C

-C

4.3.5 -C filename

B.2.5 -C

-c

4.3.6 -c

B.2.6 -c

C99

// comment indicators, D.1.5 Commenting Code With //

array declarator, D.1.11 Static and Other Type Qualifiers Allowed in Array Declarators

flexible array members, D.1.8 Flexible Array Members

FLT_EVAL_METHOD, D.1.1 Precision of Floating Point Evaluators

__func__ support, D.1.3 __func__ Support

idempotent qualifiers, D.1.9 Idempotent Qualifiers

implicit function declaration in, D.1.6 Disallowed Implicit int and Implicit Function Declarations

inline function specifier, D.1.10 inline Functions

list of keywords, D.1.2 C99 Keywords

mixed declarations and code, D.1.14 Mixed Declarations and Code

_Pragma, D.1.17 _Pragma

Studio compiler implementation of, C.1 Implementation-defined Behavior (J.3 )

type declaration in for loop, D.1.15 Declaration in for-Loop Statement

type specifier requirement, D.1.7 Declarations Using Implicit int

variable length arrays, D.1.12 Variable Length Arrays (VLA):

cache, as used by optimizer, B.2.85 -xcache[=c]

calloc function, C.1.12 Library Functions (J.3.12)

case statements, E.1.12 Statements (G.3.12)

cc command-line options, B.2 cc Options

-#, B.2.1 -#

-###, B.2.2 -###

-A, B.2.3 -Aname[(tokens)]

-B, B.2.4 -B[static|dynamic]

-C, B.2.5 -C

-c, B.2.6 -c

-d

B.2.8 -d[y|n]

B.2.33 -G

interaction with -G, B.2.33 -G

-E, B.2.10 -E

-errfmt, B.2.11 -errfmt[=[no%]error]

-erroff, B.2.13 -erroff[=t]

-errshort, B.2.14 -errshort[=i]

-errtags, B.2.15 -errtags[=a]

-errwarn, B.2.16 -errwarn[=t]

-fast, B.2.17 -fast

-fd, B.2.18 -fd

-features, B.2.19 -features=[v]

-flags, B.2.20 -flags

-flteval, B.2.21 -flteval[={any|2}]

interaction with FLT_EVAL_METHOD, D.1.1 Precision of Floating Point Evaluators

-fns, B.2.24 -fns[={no|yes}]

as part of -fast expansion, B.2.17 -fast

-fprecision, B.2.27 -fprecision=p

interaction with FLT_EVAL_METHOD, D.1.1 Precision of Floating Point Evaluators

-fround, B.2.28 -fround=r

interaction with -xlibmopt, B.2.112 -xlibmopt

-fsimple, B.2.29 -fsimple[=n]

as part of -fast expansion, B.2.17 -fast

-fsingle, B.2.30 -fsingle

as part of -fast expansion, B.2.17 -fast

interaction with FLT_EVAL_METHOD, D.1.1 Precision of Floating Point Evaluators

-fstore, B.2.31 -fstore

-ftrap, B.2.32 -ftrap=t[,t...]

-G, B.2.33 -G

-g, B.2.34 -g

-g3, B.2.35 -g3

-H, B.2.36 -H

-h, B.2.37 -h name

-I, B.2.38 -I[-|dir]

-i, B.2.39 -i

-include, B.2.40 -include filename

-keeptmp, B.2.43 -keeptmp

-KPIC, B.2.41 -KPIC

-Kpic, B.2.42 -Kpic

-L, B.2.44 -Ldir

-l, B.2.45 -lname

-library=sunperf, B.2.46 -library=sunperf

-mc, B.2.48 -mc

-mr, B.2.51 -mr[,string]

-mt, B.2.52 -mt[={yes|no}]

-native, B.2.53 -native

-nofstore, B.2.54 -nofstore

as part of -fast expansion, B.2.17 -fast

-O, B.2.55 -O

-o, B.2.56 -o filename

-P, B.2.57 -P

-Q, B.2.60 -Q[y|n]

-Qoption, B.2.59 –Qoption phase option[,option..]

-qp, B.2.61 -qp

-R, B.2.62 -Rdir[:dir]

-S, B.2.63 -S

-s, B.2.64 -s

-traceback, B.2.65 -traceback[={%none|common|signals_list}]

-U, B.2.66 -Uname

-V, B.2.67 -V

-v, B.2.68 -v

-W, B.2.69 -Wc,arg

-w, B.2.70 -w

-X, B.2.71 -X[c|a|t|s]

interaction with FLT_EVAL_METHOD, D.1.1 Precision of Floating Point Evaluators

-xaddr32, B.2.75 -xaddr32[=yes|no]

-xalias_level, B.2.76 -xalias_level[=l]

as part of -fast expansion, B.2.17 -fast

examples

5.4 Examples of Memory Reference Constraints

5.4.7 Example: Using a Pragma

explanation, 5.1 Introduction to Type-Based Analysis

-xannotate, B.2.78 -xannotate[=yes|no]

-xarch

interaction with FLT_EVAL_METHOD, D.1.1 Precision of Floating Point Evaluators

-xautopar, B.2.80 -xautopar

-xbinopt, B.2.81 -xbinopt={prepare|off}

-xbuiltin, B.2.82 -xbuiltin[=(%all|%default|%none)]

as part of -fast expansion, B.2.17 -fast

-xc99, B.2.84 -xc99[=o]

in math conversions, 2.6.2 Usual Arithmetic Conversions

-xCC, B.2.83 -xCC

-xchar, B.2.87 -xchar[=o]

-xchar_byte_order, B.2.88 -xchar_byte_order[=o]

-xcheck, B.2.89 -xcheck[=o]

-xchip, B.2.90 -xchip[=c]

-xcode, B.2.91 -xcode[=v]

-xcsi, B.2.93 -xcsi

-xdebugformat, B.2.94 -xdebugformat=[stabs|dwarf]

-xdepend, B.2.95 -xdepend=[yes|no]

-xdryrun, B.2.96 -xdryrun

-xdumpmacros, B.2.97 -xdumpmacros[=value[,value...]]

-xe, B.2.98 -xe

-xF, B.2.99 -xF[=v[,v...]]

-xhelp, B.2.100 -xhelp=flags

-xhwcprof, B.2.101 -xhwcprof

-xinline, B.2.102 -xinline=list

-xipo, B.2.104 -xipo[=a]

-xipo_archive, B.2.105 -xipo_archive=[a]

-xjobs, B.2.107 -xjobs=n

-xkeepframe, B.2.108 -xkeepframe[=[%all,%none,name,no%name]]

-xldscope

2.2 Linker Scoping Specifiers

B.2.109 -xldscope={v}

-xlibmieee, B.2.110 -xlibmieee

-xlibmil, B.2.111 -xlibmil

as part of -fast expansion, B.2.17 -fast

-xlibmopt, B.2.112 -xlibmopt

as part of -fast expansion, B.2.17 -fast

-xlinkopt, B.2.115 -xlinkopt[=level]

interaction with -G, B.2.115 -xlinkopt[=level]

-xloopinfo, B.2.116 -xloopinfo

-xM, B.2.117 -xM

-xM1, B.2.118 -xM1

-xmaxopt, B.2.123 -xmaxopt[=v]

interaction with -xO, B.2.123 -xmaxopt[=v]

-xMD, B.2.119 -xMD

-xmemalign, B.2.124 -xmemalign=ab

as part of -fast expansion, B.2.17 -fast

-xMerge, B.2.122 -xMerge

-xMF, B.2.120 -xMF filename

-xMMD, B.2.121 -xMMD

-xmodel, B.2.125 -xmodel=[a]

-xnolib, B.2.126 -xnolib

-xnolibmil, B.2.127 -xnolibmil

-xnolibmopt, B.2.128 -xnolibmopt

interaction with -xlibmopt, B.2.112 -xlibmopt

-xO, B.2.130 -xO[1|2|3|4|5]

interaction with -xmaxopt, B.2.130 -xO[1|2|3|4|5]

-xopenmp, B.2.131 -xopenmp[=i]

-xP, B.2.132 -xP

-xpagesize, B.2.133 -xpagesize=n

-xpagesize_heap, B.2.134 -xpagesize_heap=n

-xpagesize_stack, B.2.135 -xpagesize_stack=n

-xpch, B.2.136 -xpch=v

-xpchstop,

-xpec, B.2.138 -xpec[={yes|no}]

-xpentium, B.2.139 -xpentium

-xpg, B.2.140 -xpg

-xprefetch, B.2.141 -xprefetch[=val[,val]]

-xprefetch_auto_type, B.2.142 -xprefetch_auto_type=a

-xprefetch_level, B.2.143 -xprefetch_level=l

-xprofile, B.2.144 –xprofile=p

-xprofile_ircache, B.2.145 -xprofile_ircache[=path]

-xprofile_pathmap, B.2.146 -xprofile_pathmap

-xreduction, B.2.147 -xreduction

-xregs, B.2.148 -xregs=r[,r…]

-xrestrict, B.2.149 -xrestrict[=f]

-xs, B.2.150 -xs

-xsafe, B.2.151 -xsafe=mem

-xsfpconst, B.2.152 -xsfpconst

-xspace, B.2.153 -xspace

-xstrconst, B.2.154 -xstrconst

-xtarget, B.2.155 -xtarget=t

-xtemp, B.2.156 -xtemp=dir

-xtime, B.2.158 -xtime

-xtransition, B.2.159 -xtransition

warning for trigraphs, 6.5.1 ISO C Translation Phases

-xtrigraphs, B.2.160 -xtrigraphs[={yes|no}]

-xunroll, B.2.161 -xunroll=n

-xustr, B.2.162 -xustr={ascii_utf16_ushort|no}

-xvector, B.2.163 -xvector[=a]

-xvis, B.2.164 -xvis

-xvpara, B.2.165 -xvpara

-Y, B.2.166 -Yc, dir

-YA, B.2.167 -YA, dir

-YI, B.2.168 -YI, dir

-YP

B.1 Option Syntax

B.2.169 -YP, dir

-YS, B.2.170 -YS, dir

-Zll, B.2.171 -Zll

C compiler

changing default dirs searched for libraries, B.1 Option Syntax

compilation modes and dependencies, 2.12 Predefined Names

compiling a program

B.1 Option Syntax

B.1 Option Syntax

components, 1.8 Organization of the Compiler

options passed to linker, B.3 Options Passed to the Linker

cftime function, 4.3.13 -errsecurity=level

cg (code generator), 1.8 Organization of the Compiler

char, signedness of, B.2.87 -xchar[=o]

character

bits in set, E.1.4.3 (5.2.4.2.1) The number of bits in a character in the execution character set:

decimal point, E.1.15.5 (7.1.1) The decimal-point character:

mapping set, E.1.4 Characters (G.3.4)

multibyte, shift status, E.1.4.2 (5.2.1.2) The shift states used for the encoding of multibyte characters:

set, collation sequence, E.1.15.7 (7.11.4.4) The collation sequence of the execution character set:

single-character character-constant, E.1.13.1 (6.8.1) Whether the value of a single-character character constant in a constant expression that controls conditional inclusion matches the value of the same character constant in the execution character set:

source and execution of set, E.1.4.1 (5.2.1) The members of the source and execution character sets, except as explicitly specified in the Standard:

space, E.1.14.12 (7.9.2) Whether space characters that are written out to a text stream immediately before a new-line character appear when read in:

testing of sets, E.1.14.3 (7.3.1) The sets of characters tested for by the isalnum, isalpha, iscntrl, islower, isprint, and isupper functions:

clock function

C.1.12 Library Functions (J.3.12)

E.1.15.2 (7.12.2.1) The era for the clock function

code generator, 1.8 Organization of the Compiler

code optimization

by using -fast, B.2.17 -fast

optimizer, 1.8 Organization of the Compiler

with -xO, B.2.130 -xO[1|2|3|4|5]

comments

preventing removal by preprocessor, B.2.5 -C

using // by issuing -xCC, B.2.83 -xCC

using // in C99, D.1.5 Commenting Code With //

compatibility options

C Compiler Options Reference

B.2.71 -X[c|a|t|s]

compiler commentary in object file, reading with er_src utility, B.2.82 -xbuiltin[=(%all|%default|%none)]

computed goto, 2.5 Labels as Values

consistency checks by lint, 4.6.1.1 Consistency Checks

const, 6.12.3 Single Compilation Compatibility

const, 6.6 const and volatile

constants

promotion of integral, 6.4.5 Integral Constants

specific to Solaris Studio C ISO C, 2.1.2 Character Constants

specific to Solaris Studio ISO C, 2.1 Constants

conversions

2.6.2 Usual Arithmetic Conversions

2.6.2 Usual Arithmetic Conversions

integers, E.1.5.2 (6.2.1.2) The result of converting an integer to a shorter signed integer, or the result of converting an unsigned integer to a signed integer of equal length, if the value cannot be represented:

cool tools URL, B.2.138 -xpec[={yes|no}]

coverage analysis (tcov), B.2.144 –xprofile=p

cpp (C preprocessor), 1.8 Organization of the Compiler

C programming tools, 1.9 C-Related Programming Tools

creat function, 4.3.13 -errsecurity=level

cscope

cscope: Interactively Examining a C Program

cscope: Interactively Examining a C Program

8.2.9 Command-Line Syntax for Editors

command-line use

8.2.2 Step 2: Invoke the cscope Program

8.2.2 Step 2: Invoke the cscope Program

8.2.5 Command-Line Options

8.2.5 Command-Line Options

editing source files

8.2.1 Step 1: Set Up the Environment

8.2.1 Step 1: Set Up the Environment

8.2.4 Step 4: Edit the Code

8.2.4 Step 4: Edit the Code

8.2.9 Command-Line Syntax for Editors

8.2.9 Command-Line Syntax for Editors

environment setup

8.2.1 Step 1: Set Up the Environment

8.2.1 Step 1: Set Up the Environment

8.2.9 Command-Line Syntax for Editors

environment variables

8.2.6 View Paths

8.2.6 View Paths

searching source files

8.1 The cscope Process

8.1 The cscope Process

8.2.1 Step 1: Set Up the Environment

8.2.3 Step 3: Locate the Code

8.2.3 Step 3: Locate the Code

usage examples

8.2 Basic Use

8.2.4 Step 4: Edit the Code

8.2.8 Examples

8.2.8.3 Changing the Value of a Variable