TASKING VX-toolset for ARM User Guide

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TASKING VX-toolset for ARM User Guide3. Connect the board to a PC with the USB cable for power supply. If Windows asks to search fordrivers, you can ignore this.Eclipse target board debug configurationIn order to debug in the Eclipse environment, you have to create a debug launch configuration for yourhardware configuration. This is explained in Section 11.2, Creating a Customized Debug Configuration.Use the following settings:Target board debug configurationTargetConfigurationConnectionSettingEnergy Micro Gecko Starter KitDefaultJ-Link over USB (JTAG or SWD)12.5. Using the EFM32-G2XX-DK, Gecko Development KitThe EFM32-G2XX-DK is a development kit with an EFM32G290F128 MCU plugin board for evaluation,prototyping and application development for the EFM32 Gecko MCU family with the ARM Cortex-M3CPU core. Read the Development Kit EFM32-G2XX-DK User Manual, for detailed information.Installing driver softwareThis board uses on-board J-Link, but you can also use an external J-Link. First make sure you haveinstalled the latest driver software. You can download the latest software for J-Link fromwww.segger.com/download_jlink.html.Connecting the boardIf you want to use the on-board J-Link:• Connect the board to a PC with a USB cable.If you want to use an external J-Link debugger probe:1. Connect any of the J-Link debugger probes with the 20-pin JTAG/SWD cable to the board.2. Connect J-Link to a PC with a USB cable.288
Target Board Support3. Connect the board to a PC with the USB cable for power supply. If Windows asks to search fordrivers, you can ignore this.Eclipse target board debug configurationIn order to debug in the Eclipse environment, you have to create a debug launch configuration for yourhardware configuration. This is explained in Section 11.2, Creating a Customized Debug Configuration.Use the following settings:Target board debug configurationTargetConfigurationConnectionSettingEnergy Micro Gecko Development KitDefaultJ-Link over USB (JTAG or SWD)12.6. Using the EFM32GG-STK3700, Giant Gecko Starter KitThe EFM32GG-STK3700 is a starter kit for evaluation, prototyping and application development for theEFM32 Giant Gecko MCU family with the ARM Cortex-M3 CPU core. Read the Starter KitEFM32GG-STK3700 User Manual, for detailed information.Installing driver softwareBefore you connect J-Link to the board, first make sure you have installed the latest driver software. Youcan download the latest software for J-Link from www.segger.com/download_jlink.html.Connecting the board1. Connect any of the J-Link debugger probes with the 20-pin JTAG/SWD cable to the board.2. Connect J-Link to a PC with a USB cable.3. Connect the board to a PC with the USB cable for power supply. If Windows asks to search fordrivers, you can ignore this.289
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TASKING VX-toolset for ARMUser Guid
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Table of Contents1. C Language ....
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TASKING VX-toolset for ARM User Gui
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Chapter 1. C LanguageThis chapter d
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C LanguagePacked structuresTo preve
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C LanguageSCB->VTOR |= (1
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C LanguageExample 2: using output p
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C LanguageExample 5: reserving regi
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C Languageadd r1,r1,r1,lsl #2mov r0
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C Language• On return of such a c
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C Languageotherwise, a pragma is in
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C Languageinline / noinline / smart
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C Languagelinear_switch / jump_swit
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C LanguageMacro__STDC_VERSION____TA
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C LanguageParameter type_Bool, char
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C Language1.10.3. Interrupt Functio
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C Language...}1.10.3.2. Interrupt F
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C Languagei = __setspsr (0, SR_F |
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C Language__get_FAULTMASKunsigned i
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C Language__REVSHsigned int __REVSH
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Chapter 2. C++ LanguageThe TASKING
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C++ Language• explicit is accepte
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C++ LanguageS s; // OK.S s2; // Ins
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C++ Language• Functions can be "d
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C++ Language• When option --nonco
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C++ Languageenum E { e, };2.3. GNU
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C++ Language• Dollar signs ($) ar
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C++ Language• An explicit instant
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C++ Languageextern "C" { void f(int
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C++ Language• An inherited type n
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C++ Language}template< typename T >
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C++ Language• When doing nonclass
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C++ Language}f(p, x); // calls #1
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C++ LanguageThis means a program ca
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C++ LanguageIf you are using Borlan
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C++ Language#pragma instantiate A#p
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C++ Languageexport template T const
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C++ LanguageThe export_info file co
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C++ LanguageonceWhen placed at the
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C++ LanguageMacro__EXCEPTIONS__FILE
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C++ LanguageMacro__VIRTUAL_FUNCTION
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C++ LanguageWhen the host system do
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C++ Language• #pragma hdrstop may
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Chapter 3. Assembly LanguageThis ch
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Assembly LanguageCharacter Descript
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Assembly Language3.5. RegistersThe
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Assembly Language3.6.3. Expression
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Assembly Language'.' and a user def
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Assembly Language@BIGENDIAN()Return
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Assembly Language.DEFINE ID "@STRCA
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Assembly Language3.9.1. Overview of
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Assembly Language.ALIGNSyntax.ALIGN
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Assembly Language.BS, .BSB, .BSH, .
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Assembly Language.CALLSSyntaxor.CAL
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Assembly Language.DB, .DH, .DW, .DD
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Assembly Language.DEFINESyntax.DEFI
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Assembly Language.ENDSyntax.ENDDesc
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Assembly Language.EXTERNSyntax.EXTE
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Assembly Language.FOR, .ENDFORSynta
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Assembly Language.GLOBALSyntax.GLOB
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Assembly Language... ; code for the
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Assembly Language.LIST, .NOLISTSynt
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Assembly Language.MACRO, .ENDMSynta
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Assembly Language.MESSAGESyntax.MES
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Assembly Language.OFFSETSyntax.OFFS
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Assembly LanguageAssembler option -
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Assembly Language.SECTION, .ENDSECS
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Assembly Language.SIZESyntax.SIZEsy
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Assembly Language.TITLESyntax.TITLE
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Assembly Language.UNDEFSyntax.UNDEF
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Assembly Language3.10. Macro Operat
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Assembly LanguageExample: Argument
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Assembly Languageit expands as:.MES
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Assembly LanguageMOV32 ARM and Thum
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Assembly LanguageADD, SUB inversion
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Chapter 4. Using the C CompilerThis
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Using the C Compiler• Build Selec
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Using the C CompilerFirst the compi
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Using the C Compiler#pragma endopti
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Using the C CompilerMIL splitting (
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Using the C Compiler4.5.3. Optimize
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Using the C Compilercmp r1,r0blt .L
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Using the C Compilercompiled.This i
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Using the C Compilerexecuted, and t
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Using the C Compilerrecommendations
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Using the C Compiler4.8. C Compiler
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Chapter 5. Using the C++ CompilerTh
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Using the C++ Compiler4. Select the
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Using the C++ CompilerR (Remarks)Re
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Chapter 6. ProfilingProfiling is th
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Profilingalso information about whi
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ProfilingFor the command line, see
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ProfilingThe project LSL file is up
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ProfilingThe profiling informationB
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ProfilingIn the right pane the Sett
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Chapter 7. Using the AssemblerThis
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Using the Assemblermenu item. In or
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Using the AssemblerExample on the c
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Chapter 8. Using the LinkerThis cha
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Using the LinkerTermRelocationinfor
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Using the LinkerTo assign locations
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Using the LinkerAn overview of the
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Using the LinkerIf the library resi
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Using the LinkerThis links the file
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Using the LinkerWhen this optimizat
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Using the Linker2. You can edit the
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Using the Linker• convert a logic
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Using the LinkerAddress spacesA log
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Using the Linkerbus local_bus{mau =
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Using the Linker2. In the left pane
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Using the LinkerThis completes the
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Using the Linkerlkarm --map-file te
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Chapter 9. Run-time EnvironmentThis
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Run-time EnvironmentDefineexit_lc_u
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Run-time EnvironmentMain applicatio
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Run-time Environment0x00000000 then
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Run-time EnvironmentAll ARM archite
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Run-time EnvironmentHeap allocation
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Chapter 10. Using the UtilitiesThe
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Using the Utilities10.2. Make Utili
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Using the UtilitiesoptionFor a comp
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Page 273 and 274: Chapter 11. Using the DebuggerThis
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Page 277 and 278: Using the DebuggerSource tabOn the
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Page 291 and 292: Using the Debugger4. In the Device
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Page 295 and 296: Target Board SupportNameSTM32L-Disc
Page 297: Target Board SupportConnecting the
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Page 311 and 312: Target Board SupportUse the followi
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Page 317 and 318: Target Board SupportInstalling driv
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Page 327 and 328: Target Board SupportEclipse target
Page 329 and 330: Target Board SupportInstalling driv
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Tool OptionsC compiler option: --ch
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Tool OptionsC compiler option: --co
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Tool OptionsC compiler option: --de
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Tool OptionsE282: unterminated comm
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Tool OptionsC compiler option: --er
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Tool OptionsC compiler option: --gl
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Tool OptionsC compiler option: --in
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Tool OptionsC compiler option: --ke
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Tool Options• Allow zero sized ar
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Tool Optionsstr r0,[r3,#0]bne .L2st
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Tool OptionsC compiler option: --ma
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Tool OptionsC compiler option: --mi
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Tool OptionsC compiler option: --mi
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Tool OptionsC compiler option: --no
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Tool OptionsC compiler option: --op
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Tool OptionsRelated informationC co
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Tool Options• It is possible to n
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Tool OptionsC compiler option: --pr
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Tool OptionsC compiler option: --pr
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Tool OptionsC compiler option: --re
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Tool OptionsC compiler option: --ru
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Tool OptionsC compiler option: --si
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Tool OptionsC compiler option: --so
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Tool OptionsC compiler option: --th
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Tool OptionsC compiler option: --uc
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Tool OptionsC compiler option: --un
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Tool OptionsC compiler option: --wa
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Tool OptionsC++ compiler option: --
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Tool OptionsR, W,E, or CExampleAn i
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Tool OptionsWith --preprocess=+noli
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Tool OptionsAssembler option: --cas
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Tool OptionsAssembler option: --cod
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Tool OptionsAssembler option: --deb
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Tool OptionsYou can now use a macro
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Tool OptionsAssembler option: --dia
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Tool OptionsAssembler option: --emi
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Tool OptionsAssembler option: --err
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Tool OptionsAssembler option: --hel
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Tool OptionsRelated informationAsse
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Tool OptionsAssembler option: --inv
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Tool OptionsAssembler option: --lis
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Tool OptionsDescriptionWith this op
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Tool OptionsAssembler option: --no-
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Tool OptionsAssembler option: --opt
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Tool OptionsAssembler option: --out
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Tool OptionsAssembler option: --pag
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Tool OptionsAssembler option: --pre
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Tool OptionsAssembler option: --sec
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Tool Options13.5. Linker OptionsThi
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Tool OptionsLinker option: --chip-o
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Tool OptionsLinker option: --code-e
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Tool OptionsLinker option: --define
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Tool OptionsLinker option: --first-
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Tool OptionsLinker option: --help (
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Tool OptionsLinker option: --hex-re
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Tool OptionsLinker option: --includ
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Tool OptionsLinker option: --keep-o
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Tool OptionsLinker option: --librar
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Tool OptionsLinker option: --link-o
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Tool OptionsLinker option: --lsl-ch
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Tool OptionsLinker option: --lsl-fi
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Tool OptionsLinker option: --map-fi
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Tool OptionsDescriptionWith this op
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Tool OptionsDefault: --optimize=1De
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Tool Options• It is possible to n
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Tool OptionsExampleTo create the ou
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Tool OptionsLinker option: --strip-
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Tool OptionsControl program option:
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Tool Optionsccarm --define=DEMO tes
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Tool OptionsFirst the linker looks
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Tool Options--debug-info--define=DE
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Tool OptionsWith --preprocess=+make
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Tool OptionsDefining MacrosCommand
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Tool OptionsMake utility option: -a
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Tool OptionsMake utility option: -D
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Tool OptionsMake utility option: -e
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Tool OptionsMake utility option: -f
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Tool OptionsMake utility option: -i
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Tool OptionsMake utility option: -k
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Tool OptionsSpecify the option file
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Tool OptionsMake utility option: -p
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Tool OptionsMake utility option: -r
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Tool OptionsMake utility option: -s
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Tool OptionsMake utility option: -t
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Tool OptionsMake utility option: -W
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Tool OptionsMake utility option: -x
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Tool OptionsParallel make utility o
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Tool OptionsDescriptionDisplay opti
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Tool OptionsArchiver option: --dump
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Tool OptionsArchiver option: --help
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Tool OptionsArchiver option: --opti
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Tool OptionsArchiver option: --prin
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Tool OptionsThe library mylib.lib a
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Tool OptionsArchiver option: --warn
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Tool OptionsHLL object dumper optio
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Chapter 14. LibrariesThis chapter c
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Libraries14.1. Using the CMSIS DSP
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LibrariesPower and absolute-value f
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LibrariesEFAULT 9 Bad addressEEXIST
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Librariescopysign(double d,double s
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LibrariesReturns a pointer to type
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Librariesmath.hscalbnscalblntgmath.
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Librariesmath.htgmath.hDescriptione
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Librariesva_arg(va_list ap,type)va_
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LibrariesFile accessstdio.hfopen(na
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Librariesprintf conversion characte
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Librariesstdio.hvfprintf(stream,for
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LibrariesRandom accessstdio.hfseek(
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Librariesstdlib.hfloat strtof(*s,**
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Librariesmbstowcs(*pwcs,*s,n) Conve
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Librariesclock_t unsigned long long
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Libraries%x%X%y%Y%z%Z%%local date r
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Libraries14.2.29. wctype.hMost func
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LibrariesFunctionbsearchbtowccabs c
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LibrariesFunctionfmod fmodf fmodlfo
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LibrariesFunctionlogb logbf logbllo
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LibrariesFunctionstrcspn wcscspnstr
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LibrariesThe I/O part of the C libr
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Chapter 15. List File FormatsThis c
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List File FormatsEach page displays
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List File FormatsModule Local Symbo
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List File FormatsColorCollapseSecti
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List File FormatsRemoved SectionsTh
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Chapter 16. Object File FormatsThis
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Object File FormatsExtended Linear
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Object File FormatsS0 - recordS0len
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Chapter 17. Linker Script Language
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Linker Script Language (LSL)form th
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Linker Script Language (LSL)tag_att
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Linker Script Language (LSL)max()in
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Linker Script Language (LSL)| reser
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Linker Script Language (LSL)heap_de
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Linker Script Language (LSL)derivat
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Linker Script Language (LSL)section
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Linker Script Language (LSL)addr_ab
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Linker Script Language (LSL)17.4. S
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Linker Script Language (LSL)17.4.2.
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Linker Script Language (LSL)Vector
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Linker Script Language (LSL)}page_s
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Linker Script Language (LSL){}mau =
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Linker Script Language (LSL)}archit
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Linker Script Language (LSL)If you
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Linker Script Language (LSL)vector_
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Linker Script Language (LSL)the hig
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Linker Script Language (LSL)Locatin
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Linker Script Language (LSL)It may
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Linker Script Language (LSL)17.8.3.
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Linker Script Language (LSL)The fil
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Linker Script Language (LSL)group (
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Chapter 18. Debug Target Configurat
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Debug Target Configuration FilesEle
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Debug Target Configuration FilesST-
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Chapter 19. CPU Problem Bypasses an
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Chapter 20. CERT C Secure Coding St
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CERT C Secure Coding StandardDCL32-
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CERT C Secure Coding Standard20.6.
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CERT C Secure Coding Standard20.11.
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Chapter 21. MISRA-C RulesThis chapt
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MISRA-C Rules46.47.48.49.50.51.52.5
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MISRA-C Rules106.(R)Automatic addre
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MISRA-C RulesIdentifiers5.15.25.35.
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MISRA-C RulesPointer type conversio
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MISRA-C RulesFunctions16.116.216.31
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MISRA-C Rules20.420.520.620.720.820
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