TAILIEUCHUNG - Lecture Programming principles and practice using C++: Chapter 11 - Bjarne Stroustrup

In this chapter, we concentrate on how to adapt the general iostreams framework presented in Chapter 10 to specific needs and tastes. A number of ways are presented in which we can tailor input and output to our needs. In this chapter, you learned to: Input and output, numeric output, file modes, string streams, line-oriented input. | Chapter 11 Customizing I/O Bjarne Stroustrup Overview Input and output Numeric output Integer Floating point File modes Binary I/O Positioning String streams Line-oriented input Character input Character classification Stroustrup/Programming/2015 Kinds of I/O Individual values See Chapters 4, 10 Streams See Chapters 10-11 Graphics and GUI See Chapters 12-16 Text Type driven, formatted Line oriented Individual characters Numeric Integer Floating point User-defined types Stroustrup/Programming/2015 Observation As programmers we prefer regularity and simplicity But, our job is to meet people’s expectations People are very fussy/particular/picky about the way their output looks They often have good reasons to be Convention/tradition rules What does 110 mean? What does 123,456 mean? What does (123) mean? The world (of output formats) is weirder than you could possibly imagine Stroustrup/Programming/2015 Output formats Integer .

• Kỹ thuật lập trình
• Programming principles
• Programming C++
• Practical C++ programming
• Programming languages
• Numeric output
• Customizing I O
• programming experience
• code programming
• programming languages​​
• computer programming
• design tips
• programming documentation
• programming skills
• the Ruby programming document
• methods Ruby programming language
• Embedded systems programming
• Embedded systems
• The C programming language
• C++ interoperability
• Programming hard
• Completing a program
• Token streams
• Language technicalities
• Header files
• Operator overloading
• Output streams
• Input streams
• Graphics model
• Display model
• Graphics classes
• Interface classes
• Graph class design
• Class shape
• Graphing functions
• Classes defined
• Graphical user interfaces
• Layers of software
• Vector revisited
• Free store
• Copy semantics
• Representing vector
• Pointer problems
• Parameterization of algorithms
• Associative containers
• Standard algorithms
• Software ideals
• Language designers
• Text processing
• Application domains
• Random numbers
• Complex numbers
• Testing GUIs
• Design for testing
• String I O
• Integer I O
• Language constructs
• Language features