TAILIEUCHUNG - Lecture Programming principles and practice using C++: Chapter 5 - Bjarne Stroustrup

When we program, we have to deal with errors. Our most basic aim is correctness, but we must deal with incomplete problem specifications, incomplete programs, and our own errors. Here, we’ll concentrate on a key area: how to deal with unexpected function arguments. We’ll also discuss techniques for finding errors in programs: debugging and testing. | Chapter 5 Errors Bjarne Stroustrup Abstract When we program, we have to deal with errors. Our most basic aim is correctness, but we must deal with incomplete problem specifications, incomplete programs, and our own errors. Here, we’ll concentrate on a key area: how to deal with unexpected function arguments. We’ll also discuss techniques for finding errors in programs: debugging and testing. Stroustrup/Programming/2015 Overview Kinds of errors Argument checking Error reporting Error detection Exceptions Debugging Testing Stroustrup/Programming/2015 Errors “ I realized that from now on a large part of my life would be spent finding and correcting my own mistakes.” Maurice Wilkes, 1949 When we write programs, errors are natural and unavoidable; the question is, how do we deal with them? Organize software to minimize errors. Eliminate most of the errors we made anyway. Debugging Testing Make sure the remaining errors are not serious. My guess

• Kỹ thuật lập trình
• Programming principles
• Programming C++
• Practical C++ programming
• Programming languages
• Kinds of errors
• Argument checking
• 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
• Numeric output
• Customizing I O
• 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