This is an involuntary fork, created because the repository would not update mmSPI. SPI library used to communicate with an altera development board attached to four zigbee-header pins.
Dependents: Embedded_RTOS_Project
Fork of mmSPI by
mmSPI.h@5:b14dcaae260e, 2013-08-14 (annotated)
- Committer:
- gatedClock
- Date:
- Wed Aug 14 15:13:05 2013 +0000
- Revision:
- 5:b14dcaae260e
- Parent:
- 4:aa1fe8707bef
- Child:
- 6:b480fc4e87e5
void mmSPI::transceive_byte(void)
Who changed what in which revision?
User | Revision | Line number | New contents of line |
---|---|---|---|
gatedClock | 2:bebcf53b72dc | 1 | #ifndef mmSPI_H // include guard. |
gatedClock | 2:bebcf53b72dc | 2 | #define mmSPI_H // include guard. |
gatedClock | 0:fb42c5acf810 | 3 | /*----------------------------------------------//------------------------------ |
gatedClock | 0:fb42c5acf810 | 4 | student : m-moore |
gatedClock | 0:fb42c5acf810 | 5 | class : external SPI interface |
gatedClock | 0:fb42c5acf810 | 6 | directory : mmSPI |
gatedClock | 0:fb42c5acf810 | 7 | file : mmSPI.h |
gatedClock | 1:15706d15d123 | 8 | ----description---------------------------------//------------------------------ |
gatedClock | 1:15706d15d123 | 9 | ----notes---------------------------------------//------------------------------ |
gatedClock | 1:15706d15d123 | 10 | 1. the SPI interface pins are routed to the zigbee header. |
gatedClock | 0:fb42c5acf810 | 11 | ------------------------------------------------//----------------------------*/ |
gatedClock | 0:fb42c5acf810 | 12 | #include "mbed.h" // standard mbed.org class. |
gatedClock | 1:15706d15d123 | 13 | //---defines------------------------------------//------------------------------ |
gatedClock | 3:de99451ab3c0 | 14 | #define mmSPI_MOSI p9 // SPI interface pin. |
gatedClock | 3:de99451ab3c0 | 15 | #define mmSPI_MISO p10 // SPI interface pin. |
gatedClock | 3:de99451ab3c0 | 16 | #define mmSPI_SCLK p30 // SPI interface pin. |
gatedClock | 2:bebcf53b72dc | 17 | |
gatedClock | 2:bebcf53b72dc | 18 | |
gatedClock | 3:de99451ab3c0 | 19 | |
gatedClock | 0:fb42c5acf810 | 20 | /*----------------------------------------------//------------------------------ |
gatedClock | 0:fb42c5acf810 | 21 | ------------------------------------------------//----------------------------*/ |
gatedClock | 2:bebcf53b72dc | 22 | |
gatedClock | 0:fb42c5acf810 | 23 | //==============================================//============================== |
gatedClock | 0:fb42c5acf810 | 24 | class mmSPI |
gatedClock | 0:fb42c5acf810 | 25 | { |
gatedClock | 0:fb42c5acf810 | 26 | public: |
gatedClock | 0:fb42c5acf810 | 27 | mmSPI(); // constructor. |
gatedClock | 0:fb42c5acf810 | 28 | ~mmSPI(); // destructor. |
gatedClock | 3:de99451ab3c0 | 29 | void allocations(); // object allocations. |
gatedClock | 4:aa1fe8707bef | 30 | void setSPIfrequency(float); // set SPI clock frequency. |
gatedClock | 5:b14dcaae260e | 31 | void transceive_byte(void); // byte transceive. |
gatedClock | 0:fb42c5acf810 | 32 | private: |
gatedClock | 2:bebcf53b72dc | 33 | |
gatedClock | 3:de99451ab3c0 | 34 | DigitalOut * pMOSI; // SPI pin. |
gatedClock | 3:de99451ab3c0 | 35 | DigitalOut * pMISO; // SPI pin. |
gatedClock | 3:de99451ab3c0 | 36 | DigitalOut * pSCLK; // SPI pin. |
gatedClock | 4:aa1fe8707bef | 37 | float fSPIfreq; // SPI clock frequency. |
gatedClock | 4:aa1fe8707bef | 38 | float fSPIquarterP; // SPI quarter period. |
gatedClock | 5:b14dcaae260e | 39 | char cSend; // outgoing SPI byte. |
gatedClock | 5:b14dcaae260e | 40 | char cReceive; // incoming SPI byte. |
gatedClock | 5:b14dcaae260e | 41 | char cLoop01; // loop index. |
gatedClock | 3:de99451ab3c0 | 42 | |
gatedClock | 2:bebcf53b72dc | 43 | |
gatedClock | 2:bebcf53b72dc | 44 | |
gatedClock | 0:fb42c5acf810 | 45 | }; |
gatedClock | 2:bebcf53b72dc | 46 | //----------------------------------------------//------------------------------ |
gatedClock | 2:bebcf53b72dc | 47 | #endif // include guard. |