TASKING VX-toolset for ARM User Guide

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TASKING VX-toolset for ARM User GuideA popup menu appears.3. Select Detailed Diagnostics Info.A dialog box appears with additional information.On the command line you can use the linker option --diag to see an explanation of a diagnostic message:lkarm --diag=[format:]{all | number,...]218
Chapter 9. Run-time EnvironmentThis chapter describes the startup code used by the TASKING VX-toolset for ARM C Compiler, the vectortable, the stack layout and the heap.9.1. Startup CodeYou need the run-time startup code to build an executable application. The default startup code consistsof the following components:• Initialization code. This code is executed when the program is initiated and before the function main()is called.• Exit code. This controls the close down of the application after the program's main function terminates.The startup code is part of the C library, and the source is present in the file cstart.asm (ARM andThumb), or cstart.c (Thumb2 specific) in the directory lib\src. This code is generic code. It useslinker generated symbols which you can give target specific or application specific values.These symbolsare defined in the linker script file (include.lsl\arm_arch.lsl) and you can specify their values inEclipse or on the command line with linker option --define. If the default run-time startup code does notmatch your configuration, you need to make a copy of the startup file, modify it and add it to your project.A typical example for doing this is when main() has arguments, typically argc/argv. In this case cstartneeds to be recompiled with the macro __USE_ARGC_ARGV set. When necessary you can use the macro__ARGCV_BUFSIZE to define the size of the buffer used to pass arguments to main().The entry point of the startup code (reset handler) is label _START. This global label should not beremoved, since the linker uses it in the linker script file. It is also used as the default start address of theapplication.Initialization codeThe following initialization actions are executed before the application starts:• Load the 'real' program address. This assures that the reset handler is immune for any ROM/RAMre-mapping.• Initialize the stack pointers for each processor mode. The stack pointers are loaded in memory by thestack address located at a linker generate symbol (for example _lc_ub_stack). These symbols aredefined in the linker script file. See Section 9.4, Stack and Heap, for detailed information on the stack.• Call a user function which initializes hardware.The startup code calls the function __init_hardware.This function has an empty implementation in the C library, which you should change if certain hardwareinitializations, such as ROM/RAM re-mapping or MMU configuration, are required before calling themain application.• Copy initialized sections from ROM to RAM, using a linker generated table (also known as the 'copytable') and clear uninitialized data sections in RAM.219
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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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Page 179 and 180: Using the C++ Compiler4. Select the
Page 181 and 182: Using the C++ CompilerR (Remarks)Re
Page 183 and 184: Chapter 6. ProfilingProfiling is th
Page 185 and 186: Profilingalso information about whi
Page 187 and 188: ProfilingFor the command line, see
Page 189 and 190: ProfilingThe project LSL file is up
Page 191 and 192: ProfilingThe profiling informationB
Page 193 and 194: ProfilingIn the right pane the Sett
Page 195 and 196: Chapter 7. Using the AssemblerThis
Page 197 and 198: Using the Assemblermenu item. In or
Page 199 and 200: Using the AssemblerExample on the c
Page 201 and 202: Chapter 8. Using the LinkerThis cha
Page 203 and 204: Using the LinkerTermRelocationinfor
Page 205 and 206: Using the LinkerTo assign locations
Page 207 and 208: Using the LinkerAn overview of the
Page 209 and 210: Using the LinkerIf the library resi
Page 211 and 212: Using the LinkerThis links the file
Page 213 and 214: Using the LinkerWhen this optimizat
Page 215 and 216: Using the Linker2. You can edit the
Page 217 and 218: Using the Linker• convert a logic
Page 219 and 220: Using the LinkerAddress spacesA log
Page 221 and 222: Using the Linkerbus local_bus{mau =
Page 223 and 224: Using the Linker2. In the left pane
Page 225 and 226: Using the LinkerThis completes the
Page 227: Using the Linkerlkarm --map-file te
Page 231 and 232: Run-time EnvironmentDefineexit_lc_u
Page 233 and 234: Run-time EnvironmentMain applicatio
Page 235 and 236: Run-time Environment0x00000000 then
Page 237 and 238: Run-time EnvironmentAll ARM archite
Page 239 and 240: Run-time EnvironmentHeap allocation
Page 241 and 242: Chapter 10. Using the UtilitiesThe
Page 243 and 244: Using the Utilities10.2. Make Utili
Page 245 and 246: Using the UtilitiesoptionFor a comp
Page 247 and 248: Using the UtilitiesTarget.SILENT.SU
Page 249 and 250: Using the UtilitiesLDFLAGS = -lcarm
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Page 267 and 268: Using the Utilitiesccarm -g -t hell
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Page 271 and 272: Using the UtilitiesAssembly level s
Page 273 and 274: Chapter 11. Using the DebuggerThis
Page 275 and 276: Using the Debugger• Initial downl
Page 277 and 278: 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: --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 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: --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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MISRA-C Rules20.420.520.620.720.820
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