The enum keyword means enumeration.
That is correct - In c plus plus you cannot assign integer value to enum - You can only assign an enum value to an enum. Even though an enum looks like an integer, it is not. It is an enum, and C++ implements strict type checking to reduce the probability of bad programming practices. enum ColorCode {black, brown, red, orange, yellow, green, blue, violet, grey, white}; ColorCode myColorCode; myColorCode = yellow; Even though yellow has an integer value of 4, you cannot say myColorCode = 4.
You can't pass an enum as an argument to a function. An enum in C isn't an object, it's a type. All you can do is pass a variable that is of the particular enum's type.
In C++, enum signifies a slightly stronger type than in C. For example, in C, one could write: enum Direction { UP, DOWN }; Direction d = 1; In C++, this would be illegal, only UP or DOWN can be assigned to a variable of type Direction, though there is still implicit casting to integer, so one could still write: int i = UP; Another difference has to do with the way variable are declared in general in C++. In C, once the enum was declared as above, declaring variables of type Direction would have to be done through the enum keyword, like this: enum Direction d = UP; In C++, the name "Direction" becomes a type in itself, so you can write: Direction d = UP;
enum field { name, course, grade }; std::string student[3]; student[name] = "Joe Bloggs"; student[course] = "C++ Programming"; student[grade] = "A+";
enum, void and const are relatively new keywords in Cnew, on the other hand, isn't a keyword in C
That is correct - In c plus plus you cannot assign integer value to enum - You can only assign an enum value to an enum. Even though an enum looks like an integer, it is not. It is an enum, and C++ implements strict type checking to reduce the probability of bad programming practices. enum ColorCode {black, brown, red, orange, yellow, green, blue, violet, grey, white}; ColorCode myColorCode; myColorCode = yellow; Even though yellow has an integer value of 4, you cannot say myColorCode = 4.
You can't pass an enum as an argument to a function. An enum in C isn't an object, it's a type. All you can do is pass a variable that is of the particular enum's type.
In C++, enum signifies a slightly stronger type than in C. For example, in C, one could write: enum Direction { UP, DOWN }; Direction d = 1; In C++, this would be illegal, only UP or DOWN can be assigned to a variable of type Direction, though there is still implicit casting to integer, so one could still write: int i = UP; Another difference has to do with the way variable are declared in general in C++. In C, once the enum was declared as above, declaring variables of type Direction would have to be done through the enum keyword, like this: enum Direction d = UP; In C++, the name "Direction" becomes a type in itself, so you can write: Direction d = UP;
The term 'enum' is short for 'enumerated type'. An enumerated type is a data type containing a set of values called elements. They can also be called members or enumerators.
"the" is not a keyword in the C Programming Language. Perhaps you meant "const" HTH Richard Wolf Software Architect
enum field { name, course, grade }; std::string student[3]; student[name] = "Joe Bloggs"; student[course] = "C++ Programming"; student[grade] = "A+";
loops execute a set of insructions repeatedly for a certain numbers of times..
Programming is a term that describes the usage of a programming language. Programming languages (C++ for example) are languages that create programs, these programming languages should not be confused with scripting languages. Scripting languages are languages that are meant to be interpenetrated by programs. (Written in a programming language)
enum, void and const are relatively new keywords in Cnew, on the other hand, isn't a keyword in C
CA is an abbreviation for chartered accountant (Ca is the chemical symbol for calcium, which is an element). C++ is a programming language. If you actually meant what is the difference between C and C++ programming languages, then the main difference is that C++ incorporates object-oriented programming whereas C does not. Otherwise both languages are largely the same, insofar as most C programs will compile under C++ with relatively minor modification.
Contiguous memory allocation in C programming refers to the assigning of consecutive memory blocks to a process. Contiguous memory allocation is one of the oldest and most popular memory allocation schemes in programming.
C and C++ are both high-level programming languages.