CCS C Compiler Manual PCB / PCM / PCH

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IOR Wa,Wb,Wd Wd = Wa.|.Wb IOR.B Wa,Wb,Wd Wd = Wa.|.Wb (byte) IOR.B f,W W0 = f | Wa (byte) IOR.B lit10,Wd Wd = lit10 | Wd (byte) IOR.B Wa,lit5,Wd Wd = Wa.|.lit5 (byte) IOR.B f,F f = f | Wa (byte) LAC Wd,{lit4},acc Acc = Wa shifted slit4 LNK lit14 Allocate Stack Frame LSR f,W W0 = f >> 1 LSR Wa,lit4,Wd Wd = Wa >> lit4 LSR Wa,Wd Wd = Wa >> 1 LSR f,F f = f >> 1 LSR Wa,Wb,Wd Wd = Wb >> Wa LSR.B f,W W0 = f >> 1 (byte) LSR.B f,F f = f >> 1 (byte) LSR.B Wa,Wd Wd = Wa >> 1 (byte) MAC Wd*Wd,acc,da,dc Acc = Acc + Wa * Wa; {prefetch} MAC Wd*Wc,acc,da,dc, Acc = Acc + Wa * Wb; {[W13] = Acc}; {prefetch} MOV W,f f = Wa MOV f,W W0 = f MOV f,F f = f MOV Wd,? F = Wa MOV Wa+lit,Wd Wd = [Wa +Slit10] MOV ?,Wd Wd = f MOV lit16,Wd Wd = lit16 MOV Wa,Wd Wd = Wa MOV Wa,Wd+lit [Wd + Slit10] = Wa MOV.B lit8,Wd Wd = lit8(byte) MOV.B W,f f = Wa (byte) MOV.B f,W W0 = f (byte) MOV.B f,F f = f (byte) MOV.B Wa+lit,Wd Wd = [Wa +Slit10] (byte) MOV.B Wa,Wd+lit [Wd + Slit10] = Wa (byte) MOV.B Wa,Wd Wd = Wa (byte) MOV.D Wa,Wd Wd:Wd+1 = Wa:Wa+1 MOV.D Wa,Wd Wd:Wd+1 = Wa:Wa+1 MOVSAC acc,da,dc,pi Move ? to ? and ? To ? MPY Wd*Wc,acc,da,dc Acc = Wa*Wb MPY Wd*Wd,acc,da,dc Square to Acc MPY.N Wd*Wc,acc,da,dc Acc = -(Wa*Wb) MSC Wd*Wc,acc,da,dc, Acc = Acc â€“ Wa*Wb MUL W,f W3:W2 = f * Wa MUL.B W,f W3:W2 = f * Wa (byte) MUL.SS Wa,Wd {Wd+1,Wd}= sign(Wa) * sign(Wb) MUL.SU Wa,Wd {Wd+1,Wd} = sign(Wa) * unsign(Wb) 90
PreProcessor MUL.SU Wa,lit5,Wd {Wd+1,Wd}= sign(Wa) * unsign(lit5) MUL.US Wa,Wd {Wd+1,Wd} = unsign(Wa) * sign(Wb) MUL.UU Wa,Wd {Wd+1,Wd} = unsign(Wa) * unsign(Wb) MUL.UU Wa,lit5,Wd {Wd+1,Wd} = unsign(Wa) * unsign(lit5) NEG f,F f = - f PUSH Wd Push Wa to TOS PUSH.D Wd PUSH double Wa:Wa + 1 to TOS PUSH.S PUSH shadow registers PWRSAV lit1 Enter Power-saving mode lit1 RCALL a Call (relative) RCALL Wd Call Wa REPEAT lit14 Repeat next instruction (lit14 + 1) times REPEAT Wd Repeat next instruction (Wa + 1) times RESET Reset RETFIE Return from interrupt enable RETLW lit10,Wd Return; Wa = lit10 RETLW.B lit10,Wd Return; Wa = lit10 (byte) RETURN Return RLC Wa,Wd Wd = rotate left through Carry Wa RLC f,F f = rotate left through Carry f RLC f,W W0 = rotate left through Carry f RLC.B f,F f = rotate left through Carry f (byte) RLC.B f,W W0 = rotate left through Carry f (byte) RLC.B Wa,Wd Wd = rotate left through Carry Wa (byte) RLNC Wa,Wd Wd = rotate left (no Carry) Wa RLNC f,F f = rotate left (no Carry) f RLNC f,W W0 = rotate left (no Carry) f RLNC.B f,W W0 = rotate left (no Carry) f (byte) RLNC.B Wa,Wd Wd = rotate left (no Carry) Wa (byte) RLNC.B f,F f = rotate left (no Carry) f (byte) RRC f,F f = rotate right through Carry f RRC Wa,Wd Wd = rotate right through Carry Wa RRC f,W W0 = rotate right through Carry f RRC.B f,W W0 = rotate right through Carry f (byte) RRC.B f,F f = rotate right through Carry f (byte) RRC.B Wa,Wd Wd = rotate right through Carry Wa (byte) RRNC f,F f = rotate right (no Carry) f RRNC f,W W0 = rotate right (no Carry) f RRNC Wa,Wd Wd = rotate right (no Carry) Wa RRNC.B f,F f = rotate right (no Carry) f (byte) RRNC.B Wa,Wd Wd = rotate right (no Carry) Wa (byte) RRNC.B f,W W0 = rotate right (no Carry) f (byte) SAC acc,{lit4},Wd Wd = Acc slit 4 SAC.R acc,{lit4},Wd Wd = Acc slit 4 with rounding SE Wa,Wd Wd = sign-extended Wa 91
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CCS C Compiler Manual PCB / PCM / P
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Table of Contents Overview ........
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Table of Contents PreProcessor ....
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Table of Contents enable_interrupts
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Table of Contents read_bank( ) ....
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Table of Contents spi_init() ......
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OVERVIEW C Compiler PCB, PCM and PC
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Overview Directories The compiler w
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Overview debug file. +FS Select SXC
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Overview Menu All of the IDE's func
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Overview Debugging Windows Debugger
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PROGRAM SYNTAX Overall Structure A
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Program Syntax Sequence Same as ??=
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STATEMENTS Statements STATEMENT if
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Statements The expression is evalua
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Statements goto goto The goto state
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Statements ; Statement: ; Example:
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Identifiers ABCDE ID[X] ID[X][X] ID
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expr&expr Left to Right expr^expr L
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Structures & Unions typedef Named R
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Enumerated Types enum enumeration t
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SEE ALSO: Declarations, Type Specif
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Using Program Memory for Data CCS C
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FUNCTION DEFINITION Function Defini
Page 51 and 52: Function Definition Default Paramet
Page 53 and 54: FUNCTIONAL OVERVIEW I2C I2C is a po
Page 55 and 56: Functional Overview #DEVICE ADC=10
Page 57 and 58: Functional Overview can_enable_rtr(
Page 59 and 60: Functional Overview Relevant Prepro
Page 61 and 62: Functional Overview Configuration M
Page 63 and 64: Functional Overview Writes N bytes
Page 65 and 66: Functional Overview External Memory
Page 67 and 68: Functional Overview Relevant Interr
Page 69 and 70: Functional Overview be treated as a
Page 71 and 72: Functional Overview psp_input_full(
Page 73 and 74: Functional Overview Program Eeprom
Page 75 and 76: Functional Overview None Relevant I
Page 77 and 78: Functional Overview printf() or fpr
Page 79 and 80: Functional Overview to be enabled.
Page 81 and 82: Functional Overview configure the s
Page 85 and 86: Functional Overview None Relevant I
Page 87 and 88: Functional Overview USB Universal S
Page 91 and 92: Functional Overview WDT or Watch Do
Page 93 and 94: Functional Overview variables/const
Page 95 and 96: PREPROCESSOR PRE-PROCESSOR DIRECTOR
Page 97 and 98: PreProcessor { int8 a; int16 b; } t
Page 99 and 100: PreProcessor ASR.B f,W W0 = f >> 1a
Page 101: PreProcessor DEC Wa,Wd Wd = Wa â
Page 105 and 106: PreProcessor SUBR Wa,lit5,Wd Wd = l
Page 107 and 108: PreProcessor The compiler will set
Page 109 and 110: PreProcessor Examples: #byte status
Page 111 and 112: PreProcessor #define isequal(a,b) (
Page 113 and 114: PreProcessor NORETFIE to interrupt
Page 115 and 116: PreProcessor Note: you may NOT use
Page 117 and 118: PreProcessor void TimerTask(void) {
Page 119 and 120: PreProcessor Some processors allow
Page 121 and 122: PreProcessor to see if the specifie
Page 123 and 124: PreProcessor #INCLUDE "filename" El
Page 125 and 126: PreProcessor #INT_IC2QEI Input Capt
Page 127 and 128: PreProcessor Files: Also See: enabl
Page 129 and 130: PreProcessor #line Syntax: Elements
Page 131 and 132: PreProcessor Purpose: Stops inserti
Page 133 and 134: PreProcessor object file. It is an
Page 135 and 136: PreProcessor SCK2 SSDMA Transmit (a
Page 137 and 138: PreProcessor #priority Syntax: Elem
Page 139 and 140: PreProcessor #rom Syntax: Elements:
Page 141 and 142: PreProcessor the serial number. lis
Page 143 and 144: PreProcessor __time__ Syntax: Eleme
Page 145 and 146: PreProcessor #use capture Syntax: E
Page 147 and 148: PreProcessor type=speed option the
Page 149 and 150: PreProcessor SLOW RESTART_WDT FORCE
Page 151 and 152: PreProcessor remappable pin to firs
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PreProcessor MULTI_MASTER the RCV p
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PreProcessor not used. Purpose: Thi
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PreProcessor CLOCK_HIGH=n High time
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PreProcessor TICK=xx Sets the desir
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PreProcessor Examples: #USE TOUCHPA
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BUILT-IN FUNCTIONS BUILT-IN FUNCTIO
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Built-in Functions isspace(char) st
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Built-in Functions rtc_alarm_write(
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Built-in Functions Domain error occ
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Built-in Functions Returns: Functio
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Built-in Functions atoi( ) atol( )
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Built-in Functions bit_test( ) Synt
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Built-in Functions calloc( ) Syntax
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Built-in Functions clc1_setup_input
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Built-in Functions . cog_restart( )
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Built-in Functions delay_cycles( )
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Built-in Functions output_low(PIN_B
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Built-in Functions should have been
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Built-in Functions If "errno.h" is
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Built-in Functions Examples: printf
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Built-in Functions Availability: Re
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Built-in Functions putc( ) putchar(
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Built-in Functions frexp( ) Syntax:
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Built-in Functions Li f,g or e Matc
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Built-in Functions Requires: Exampl
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Built-in Functions Example Files: A
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Built-in Functions get_tris_x( ) Sy
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Built-in Functions INT:iiiii ID DEV
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Built-in Functions SPIxDO SPIxCLK E
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Built-in Functions ready to be read
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Built-in Functions i2c_poll( ) Synt
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Built-in Functions i2c_speed( ) Syn
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Built-in Functions i2c_write( ) Syn
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Built-in Functions clear_interrupt,
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Built-in Functions Parameters: Retu
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Built-in Functions Examples: byte C
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Built-in Functions Requires: #INCLU
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Built-in Functions make32( ) Syntax
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Built-in Functions n is a count of
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Built-in Functions Also See: memcpy
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Built-in Functions } void main() {
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Built-in Functions take much longer
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Built-in Functions Function: Availa
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Built-in Functions Parameters: Stri
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Built-in Functions putc_send( ); fp
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Built-in Functions pwm_set_duty() S
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Built-in Functions qei_status( ) Sy
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Built-in Functions at 0 and the ran
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Built-in Functions · ADC_START_ONL
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Built-in Functions Examples: Exampl
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Built-in Functions rtos_disable( )
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Built-in Functions rtos_run( ) The
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Built-in Functions program will con
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Built-in Functions Example Files: A
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Built-in Functions n Assigns the nu
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Built-in Functions set_cog_phase( )
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Built-in Functions set_open_drain_c
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Built-in Functions setup_sd_adc_cal
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Built-in Functions ADC_CLOCK_DIV_3
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Built-in Functions CCP_SHUTDOWN_ON_
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Built-in Functions LCD_DISABLED, L
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Built-in Functions setup_opamp1( )
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Built-in Functions increment/decrem
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Built-in Functions Parameters: Opti
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Built-in Functions SDADC_GAIN_1
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Built-in Functions TB_DIV_32, TB_DI
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Built-in Functions T5_DIV_BY_1, T5_
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Built-in Functions Also See: #FUSES
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Built-in Functions // This shifts 8
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Built-in Functions spi_data_is_in(
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Built-in Functions will be clocked
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Built-in Functions spi_write( ) spi
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Built-in Functions Requires: Nothin
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Built-in Functions Note: If the sta
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Built-in Functions void main(void)
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Built-in Functions Examples: int fo
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STANDARD C INCLUDE FILES errno.h er
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Standard C Include Files CHAR_MIN:
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ERROR MESSAGES Compiler Error Messa
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Error Messages Expect comma Expect
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Error Messages In the meantime if t
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Error Messages A function and all o
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Error Messages USE parameter value
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Function never called Function not
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COMMON QUESTIONS & ANSWERS How are
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Common Questions & Answers How can
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Common Questions & Answers This exa
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Common Questions & Answers } set_tr
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Common Questions & Answers How does
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Common Questions & Answers RAM is a
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Common Questions & Answers What is
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Common Questions & Answers Why does
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Common Questions & Answers If nothi
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A stand-alone application that need
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Serial boot loader program for chip
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Simulates an I2C serial EEPROM show
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Serial EEPROM functions 24256.C Ser
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Standard C error handling for math
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#include #endif #use delay(clock=2
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} } shift_left(cmd, 2,0); output_hi
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} printf("RTOS has been terminated\
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#use rs232(baud=9600,xmit=PIN_C6,rc
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#use delay(clock=20000000) #use rs2
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SOFTWARE LICENSE AGREEMENT SOFTWARE
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INDEX # #ASM ......................
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Index Continue ....................
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Index LIST ........................
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Index setup_power_pwm .............
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