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Drawer QR Code JIS X 0510 in Software C PROGRAMMING LANGUAGE

C PROGRAMMING LANGUAGE
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TABLE F.8
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MICROCHIP C18 C COMPILER LIBRARY FUNCTIONS (CONTINUED) DESCRIPTION
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FUNCTION PROTOTYPE
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void CAN2510SetBufferPriority (unsigned char buffernum, unsigned char bufferpriority) void CAN2510SetMode(unsigned char mode) unsigned char CAN2510SetMsgFilterStd (unsigned char buffernum, unsigned int mask, unsigned int * lters) unsigned char CAN2510SetMsgFilterXtd (unsigned char buffernum, unsigned long mask, unsigned long * lters) void CAN2510SetSingleFilterStd (unsigned char lternum, unsigned int lter) void CAN2510SetSingleFilterXtd (unsigned char lternum, unsigned int lter) unsigned char CAN2510SetSingleMaskStd (unsigned char masknum, unsigned int mas) unsigned char CAN2510SetSingleMaskXtd (unsigned char masknum, unsigned int mas) unsigned char CAN2510WriteBuffer(unsigned char buffernum) unsigned char CAN2510WriteStd(unsigned int msgid, unsigned char msgpriority, unsigned char numbytes, unsigned char * data)
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Specify the priority for the speci ed MPC2510 buffer.
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Con gure the MCP2510 s mode of operation. Con gure all the MCP2510 s lter and mask values of a speci c buffer for a standard message.
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Speci es the lter and mask values of the speci c MCP2510 receive buffer.
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Con gure the speci ed MCP2510 receive lter with a value for the standard message.
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Con gure the speci ed MCP2510 receive lter with a value for an extended message.
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Con gure the speci ed MCP2510 receive buffer mask with a value for a standardformat message. Con gure the speci ed MCP2510 receive buffer mask with a value for an extendedformat message. Initiate the MCP2510 s buffer transmission.
Write a standard-format message out of the MCP2510 using the rst available transmit buffer.
(Continued )
APPENDIX F
TABLE F.8
MICROCHIP C18 C COMPILER LIBRARY FUNCTIONS (CONTINUED) DESCRIPTION
FUNCTION PROTOTYPE
unsigned char CAN2510WriteXtd(unsigned int msgid, unsigned char msgpriority, unsigned char numbytes, unsigned char * data) void ClearCSSWSPI(void) char Clock_test(void) void CloseADC(void) void CloseCapture#(void) void CloseECapture#(void) void CloseI2C(#)(void) void CloseMwire(#)(void) void ClosePORTB(void) void CloseEPWM1(void) void ClosePWM#(void) void CloseRB(#)INT(void) void CloseSPI(#)(void) void CloseTimer#(void) void Close(#)USART(void) void ConvertADC(void) unsigned char DataRdyI2C(#) (void) unsigned char DataRdyMwire(#) (void) unsigned char DataRdySPI(#) (void) char DataRdy(#)USART(void) void Delay10TCYx(unsigned char units)
Write an extended-format message out of the MCP2510 using the rst available transmit buffer.
Clear the software SPI interface chip select pin. Generate a delay for I2C slave clock stretching. Disable ADC hardware and interrupt mechanism. Disable input capture #. Disable enhanced input capture #. Disable the SSP(#) module. Disable the SSP(#) module used for Microwire communications. Disable interrupt request sources and internal pull-up resistors for PORTB. Disable enhanced PWM channel. Disable PWM channel. Disable interrupt request sources for the speci ed PORTB pin. Disable the SSP(#) module used for SPI communications. Disable the speci ed timer. Disable the speci ed USART. Start an ADC conversion. Return nonzero if data in SSP(#) buffer. Return nonzero if Microwire device is ready. Return nonzero if SPI data is available. Return nonzero if USART has received a character. Delay in multiples of 10 instruction cycles.
C PROGRAMMING LANGUAGE
TABLE F.8
MICROCHIP C18 C COMPILER LIBRARY FUNCTIONS (CONTINUED) DESCRIPTION
FUNCTION PROTOTYPE
void Delay100TCYx(unsigned char units) void Delay1KTCYx(unsigned char unit) void Delay10KTCYx(unsigned char unit) void DisablePullups(void) unsigned char EEAckPolling(#) (unsigned char control) unsigned char EEByteWrite(#) (unsigned char control, unsigned char address, unsigned char data) unsigned int EECurrentAddRead(#) (unsigned char control) unsigned char EEPageWrite(#) (unsigned char control, unsigned char address, unsigned char * wrptr) unsigned int EERandomRead(#) (unsigned char control, unsigned char address) unsigned char EESequentialRead(#) (unsigned char control, unsigned char address, unsigned char * rdptr, unsigned char length) void EnablePullups(void) unsigned char getsI2C(#) (unsigned char * rdptr, unsigned char length) void getsMwire(#) (unsigned char * rdptr, unsigned char length) void getsSPI(#) (unsigned char * rdptr, unsigned char length)
Delay in multiples of 100 instruction cycles. Delay in multiples of 1,000 instruction cycles. Delay in multiples of 10,000 instruction cycles. Disable PORTB s internal pull-up resistors. Generate acknowledge for Microchip EEPROM I2C memory devices. Write a single byte to the Microchip EEPROM I2C memory device.
Read a single byte from the Microchip EEPROM I2C memory device. Write a string of data to the Microchip EEPROM I2C memory device.
Read a single byte from an arbitrary address from a Microchip EEPROM I2C memory device. Read a string of data length long starting at an arbitrary address in a Microchip EEPROM I2C memory device.
Enable PORTB s internal pull-up resistors. Read a xed-length string from the I2C(#) bus operating in master I2C mode. Read a string from the Microwire device.
Read a string from the SPI bus.
(Continued )
APPENDIX F
TABLE F.8
MICROCHIP C18 C COMPILER LIBRARY FUNCTIONS (CONTINUED) DESCRIPTION
FUNCTION PROTOTYPE
void getsUART(char * buffer, unsigned char len) void gets(#)USART(char * buffer, unsigned char length) void IdleI2C(#)(void) char isBOR(void) unsigned char iscntrl (unsigned char ch) unsigned char isgraph (unsigned char ch) unsigned char islower (unsigned char ch) char isLVD(void) char isMCLR(void) char isPOR(void) unsigned char isprint(unsigned char ch) unsigned char ispunct(unsigned char ch) unsigned char isspace(unsigned char ch) unsigned char isupper(unsigned char ch) unsigned char isxdigit(unsigned char ch) char isWDTTO(void) char isWDTWU(void) char isWU(void)
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