE_PIXELS, (int)spiBus, 0, exts);
}
// void drawVerticalLine(int16_t x, int16_t y, int16_t length);
// private const int OLEDDISPLAY_DRAW_VERTICAL_LINE = (OLEDDISPLAY_BASE + 13);
public void drawVerticalLine(int x, int y, int length)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=x
* p2=y
## extension ##
##int length
*/
exts[0].Contents = esp32If.IntToBytes(length);
esp32If.GpioCommandExt(OLEDDISPLAY_DRAW_VERTICAL_LINE, x, y, exts);
}
// void fillCircle(int16_t x, int16_t y, int16_t radius);
// private const int OLEDDISPLAY_FILL_CIRCLE = (OLEDDISPLAY_BASE + 11);
public void fillCircle(int x, int y, int radius)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=x
* p2=y
## extension ##
##int radius
*/
exts[0].Contents = esp32If.IntToBytes(radius);
esp32If.GpioCommandExt(OLEDDISPLAY_FILL_CIRCLE, x, y, exts);
}
// void setContrast(uint8_t contrast, uint8_t precharge = 241, uint8_t comdetect = 64);
// private const int OLEDDISPLAY_SET_CONTRAST = (OLEDDISPLAY_BASE + 26);
public void setContrast(int contrast, int precharge = 241, int comdetect = 64)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=contrast
* p2=precharge
## extension ##
##int comdetect
*/
exts[0].Contents = esp32If.IntToBytes(comdetect);
esp32If.GpioCommandExt(OLEDDISPLAY_SET_CONTRAST, contrast, precharge, exts);
}
// size_t write(const char* s);
// private const int OLEDDISPLAY_WRITE_STRING = (OLEDDISPLAY_BASE + 38);
public uint write(string s)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=0
* p2=0
## extension ##
##char s[len]
*/
exts[0].Contents = System.Text.Encoding.UTF8.GetBytes(s + "\0"); /* include null byte */
return((uint)esp32If.GpioCommandExt(OLEDDISPLAY_WRITE_STRING, 0, 0, exts));
}
// void transferBits(uint32_t data, uint32_t* out, uint8_t bits);
// private const int SPI_TRANSFER_BITS = 1214;
public uint transferBits(uint data, int bits)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=spiBus
* p2=data
## extension ##
##int bits
*/
exts[0].Contents = esp32If.IntToBytes(bits);
return((uint)esp32If.GpioCommandExt(SPI_TRANSFER_BITS, (int)spiBus, (int)data, exts));
}
// inline size_t write(const char* s)
// private const int I2C_WRITE_TEXT = 628;
public uint write(string s)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=busNum
* p2=0
## extension ##
##char* s
*/
exts[0].Contents = System.Text.Encoding.UTF8.GetBytes(s + "\0"); /* include null byte */
return((uint)esp32If.GpioCommandExt(I2C_WRITE_TEXT, busNum, 0, exts));
}
// void writePattern(uint8_t* data, uint8_t size, uint32_t repeat);
// private const int SPI_WRITE_PATTERN = 1220;
public void writePattern(byte[] data, uint repeat)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=spiBus
* p2=repeat
## extension ##
##char buf[count]
*/
exts[0].Contents = data;
esp32If.GpioCommandExt(SPI_WRITE_PATTERN, (int)spiBus, (int)repeat, exts);
}
// uint8_t requestFrom(int address, int size);
// private const int I2C_REQUEST_FROM = 621;
public int requestFrom(int address, int size)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=busNum
* p2=address
## extension ##
##int size
*/
exts[0].Contents = esp32If.IntToBytes(size);
return(esp32If.GpioCommandExt(I2C_REQUEST_FROM, busNum, address, exts));
}
// size_t write(const uint8_t* buff, size_t);
// private const int I2C_WRITE_BYTES = 623;
public uint write(byte[] buff)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=busNum
* p2=0
## extension ##
##byte[] buff
*/
exts[0].Contents = buff;
return((uint)esp32If.GpioCommandExt(I2C_WRITE_BYTES, busNum, 0, exts));
}
// private const int OLEDDISPLAY_PRINTLN = (OLEDDISPLAY_BASE + 40);
public void println(string text)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=0
* p2=0
## extension ##
##char text[len]
*/
exts[0].Contents = System.Text.Encoding.UTF8.GetBytes(text + "\0"); /* include null byte */
esp32If.GpioCommandExt(OLEDDISPLAY_PRINTLN, 0, 0, exts);
}
// void transferBytes(uint8_t* data, uint8_t* out, uint32_t size);
// private const int SPI_TRANSFER_BYTES = 1213;
public byte[] transferBytes(byte[] txBuf)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] { new Esp32If.GpioExtent() };
/*
* p1=spiBus
* p2=0
## extension ##
##char buf[count]
*/
exts[0].Contents = txBuf;
byte[] rxBuf;
esp32If.GpioCommandExt(SPI_TRANSFER_BYTES, (int)spiBus, 0, exts, out rxBuf);
return(rxBuf);
}
// uint8_t requestFrom(uint8_t address, uint8_t size, uint8_t sendStop);
// private const int I2C_REQUEST_FROM8_BYTE = 618;
public int requestFrom(byte address, int size, int sendStop)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=busNum
* p2=address
## extension ##
##int size
##int sendStop
*/
exts[0].Contents = esp32If.IntToBytes(size);
exts[1].Contents = esp32If.IntToBytes(sendStop);
return(esp32If.GpioCommandExt(I2C_REQUEST_FROM8_BYTE, busNum, address, exts));
}
// void drawCircleQuads(int16_t x0, int16_t y0, int16_t radius, uint8_t quads);
// private const int OLEDDISPLAY_DRAW_CIRCLE_QUADS = (OLEDDISPLAY_BASE + 10);
public void drawCircleQuads(int x0, int y0, int radius, int quads)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=x0
* p2=y0
## extension ##
##int radius
##int quads
*/
exts[0].Contents = esp32If.IntToBytes(radius);
exts[1].Contents = esp32If.IntToBytes(quads);
esp32If.GpioCommandExt(OLEDDISPLAY_DRAW_CIRCLE_QUADS, x0, y0, exts);
}
// i2c_err_t writeTransmission(uint16_t address, uint8_t* buff, uint16_t size, bool sendStop = true);
// private const int I2C_WRITE_TRANSMISSION = 607;
public I2CError writeTransmission(int address, byte[] buff, bool sendStop = true)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=busNum
* p2=address
## extension ##
##bool sendStop
##byte[] buff
*/
exts[0].Contents = esp32If.IntToBytes(sendStop ? 1 : 0);
exts[1].Contents = buff;
return((I2CError)esp32If.GpioCommandExt(I2C_WRITE_TRANSMISSION, busNum, address, exts));
}
// void fillRect(int16_t x, int16_t y, int16_t width, int16_t height);
// private const int OLEDDISPLAY_FILL_RECT = (OLEDDISPLAY_BASE + 8);
public void fillRect(int x, int y, int width, int height)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=x
* p2=y
## extension ##
##int width
##int height
*/
exts[0].Contents = esp32If.IntToBytes(width);
exts[1].Contents = esp32If.IntToBytes(height);
esp32If.GpioCommandExt(OLEDDISPLAY_FILL_RECT, x, y, exts);
}
// void drawStringMaxWidth(int16_t x, int16_t y, uint16_t maxLineWidth, String text);
// private const int OLEDDISPLAY_DRAW_STRING_MAX_WIDTH = (OLEDDISPLAY_BASE + 18);
public void drawStringMaxWidth(int x, int y, int maxLineWidth, string text)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=x
* p2=y
## extension ##
##int maxLineWidth
##char text[len]
*/
exts[0].Contents = esp32If.IntToBytes(maxLineWidth);
exts[1].Contents = System.Text.Encoding.UTF8.GetBytes(text + "\0"); /* include null byte */
esp32If.GpioCommandExt(OLEDDISPLAY_DRAW_STRING_MAX_WIDTH, x, y, exts);
}
// void begin(int sda = -1, int scl = -1, uint32_t frequency = 0);
// private const int I2C_BEGIN = 600;
public void begin(int sda = -1, int scl = -1, uint frequency = 0)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=busNum
* p2=sda
## extension ##
##int scl
##uint frequency
*/
exts[0].Contents = esp32If.IntToBytes(scl);
exts[1].Contents = esp32If.IntToBytes((int)frequency);
esp32If.GpioCommandExt(I2C_BEGIN, busNum, sda, exts);
}
// void drawLine(int16_t x0, int16_t y0, int16_t x1, int16_t y1);
// private const int OLEDDISPLAY_DRAW_LINE = (OLEDDISPLAY_BASE + 6);
public void drawLine(int x0, int y0, int x1, int y1)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=x0
* p2=y0
## extension ##
##int x1
##int y1
*/
exts[0].Contents = esp32If.IntToBytes(x1);
exts[1].Contents = esp32If.IntToBytes(y1);
esp32If.GpioCommandExt(OLEDDISPLAY_DRAW_LINE, x0, y0, exts);
}
// void beginTransaction(SPISettings settings);
// private const int SPI_BEGIN_TRANSACTION = 1208;
public void beginTransaction(
uint clock = 1000000, SPIBitOrder bitOrder = SPIBitOrder.MSBFIRST, SPIMode dataMode = SPIMode.MODE0)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=spiBus
* p2=clock
## extension ##
##int bitOrder
##int dataMode
*/
exts[0].Contents = esp32If.IntToBytes((int)bitOrder);
exts[1].Contents = esp32If.IntToBytes((int)dataMode);
esp32If.GpioCommandExt(SPI_BEGIN_TRANSACTION, (int)spiBus, (int)clock, exts);
}
// void drawProgressBar(uint16_t x, uint16_t y, uint16_t width, uint16_t height, uint8_t progress);
// private const int OLEDDISPLAY_DRAW_PROGRESS_BAR = (OLEDDISPLAY_BASE + 14);
public void drawProgressBar(int x, int y, int width, int height, int progress)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=x
* p2=y
## extension ##
##int width
##int height
##int progress
*/
exts[0].Contents = esp32If.IntToBytes(width);
exts[1].Contents = esp32If.IntToBytes(height);
exts[2].Contents = esp32If.IntToBytes(progress);
esp32If.GpioCommandExt(OLEDDISPLAY_DRAW_PROGRESS_BAR, x, y, exts);
}
// void begin(int8_t sck = -1, int8_t miso = -1, int8_t mosi = -1, int8_t ss = -1);
// private const int SPI_BEGIN = 1200;
public void begin(int sck = -1, int miso = -1, int mosi = -1, int ss = -1)
{
Esp32If.GpioExtent[] exts = new Esp32If.GpioExtent[] {
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent(),
new Esp32If.GpioExtent()
};
/*
* p1=spiBus
* p2=sck
## extension ##
##int miso
##int mosi
##int ss
*/
exts[0].Contents = esp32If.IntToBytes(miso);
exts[1].Contents = esp32If.IntToBytes(mosi);
exts[2].Contents = esp32If.IntToBytes(ss);
esp32If.GpioCommandExt(SPI_BEGIN, (int)spiBus, sck, exts);
}
