Maxim Integrated 71M6513H Power Meter IC Family Software - Manual (Page 89)

71M651x Software User’s Guide
send_hex() sends byte out SERIAL0 in HEX U08 n none io.c
send_long()
sends a [0, 9,999,999,999] value to
DTE.
S32 n none io.c
send_long_hex() sends a [0, FFFFFFFF] value to DTE U32 n none io.c
send_num()
sends a [0, 9,999,999,999] value to
DTE
S32 n, U08 size none io.c
send_result()
looks up result code, primes pump for
result codes
none none cli.c
send_rtc() displays RTC data none none cmd_misc.c
send_short() sends a [0, 99,999] value to DTE. S16 n none io.c
send_short_hex() sends a [0, FFFF] value to DTE U16 n none io.c
Serial_CRx()
gets additional bytes from the receive
buffer enum SERIAL_PORT port,
U08x *buffer, U16 len
U16 serial.c
Serial_CTx ()
puts additional bytes into the transmit
buffer enum SERIAL_PORT port,
U08x *buffer, U16 len
U16 serial.c
Serial_Init() configures selected serial port
enum SERIAL_PORT port,
enum SERIAL_SPD speed,
Bbool parity_enb, Bbool
parity, Bbool two_stop_bits,
Bbool xon_xoff, Bbool
seven_bits
Bbool serial.c
Serial_Rx ()
sets up receive buffer and starts
receiving enum SERIAL_PORT port,
U08x *buffer, U16 len
enum
SERIAL_RC
data
serial.c
Serial_RxLen() returns the number of bytes received enum SERIAL_PORT port U16 serial.c
Serial_Tx()
sets up transmission buffer and starts
transmission enum SERIAL_PORT port,
U08x *buffer, U16 len
enum
SERIAL_RC
data
serial.c
Serial_TxLen()
returns the number of bytes left to
transmit
enum SERIAL_PORT port U16 serial.c
Set_Event_Vector() sets vector for specified event
enum EVENT_ID event,
(code *pEventVector)
none events.c
SFR_Read() reads from SFR U08 s, S08d *pc
enum
SFR_RC
sfrs.c
SFR_Write() writes to SFR U08 s, U08 c_set, U08 c_clr
enum
SFR_RC
sfrs.c
shift_right() shifts (in-place) n-byte 'x' right 's' bits. U08x *x, s, n none classics.c
shift_right8_1() right-shifts 8-byte number by 1-bit U08x *x none library.c
shift_right8_2() right-shifts 8-byte number by 2-bits U08x *x none library.c
Soft_Reset() initiates soft reset none none misc.c
sqrt4_2()
returns the 16-bit square root of the
32-bit argument
U08x *z, U08x *x none library.c
sqrt4_4 ()
returns the 32-bit square root of the
32-bit argument. The 16 LSBs are the
fractional part of the square root.
U08x *z, S08x *x none library.c
sqrt8_4()
returns the square root of the
argument
U08x *z, U08x *x none library.c
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