Topic Index
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6 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X
6
64-bit system, setting dates [in 8.5.3 Time]A
abortinga program due to errors [in 10.2.3 External Errors]
abstract base classes
defined in collection classes [in 6.19.4 Virtual Functions Inherited From RWCollection]
types in Essential Tools Module [in 2.3.2 Abstract Base Classes]
addFunction()
in RWFactory [in 12.3.2 Programming with RWStringIDs]
allocate()
in RWFileManager [in 11.5.2 Member Functions]
allocation
of memory in a collection [in A.3 Time and Space Considerations]
with reference-based semantics [in 7.2 Generic Collection Classes]
allocator, custom => See custom allocators.
alphabets, encoding [in 8.2 Localizing Alphabets with RWCString and RWWString]
ambiguity
avoiding in base classes (advanced topics) [in 12.5 Multiple Inheritance]
ANSI standard
container iterators [in 6.6 Iterators in Collection Classes]
append()
in RWBasicUString [in 8.1 Introduction]
apply functions => See apply()
apply()
hashing [in 6.19.7.1 Hashing]
iterators [in 6.6.1 Traditional Essential Tools Module Iterators]
user-defined function [in 7.5.2 Apply Functions]
virtual function [in 6.19.4.4 apply() Functions]
architecture
Model-View-Controller [in 2.2.7 Miscellaneous Class Group]
Argentina
and time zones [in 8.5.3 Time]
Arithmetic
RWDateTime sentinel [in 3.5.2 RWDateTime Sentinels]
asBag()
in RWCollections [in 6.19.5.1 Class Conversions]
ASCII
converting multibyte characters to wide characters [in 4.10 Wide Character Strings]
formatting in streams [in 5.3 Specializing Virtual Streams]
localizing alphabets [in 8.2 Localizing Alphabets with RWCString and RWWString]
ascii_
enum in RWWString [in 4.10 Wide Character Strings]
asOrderedCollection()
in RWCollections [in 6.19.5.1 Class Conversions]
asSet()
in RWCollections [in 6.19.5.1 Class Conversions]
asSortedCollection()
in RWCollections [in 6.19.5.1 Class Conversions]
asString()/Output
RWDateTime sentinel [in 3.5.2 RWDateTime Sentinels]
asString()
in RWDateTime used with RWLocaleSnapshot [in 8.5.1 RWLocaleSnapshot and RWAnsiLocale]
B
B-treechoosing a collection [in A.2.2 Additional Selection Criteria]
disk based [in 11.6 RWBTreeOnDisk]
backreferences
in regular expressions [in 4.6.1.1 The RWTRegex<T> Interface]
Bag
compared to sets and hash tables [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
basic regular expressions => See also regular expressions.
POSIX standard [in 4.6.1 Regular Expressions]
begin()
in templates to return iterators [in 6.13.1 C++ Standard Library Iterators]
obtaining an iterator [in 6.6 Iterators in Collection Classes]
binary formatting
in virtual streams [in 5.3 Specializing Virtual Streams]
binary trees
time and space requirements [in A.3.8 Binary Tree]
binary
encapsulated binary file operations [in 11.1 Introduction]
binaryStoreSize()
add persistence to a class [in 6.17.4 Add Definitions for Virtual Functions]
calculates number of bytes [in 6.17.6 How to Add Polymorphic Persistence]
virtual function [in 6.17.6.4 Virtual Function binaryStoreSize()]
bool
typedef [in 6.19.5.3 Selection]
BRE. Basic regular expressions => See regular expressions.
byte streams
and localizing [in 8.2 Localizing Alphabets with RWCString and RWWString]
C
C localeand RWLocale [in 8.5 RWLocale and RWZone]
C++ Standard Library
containers, list of [in 6.9.1 The C++ Standard Library Containers]
in collection classes [in 6.9 Essential Tools Module Templates and C++ Standard Library Containers]
iterators [in 6.13.1 C++ Standard Library Iterators]
[in 6.6 Iterators in Collection Classes]
calendar
julian [in 3.2.2 Julian Day Number vs. Julian Date]
time formats for [in 3.2 Calendar and Time Formats]
caseCompare
enum [in 4.4 Lexicographic Comparisons]
enum, defined [in B.4 Enumerations]
Chinese dates
formatting with ISO 8601 [in 3.3 International Standards for Dates and Times]
class identifier => See also identifier.
returned by isA() [in 6.17.3.1 Virtual Function isA()]
class template => See also templates.
defined [in 6.7 Collection Class Templates]
classID()in RWFactory and RWCollectable [in 12.3.2 Programming with RWStringIDs]
clear()
virtual function [in 6.19.4.5 Functions clear() and clearAndDestroy()]
clearAndDestroy()
virtual function [in 6.19.4.5 Functions clear() and clearAndDestroy()]
collate()
performing locale-specific collations [in 4.4 Lexicographic Comparisons]
support for Standard C Library collation conventions [in 8.2 Localizing Alphabets with RWCString and RWWString]
collation => See also collate().
locale-specific using RWCString [in 4.4 Lexicographic Comparisons]
collect.h
list of macros in [in B.5.1 In File collect.h]
collection classes
equality object [in 6.12 Function Objects for Hashing and Equality]
template interfaces [in 6.9.2 Commonality of Interface]
copying [in 6.4 Copying Collection Classes]
dictionary [in 6.19.3.3 Dictionaries]
duplicates example [in 6.16.1 Bus Example Scenario]
generic, declaring [in 7.4 Declaring Generic Collection Classes]
generic, user-defined functions [in 7.5 User-Defined Functions]
hash function objects [in 6.12 Function Objects for Hashing and Equality]
hashing [in 6.19.7.1 Hashing]
how to choose a collection [in A.1 Introduction]
iterator functions [in 6.13.1 C++ Standard Library Iterators]
mappings [in 6.2.3 STL Extension-based Collection Classes]
memory management [in 6.3.3 A Note on Memory Management]
parameter requirements [in 6.10 Parameter Requirements]
persistence in custom collections [in 6.17.6.5 Polymorphically Persisting Custom Collections]
reference-based [in 6.3.1 Value-based and Reference-based Collections]
retrieving objects [in 6.5 Retrieving Objects in Collections]
RWCollectable classes [in 6.1 Introduction]
RWCollectable classes [in 2.2.4 Collection Class Group]
[in 3.9 The Date and Time Collectable Class]
selection [in 6.19.5.3 Selection]
Smalltalk-like [in 6.19 Smalltalk-like Collection Classes]
Smalltalk-like, how to choose [in 6.19.3 Choosing a Smalltalk-like Collection Class]
STL extension-based [in 2.2.4 Collection Class Group]
[in 6.1 Introduction]
STL-based [in 2.2.4 Collection Class Group]
[in 6.1 Introduction]
templates [in 6.7 Collection Class Templates]
templates, list of all available [in 6.9.1 The C++ Standard Library Containers]
traditional [in 2.2.4 Collection Class Group]
[in 6.1 Introduction]
value-based [in 6.3.1 Value-based and Reference-based Collections]
virtual functions [in 6.19.4 Virtual Functions Inherited From RWCollection]
collections
decision tree for choosing [in A.2.1 How to Use the Decision Tree]
hash-based and equality [in 6.12 Function Objects for Hashing and Equality]
heterogeneous [in 6.19 Smalltalk-like Collection Classes]
how accessed [in A.2.1 How to Use the Decision Tree]
of associations of keys and values [in 11.1 Introduction]
[in 11.6 RWBTreeOnDisk]
using linked nodes for access [in A.2.1 How to Use the Decision Tree]
value-based, choosing a collection [in A.2.2 Additional Selection Criteria]
collisions
of identification, avoided by RWStringID [in 12.3.3.5 Identification Collisions]
comparators
in code example [in 6.11.1 More on Total Ordering]
in template collection classes [in 6.11 Function Objects for Comparison]
total ordering [in 6.11.1 More on Total Ordering]
compareTo()
in code example [in 6.19.7 A Note on How Objects are Found]
in locale-specific string collations [in 4.4 Lexicographic Comparisons]
using SortedCollection typedef [in 6.19.2 Example]
virtual function [in 6.17.4 Add Definitions for Virtual Functions]
comparison
functions of RWCollections [in 9.7.3 Don't Use Sorted RWCollections to Store Heterogeneous RWCollectables]
in member functions [in 2.4.1.4 Comparison Functions]
lexicographic in RWCString [in 4.4 Lexicographic Comparisons]
object, in collections [in A.2.2 Additional Selection Criteria]
of greater or lesser, default definition [in 6.17.4.1 Virtual Function compareTo()]
of objects for retrieval [in 6.5.1 Retrieval Methods]
with self in collections [in A.2.1 How to Use the Decision Tree]
compiler
setting time zones and [in 3.4 Setting the Time Zone]
concrete classes, in Essential Tools Module [in 2.3.1 Concrete Classes]
const iterators
in templates [in 6.13.1 C++ Standard Library Iterators]
traditional Essential Tools version [in 6.6.1 Traditional Essential Tools Module Iterators]
constants
list of [in B.1 Constants]
constructors => See also default constructors and copy constructors.
in allocator class templates [in 12.6.1 Template Functions]
containers
collection classes in Standard Library [in 6.9 Essential Tools Module Templates and C++ Standard Library Containers]
contains()
and tester functions [in 7.5.1 Tester Functions]
virtual function [in 6.19.4.2 find() and Friends]
conversion
between multibyte and wide character strings [in 4.10 Wide Character Strings]
of currency for localization [in 8.5.5 Currency]
of encodings using RWBasicUString [in 8.1 Introduction]
of encodings, code example [in 8.5 RWLocale and RWZone]
of strings and dates for localization [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
of time during localization [in 8.5.2 Dates]
type conversion with RWCString [in 4.9 Multibyte Strings]
copy constructor
and copy on write [in 12.2 Copy on Write]
of a reference-based collection [in 6.4.1 Copying Reference-based Collection Classes]
copy on write [in 12.2 Copy on Write]
copyContentsTo()
in reference-based collections [in 6.4.1 Copying Reference-based Collection Classes]
copying
reference-based collections [in 6.4.1 Copying Reference-based Collection Classes]
create()
in RWFactory [in 12.3.2 Programming with RWStringIDs]
create
RWDateTime sentinel [in 3.5.2 RWDateTime Sentinels]
createMode
enum, defined [in B.4 Enumerations]
currency
localization [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
[in 8.5.4 Numbers]
[in 8.5.5 Currency]
CurrSymbol
enum, defined [in B.4 Enumerations]
custom allocators [in 12.6 Using Custom Allocators]
Cyrillic
encodings [in 8.2 Localizing Alphabets with RWCString and RWWString]
D
Date and Time Classesintroduction [in 2.2.1 Date and Time Class Group]
list of [in 3.1 Introduction]
dates and times
notation to represent [in 3.3.2 Representing Times]
classes for working with [in 3.1 Introduction]
internationalization [in 3.3 International Standards for Dates and Times]
UTC (Coordinated Universal Time) [in 3.2.1 UTC (GMT) Dates and Times]
dates
localization [in 8.5.2 Dates]
Daylight Saving Time
and localization [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
RWDateTime [in 3.4 Setting the Time Zone]
deallocate()
in RWFileManager [in 11.5.2 Member Functions]
deallocation => See also deallocate().
with reference-based semantics [in 7.2 Generic Collection Classes]
debug
version of library, common mistakes [in 13.7 Match Memory Models and Other Qualifiers]
building in debug mode [in 10.4 The Debug Version of the Essential Tools Module]
keeping related methods consistent [in 13.8 Keep Related Methods Consistent]
decision tree
choosing a collection [in A.2.1 How to Use the Decision Tree]
deep copying
of reference-based collections [in 6.4.1 Copying Reference-based Collection Classes]
default constructor
in RWCollectable classes [in 6.17.1 Define a Default Constructor]
[in 6.17.1 Define a Default Constructor]
defs.h
list of macros in [in B.5.2 In File defs.h]
deprecated classes [in 2.2.8 Generic Class Group (deprecated)]
[in 2.3.1.3 Generic Collection Classes]
[in 6.19.1 Tables of the Smalltalk-like Classes]
generic classes [in 7.1 Introduction]
RWCRegexp [in 4.6.1.1 The RWTRegex<T> Interface]
RWCRExpr [in 4.6.1.1 The RWTRegex<T> Interface]
RWDate [in 3.6 RWDate (deprecated)]
RWGBitvec(size) [in 7.1 Introduction]
RWGDlist(type) [in 7.1 Introduction]
RWGDlistIterator(type) [in 7.1 Introduction]
RWGOrderedVector(val) [in 7.1 Introduction]
RWGQueue(type) [in 7.1 Introduction]
RWGSlist(type) [in 7.1 Introduction]
RWGSlistIterator(type) [in 7.1 Introduction]
RWGSortedVector(val) [in 7.1 Introduction]
RWGStack(type) [in 7.1 Introduction]
RWGVector(val) [in 7.1 Introduction]
RWTime [in 3.7 RWTime (deprecated)]
deques
time and space requirements [in A.3.7 Deques]
dereferencing
in reference-based collections [in 6.3.3 A Note on Memory Management]
designing a class
to use isomorphic persistence [in 9.5.3 Designing Your Class to Use Isomorphic Persistence]
troubleshooting [in 9.5.3.4 Check for Possible Problems]
errors [in 9.5.3.4 Check for Possible Problems]
keeping related methods consistent [in 13.8 Keep Related Methods Consistent]
using RWCollectable class [in 6.16 Designing an RWCollectable Class]
destructors
in allocator class templates [in 12.6.1 Template Functions]
RWCollectable [in 6.17.5 Object Destruction]
dictionaries
in collection classes [in 6.19.3.3 Dictionaries]
using external key to find a value [in 6.19.3.3 Dictionaries]
dictionary classes
list of [in 6.19.3.3 Dictionaries]
disambiguate
an object [in 6.5 Retrieving Objects in Collections]
disk allocation
in file system classes [in 11.1 Introduction]
DLL version
uses large memory model (common mistakes) [in 13.9 DLL]
doubly-linked lists
how data is accessed [in A.2.1 How to Use the Decision Tree]
duplicate
data, choosing a collection class [in A.1 Introduction]
entries, collection classes (example) [in 6.16.1 Bus Example Scenario]
entries, in collections [in A.2.1 How to Use the Decision Tree]
E
edefs.hlist of macros in [in B.5.3 In File edefs.h]
efficiency
of RWClassID over RWStringID [in 12.3.3.4 Efficiency]
embedded nulls
and RWCString [in 4.9 Multibyte Strings]
included by constructor [in 4.9 Multibyte Strings]
encodings
conversion of [in 8.1 Introduction]
multibyte [in 8.2 Localizing Alphabets with RWCString and RWWString]
wide-character [in 8.2 Localizing Alphabets with RWCString and RWWString]
end()
in templates to return iterators [in 6.13.1 C++ Standard Library Iterators]
obtaining an iterator [in 6.6 Iterators in Collection Classes]
endData()
in RWFileManager [in 11.5.2 Member Functions]
endian streams
mechanism of virtual streams classes [in 2.2.3 Virtual Stream Class Group]
to record operating environment information [in 5.1 Introduction]
related classes [in 5.3 Specializing Virtual Streams]
Endian
enum, defined [in B.4 Enumerations]
entries()
in RWCStack(int) [in 7.3 Example]
virtual function [in 6.19.4.2 find() and Friends]
epersist.h
list of macros in [in B.5.4 In File epersist.h]
equality object
and hash-based templates [in 6.12 Function Objects for Hashing and Equality]
in collection class [in 6.12 Function Objects for Hashing and Equality]
equality
matching in collections [in A.2.1 How to Use the Decision Tree]
member functions [in 2.4.1.4 Comparison Functions]
testing objects for [in 6.5.1 Retrieval Methods]
ERE
extended regular expressions => See regular expressions.
error handling [in 10.1 Introduction]
errors
bounds [in 10.2.2.1 Non-recoverable Internal Errors]
bounds, in C [in 10.4.1 RW_PRECONDITION and RW_POSTCONDITION]
creating messages with macro DECLARE_MSG [in C.1 Core Messages]
debugging [in 10.4 The Debug Version of the Essential Tools Module]
error categories [in 10.2 Error Categories]
Essential Tools Module error model [in 10.2.1 The Essential Tools Module Error Model]
exceptions class hierarchy [in 10.3.1 Essential Tools Module Exception Architecture]
external [in 10.2.3 External Errors]
internal [in 10.2.2 Internal Errors]
non-recoverable [in 10.2.2.1 Non-recoverable Internal Errors]
post and preconditions [in 10.4 The Debug Version of the Essential Tools Module]
recoverable [in 10.2.2.2 Recoverable Internal Errors]
reporting [in 10.3 Error Reporting and Error Handling]
stream buffer allocation [in 10.2 Error Categories]
while designing a class [in 9.5.3.4 Check for Possible Problems]
EUC
Extended UNIX Code [in 4.9 Multibyte Strings]
examples
and struct RWDaylightRule [in 8.5.3 Time]
advanced. Implementing a circularly-linked list [in 12.4 More on Storing and Retrieving RWCollectables]
applies compareTo(), isEqual(), and hash() [in 6.17.4.4 An Example of compareTo(), isEqual(), and hash()]
attempting arithmetic with null sentinels [in 3.5.2.2 The "Null" Sentinel]
avoiding ambiguous base classes (advanced topics) [in 12.5 Multiple Inheritance]
binary streams [in 5.4 Simple Example]
character sets with null bytes [in 4.9 Multibyte Strings]
comparators [in 6.11.1 More on Total Ordering]
comparing function objects [in 6.11 Function Objects for Comparison]
constructing past and future sentinels [in 3.5.2.3 The Past and Future Sentinels]
constructing RWDateTime with invalid state [in 3.5.2.1 The "Invalid" Sentinel]
converting dates between encodings [in 8.5 RWLocale and RWZone]
converting from wide character to multibyte strings [in 4.10 Wide Character Strings]
currency conversions [in 8.5.5 Currency]
custom allocators [in 12.6.2 Example]
[in 12.6 Using Custom Allocators]
defining virtual functions in class Bus [in 6.18 Complete Listing for Class Bus]
definition of binaryStoreSize() [in 6.17.6.4 Virtual Function binaryStoreSize()]
detecting bounds errors [in 10.4.1 RW_PRECONDITION and RW_POSTCONDITION]
finding objects with RWCollectableString [in 6.19.7 A Note on How Objects are Found]
hash function and equality objects [in 6.12 Function Objects for Hashing and Equality]
imbuing the stream [in 8.5.2 Dates]
isomorphic persistence [in 9.5.3.1 Make All Necessary Class Data Available]
isomorphic persistence, of user-defined class [in 9.5.5 Isomorphic Persistence of a User-designed Class]
isomorphic persistence, troubleshooting [in 9.7.1 Always Save an Object by Value Before Saving the Identical Object by Pointer]
iterators as generalized pointers [in 6.13.3 Iterators as Generalized Pointers]
iterators searching for a match [in 6.13.1 C++ Standard Library Iterators]
iterators to shuffle deck of cards [in 6.15 Example Using the Essential Tools Module with the C++ Standard Library]
multibyte strings [in 4.9 Multibyte Strings]
multiply-referenced objects [in 6.17.6.3 Multiply-referenced Objects]
of not using the Module's full capabilities [in 13.10 Use the Capabilities of the Module!]
order set of RWCollectable strings [in 6.19.2 Example]
outputting hours in local time zones [in 3.5.1 Member Functions]
parameterized template on collection class [in 6.9.2 Commonality of Interface]
polymorphic persistence [in 9.6.3 Polymorphic Persistence Example]
reference-based collection [in 6.3.2 Examples of Value-based and Reference-based Collections]
regular expressions [in 4.6.1.3 Introductory Examples Using Regular Expressions]
removeAndDestory() [in 6.19.4.3 remove() Functions]
simple persistence and pointers [in 9.4.1.2 Example Two - Simple Persistence and Pointers]
simple persistence [in 9.4.1 Two Examples of Simple Persistence]
storing key-value pairs using RWBTreeOnDisk [in 11.6.2 Example]
string classes to update version numbers [in 4.3 An Introductory Example]
tester function [in 7.5.1 Tester Functions]
testing for isEqual() with tester function [in 7.5.1 Tester Functions]
try-catch block [in 10.3 Error Reporting and Error Handling]
user-defined sentinels [in 3.5.2.4 User-Defined Sentinels]
user-provided RWStringIDs [in 12.3.2 Programming with RWStringIDs]
using find() and occurrencesOf() [in 6.19.4.2 find() and Friends]
using RWFileManager to construct a linked list [in 11.5.3 Example]
using RWStringID class identifier [in 12.3 RWStringID]
using substrings [in 4.5 Substrings]
value-based collection [in 6.3.2 Examples of Value-based and Reference-based Collections]
why design RWCollectable classes [in 6.16 Designing an RWCollectable Class]
with RWFile [in 11.2.1 Example]
with RWGStack to store a set of pointers [in 7.3 Example]
with RWOrdered [in 6.19.6 Virtual Functions Inherited from RWSequenceable]
with rwRestoreGuts() [in 9.5.4.2 Guidelines for Writing rwRestoreGuts]
with rwSaveGuts() [in 9.5.4.1 Guidelines for Writing rwSaveGuts]
with saveGuts() [in 6.17.6.1 Virtual Functions saveGuts(RWFile&) and saveGuts(RWvostream&)]
exceptions => See errors
extended regular expressions => See regular expressions
eXternal Data Representation formatting in virtual streams [in 5.3 Specializing Virtual Streams]
external key
accessing data in collections [in A.2.1 How to Use the Decision Tree]
Extract Part
RWDateTime sentinel [in 3.5.2 RWDateTime Sentinels]
F
File System Classeslist of [in 11.1 Introduction]
overview [in 2.2.6 File System Classes]
find()
and dereferencing objects [in 6.19.4.1 insert()]
virtual function [in 6.19.4.2 find() and Friends]
flat memory model
common mistakes [in 13.7 Match Memory Models and Other Qualifiers]
formatting
streams [in 5.2 RWvios, RWvistream, and RWvostream]
dates, using ISO 8601 [in 3.3.1 Representing Dates]
French character encoding
and localizing [in 8.5 RWLocale and RWZone]
fstream
using for both input and output [in 5.4 Simple Example]
functions
common functionality among classes [in 2.4 Common Functionality Among Classes]
create through macros [in 6.17.3 Provide a Class Identifier for Your Class]
G
Generic Classes [in 7.2 Generic Collection Classes]list of [in 7.1 Introduction]
getFunction()
in RWFactory [in 12.3.2 Programming with RWStringIDs]
global functions
for storing and retrieving RWCollectables [in 12.4 More on Storing and Retrieving RWCollectables]
GMT
dates and times [in 3.2.1 UTC (GMT) Dates and Times]
Great Britain
and time zones [in 8.5.3 Time]
Greenwich Mean Time => See GMT
Gregorian calendar
and localizing [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
and RWDateTime [in 3.2.3 Gregorian Calendar]
H
hash function objectin collections classes [in 6.12 Function Objects for Hashing and Equality]
hash()
virtual function [in 6.17.4 Add Definitions for Virtual Functions]
[in 6.17.4.3 Virtual Function hash()]
hash-based collections
time and space requirements [in A.3.11 Hash-based Collections]
hashing
collection classes and strategy [in 6.19.7.1 Hashing]
collections, and bags and sets [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
efficient to find objects in collection [in 6.19.7.1 Hashing]
Hawaii
and time zones [in 8.5.3 Time]
heterogeneous collection
and polymorphic persistence [in 9.6 Polymorphic Persistence]
restoring [in 9.6.3.2 Example Two - Restoring Polymorphically]
homogeneous collection
and isomorphic persistence [in 9.5 Isomorphic Persistence]
I
identificationcollisions avoided using RWStringID [in 12.3.3.5 Identification Collisions]
identifiers
efficiency [in 12.3.3.4 Efficiency]
of classes using permanent identifiers for polymorphic persistence [in 12.3.1 Duration of Identifiers]
of classes using RWStringID [in 12.3 RWStringID]
providing class identifier [in 6.17.3 Provide a Class Identifier for Your Class]
identifying
an object in a collection [in 6.5 Retrieving Objects in Collections]
using tester functions [in 7.5.1 Tester Functions]
identity
matching in collections [in A.2.1 How to Use the Decision Tree]
imbuing the stream
code example [in 8.5.2 Dates]
global defaults for zones and locales [in 8.5 RWLocale and RWZone]
include path
common mistakes [in 13.6 Include Path]
indexing
common functionality among classes [in 2.4 Common Functionality Among Classes]
in the Essential Tools Module [in 2.4.5 Indexing]
multibyte strings and [in 4.9 Multibyte Strings]
information flow
common functionality of classes [in 2.4 Common Functionality Among Classes]
inheritance trees
keeping simple (advanced topics) [in 12.5 Multiple Inheritance]
inheritance
hierarchy and intrusive lists [in 6.8.3 Intrusive Lists in Templates]
multiple => See multiple inheritance.
insert()
and bounds checking [in 10.4.1 RW_PRECONDITION and RW_POSTCONDITION]
in RWCollection classes [in 6.17.6.5 Polymorphically Persisting Custom Collections]
virtual function in RWCollectable [in 6.19.4.1 insert()]
insertAt()
in RWTValOrderedVector<T,A> [in 6.9.2 Commonality of Interface]
Internationalization Classes
list of [in 8.1 Introduction]
overview [in 2.2.5 Internationalization Class Group]
internationalization
currency [in 8.5.5 Currency]
dates [in 8.5.2 Dates]
defined [in 8.1 Introduction]
encoding conversion [in 8.1 Introduction]
localizing messages [in 8.3 Localizing Messages]
standards for dates and times [in 3.3 International Standards for Dates and Times]
using Essential Tools Module [in 8.1 Introduction]
Interviews Class Library
and class PFile [in 11.2 RWFile]
intrusive lists
in templates [in 6.8.3 Intrusive Lists in Templates]
invalid locations
of pointers [in 13.5 Avoid Persisting Value Collections of Pointers]
iostream facility [in 5.2 RWvios, RWvistream, and RWvostream]
iostreams
in RWCString [in 4.7.1 Iostreams]
isA()
virtual function in RWClassID [in 12.3.3.2 Implementing Virtuals Via Statics]
virtual function [in 6.17.3.1 Virtual Function isA()]
[in 6.17.4 Add Definitions for Virtual Functions]
isEmpty()
virtual function [in 6.19.4.2 find() and Friends]
isEqual()
and RWHashTable [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
and tester functions [in 7.5.1 Tester Functions]
common mistakes with virtual functions [in 13.2 Redefinition of Virtual Functions]
finding objects in a collection [in 6.19.7.1 Hashing]
in comparing objects for retrieval [in 6.5.1 Retrieval Methods]
virtual function [in 6.17.4 Add Definitions for Virtual Functions]
[in 6.17.4.2 Virtual Function isEqual()]
ISO 8601
international date and time standard [in 3.3 International Standards for Dates and Times]
isomorphic persistence => See persistence, isomorphic
isSame()
finding identity of object [in 6.5.1 Retrieval Methods]
isValid()
validating user input [in 10.2.3 External Errors]
iterators
advantages [in 6.6 Iterators in Collection Classes]
and std() gateway [in 6.14 Iterators and the std() Gateway]
as generalized pointers [in 6.13.3 Iterators as Generalized Pointers]
bidirectional [in 6.13.1 C++ Standard Library Iterators]
common mistakes [in 13.3 Iterators]
const iterator => See const iterators.
forward in collection class templates [in 6.13.1 C++ Standard Library Iterators]
in class templates [in 6.13 Iterators in Class Templates]
in collection classes [in 6.6 Iterators in Collection Classes]
in STL-based collection class templates [in 6.13.1 C++ Standard Library Iterators]
in STL-based collection classes [in 6.2.2 STL-based Collection Classes]
list of supported basic operations [in 6.13.1 C++ Standard Library Iterators]
map-based and pairs [in 6.13.2 Map-Based Iteration and Pairs]
random-access [in 6.13.1 C++ Standard Library Iterators]
reset() [in 6.6 Iterators in Collection Classes]
traditional Essential Tools [in 6.6.1 Traditional Essential Tools Module Iterators]
typedefs [in 6.13.1 C++ Standard Library Iterators]
J
julian days and dates [in 3.2.2 Julian Day Number vs. Julian Date]K
Kanji, multibyte code set [in 4.9 Multibyte Strings]Kesey, in code example [in 6.18 Complete Listing for Class Bus]
key()
and iterators [in 6.6.1 Traditional Essential Tools Module Iterators]
keys
collection of associations of [in 11.6 RWBTreeOnDisk]
Knuth, Donald
algorithm complexity [in A.3 Time and Space Considerations]
L
length()with mblength() [in 4.9 Multibyte Strings]
LIFO
last-in, first-out stack [in 7.3 Example]
linked lists
example of circularly-linked list [in 12.4 More on Storing and Retrieving RWCollectables]
how data is accessed [in A.2.1 How to Use the Decision Tree]
requirements of doubly-linked lists [in A.3.3 Doubly Linked Lists]
requirements of singly-linked [in A.3.2 Singly Linked Lists]
linked nodes
method of access into collections [in A.2.1 How to Use the Decision Tree]
linking
common mistakes [in 13.7 Match Memory Models and Other Qualifiers]
lists
in traditional collection classes [in 6.2.1 Traditional Collection Classes]
locale
and internationalization [in 8.1 Introduction]
imbuing the stream [in 8.5.2 Dates]
localeconv()
Standard C Library function for localization [in 8.5.1 RWLocaleSnapshot and RWAnsiLocale]
localization
defined [in 8.1 Introduction]
of applications [in 8.1 Introduction]
of currency [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
of dates [in 8.5.2 Dates]
of messages [in 8.3 Localizing Messages]
of numbers [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
setting zone and locale defaults [in 8.5 RWLocale and RWZone]
using collate() [in 8.2 Localizing Alphabets with RWCString and RWWString]
using RWLocale [in 8.5 RWLocale and RWZone]
M
macros in Collect.hRWDECLARE_ABSTRACT_COLLECTABLE [in B.5.1 In File collect.h]
RWDECLARE_COLLECTABLE [in B.5.1 In File collect.h]
RWDEFINE_ABSTRACT_COLLECTABLE [in B.5.1 In File collect.h]
RWDEFINE_COLLECTABLE [in B.5.1 In File collect.h]
RWDEFINE_NAMED_COLLECTABLE [in B.5.1 In File collect.h]
macros in defs.h
RW_ASSERT [in B.5.2 In File defs.h]
RW_POSTCONDITION [in B.5.2 In File defs.h]
RW_POSTCONDITION2 [in B.5.2 In File defs.h]
RW_PRECONDITION2 [in B.5.2 In File defs.h]
[in B.5.2 In File defs.h]
macros in edefs.h
RWDECLARE_PERSISTABLE [in B.5.3 In File edefs.h]
RWDECLARE_PERSISTABLE_IO [in B.5.3 In File edefs.h]
RWDECLARE_PERSISTABLE_TEMPLATE [in B.5.3 In File edefs.h]
RWDECLARE_PERSISTABLE_TEMPLATE_2 [in B.5.3 In File edefs.h]
RWDECLARE_PERSISTABLE_TEMPLATE_3 [in B.5.3 In File edefs.h]
RWDECLARE_PERSISTABLE_TEMPLATE_4 [in B.5.3 In File edefs.h]
RWDECLARE_PERSISTABLE_TEMPLATE_IO [in B.5.3 In File edefs.h]
RWDECLARE_PERSISTABLE_TEMPLATE_IO_2 [in B.5.3 In File edefs.h]
RWDECLARE_PERSISTABLE_TEMPLATE_IO_3 [in B.5.3 In File edefs.h]
RWDECLARE_PERSISTABLE_TEMPLATE_IO_4 [in B.5.3 In File edefs.h]
macros in epersist.h
RWDEFINE_PERSISTABLE [in B.5.4 In File epersist.h]
RWDEFINE_PERSISTABLE_IO [in B.5.4 In File epersist.h]
RWDEFINE_PERSISTABLE_TEMPLATE [in B.5.4 In File epersist.h]
RWDEFINE_PERSISTABLE_TEMPLATE_2 [in B.5.4 In File epersist.h]
RWDEFINE_PERSISTABLE_TEMPLATE_3 [in B.5.4 In File epersist.h]
RWDEFINE_PERSISTABLE_TEMPLATE_4 [in B.5.4 In File epersist.h]
RWDEFINE_PERSISTABLE_TEMPLATE_IO [in B.5.4 In File epersist.h]
RWDEFINE_PERSISTABLE_TEMPLATE_IO_2 [in B.5.4 In File epersist.h]
RWDEFINE_PERSISTABLE_TEMPLATE_IO_3 [in B.5.4 In File epersist.h]
RWDEFINE_PERSISTABLE_TEMPLATE_IO_4 [in B.5.4 In File epersist.h]
macros in strmshft.h
RW_PROVIDE_DVSTREAM_EXTRACTOR [in B.5.5 In File strmshft.h]
RW_PROVIDE_DVSTREAM_INSERTER [in B.5.5 In File strmshft.h]
macros
Classdeclare [in 7.3 Example]
declare [in 7.3 Example]
DECLARE_MSG [in C.1 Core Messages]
define macros [in 6.17.3 Provide a Class Identifier for Your Class]
in generic.h [in 7.2 Generic Collection Classes]
RE_DECLARE_COLLECTABLE_CLASS [in 6.16.1.1 Serialization Support Macros]
RWDEBUG [in 13.7 Match Memory Models and Other Qualifiers]
[in B.5.2 In File defs.h]
RWDefCArgs [in B.5.7 In Files tpsrtvec.h, tvsrtvec.h]
RWDefHArgs [in B.5.6 In Files tphasht.h, tvhasht.h, tphdict.h, tvhdict.h, tphmmap.h, tvhmmap.h, tphset.h, tvhset.h]
RWDEFINITION_MACRO [in 6.17.3 Provide a Class Identifier for Your Class]
RWGStackdeclare [in 7.3 Example]
RWGStackdeclare(type) [in 7.3 Example]
RWNIL [in 11.5.2 Member Functions]
RWTOOLS [in 2.4.6 Version]
RW_DECLARE_ABSTRACT_COLLECTABLE_CLASS [in 6.16.1.1 Serialization Support Macros]
RW_DECLARE_COLLECTABLE_CLASS [in 6.16.3 Bus Example Code]
[in 6.17.3.1 Virtual Function isA()]
[in 6.17 Creating an RWCollectable Object]
[in 6.17.2 Add RW_DECLARE_COLLECTABLE_CLASS() to your Class Declaration]
RW_DECLARE_COLLECTABLE_CLASS() [in 6.17.2 Add RW_DECLARE_COLLECTABLE_CLASS() to your Class Declaration]
RW_DECLARE_PERSISTABLE [in 9.5.3 Designing Your Class to Use Isomorphic Persistence]
[in 9.5.3.2 Add RW_DECLARE_PERSISTABLE to Your Header File]
RW_DECLARE_PERSISTABLE_TEMPLATE [in 9.5.3.2 Add RW_DECLARE_PERSISTABLE to Your Header File]
RW_DEFINE_ABSTRACT_COLLECTABLE_CLASS [in 6.16.1.1 Serialization Support Macros]
RW_DEFINE_COLLECTABLE_CLASS_BY_ID [in 12.3 RWStringID]
[in 6.16.1.1 Serialization Support Macros]
[in 6.17.7 A Note on the RWFactory]
[in 6.17.3 Provide a Class Identifier for Your Class]
[in 6.17 Creating an RWCollectable Object]
RW_DEFINE_COLLECTABLE_CLASS_BY_NAME [in 12.3 RWStringID]
[in 6.16.1.1 Serialization Support Macros]
[in 6.17.7 A Note on the RWFactory]
[in 6.17.7 A Note on the RWFactory]
[in 6.17.3 Provide a Class Identifier for Your Class]
[in 6.17 Creating an RWCollectable Object]
RW_DEFINE_PERSISTABLE [in 9.5.3.3 Add RW_DEFINE_PERSISTABLE to One Source File]
[in 9.5.5 Isomorphic Persistence of a User-designed Class]
[in 9.5.3 Designing Your Class to Use Isomorphic Persistence]
[in 9.7.1 Always Save an Object by Value Before Saving the Identical Object by Pointer]
RW_DEFINE_PERSISTABLE_TEMPLATE [in 9.5.3.3 Add RW_DEFINE_PERSISTABLE to One Source File]
RW_MULTI_THREAD [in 13.7 Match Memory Models and Other Qualifiers]
RW_NOCREATE [in 9.7.4 Define All RWCollectables That Will Be Restored]
RW_STD_TYPEDEFS [in 6.19 Smalltalk-like Collection Classes]
mappings
collections of [in 6.2.3 STL Extension-based Collection Classes]
maps
dictionaries in collection classes [in 6.19.3.3 Dictionaries]
time and space requirements [in A.3.9 (multi)map and (multi)set family]
mbLength()
to return number of characters in multibyte character [in 4.9 Multibyte Strings]
memcpy
and error detection [in 10.2.3 External Errors]
memory allocation
and choosing a collection [in A.3 Time and Space Considerations]
common functionality of classes [in 2.4 Common Functionality Among Classes]
responsibility [in 2.4.2 Memory Allocation and Deallocation]
memory leak
with return type of operator >> [in 13.4 Return Type of operator>>()]
memory management
in reference or value-based collections [in 6.3.3 A Note on Memory Management]
in RWCString [in 4.2 RWCString and RWWString]
memory map
in a restored collection [in 9.6.3.2 Example Two - Restoring Polymorphically]
memory models
common mistakes [in 13.7 Match Memory Models and Other Qualifiers]
messages
in Essential Tools Module. List of [in C.2 Essential Tools Module Messages]
localizing [in 8.3 Localizing Messages]
Meyer, Bertrand
caller and callee contract [in 10.4.1 RW_PRECONDITION and RW_POSTCONDITION]
Miscellaneous Classes, overview [in 2.2.7 Miscellaneous Class Group]
Model-View-Controller architecture
and Miscellaneous Classes [in 2.2.7 Miscellaneous Class Group]
module version number
common among classes [in 2.4 Common Functionality Among Classes]
morphology [in 6.4.1 Copying Reference-based Collection Classes]
and simple persistence [in 9.4.1.2 Example Two - Simple Persistence and Pointers]
global functions to save and restore [in 12.4 More on Storing and Retrieving RWCollectables]
maintained by polymorphic persistence [in 9.6.3.1 Example One - Saving Polymorphically]
not maintained by simple persistence [in 9.5.5 Isomorphic Persistence of a User-designed Class]
pointer relationships and persistence [in 9.4 Simple Persistence]
MT-0
definition of unsafe thread safety level [in 2.4.4 Multithread Safety]
MT-1
definition of safe thread safety level [in 2.4.4 Multithread Safety]
MT-2
definition of multithread safety level [in 2.4.4 Multithread Safety]
multibyte character sets [in 8.2 Localizing Alphabets with RWCString and RWWString]
EUC (Extended UNIX Code) [in 4.9 Multibyte Strings]
multibyte strings
converting to wide characters [in 4.10 Wide Character Strings]
how used [in 4.9 Multibyte Strings]
operators and indexing [in 4.9 Multibyte Strings]
multiByte_
enum in RWWString [in 4.10 Wide Character Strings]
multiple collections
collection class selection criteria [in A.2.2 Additional Selection Criteria]
multiple inheritance [in 12.5 Multiple Inheritance]
[in 6.5.1 Retrieval Methods]
advanced discussion using RWCollectable [in 12.5 Multiple Inheritance]
in Smalltalk-like collection classes [in 6.19.1 Tables of the Smalltalk-like Classes]
testing objects for identity [in 6.5.1 Retrieval Methods]
[in 6.5.1 Retrieval Methods]
multiply-referenced objects
and persistence [in 6.17.6.3 Multiply-referenced Objects]
multithread safety
avoiding race conditions [in 2.4.4 Multithread Safety]
common functionality of classes [in 2.4 Common Functionality Among Classes]
definition of three levels [in 2.4.4 Multithread Safety]
how assigned to classes and libraries [in 2.4.4.1 Assigning Thread Safety Levels to Classes and Libraries]
in Essential Tools Module [in 2.4.4.2 Thread Safety in the Essential Tools Module]
mutable
in a collection [in A.2.2 Additional Selection Criteria]
N
new [in 2.4.2 Memory Allocation and Deallocation]newSpecies()
virtual function [in 6.17.3.2 Virtual Function newSpecies()]
[in 6.17.4 Add Definitions for Virtual Functions]
nilStoreSize()
calculating number of bytes of RWCollectable objects [in 6.17.6.4 Virtual Function binaryStoreSize()]
no persistence => See persistence, none.
normalization
of strings using RWBasicUString [in 8.1 Introduction]
null pointer
and errors => See errors.
persistence [in 12.4 More on Storing and Retrieving RWCollectables]
numbers
and localization [in 8.5.4 Numbers]
localizing [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
reserved by Rogue Wave [in 6.17.3.1 Virtual Function isA()]
numeric index
accessing data in a collection [in A.2.1 How to Use the Decision Tree]
[in A.2.1 How to Use the Decision Tree]
O
object propertiesand collections [in 6.5 Retrieving Objects in Collections]
occurrencesOf()
virtual function [in 6.19.4.2 find() and Friends]
operator >>
and localization [in 8.5.2 Dates]
common mistakes [in 13.4 Return Type of operator>>()]
common to member functions [in 2.4.1.3 Stream I/O Functions]
in simple persistence example [in 9.4.1.1 Example One - Simple Persisting Objects of Fundamental Type]
performing bounds check [in 10.4.1 RW_PRECONDITION and RW_POSTCONDITION]
reads from input stream [in 4.7.1 Iostreams]
operator <<
common to member functions [in 2.4.1.3 Stream I/O Functions]
in simple persistence example [in 9.4.1.1 Example One - Simple Persisting Objects of Fundamental Type]
writes a null-terminated string to output stream [in 4.7.1 Iostreams]
operator ++
iterators as pointers [in 6.13.3 Iterators as Generalized Pointers]
operator =
testing objects for equality [in 6.5.1 Retrieval Methods]
operator ==
testing objects for equality and identity [in 6.5.1 Retrieval Methods]
operator+=()
used in RWCollections classes [in 6.19.5.1 Class Conversions]
operator-=
used in RWCollectable classes [in 6.19.5.2 Inserting and Removing Other Collections]
Operator/Function
RWDateTime sentinel [in 3.5.2 RWDateTime Sentinels]
operators
and RWCollectable [in 9.6.1 Operators]
comparison in RWCString [in 4.4 Lexicographic Comparisons]
in custom allocators [in 12.6.1 Template Functions]
multibyte strings and [in 4.9 Multibyte Strings]
persistence shift [in 2.4.1.3 Stream I/O Functions]
reference, and polymorphic persistence [in 9.6.3.4 Choosing Which Persistence Operator to Use]
operator[] [in 10.4.1 RW_PRECONDITION and RW_POSTCONDITION]
[in 10.4.1 RW_PRECONDITION and RW_POSTCONDITION]
ordered data
determined externally or internally [in A.2.1 How to Use the Decision Tree]
in collections [in A.2.1 How to Use the Decision Tree]
ordered vectors
time and space requirements [in A.3.4 Ordered Vectors]
ordering
choosing a sequenceable class [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
innate meaning in RWSequenceable [in 6.19.6 Virtual Functions Inherited from RWSequenceable]
internally comparing keys with RWBTreeOnDisk [in 11.6 RWBTreeOnDisk]
of objects, using compareTo() [in 6.17.4.1 Virtual Function compareTo()]
RWSequenceable [in 6.19.3.2 Sequenceable Classes]
ordinal formatting of dates [in 3.3.1.2 Ordinal Dates Format]
P
page heapsin file system classes [in 11.1 Introduction]
parameterized queues
in traditional collection classes [in 6.2.1 Traditional Collection Classes]
Paris
time zones example [in 8.5.3 Time]
persistence
choosing the operator [in 9.6.3.4 Choosing Which Persistence Operator to Use]
defined [in 9.1 Introduction]
isomorphic [in 6.16.2 The Role of RWCollectable]
[in 9.5 Isomorphic Persistence]
isomorphic, adding to class [in 9.5.3 Designing Your Class to Use Isomorphic Persistence]
isomorphic, defined [in 9.2 Levels of Persistence]
[in 9.5 Isomorphic Persistence]
isomorphic, difference with simple persistence [in 9.5.1 Isomorphic versus Simple Persistence]
isomorphic, of user-defined class [in 9.5.5 Isomorphic Persistence of a User-designed Class]
levels of [in 9.2 Levels of Persistence]
member functions using [in 2.4.1.1 Persistence Functions]
multiply-referenced objects [in 6.17.6.3 Multiply-referenced Objects]
nil pointer [in 12.4 More on Storing and Retrieving RWCollectables]
none [in 9.3 No Persistence]
of sentinels [in 3.5.2.1 The "Invalid" Sentinel]
polymorphic, defined [in 9.2 Levels of Persistence]
simple [in 9.2 Levels of Persistence]
simple. Code examples [in 9.4.1 Two Examples of Simple Persistence]
simple. Compared with isomorphic persistence [in 9.5.1 Isomorphic versus Simple Persistence]
simple. List of classes [in 9.4 Simple Persistence]
simple. Using overloaded operators [in 9.4.1.1 Example One - Simple Persisting Objects of Fundamental Type]
technical discussion [in 12.4 More on Storing and Retrieving RWCollectables]
to RWFiles [in 5.5 Recap]
troubleshooting [in 9.7 A Few Friendly Warnings]
PFile
FWFile patterned on [in 11.2 RWFile]
pointer relationships
preserving with isomorphic persistence [in 9.5 Isomorphic Persistence]
pointers to functions
list of [in B.3 Pointers to Functions]
pointers
and iterators [in 6.13.3 Iterators as Generalized Pointers]
collections of values in collection classes [in 6.2.2 STL-based Collection Classes]
example with multiply-referenced objects [in 6.17.6.3 Multiply-referenced Objects]
in reference-based collection classes [in 6.3.1 Value-based and Reference-based Collections]
invalid locations [in 13.5 Avoid Persisting Value Collections of Pointers]
memory management [in 6.3.3 A Note on Memory Management]
nil pointers [in 9.5.4.1 Guidelines for Writing rwSaveGuts]
pointer-based templates [in 6.8.2.1 An Important Distinction]
simple persistence example [in 9.4.1.2 Example Two - Simple Persistence and Pointers]
testing objects for identity [in 6.5.1 Retrieval Methods]
polymorphic persistence
and isomorphic persistence [in 6.16.2 The Role of RWCollectable]
defined [in 9.2 Levels of Persistence]
designing a collection class [in 6.16 Designing an RWCollectable Class]
how to add [in 6.17.6 How to Add Polymorphic Persistence]
in custom collections [in 6.17.6.5 Polymorphically Persisting Custom Collections]
of RWCollectables with RWStringID [in 12.3.3.3 Polymorphic Persistence]
operators [in 9.6.1 Operators]
overview [in 9.6 Polymorphic Persistence]
permanent class identifiers [in 12.3.1 Duration of Identifiers]
providing a class identifier [in 6.17.3 Provide a Class Identifier for Your Class]
Smalltalk-like classes suited for [in 6.19 Smalltalk-like Collection Classes]
with user-chosen RWStringIDs that collide [in 12.3.3.5 Identification Collisions]
pop()
in code example [in 7.3 Example]
portability
in number representation [in 8.5.5 Currency]
POSIX.1
time zone facilities [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
POSIX.2
standard for regular expressions [in 4.6.1 Regular Expressions]
POSIX
and internationalization [in 8.1 Introduction]
postconditions
in error handling [in 10.4 The Debug Version of the Essential Tools Module]
preconditions
in error handling [in 10.4 The Debug Version of the Essential Tools Module]
primitives
saving state [in 6.17.6.1 Virtual Functions saveGuts(RWFile&) and saveGuts(RWvostream&)]
properties
of objects in collections [in 6.5 Retrieving Objects in Collections]
pure virtual functions
in streams classes [in 5.2 RWvios, RWvistream, and RWvostream]
putSizeT
and size_t [in 9.5.4.1 Guidelines for Writing rwSaveGuts]
Q
queuesparameterized, in traditional collection classes [in 6.2.1 Traditional Collection Classes]
time and space requirements [in A.3.6 Stacks and Queues]
R
race conditionsavoiding with threads [in 2.4.4 Multithread Safety]
Read String
RWDateTime sentinel [in 3.5.2 RWDateTime Sentinels]
recover()
recovering results from saved stream [in 5.4 Simple Example]
recursiveStoreSize()
calculating number of bytes for RWCollectable objects [in 6.17.6.4 Virtual Function binaryStoreSize()]
reference counted pointers
and copy on write [in 12.2 Copy on Write]
reference counting [in 12.2 Copy on Write]
reference semantics
in collection class templates [in 6.8.2 Value vs. Reference Semantics in Templates]
in generic collection classes [in 7.2 Generic Collection Classes]
used in shallow copies of reference-based collections [in 6.4.1 Copying Reference-based Collection Classes]
reference-based collection classes [in 6.3.1 Value-based and Reference-based Collections]
references
to pointers [in 9.6.3.3 Example Two Revisited]
regular expressions [in 4.6.1 Regular Expressions]
backreferences [in 4.6.1.1 The RWTRegex<T> Interface]
in code example [in 4.3 An Introductory Example]
Relational
RWDateTime sentinels [in 3.5.2 RWDateTime Sentinels]
remove()
in RWCollectable [in 6.19.4.3 remove() Functions]
removeAndDestroy()
in RWCollectable [in 6.19.4.3 remove() Functions]
removeFunction()
in RWFactory [in 12.3.2 Programming with RWStringIDs]
replace()
in RWBasicUString [in 8.1 Introduction]
in RWTRegex<T> [in 4.3 An Introductory Example]
requirements
of time and space in collections [in A.3.1 RWGVector, RWGBitVec, RWTBitVec<Size>, RWTPtrVector, and RWTValVector<T>]
reset()
and iterators [in 6.6 Iterators in Collection Classes]
resizing
of data in a collection [in A.2.1 How to Use the Decision Tree]
restore table
and persistence [in 9.5.1 Isomorphic versus Simple Persistence]
restoreGuts()
adding persistence to a class [in 6.17.4 Add Definitions for Virtual Functions]
advanced use [in 12.4 More on Storing and Retrieving RWCollectables]
and polymorphic persistence [in 6.17.6 How to Add Polymorphic Persistence]
and troubleshooting persistence [in 9.7.1 Always Save an Object by Value Before Saving the Identical Object by Pointer]
defining virtual functions [in 6.17.6.2 Virtual Functions restoreGuts(RWFile&) and restoreGuts(RWvistream&)]
persisting custom collections [in 6.17.6.5 Polymorphically Persisting Custom Collections]
polymorphic persistence example [in 9.6.3.3 Example Two Revisited]
retrieving
methods for retrieving objects [in 6.5.1 Retrieval Methods]
objects in collections [in 6.5 Retrieving Objects in Collections]
reuse
in templates [in 6.7 Collection Class Templates]
RWAnsiLocale
and localization of numbers [in 8.5.4 Numbers]
how to use [in 8.5.1 RWLocaleSnapshot and RWAnsiLocale]
implementation of RWLocale [in 8.5.1 RWLocaleSnapshot and RWAnsiLocale]
RWapplyCollectable
pointer to function [in B.3 Pointers to Functions]
typedef [in 6.19.4.4 apply() Functions]
RWapplyGeneric
pointer to function [in B.3 Pointers to Functions]
RWapplyKeyAndValue
pointer to function [in B.3 Pointers to Functions]
RWauditFunction
pointer to function [in B.3 Pointers to Functions]
RWBag
compared to hash and set [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
compared to RWHashTable [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
RWBasicUString
for character encoding conversions [in 8.1 Introduction]
RWBinaryTree
and saveGuts() [in 6.17.6.5 Polymorphically Persisting Custom Collections]
typedef SortedCollection [in 6.19.2 Example]
[in 6.19.2 Example]
RWbistream
code example [in 5.4 Simple Example]
RWbostream
code example [in 5.4 Simple Example]
RWBoundsErr
bounds errors [in 10.2.2.2 Recoverable Internal Errors]
RWBTree
time and space requirements [in A.3.10 RWBTree, RWBTreeDictionary]
RWBTreeDictionary
time and space requirements [in A.3.10 RWBTree, RWBTreeDictionary]
RWBTreeOnDisk
constructing [in 11.6.1 Construction]
disk-based files [in 11.6 RWBTreeOnDisk]
RWByte
typedef [in B.2 Typedefs]
RWClassID
creating automatic [in 12.3.3.1 Automatic RWClassIDs]
more efficient than RWStringID [in 12.3.3.4 Efficiency]
reserved numbers [in 6.17.3.1 Virtual Function isA()]
typedef [in 6.17.3 Provide a Class Identifier for Your Class]
typedef, defined [in B.2 Typedefs]
using RWStringID for class identifiers [in 12.3 RWStringID]
RWCollectable classes
defined [in 6.1 Introduction]
list of [in 6.2.4 RWCollectable Classes]
RWCollectable
and multiple inheritance [in 12.5 Multiple Inheritance]
and polymorphic persistence [in 9.6 Polymorphic Persistence]
class identifiers using RWStringID [in 12.3 RWStringID]
common mistake with virtual function [in 13.2 Redefinition of Virtual Functions]
creating an object [in 6.17 Creating an RWCollectable Object]
default constructors [in 6.17.1 Define a Default Constructor]
designing a class [in 6.16 Designing an RWCollectable Class]
destructor [in 6.17.5 Object Destruction]
global functions for storing and retrieving [in 12.4 More on Storing and Retrieving RWCollectables]
list of virtual functions [in 6.17.4 Add Definitions for Virtual Functions]
operators [in 9.6.1 Operators]
troubleshooting its use [in 9.7.3 Don't Use Sorted RWCollections to Store Heterogeneous RWCollectables]
typedef, defined [in B.2 Typedefs]
RWCollectableInt<>
in code example [in 9.5.2 Isomorphic Persistence of an Essential Tools Module Class]
RWCollectableString
and comparisons [in 6.19.7 A Note on How Objects are Found]
in code example [in 6.19.2 Example]
RWCRegexp
use for backreferences [in 4.6.1.1 The RWTRegex<T> Interface]
RWCRexpr
regular expression class [in 4.6.1 Regular Expressions]
RWCString
and internationalization [in 8.2 Localizing Alphabets with RWCString and RWWString]
caseCompare [in 4.4 Lexicographic Comparisons]
store by value rather than pointer [in 12.2.1 A More Comprehensive Example]
substrings [in 4.5 Substrings]
RWCSubString, overview [in 4.5 Substrings]
RWCTokenizer, overview [in 4.8 Tokenizer]
RWDateTime sentinels [in 3.5.2 RWDateTime Sentinels]
RWDateTime [in 3.2.1 UTC (GMT) Dates and Times]
[in 3.5 RWDateTime]
and invalid sentinels [in 3.5.2.1 The "Invalid" Sentinel]
and null sentinels [in 3.5.2.2 The "Null" Sentinel]
and RWLocale [in 8.5 RWLocale and RWZone]
and sentinels [in 3.5.2 RWDateTime Sentinels]
constructing with a null state [in 3.5.2.2 The "Null" Sentinel]
constructing [in 3.5 RWDateTime]
[in 3.5 RWDateTime]
functions to compare, store, add, subtract [in 3.5.1 Member Functions]
Julian days and dates [in 3.2.2 Julian Day Number vs. Julian Date]
migrating to from deprecated classes RWDate and RWTime [in 3.8 Migrating to RWDateTime]
past and future sentinels [in 3.5.2.3 The Past and Future Sentinels]
user-defined sentinels [in 3.5.2.4 User-Defined Sentinels]
RWDaylightRule
constructing for localization [in 8.5.3 Time]
RWDEBUG
preprocessor flag [in 10.4 The Debug Version of the Essential Tools Module]
RWDEFINE_PERSISTABLE [in 9.5.3.3 Add RW_DEFINE_PERSISTABLE to One Source File]
RWdiskTreeApply
pointer to function [in B.3 Pointers to Functions]
RWdiskTreeCompare
pointer to function [in B.3 Pointers to Functions]
RWErrNo
typedef, defined [in B.2 Typedefs]
RWFactory
functions for using RWStringID [in 12.3.2 Programming with RWStringIDs]
polymorphic persistence in RWCollectable classes [in 6.17.7 A Note on the RWFactory]
size to hold lookups from RWClassID and RWStringID [in 12.3.3.4 Efficiency]
troubleshooting persistence issues [in 9.7.4 Define All RWCollectables That Will Be Restored]
RWFile [in 5.5 Recap]
and persistence [in 9.2.1 A Note About Terminology]
efficient storage of files [in 2.4.1.1 Persistence Functions]
in file system classes [in 11.1 Introduction]
RWFileManager
constructing [in 11.5.1 Construction]
use with RWBTreeOnDisk [in 11.6 RWBTreeOnDisk]
RWGBitVec
time and space requirements [in A.3.1 RWGVector, RWGBitVec, RWTBitVec<Size>, RWTPtrVector, and RWTValVector<T>]
RWGDlist(type)
and user-defined functions [in 7.5.2 Apply Functions]
RWGStack(int)
in code example [in 7.3 Example]
RWGStack
example to store set of pointers [in 7.3 Example]
RWGVector(val)
and value-based semantics [in 7.2 Generic Collection Classes]
RWGVector
time and space requirements [in A.3.1 RWGVector, RWGBitVec, RWTBitVec<Size>, RWTPtrVector, and RWTValVector<T>]
RWHashDictionary
testing for equality and identity [in 6.5.1 Retrieval Methods]
RWHashTable
defined [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
[in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
RWIdentityDictionary
testing for identity [in 6.5.1 Retrieval Methods]
RWIdentitySet
checking for occurrences of an item [in 6.19.4.5 Functions clear() and clearAndDestroy()]
retrieving objects by identity [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
testing if object is in memory [in 6.5.1 Retrieval Methods]
time and space requirements [in A.3.11 Hash-based Collections]
RWInternalErr error class [in 10.2.2.2 Recoverable Internal Errors]
RWLocale
localization [in 8.1 Introduction]
provides effect of a C locale [in 8.5 RWLocale and RWZone]
RWLocaleSnapshot
and localization of numbers [in 8.5.4 Numbers]
implementation of RWLocale [in 8.5.1 RWLocaleSnapshot and RWAnsiLocale]
in code example [in 8.5.3 Time]
rwnil
constant [in B.1 Constants]
RWoffset NWNIL
constant [in B.1 Constants]
RWoffset
typedef [in 11.5 RWFileManager]
[in B.2 Typedefs]
RWOrdered
in code example [in 6.19.6 Virtual Functions Inherited from RWSequenceable]
rwRestoreGuts() [in 9.5.3 Designing Your Class to Use Isomorphic Persistence]
and isomorphic persistence [in 9.5.3.3 Add RW_DEFINE_PERSISTABLE to One Source File]
[in 9.5.3.5 Define rwSaveGuts and rwRestoreGuts]
creating isomorphic persistence [in 9.5.3 Designing Your Class to Use Isomorphic Persistence]
defining [in 9.5.4.2 Guidelines for Writing rwRestoreGuts]
[in 9.5.3.5 Define rwSaveGuts and rwRestoreGuts]
in user-defined class [in 9.5.5 Isomorphic Persistence of a User-designed Class]
restoring a pointer [in 9.5.4.1 Guidelines for Writing rwSaveGuts]
writing [in 9.5.4 Writing rwSaveGuts and rwRestoreGuts Functions]
rwSaveGuts() [in 9.5.3 Designing Your Class to Use Isomorphic Persistence]
and isomorphic persistence [in 9.5.3.3 Add RW_DEFINE_PERSISTABLE to One Source File]
[in 9.5.3.5 Define rwSaveGuts and rwRestoreGuts]
creating isomorphic persistence [in 9.5.3 Designing Your Class to Use Isomorphic Persistence]
defining [in 9.5.3.5 Define rwSaveGuts and rwRestoreGuts]
in user-defined class [in 9.5.5 Isomorphic Persistence of a User-designed Class]
writing [in 9.5.4 Writing rwSaveGuts and rwRestoreGuts Functions]
RWSequenceable
innate ordering [in 6.19.3.2 Sequenceable Classes]
virtual functions [in 6.19.6 Virtual Functions Inherited from RWSequenceable]
RWSet
and RWHashTable [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
code example [in 6.16.3 Bus Example Code]
compared to bag and hash [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
time and space requirements [in A.3.11 Hash-based Collections]
RWspace
typedef [in 11.5 RWFileManager]
[in B.2 Typedefs]
RWstoredValue
typedef [in 11.6 RWBTreeOnDisk]
[in B.2 Typedefs]
RWStringID
class identifier [in 12.3 RWStringID]
returned by stringID() [in 6.17.3.3 Function stringID()]
RWSubString
constructed indirectly by RWCString [in 4.5 Substrings]
RWTBitVec<Size>
time and space requirements [in A.3.1 RWGVector, RWGBitVec, RWTBitVec<Size>, RWTPtrVector, and RWTValVector<T>]
RWtestCollectable
pointer to function [in B.3 Pointers to Functions]
RWtestCollectablePair
pointer to function [in B.3 Pointers to Functions]
RWtestGeneric
pointer to function [in B.3 Pointers to Functions]
RWTOOLS [in 2.4.6 Version]
constant [in B.1 Constants]
version number [in 2.4.6 Version]
RWTPtrDlist
and persistence [in 9.5 Isomorphic Persistence]
in code example [in 9.5.2 Isomorphic Persistence of an Essential Tools Module Class]
[in 9.5.2 Isomorphic Persistence of an Essential Tools Module Class]
RWTPtrVector
time and space requirements [in A.3.1 RWGVector, RWGBitVec, RWTBitVec<Size>, RWTPtrVector, and RWTValVector<T>]
RWTRegex<T>
in code example [in 4.6.1.3 Introductory Examples Using Regular Expressions]
regular expression template class [in 4.6.1.1 The RWTRegex<T> Interface]
RWTRegex
in code example [in 4.3 An Introductory Example]
RWTRegexErr
regular expression class reports errors [in 4.6.1.1 The RWTRegex<T> Interface]
RWTRegexMatchIterator<T>
regular expression class iterator [in 4.6.1.1 The RWTRegex<T> Interface]
RWTRegexResult<T>
in code example [in 4.6.1.3 Introductory Examples Using Regular Expressions]
regular expression class containing result of pattern matching [in 4.6.1.1 The RWTRegex<T> Interface]
RWTRegexTraits<T>
regular expression class defines character traits [in 4.6.1.1 The RWTRegex<T> Interface]
RWTValDeque<T,A>
simpler, object-oriented interface to deque class [in 6.9 Essential Tools Module Templates and C++ Standard Library Containers]
RWTValDist
in code example [in 12.6.2 Example]
RWTValDlist
restrictions with persistence [in 9.5 Isomorphic Persistence]
RWTValHashSet
example of hash function and equality object [in 6.12 Function Objects for Hashing and Equality]
RWTValSet
in comparators example [in 6.11.1 More on Total Ordering]
RWTValVector
time and space requirements [in A.3.1 RWGVector, RWGBitVec, RWTBitVec<Size>, RWTPtrVector, and RWTValVector<T>]
RWTValVirtualArray<T>
and copy on write [in 12.2 Copy on Write]
RWTValVirtualArray
choosing a collection [in A.2.2 Additional Selection Criteria]
RWuserCreator
pointer to function [in B.3 Pointers to Functions]
RWUString
in Internationalization Module [in 8.1 Introduction]
RWvios
base class for virtual streams [in 5.2 RWvios, RWvistream, and RWvostream]
RWvistream
and persistence [in 9.2.1 A Note About Terminology]
inheriting streams [in 5.2 RWvios, RWvistream, and RWvostream]
RWvoid
typedef [in B.2 Typedefs]
RWvostream [in 5.2 RWvios, RWvistream, and RWvostream]
and persistence [in 9.2.1 A Note About Terminology]
inheriting from [in 5.2 RWvios, RWvistream, and RWvostream]
RWWString
and internationalization [in 8.2 Localizing Alphabets with RWCString and RWWString]
how used [in 4.10 Wide Character Strings]
RWxmsg
exception base class [in 10.3.1 Essential Tools Module Exception Architecture]
RWZone [in 8.5 RWLocale and RWZone]
and localization [in 8.1 Introduction]
setting time zone [in 3.4 Setting the Time Zone]
RWZoneSimple
representing time [in 8.5.3 Time]
RW_DECLARE_PERSISTABLE [in 9.5.3.2 Add RW_DECLARE_PERSISTABLE to Your Header File]
RW_NPOS [in 2.4.5 Indexing]
S
save tableand persistence [in 9.5.1 Isomorphic versus Simple Persistence]
save()
saving string to virtual output stream [in 5.4 Simple Example]
saveGuts() [in 6.17.6 How to Add Polymorphic Persistence]
[in 6.17.6 How to Add Polymorphic Persistence]
adding persistence to a class [in 6.17.4 Add Definitions for Virtual Functions]
adding polymorphic persistence [in 6.17.6 How to Add Polymorphic Persistence]
and troubleshooting persistence [in 9.7.1 Always Save an Object by Value Before Saving the Identical Object by Pointer]
in RWBinaryTree [in 6.17.6.5 Polymorphically Persisting Custom Collections]
persisting custom collections [in 6.17.6.5 Polymorphically Persisting Custom Collections]
virtual function, defining [in 6.17.6.1 Virtual Functions saveGuts(RWFile&) and saveGuts(RWvostream&)]
scopeType
enum, defined [in B.4 Enumerations]
[in B.4 Enumerations]
searching
linear searching and hashing [in 6.19.7.1 Hashing]
locale-sensitive [in 8.1 Introduction]
Sedgewick, Robert
algorithm complexity [in A.3 Time and Space Considerations]
SeekTo()
in RWFile [in 11.2.1 Example]
SeekTo64()
in RWFile [in 11.2.1 Example]
SeekToBegin()
in RWFile [in 11.2.1 Example]
SeekToEnd()
in RWFile [in 11.2.1 Example]
select()
in collection classes [in 6.19.5.3 Selection]
sentinels
and RWDateTime [in 3.5.2 RWDateTime Sentinels]
invalid [in 3.5.2.1 The "Invalid" Sentinel]
past and future [in 3.5.2.3 The Past and Future Sentinels]
user-defined [in 3.5.2.4 User-Defined Sentinels]
separators
used by different countries [in 8.5.4 Numbers]
sequenceable
ordering in RWSequenceable [in 6.19.3.2 Sequenceable Classes]
setGlobal()
in copy on write [in 12.2 Copy on Write]
sets
compared to bags and hashtables [in 6.19.3.1 Bags Versus Sets Versus Hash Tables]
shallow copying
of reference-based collections [in 6.4.1 Copying Reference-based Collection Classes]
simple persistence [in 9.4 Simple Persistence]
=> See also persistence, simple.
size
binary store [in 2.4.1.2 Store Size Functions]
sizeof()
calculating number of bytes for primitives [in 6.17.6.4 Virtual Function binaryStoreSize()]
size_t
typedef [in 9.5.4.1 Guidelines for Writing rwSaveGuts]
Smalltalk
Bag and SortedCollection [in 6.16 Designing an RWCollectable Class]
collection classes [in 2.2.4 Collection Class Group]
collection classes, how to choose [in 6.19.3 Choosing a Smalltalk-like Collection Class]
collection classes, object reuse [in 6.7 Collection Class Templates]
RWCollectableclasses [in 6.1 Introduction]
Smalltalk-like collection classes [in 6.19 Smalltalk-like Collection Classes]
testing for identity and equality [in 6.5.1 Retrieval Methods]
typedefs [in 6.19 Smalltalk-like Collection Classes]
[in B.6 Standard Smalltalk Interface Typedefs]
sort()
and template collection class parameter requirements [in 6.10 Parameter Requirements]
sorted vectors
time and space requirements [in A.3.5 Sorted Vectors]
SortedCollection => See Typedefs, SortedCollection
sorting
using RWBasicUString [in 8.1 Introduction]
stacks
in traditional collection classes [in 6.2.1 Traditional Collection Classes]
time and space requirements [in A.3.6 Stacks and Queues]
Standard C Library
and <locale.h> [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
start()
in RWFileManager [in 11.5.2 Member Functions]
state
invalid, and error detection [in 10.2.3 External Errors]
of an object in a collection [in 6.5 Retrieving Objects in Collections]
saving using saveGuts() [in 6.17.6.1 Virtual Functions saveGuts(RWFile&) and saveGuts(RWvostream&)]
STL Extension-based Collection Classes [in 6.1 Introduction]
[in 6.2.3 STL Extension-based Collection Classes]
STL-based collection classes [in 2.2.4 Collection Class Group]
[in 6.2.2 STL-based Collection Classes]
storage size
of collectables without permanent RWClassIDs [in 12.3.3.3 Polymorphic Persistence]
stream I/O
imbuing [in 8.5 RWLocale and RWZone]
strftime()
and localization [in 8.5.3 Time]
Standard C Library function for localization [in 8.5.1 RWLocaleSnapshot and RWAnsiLocale]
String Processing Classes [in 2.2.2 String Processing Class Group]
[in 4.1 Introduction]
string
multibyte, how used [in 4.9 Multibyte Strings]
regular expressions [in 4.6.1 Regular Expressions]
tokens [in 4.8 Tokenizer]
wide character conversion [in 4.10 Wide Character Strings]
wide character [in 4.10 Wide Character Strings]
stringID()
acts like virtual function [in 6.17.3.3 Function stringID()]
and RWClassID [in 12.3.3.5 Identification Collisions]
in RWFactory [in 12.3.2 Programming with RWStringIDs]
static member functions in RWCollectable [in 12.3.2 Programming with RWStringIDs]
stripType
enum, defined [in B.4 Enumerations]
[in B.4 Enumerations]
strmshft.h
list of macros in [in B.5.5 In File strmshft.h]
Stroustrup, Bjarne
declaring generic collection classes [in 7.4 Declaring Generic Collection Classes]
intrusive lists [in 6.8.3 Intrusive Lists in Templates]
on iterators [in 6.6 Iterators in Collection Classes]
parameterized types [in 7.2 Generic Collection Classes]
struct tm
and localization [in 8.5.3 Time]
strXForm()
global function for collation [in 8.2 Localizing Alphabets with RWCString and RWWString]
styleMode
enum, defined [in B.4 Enumerations]
substrings => See RWCString, substrings and RWSubString.
Switzerland
and time zones during localization [in 8.5.3 Time]
symbols
exporting from a library [in 6.16.1.2 Exporting Symbols in a Windows Environment]
serialization, exporting [in 6.16.1.2 Exporting Symbols in a Windows Environment]
T
templatesallocators [in 12.6.1 Template Functions]
and reference semantics [in 6.8.2 Value vs. Reference Semantics in Templates]
collection class interfaces [in 6.9.2 Commonality of Interface]
collection classes, list of all available [in 6.9.1 The C++ Standard Library Containers]
defined [in 6.7 Collection Class Templates]
hash-based [in 6.12 Function Objects for Hashing and Equality]
in collection classes [in 6.7 Collection Class Templates]
intrusive lists [in 6.8.3 Intrusive Lists in Templates]
vector-base [in 6.9.2 Commonality of Interface]
tester functions [in 7.5.1 Tester Functions]
threads => See multithread safety
time zones
formatting [in 3.3.2.1 Applying the ISO Standard to Time Zone Offsets]
localizing [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
time
determining local time [in 3.4 Setting the Time Zone]
localizing [in 8.4 Challenges of Localizing Currencies, Numbers, Dates, and Times]
tokens
and RWCTokenizer [in 4.8 Tokenizer]
as macro parameters [in 6.16.1.1 Serialization Support Macros]
ClassName [in 6.16.1.1 Serialization Support Macros]
code example counting number of tokens in string [in 4.8 Tokenizer]
Id [in 6.16.1.1 Serialization Support Macros]
Str [in 6.16.1.1 Serialization Support Macros]
USER_MODULE [in 6.16.1.1 Serialization Support Macros]
Traditional Collection Classes
defined [in 6.1 Introduction]
list of [in 6.2.1 Traditional Collection Classes]
troubleshooting
persistence [in 9.7 A Few Friendly Warnings]
true
constant [in B.1 Constants]
try-catch
and exceptions [in 10.3 Error Reporting and Error Handling]
type conversion
with RWCString [in 4.9 Multibyte Strings]
type
collection of same types, homogeneous [in 9.5 Isomorphic Persistence]
deque<T> [in 6.9 Essential Tools Module Templates and C++ Standard Library Containers]
in a user-defined function [in 7.5.2 Apply Functions]
property of an object in collections [in 6.5 Retrieving Objects in Collections]
typedefs
bool [in 6.19.5.3 Selection]
iterators [in 6.13.1 C++ Standard Library Iterators]
RWapplyCollectable [in 6.19.4.4 apply() Functions]
RWClassID [in 6.17.3 Provide a Class Identifier for Your Class]
RWoffset [in 11.5 RWFileManager]
RWspace [in 11.5 RWFileManager]
RWstoredValue [in 11.6 RWBTreeOnDisk]
size_t [in 9.5.4.1 Guidelines for Writing rwSaveGuts]
Smalltalk [in B.6 Standard Smalltalk Interface Typedefs]
SortedCollection [in 6.19.2 Example]
[in 6.19.2 Example]
types
built-in, and pure virtual functions [in 5.2 RWvios, RWvistream, and RWvostream]
stored in value-based collections [in 6.3.1 Value-based and Reference-based Collections]
U
Unicodeencoding in Essential Tools Module [in 8.1 Introduction]
unimbue(ios&)
and RWLocale [in 8.5.2 Dates]
unique runtime RWClassID [in 12.3.3.2 Implementing Virtuals Via Statics]
UNIX
setting time zones and [in 3.4 Setting the Time Zone]
user-defined functions
in generic collection classes [in 7.5 User-Defined Functions]
tester functions [in 7.5.1 Tester Functions]
user-defined objects
and error detection [in 10.2.3 External Errors]
user-designed class
and isomorphic persistence [in 9.5.5 Isomorphic Persistence of a User-designed Class]
UTC
and RWDateTime [in 3.4 Setting the Time Zone]
dates and times [in 3.2.1 UTC (GMT) Dates and Times]
UTF-16
converting using RWBasicUString [in 8.1 Introduction]
UTF-8
conversion using RWBasicUString [in 8.1 Introduction]
V
validityof objects during error detection [in 10.2.3 External Errors]
value semantics
in collections [in 6.8.2 Value vs. Reference Semantics in Templates]
with copy on write [in 12.2 Copy on Write]
value-based collection classes [in 6.3.1 Value-based and Reference-based Collections]
memory management [in 6.3.3 A Note on Memory Management]
never persist [in 13.5 Avoid Persisting Value Collections of Pointers]
value-based templates [in 6.8.2 Value vs. Reference Semantics in Templates]
values
collection of associations of [in 11.6 RWBTreeOnDisk]
variables
collections of [in 6.2.3 STL Extension-based Collection Classes]
vector-based templates
how to use [in 6.9.2 Commonality of Interface]
vectors
in traditional collection classes [in 6.2.1 Traditional Collection Classes]
ordered. Time and space requirements. [in A.3.4 Ordered Vectors]
template [in 6.7 Collection Class Templates]
version number
common among classes [in 2.4 Common Functionality Among Classes]
current [in 2.4.6 Version]
how implemented in the Essential Tools Module [in 2.4.6 Version]
RWTOOLS [in 2.4.6 Version]
virtual functions
apply() [in 6.19.4.4 apply() Functions]
clear() [in 6.19.4.5 Functions clear() and clearAndDestroy()]
clearAndDestroy() [in 6.19.4.5 Functions clear() and clearAndDestroy()]
common mistakes [in 13.2 Redefinition of Virtual Functions]
compareTo() [in 6.17.4 Add Definitions for Virtual Functions]
contains() [in 6.19.4.2 find() and Friends]
defining in collection classes [in 6.18 Complete Listing for Class Bus]
entries() [in 6.19.4.2 find() and Friends]
find() [in 6.19.4.2 find() and Friends]
hash() [in 6.17.4 Add Definitions for Virtual Functions]
[in 6.17.4.3 Virtual Function hash()]
in collection classes [in 6.19.4 Virtual Functions Inherited From RWCollection]
in RWCollectable classes [in 6.1 Introduction]
[in 6.2.4 RWCollectable Classes]
in RWCollectable [in 6.17.4 Add Definitions for Virtual Functions]
isA() [in 12.3.3.2 Implementing Virtuals Via Statics]
[in 6.17.3.1 Virtual Function isA()]
isEmpty() [in 6.19.4.2 find() and Friends]
isEqual() [in 6.17.4 Add Definitions for Virtual Functions]
[in 6.17.4.2 Virtual Function isEqual()]
newSpecies() [in 6.17.3.2 Virtual Function newSpecies()]
occurrencesOf() [in 6.19.4.2 find() and Friends]
RWSequenceable [in 6.19.6 Virtual Functions Inherited from RWSequenceable]
saveGuts() andrestoreGuts() [in 6.17.6 How to Add Polymorphic Persistence]
Virtual Stream Classes [in 2.2.3 Virtual Stream Class Group]
[in 5.1 Introduction]
virtual streams
formatting of [in 5.2 RWvios, RWvistream, and RWvostream]
specializing [in 5.3 Specializing Virtual Streams]
support of string operators by RWCString [in 4.7.2 Virtual Streams]
writing specialized [in 5.5 Recap]
vtables
C++ built-in [in 12.3.3.2 Implementing Virtuals Via Statics]
W
wchar_tencoding [in 8.2 Localizing Alphabets with RWCString and RWWString]
in RWWString [in 4.10 Wide Character Strings]
wide characters
converting to multibyte [in 4.10 Wide Character Strings]
encodings [in 8.2 Localizing Alphabets with RWCString and RWWString]
in RWWString [in 4.10 Wide Character Strings]
[in 4.2 RWCString and RWWString]
Windows
setting time zones and [in 3.4 Setting the Time Zone]
wrapping
and RWTValDeque<T,A> [in 6.9 Essential Tools Module Templates and C++ Standard Library Containers]
write()
in RWFileManager [in 11.5.2 Member Functions]
X
XDRformatting in virtual streams [in 5.3 Specializing Virtual Streams]
protocol [in 5.2 RWvios, RWvistream, and RWvostream]
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