2024-05-22T22:31:50+03:00[Europe/Moscow] en true <p>When you explicitly instruct the compiler to</p><p>convert a value from one data type to</p><p>another.</p>, <p>When do we use explicit type conversions?</p>, <p>In C++ you can do explicit type conversions</p><p>in two ways namely:</p>, <p>(type) expression</p>, <p>A Blank is a unary operator that compels</p><p>one data type to be transformed into another data</p><p>type.</p>, <p>C++ supports four types of casting:</p>, <p>Function descriptions will include the following:</p>, <p>are a method of specifying what a function accomplishes.</p>, <p>indicates what must be true before the function is called.</p>, <p>indicates what will be true when the function finishes its work.</p> flashcards
Lecture 16

Lecture 16

  • When you explicitly instruct the compiler to

    convert a value from one data type to

    another.

    Explicit type conversions/type casting (user-defined)

  • When do we use explicit type conversions?

    Converting Between Primitive Types

    Enforcing Type Conversions

    Avoiding Implicit Conversions

  • In C++ you can do explicit type conversions

    in two ways namely:

    C-style castingCast operator

  • (type) expression

    C-style casting

  • A Blank is a unary operator that compels

    one data type to be transformed into another data

    type.

    Cast Operator

  • C++ supports four types of casting:

    Static Cast

    Dynamic Cast

    Const Cast

    Reinterpret Cast

  • Function descriptions will include the following:

    short textual description of the function

    description of the formal parameter list

    description of the return type

  • are a method of specifying what a function accomplishes.

    Preconditions and postconditions

  • indicates what must be true before the function is called.

    The precondition

  • indicates what will be true when the function finishes its work.

    The postcondition