CCS C Compiler Manual PCB / PCM / PCH

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.sym .sta .tre .hex This is the symbol map which shows each register location and what program variables are stored in each location. The statistics file shows the RAM, ROM, and STACK usage. It provides information on the source codes structural and textual complexities using Halstead and McCabe metrics. The tree file shows the call tree. It details each function and what functions it calls along with the ROM and RAM usage for each function. The compiler generates standard HEX files that are compatible with all programmers. The compiler can output 8-bet hex, 16-bit hex, and binary files. This is a binary containing machine code and debugging information. .cof .cod .rtf .rvf .dgr .esym .xsym The debug files may be output as Microchip .COD file for MPLAB 1-5, Advanced Transdata .MAP file, expanded .COD file for CCS debugging or MPLAB 6 and up .xx .COF file. All file formats and extensions may be selected via Options File Associations option in Windows IDE. This is a binary file containing debug information. The output of the Documentation Generator is exported in a Rich Text File format which can be viewed using the RTF editor or Wordpad. The Rich View Format is used by the RTF Editor within the IDE to view the Rich Text File. The .DGR file is the output of the flowchart maker. These files are generated for the IDE users. The file contains Identifiers and Comment information. This data can be used for automatic documentation generation and for the IDE helpers. .o Relocatable object file This file is generated when the compiler is set to export a relocatable object file. This file is a .osym .sym file for just the one unit. .err Compiler error file .ccsloa used to link Windows 8 apps to CCSLoad d .ccssio used to link Windows 8 apps to Serial Port Monitor w Invoking the Command Line Compiler The command line compiler is invoked with the following command: CCSC [options] [cfilename] Valid options: +FB Select PCB (12 bit) -D Do not create debug file +FM Select PCM (14 bit) +DS Standard .COD format debug file +FH Select PCH (PIC18XXX) +DM .MAP format debug file +Yx Optimization level x (0-9) +DC Expanded .COD format debug file +DF Enables the output of an COFF 4
Overview debug file. +FS Select SXC (SX) +EO Old error file format +ES Standard error file -T Do not generate a tree file +T Create call tree (.TRE) -A Do not create stats file (.STA) +A Create stats file (.STA) -EW Suppress warnings (use with +EA) +EW Show warning messages -E Only show first error +EA Show all error messages and all warnings The xxx in the following are optional. If included it sets the file extension: +EX Error/warning message format uses GCC's "brief format" (compatible with GCC editor environments) +LNxxx Normal list file +O8xxx 8-bit Intel HEX output file +LSxxx MPASM format list file +OWxxx 16-bit Intel HEX output file +LOxxx Old MPASM list file +OBxxx Binary output file +LYxxx Symbolic list file -O Do not create object file -L Do not create list file +P Keep compile status window up after compile +Pxx Keep status window up for xx seconds after compile +PN Keep status window up only if there are no errors +PE Keep status window up only if there are errors +Z Keep scratch files on disk after compile +DF COFF Debug file I+="..." Same as I="..." Except the path list is appended to the current list I="..." Set include directory search path, for example: I="c:\picc\examples;c:\picc\myincludes" If no I= appears on the command line the .PJT file will be used to supply the include file paths. -P Close compile window after compile is complete +M Generate a symbol file (.SYM) -M Do not create symbol file +J Create a project file (.PJT) -J Do not create PJT file +ICD Compile for use with an ICD #xxx="yyy" Set a global #define for id xxx with a value of yyy, example: #debug="true" +Gxxx="yyy" Same as #xxx="yyy" +? Brings up a help file -? Same as +? 5
Page 1 and 2: CCS C Compiler Manual PCB / PCM / P
Page 3 and 4: Table of Contents Overview ........
Page 5 and 6: Table of Contents PreProcessor ....
Page 7 and 8: Table of Contents enable_interrupts
Page 9 and 10: Table of Contents read_bank( ) ....
Page 11 and 12: Table of Contents spi_init() ......
Page 13 and 14: OVERVIEW C Compiler PCB, PCM and PC
Page 15: Overview Directories The compiler w
Page 19 and 20: Overview Menu All of the IDE's func
Page 21 and 22: Overview Debugging Windows Debugger
Page 23 and 24: PROGRAM SYNTAX Overall Structure A
Page 25 and 26: Program Syntax Sequence Same as ??=
Page 27 and 28: STATEMENTS Statements STATEMENT if
Page 29 and 30: Statements The expression is evalua
Page 31 and 32: Statements goto goto The goto state
Page 33: Statements ; Statement: ; Example:
Page 36 and 37: Identifiers ABCDE ID[X] ID[X][X] ID
Page 38 and 39: expr&expr Left to Right expr^expr L
Page 40 and 41: Structures & Unions typedef Named R
Page 42 and 43: Enumerated Types enum enumeration t
Page 44 and 45: SEE ALSO: Declarations, Type Specif
Page 46 and 47: Using Program Memory for Data CCS C
Page 49 and 50: 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
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Functional Overview Relevant Interr
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Functional Overview be treated as a
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Functional Overview psp_input_full(
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Functional Overview Program Eeprom
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Functional Overview None Relevant I
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Functional Overview printf() or fpr
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Functional Overview to be enabled.
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Functional Overview configure the s
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Functional Overview None Relevant I
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Functional Overview USB Universal S
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Functional Overview WDT or Watch Do
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Functional Overview variables/const
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PREPROCESSOR PRE-PROCESSOR DIRECTOR
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PreProcessor { int8 a; int16 b; } t
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PreProcessor ASR.B f,W W0 = f >> 1a
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PreProcessor DEC Wa,Wd Wd = Wa â
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PreProcessor MUL.SU Wa,lit5,Wd {Wd+
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PreProcessor SUBR Wa,lit5,Wd Wd = l
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PreProcessor The compiler will set
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PreProcessor Examples: #byte status
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PreProcessor #define isequal(a,b) (
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PreProcessor NORETFIE to interrupt
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PreProcessor Note: you may NOT use
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PreProcessor void TimerTask(void) {
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PreProcessor Some processors allow
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PreProcessor to see if the specifie
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PreProcessor #INCLUDE "filename" El
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PreProcessor #INT_IC2QEI Input Capt
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PreProcessor Files: Also See: enabl
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PreProcessor #line Syntax: Elements
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PreProcessor Purpose: Stops inserti
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PreProcessor object file. It is an
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PreProcessor SCK2 SSDMA Transmit (a
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PreProcessor #priority Syntax: Elem
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PreProcessor #rom Syntax: Elements:
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PreProcessor the serial number. lis
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PreProcessor __time__ Syntax: Eleme
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PreProcessor #use capture Syntax: E
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PreProcessor type=speed option the
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PreProcessor SLOW RESTART_WDT FORCE
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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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