Start with full picture

c++ specials

“There are only two kinds of languages: the ones people complain about and the ones nobody uses.”

– Bjarne Stroustrup

Lessons

Lessons

OBJECTIVES

In this chapter you will learn:

To use C++ object-oriented stream input/output

To format input and output

The stream-I/O class hierarchy

To use stream manipulators
To control justification and padding.
To determine the success or failure of input/output operations

To tie output streams to input streams

What exceptions are and when to use them

To use TRy , catch and throw to detect, handle and indicate exceptions, respectively

To process uncaught and unexpected exceptions

To declare new exception classes

How stack unwinding enables exceptions not caught in one scope to be caught in another scope

To handle new failures

To use auto_ptr to prevent memory leaks

To understand the standard exception hierarchy

To create, read, write and update files

Sequential file processing

Random-access file processing

To use high-performance unformatted I/O operations

The differences between formatted-data and raw-data file processing

To build a transaction-processing program using random-access file processing

To use class string from the C++ Standard Library to treat strings as full-fledged objects

To assign, concatenate, compare, search and swap strings

To determine string characteristics

To find, replace and insert characters in a string

To convert strings to C-style strings and vice versa

To use string iterators

To perform input from and output to strings in memory

To create and use structs

To pass structs to functions by value and by reference

To use ty pedef to create aliases for previously defined data types and structs

To manipulate data with the bitwise operators and to create bit fields for storing data compactly

To use the functions of the character-handling library

To use the string-conversion functions of the general-utilities library <cstdlib>

To use the string-processing functions of the string-handling library <cstring>

To use to const_cast to temporarily treat a const object as a non-const object

To use namespaces

To use operator keywords

To use mutable members in const objects

To use class-member pointer operators .* and ->*

To use multiple inheritance

The role of v irtual base classes in multiple inheritance

HOMEWORKS

Lessons 1 and 2
D 15.6	D 15.7	D 15.8	D 15.9	D 15.10
D 15.11	D 15.12	D 15.13	D 15.14	D 15.15
D 15.16	D 15.17	D 15.18

Lessons 3 and 4
D 16.18	D 16.19	D 16.20	D 16.21	D 16.22
D 16.23	D 16.24	D 16.25	D 16.26	D 16.27
D 16.28	D 16.29	D 16.30	D 16.31	D 16.32
D 16.33	D 16.34	D 16.35	D 16.36

Lessons 5 and 6
D 17.5	D 17.6	D 17.7	D 17.8	D 17.9
D 17.10	D 17.11	D 17.12	D 17.13	D 17.14

Lessons 7 and 8
D 18.4	D 18.5	D 18.6	D 18.7	D 18.8
D 18.9	D 18.10	D 18.11	D 18.12	D 18.13
D 18.14	D 18.15	D 18.16	D 18.17	D 18.18
D 18.19	D 18.20	D 18.21	D 18.22	D 18.23
D 18.24	D 18.25	D 18.26	D 18.27	D 18.28

Lessons 9 and 10
D 22.6	D 22.7	D 22.8	D 22.9	D 22.10
D 22.11	D 22.12	D 22.13	D 22.14	D 22.15
D 22.16	D 22.17	D 22.18	D 22.19	D 22.20
D 22.21	D 22.22	D 22.23	D 22.24	D 22.25
D 22.26	D 22.27	D 22.28	D 22.29	D 22.30
D 22.31	D 22.32	D 22.33	D 22.34	D 22.35

Lessons 11 and 12
D 24.3	D 24.4	D 24.5	D 24.6	D 24.7
D 24.8	D 24.9	D 24.10