P

+p, compiler option, A.2.66 +p

-P, compiler option, A.2.67 –P

page size, setting for stack or heap, A.2.159 -xpagesize=n

parallelization

turning on warning messages, A.2.189 -xvpara

turning on with -xautopar for multiple processors, A.2.110 -xautopar

parallelization, with -xreduction, A.2.173 -xreduction

parameterized manipulators, iostreams, 13.7.2 Parameterized Manipulators

PEC: Portable Executable Code, A.2.164 -xpec[={yes|no}]

peeking at input, 13.3.7 Peeking at Input

Pentium, A.2.181.1 -xtarget Values By Platform

-pentium, compiler option, A.2.69 –pentium

performance

optimizing with -fast, A.2.17 –fast

overhead of MT-safe classes

10.4.1.4 Reducing Performance Overhead of MT-Safe Classes

10.4.1.4 Reducing Performance Overhead of MT-Safe Classes

-pg, compiler option, A.2.70 –pg

-PIC, compiler option, A.2.71 -PIC

-pic, compiler option, A.2.72 –pic

placement, template instances, 7.2.4 Template Instance Placement and Linkage

plain manipulators, iostreams, 13.7.1 Using Plain Manipulators

polar, complex number, 14.1 The Complex Library

POSIX threads, A.2.55 -mt[={yes|no}]

#pragma align, B.2.1 #pragma align

#pragma does_not_read_global_data, B.2.2 #pragma does_not_read_global_data

#pragma does_not_return, B.2.3 #pragma does_not_return

#pragma does_not_write_global_data, B.2.4 #pragma does_not_write_global_data

#pragma dumpmacros, B.2.5 #pragma dumpmacros

#pragma end_dumpmacros, B.2.6 #pragma end_dumpmacros

#pragma error_messages, B.2.7 #pragma error_messages

#pragma fini, B.2.8 #pragma fini

#pragma ident, B.2.10 #pragma ident

#pragma init, B.2.11 #pragma init

#pragma must_have_frame, B.2.12 #pragma must_have_frame

#pragma no_side_effect, B.2.13 #pragma no_side_effect

#pragma opt, B.2.14 #pragma opt

#pragma pack, B.2.15 #pragma pack(n)

#pragma rarely_called, B.2.16 #pragma rarely_called

#pragma returns_new_memory, B.2.17 #pragma returns_new_memory

#pragma unknown_control_flow, B.2.18 #pragma unknown_control_flow

#pragma weak, B.2.19 #pragma weak

#pragma keywords, B.2 Pragma Reference

pragmas (directives), B.2 Pragma Reference

precedence, avoiding problems of, 13.3.1 Output Using iostream

precompiled-header file, A.2.162.1 Creating a Precompiled-Header File

predefined manipulators, iomanip.h, 13.7 Manipulators

prefetch instructions, enabling, A.2.167 -xprefetch[=a[,a...]]

preprocessor, defining macro to, A.2.8 -Dname[=def]

preserving signedness of chars, A.2.115 -xchar[=o]

private, object thread, 10.4.5 Object Locks

processor, specifying target, A.2.181 –xtarget=t

profiling, -xprofile, A.2.170 –xprofile=p

programs

basic building steps, 2.1 Getting Started

building multithreaded, 10.1 Building Multithreaded Programs

-pta, compiler option, A.2.73 –pta

ptclean command, 7.2 Repository Administration

pthread_cancel() function, 10.2.1 Thread Cancellation

-pti, compiler option

7.5.2 Definitions Search Path

A.2.74 –ptipath

-pto, compiler option, A.2.75 –pto

-ptr, compiler option, A.2.76 –ptr

-ptv, compiler option, A.2.77 –ptv

public functions, MT-safe, 10.4.1.1 Public Conversion Routines

put pointer, streambuf, 13.10.1 Working With Streambufs