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Index: P
pack function
14.2. Starting with Perl/Tk
14.4.1. Packer
package statement
:
6.1. Basic Package
packages
: (see
modules/packages
)
packer geometry manager
:
14.4.1. Packer
padlists
:
20.3.5.2. How local and my work
parameters
passing with typeglobs :
3.2.2.1. Efficient parameter passing
SWIG and :
18.3. SWIG Features
XS and :
18.4.2. Default and Optional Parameters
parentheses, for anonymous arrays
:
1.2.3. References to Anonymous Storage
parse_query function
:
11.3.1.3. Query processing
parser, input specification
17.2. Jeeves Example
17.3.1. Advantages of This Architecture
example of :
17.5. Sample Specification Parser
parser, template
:
17.4.2. Template Parser
pattern matching (example)
:
5.5.1. A Fast Multipattern grep
PDL module
:
2.2. Example: Matrices
Peek module
20.1. Reading the Source
20.3.1.2. Inside SVs
peephole optimizer
:
20.2.2.2. Compilation and code generation stages
percent sign (%) for dereferencing hashes
:
1.1.5. References to Hashes
performance
efficient attribute storage :
8.1. Efficient Attribute Storage
eval function to improve :
5.5. Using Eval for Efficiency
memory management
1.6. A View of the Internals
20.5.6. Memory Management Using XS
references and :
1.2.2. Performance Efficiency
typeglob aliases and :
3.2.2. Using Typeglob Aliases
Perl
advantages of :
Why Perl?
API for :
19.2. Embedding Overview
architecture :
20.2. Architecture
code generation :
17.1. On Code Generation
compiler for :
20.7. A Peek into the Future
debugger for :
20.1. Reading the Source
printing data structures with :
2.5. Pretty-Printing
embedding
19. Embedding Perl:The Easy Way
20.4.1. Calling a Perl Subroutine
20.6. Easy Embedding API
executor :
20.2.3. Executor
extensions :
19.4. Adding Extensions
future of :
20.7. A Peek into the Future
language syntax :
Language Syntax
resources on :
Resources
translator :
20.2.2. Translator
using C with :
18. Extending Perl:A First Course
Mandelbrot code example :
18.2. Example: Fractals with Perl
value types :
20.3. Perl Value Types
Perl interpreter
:
The Perl Interpreter
Perl/Tk toolkit
:
14.2. Starting with Perl/Tk
event bindings :
14.6. Event Bindings
event loops :
14.7. Event Loops
ptK (portable Tk) :
14.1. Introduction to GUIs, Tk, and Perl/Tk
timers :
14.5. Timers
widget reference :
A. Tk Widget Reference
PERL5LIB environment variable
:
6.2.1. Load Path
perl_alloc function
:
19.2. Embedding Overview
perl_call_argv function
19.2. Embedding Overview
19.3. Examples
perl_call_va function
19.2. Embedding Overview
19.3. Examples
20.6. Easy Embedding API
perl_construct function
:
19.2. Embedding Overview
perl_eval_va function
19.2. Embedding Overview
19.3. Examples
20.6. Easy Embedding API
perl_parse function
19.2. Embedding Overview
19.3. Examples
PerlInterpreter structure
:
20.2.1.1. Multiple interpreters
PerlIO object
:
20.2.1. Perl Objects
perlman text viewer
:
16. GUI Example: Man Page Viewer
perltoot document
:
4.4.3. Closures Versus Objects
persistence
10. Persistence
11. Implementing Object Persistence
Adaptor project :
11. Implementing Object Persistence
record-oriented :
10.3. Record-Oriented Approach
streamed data :
10.2. Streamed Data
transparent (orthogonal)
11. Implementing Object Persistence
11.2.1. Design Goals
pixmaps, widgets and
:
14.3.1.2. Images
platform independence
:
10.1. Persistence Issues
plotting expressions
:
4.2.2.1. Expression plotting
.pm and .pl files
:
6.2. Packages and Files
POD format
:
17.1. On Code Generation
pointer values (PVs)
:
20.3.1. Scalar Values
pointers
: (see
references
)
polymorphism
7.1. OO: An Introduction
7.2.4. The Need for Polymorphism
"poor man's garbage collection"
:
1.6.1. Reference Counts
POP3 module
:
12.6.2. Net::POP3
portability
:
10.1. Persistence Issues
ports and port numbers
:
12.1. Networking Primer
positioning text widgets
:
14.3.5.1. Inserting text at absolute positions
precedence, references and
:
1.1.6. Confusion About Precedence
prepare statement (SQL)
:
10.4.1.2. Select
pretty-printing
:
2.5. Pretty-Printing
privacy
1.2.3. References to Anonymous Storage
6.4. Privacy
procedures
: (see
subroutines
)
professors/students/courses example
:
2.3. Professors, Students, Courses
properties, widgets
A. Tk Widget Reference
14.3.1. Widget Properties
property types
:
20.3.6. Magic Variables
pseudo-random number generation
:
4.4.2.1. Random number generation
pTk language
: (see
Perl/Tk toolkit
)
Python language
:
Why Perl?
closures in :
4.5.2. Python
__getattr__ and __setattr__ :
9.6.2. Python
modular programming in :
6.9.2. Python
object orientation of :
7.5.2. Python
references in :
1.7.2. Python
run-time evaluation and error handling :
5.7.2. Python
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Copyright © 2001
O'Reilly & Associates. All rights reserved.
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