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Index: S

safe compartments : 20.2.2.3. Security features

Safe module : 1.2.5.1. Trojan horses

Sarathy, Gurusamy

10.2.2. Data::Dumper
10.3.2. MLDBM

save stack : 20.4.3. Inside Other Stacks

SBDM module : 10.3.1. DBM

scalars

dereferencing

1.1.3. References to Scalars
1.2.2. Performance Efficiency

dynamic allocation of : 1.2.3. References to Anonymous Storage

dynamic binding : 9.1. Tying Scalars

scalar values (SVs) : 20.3.1. Scalar Values

Scale widgets

A.7. Scale
14.3.10. Scale

schema

evolution of : 11.2.10. Schema Evolution
generation for database : 17.2.1. Oh, and Can You Do This Too?

scope stack : 20.4.3. Inside Other Stacks

scoping, lexical versus dynamic : 3.1.2. Lexical Versus Dynamic Scoping

scratchpads : 3.1.1. Lexical Variables

scripting, advantages of : The Case for Scripting

ScrlListBox function : 14.3.9. Scrollbars and Scrolling

ScrlText function : 14.3.9. Scrollbars and Scrolling

scrollbars (scrolling) : A.6. Scrollbars and Scrolling

Scrolled function : 14.3.9. Scrollbars and Scrolling

scrolling widgets : 14.3.9. Scrollbars and Scrolling

SDBM module : 9.3. Tying Hashes

SDBM_File module : 10.3.1. DBM

search_files subroutine (example) : 19.3. Examples

searching

man pages with perlman : 16.2.2. Searching for Text
for methods : 7.3.1. Searching for Methods
multipattern grep for (example) : 5.5.1. A Fast Multipattern grep

security

eval function and : 5.1. The String Form: Expression Evaluation
module privacy : 6.4. Privacy
references and : 1.2.5.1. Trojan horses
taint checking : 20.2.2.3. Security features

select function : 12.3.2. Multiplexing Using select

Select module

12.3.2. Multiplexing Using select
12.5. IO Objects and Filehandles

select statement (SQL) : 10.4.1.2. Select

selective aliases : 3.3.1. Selective Aliasing

sending sockets : 12.2.2. Sender

serialization : 10.1. Persistence Issues

Data::Dumper module : 10.2.2. Data::Dumper
FreezeThaw module : 10.2.1. FreezeThaw
Storable module : 10.2.3. Storable

servers : 12.4. Real-World Servers

forking : 12.3.1. Multiple Threads of Execution
quiescent : 12.3.3. Nonblocking Filehandles

set_attributes function

11.2.2. Object Encapsulation
11.3.2.2. Queries
database mapping and : 11.2.4. Multivalued Attributes and Database Mapping

setjmp function : 5.6. Using Eval for Time-Outs

shadow classes, SWIG and : 18.3. SWIG Features

shallow binding : 4.5.2. Python

shared string tables : 20.3.3.1. Inside HVs

%SIG variable : 4.2.2. Signal Handlers

SIGALRM signal : 14.5. Timers

SIGIO signal : 12.3. Handling Multiple Clients

signals : 4.2.2. Signal Handlers

ALRM (alarm) : 5.6. Using Eval for Time-Outs
CHLD (child process) : 12.3.1. Multiple Threads of Execution
SIGALRM : 14.5. Timers
SIGIO (I/O) : 12.3. Handling Multiple Clients

smart callbacks : 4.4.1. Using Closures as "Smart" Callbacks

socket call : 12.5. IO Objects and Filehandles

sockets : 12.1. Networking Primer

bidirectional communication : 12.2.3. Bidirectional Communications
handling multiple sockets : 12.3. Handling Multiple Clients
IO::Socket module : 12.2. Socket API and IO::Socket
receiving with : 12.2.1. Receiver
sending with : 12.2.2. Sender
servers and : 12.4. Real-World Servers
Socket API : 12.2. Socket API and IO::Socket

soft references : (see symbolic references)

SpecPerl utility : 14.2.1. GUI Forms: The Easy Way

SpecTcl utility : 14.2.1. GUI Forms: The Easy Way

speed : (see performance)

Sql statement (SQL) : 10.4.2. Win32::ODBC

SQL statements : 10.4.1.1. Basic SQL accesses

ST macro : 20.4.2.1. Returning a variable list of results

stacks

20.2.1. Perl Objects
20.4. Stacks and Messaging Protocol

stashes : (see symbol tables)

static allocation : 1.1. Referring to Existing Variables

static methods : 7.2.5. Class Methods and Attributes

static typing hints : 20.7. A Peek into the Future

statically linked extensions : 19.4. Adding Extensions

Stopwatch facility (example) : 9.1.1. Example: Stopwatch

Storable module : 10.2.3. Storable

store function

9.1. Tying Scalars
11.2.6. Object Identity
Adaptor::DBI module : 11.3.2.1. Storing objects
Adaptor::File module : 11.3.1.1. Storing objects

stores procedures : 10.4.1.6. What DBI does not provide

streamed data, modules for : 10.2. Streamed Data

streams : 4.4.2. Iterators and Streams

strict directive, symbolic references and : 1.5. Symbolic References

strings : 20.3.1. Scalar Values

as filehandles : 3.4.4. Strings as Handles
shared string tables : 20.3.3.1. Inside HVs

struct declaration (C) : 2.1. User-Defined Structures

structures

Academy Award data (example) : 2.4. Pass the Envelope

magic variables : 20.3.6. Magic Variables

nested

B.2. Nested Data Structures
1.3. Nested Data Structures
18.3. SWIG Features

opcodes : 20.2.2.1. Inside opcodes

Perl value types : 20.3. Perl Value Types

PerlInterpreter : 20.2.1.1. Multiple interpreters

printing : 2.5. Pretty-Printing

stacks : 20.4. Stacks and Messaging Protocol

SWIG and : 18.3. SWIG Features

type-checking hints : 20.7. A Peek into the Future

user-defined : 2.1. User-Defined Structures

matrices example : 2.2. Example: Matrices

subroutines

anonymous

3.3.3. Naming Anonymous Subroutines
4.1.2. References to Anonymous Subroutines

BEGIN, compilation and : 6.3. Package Initialization and Destruction

calling : 20.4.1. Calling a Perl Subroutine

closures : 4.3. Closures

delaying loading of : 6.7. Autoloading

dispatch tables : 4.2.1. Dispatch Table

eval function and : 5.1. The String Form: Expression Evaluation

modules/packages and : 6.1. Basic Package

passing arrays/hashes to : 1.2.1. Passing Arrays and Hashes to Subroutines

passing filehandles to : 3.4.2. Passing Filehandles to Subroutines

private names for : 6.4.1. Enforcing Privacy

referencing : 4.1. Subroutine References

substitutions, /e flag with : 5.4.1. Expression Evaluation in Substitutions

substr function : 5.5.2. Extracting Columns from a File

SUPER pseudoclass : 7.2.6.1. Overriding base classes

superclasses : 7.2.6. The Need for Inheritance

SVs (scalar values) : 20.3.1. Scalar Values

SWIG tool

2.1. User-Defined Structures
17.1. On Code Generation
18. Extending Perl:A First Course
C header file and : 18.1.1. The Extension Process
features of : 18.3. SWIG Features
Mandelbrot code example : 18.2.1. Fractals Using SWIG
typemaps : 20.5.7. SWIG Typemaps
XS tool versus : 18.1.2. SWIG or XS?
XSUBs and : 20.4.2. The Called Side: Hand-Coding an XSUB

Symbol module : 3.4. Filehandles, Directory Handles, and Formats

symbol tables

3.1. Perl Variables, Symbol Table, and Scoping
20.2.1. Perl Objects
20.3.4. Glob Values and Symbol Tables
accessing : 6.8. Accessing the Symbol Table
modules/packages and : 6.1.1. Packages and Variables

symbolic references

B.6. Dynamic Behavior
1.5. Symbolic References
1.6.1. Reference Counts
4.1.4. Symbolic References
modules/packages and : 6.1.2. Symbolic References

symbols, importing : 6.5. Importing Symbols

Symdump module : 20.1. Reading the Source

synchronicity : 13.2. Remote Procedure Calls (RPC)

syntax tree : 17.2. Jeeves Example

sysread operator

12.3.3. Nonblocking Filehandles
12.3.2.1. Blocking looms again
12.5. IO Objects and Filehandles

syswrite operator

12.2.3. Bidirectional Communications
12.3.3. Nonblocking Filehandles
12.3.2.1. Blocking looms again
12.5. IO Objects and Filehandles

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