struct Foobar myarray [32];
or
struct {
int foo;
double bar;
} myarray [32];
You can use unlimited number of variables for a structure and you can also declare array of structures.
That rather depends on the underlying type. For any given type T, an array of type T is user-defined if T is user-defined, otherwise it is built-in. For example: #include<string> // required to use std::string std::string s[42]; // user-defined array int i[42]; // built-in array Here, s is a user-defined array because std::string is a user-defined type, whereas i is a built-in array because int is a built-in type.
An array is a collection of related data elements of same type.Structure can have elements of different types.An array is a derived data type.A structure is a programmer-defined data type.A struct can contain multiple data types, whereas an array can not.
Elements of the array.
congugative memory allocation ,is use to array
The main differences between an array and a structure are: An Array is a collection of similar data items.An array is derived data type.It behave like a built in data type. An array can be increased or decreased. A structure is a collection of dissimilar data items.It is a user defined data types.It must be declared and defined.A structure element can be added if necessary.
Simple non-array variables are usually passed to methods by value.
Object array is called universal array because it can store multiple variables of the same type
The term user-defined really means programmer-defined when referring to programming. An user-defined array is therefore an array that the programmer has declared, rather than one that is provided by a third party or is built-in to the language. In essence, any array you yourself declare is an user-defined array. The following are examples of user-defined arrays: int x[10]; // static array of 10 integer elements. Allocated at compile time. int* y = new int [5]; // dynamic array of 5 integer elements. Allocated at runtime.
An array is an aggregate of the same type. A structure is an aggregate of different types.
Full representation of an array begins from the index 0 and ends at n-1 where n is the number of variables of the array.
For global/static variables: yes.For auto variables: no.