TASKING VX-toolset for ARM User Guide

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Copyright © 2012 Altium Limited.All rights reserved. You are permitted to print this document provided that (1) the use of such is for personal use onlyand will not be copied or posted on any network computer or broadcast in any media, and (2) no modifications of thedocument is made. Unauthorized duplication, in whole or part, of this document by any means, mechanical or electronic,including translation into another language, except for brief excerpts in published reviews, is prohibited without theexpress written permission of Altium Limited. Unauthorized duplication of this work may also be prohibited by localstatute. Violators may be subject to both criminal and civil penalties, including fines and/or imprisonment. Altium,TASKING, and their respective logos are trademarks or registered trademarks of Altium Limited or its subsidiaries. Allother registered or unregistered trademarks referenced herein are the property of their respective owners and notrademark rights to the same are claimed.
Table of Contents1. C Language .................................................................................................................. 11.1. Data Types ......................................................................................................... 11.2. Changing the Alignment: __unaligned, __packed__ and __align() ................................. 21.3. Placing an Object at an Absolute Address: __at() ....................................................... 31.4. Accessing Hardware from C .................................................................................. 41.5. Using Assembly in the C Source: __asm() ................................................................ 51.6. Attributes ......................................................................................................... 111.7. Pragmas to Control the Compiler .......................................................................... 141.8. Predefined Preprocessor Macros .......................................................................... 191.9. Switch Statement ............................................................................................... 211.10. Functions ....................................................................................................... 221.10.1. Calling Convention ................................................................................. 221.10.2. Inlining Functions: inline .......................................................................... 231.10.3. Interrupt Functions / Exception Handlers .................................................... 251.10.4. Intrinsic Functions ................................................................................. 272. C++ Language ............................................................................................................ 352.1. C++ Language Extension Keywords ...................................................................... 352.2. C++ Dialect Accepted ......................................................................................... 352.2.1. Standard Language Features Accepted ....................................................... 352.2.2. C++0x Language Features Accepted .......................................................... 382.2.3. Anachronisms Accepted ........................................................................... 422.2.4. Extensions Accepted in Normal C++ Mode ................................................... 432.3. GNU Extensions ................................................................................................ 452.4. Namespace Support .......................................................................................... 592.5. Template Instantiation ......................................................................................... 612.5.1. Automatic Instantiation ............................................................................. 622.5.2. Instantiation Modes ................................................................................. 632.5.3. Instantiation #pragma Directives ................................................................. 642.5.4. Implicit Inclusion ..................................................................................... 652.5.5. Exported Templates ................................................................................. 662.6. Inlining Functions ............................................................................................... 692.7. Extern Inline Functions ....................................................................................... 702.8. Pragmas to Control the C++ Compiler .................................................................... 702.9. Predefined Macros ............................................................................................. 712.10. Precompiled Headers ....................................................................................... 752.10.1. Automatic Precompiled Header Processing ................................................. 752.10.2. Manual Precompiled Header Processing .................................................... 782.10.3. Other Ways to Control Precompiled Headers ............................................... 782.10.4. Performance Issues ............................................................................... 793. Assembly Language ..................................................................................................... 813.1. Assembly Syntax ............................................................................................... 813.2. Assembler Significant Characters .......................................................................... 823.3. Operands of an Assembly Instruction ..................................................................... 833.4. Symbol Names .................................................................................................. 833.4.1. Predefined Preprocessor Symbols .............................................................. 843.5. Registers ......................................................................................................... 853.6. Assembly Expressions ........................................................................................ 853.6.1. Numeric Constants .................................................................................. 86iii
Page 1: TASKING VX-toolset for ARMUser Guid
Page 5 and 6: TASKING VX-toolset for ARM User Gui
Page 11 and 12: Chapter 1. C LanguageThis chapter d
Page 13 and 14: C LanguagePacked structuresTo preve
Page 15 and 16: C LanguageSCB->VTOR |= (1
Page 17 and 18: C LanguageExample 2: using output p
Page 19 and 20: C LanguageExample 5: reserving regi
Page 21 and 22: C Languageadd r1,r1,r1,lsl #2mov r0
Page 23 and 24: C Language• On return of such a c
Page 25 and 26: C Languageotherwise, a pragma is in
Page 27 and 28: C Languageinline / noinline / smart
Page 29 and 30: C Languagelinear_switch / jump_swit
Page 31 and 32: C LanguageMacro__STDC_VERSION____TA
Page 33 and 34: C LanguageParameter type_Bool, char
Page 35 and 36: C Language1.10.3. Interrupt Functio
Page 37 and 38: C Language...}1.10.3.2. Interrupt F
Page 39 and 40: C Languagei = __setspsr (0, SR_F |
Page 41 and 42: C Language__get_FAULTMASKunsigned i
Page 43 and 44: C Language__REVSHsigned int __REVSH
Page 45 and 46: Chapter 2. C++ LanguageThe TASKING
Page 47 and 48: C++ Language• explicit is accepte
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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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Using the UtilitiesTarget.SILENT.SU
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Using the UtilitiesLDFLAGS = -lcarm
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Using the Utilities$(match .obj pro
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Using the Utilitieselse-linesendif1
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Using the UtilitiesStatic pattern r
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Using the UtilitiesDINNER = $(FOOD)
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Using the Utilities$(foreach var-na
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Using the UtilitiesCommandecho arg.
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Using the Utilities6. Build the pro
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Using the UtilitiesExtract all modu
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Using the Utilitiesccarm -g -t hell
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Using the Utilitiesaddress columnen
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Using the UtilitiesAssembly level s
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Chapter 11. Using the DebuggerThis
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Using the Debugger• Initial downl
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Using the DebuggerSource tabOn the
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Using the DebuggerWhen this option
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Using the DebuggerThe number beside
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Using the DebuggerThe target halts
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Using the Debugger2. Enter an expre
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Using the Debugger• After the sec
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Using the Debugger• Right-click i
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Using the Debugger4. In the Device
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Chapter 12. Target Board SupportThi
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Target Board SupportNameSTM32L-Disc
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Target Board SupportConnecting the
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Target Board Support3. Connect the
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Target Board SupportTarget board de
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Target Board SupportUse the followi
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Target Board SupportInstalling driv
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Target Board Support12.25. Using th
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Target Board Support3. Power the bo
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Target Board SupportJumper settings
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Target Board SupportEclipse target
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Target Board SupportInstalling driv
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Target Board SupportUse the followi
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Chapter 13. Tool OptionsThis chapte
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Tool OptionsEclipse optionUse FPUAl
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Tool OptionsEclipse optionDescripti
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Tool Options13.1. Configuring the C
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Tool OptionsC compiler option: --al
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Tool OptionsC compiler option: --ca
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Tool OptionsRelated information-337
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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 OptionsAssembler option: --sym
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Tool OptionsAssembler option: --ver
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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: --diagMe
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Tool OptionsLinker option: --endian
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Tool OptionsLinker option: --error-
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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 OptionsLinker option: --munchM
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Tool OptionsLinker option: --no-res
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Tool OptionsLinker option: --no-war
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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 OptionsLinker option: --verbos
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Tool OptionsLinker option: --warnin
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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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TASKING VX-toolset for ARM User Guide

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