Difference between revisions of "MansOS API"

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(Light sensor)
(ADC)
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== ADC ==
== ADC ==
mos/hil/adc.h
uint16_t adcRead(channel)

uint8_t adcGetChannelCount() - how many ADC channel the mote provides
void adcOn();
void adcOff();

uint16_t adcRead(uint8_t channel); // sets channel, reads value

// alternative faster version: set channel once, read multiple times (usable, if the same channel read many times)
void adcSetChannel(uint8_t ch);
uint16_t adcReadFast();

uint8_t adcGetChannelCount() // returns ADC channel count provided by the platform


== Sleep ==
== Sleep ==

Revision as of 10:11, 21 September 2011

LEDs

mos/hil/leds.h
toggleRedLed()
toggleGreenLed()
toggleBlueLed()
toggleLed(ledNr)
redLedOn()
greenLedOn()
blueLedOn()
redLedOff()
greenLedOff()
blueLedOff()
ledOn(uint8_t ledNr)
ledOff(uint8_t ledNr)
bool ledIsOn(ledNr)
uint8_t getLeds()
setLeds(bitmap)

Humidity sensor

mos/hil/humidity.h
void humidityInit();      // init humidity sensor, do not turn it on - called by kernel automatically, not needed in application cod
void humidityOn();        // turn on humidity sensor
void humidityOff();       // turn off humidity sensor
uint16_t readHumidity();  // read humidity value

Light sensor

mos/hil/light.h
void lightInit();      // init light sensor, do not turn it on  - called by kernel automatically, not needed in application 
void lightOn();        // turn on light sensor
void lightOff();       // turn off light sensor
uint16_t readLight();  // read light value
uint16_t readVisibleLight();  // read visible light value
uint16_t readPARLight();  // read photo-syntetically active radiation value

ADC

mos/hil/adc.h
void adcOn();
void adcOff();
uint16_t adcRead(uint8_t channel); // sets channel, reads value
// alternative faster version: set channel once, read multiple times (usable, if the same channel read many times)
void adcSetChannel(uint8_t ch);
uint16_t adcReadFast();
uint8_t adcGetChannelCount() // returns ADC channel count provided by the platform

Sleep

mos/hil/sleep.h
mleep(miliseconds)

USART

See mos/hil/usart.h for more details!

uint_t USARTInit(uint8_t id, uint32_t speed, uint8_t conf);
uint_t USARTSendByte(uint8_t id, uint8_t data);
uint_t USARTSendString(uint8_t id, uint8_t *data);
uint_t USARTSendStringLine(uint8_t id, uint8_t *data);
void USARTSendData(uint8_t id, uint8_t *data, uint16_t len);
uint_t USARTEnableTX(uint8_t id);
uint_t USARTDisableTX(uint8_t id);
uint_t USARTEnableRX(uint8_t id);
uint_t USARTDisableRX(uint8_t id);
/**
* Set callback function for per-byte data receive. The callback is called
* on every received packet
* @param id - ID of the UART used (See MCU datasheet to get IDs)
* @param cb - callback function: void myCallback(uint8_t byte)
*/
uint_t USARTSetReceiveHandle(uint8_t id, USARTCallback_t cb);
/**
* Set callback for per-packet data receive. Stores the received bytes in
* the buffer and the callback is called when either a newline is received
* ('\n', binary value 10) or at most len bytes are received. The newline is
* also stored in the buffer
* Also enables USART RX automatically.
* After the callback, buffer is reset and reception restarts.
* Warning: Can use only one USART at a time (single buffer, single handler)!
*
* @param id - ID of the UART used (See MCU datasheet to get IDs)
* @param cb - callback function: void myCallback(uint8_t bytes). Here the
*             bytes parameter contains not the last byte received but
*             total received byte count (i.e., bytes stored in the buffer)!
* @param len - size of the buffer in bytes. Callback is called when len
*              bytes are received (or when '\n' is received).
*              When len is zero, no packet size is checked, only on newline
*              reception the callback is called.
*/
uint_t USARTSetPacketReceiveHandle(uint8_t id, USARTCallback_t cb, void *buffer,
       uint16_t len);