When a declared variable receives a value to hold.
i.e.
int lalalala;
lalalala = 0; //initialization of lalalala
Answer is; initialization *** Edit*** Initialization is correct. Page 59 Programming Logic and Design by Tony Gladdis
Iteration structures are also called as loops. The following are the loops available in c. 1. for (initialization; condition; increase/decrese) statement 2. while (expression) statement 3. do statement while (condition)
Lazy initialization is a process by which an object is not initialized until it is first called in your code. The .NET 4.0 introduces a new wrapper class, System.Lazy<T>, for executing the lazy initialization in your application. Lazy initialization helps you to reduce the wastage of resources and memory requirements to improve performance. It also supports thread-safety.
...are important things in programming. Example: extern int variable; /* declaration */ int variable= 8; /* definition with initialization */
syntax: for(initialization;condition;increment) { statements s1; statements s2; } #include<stdio.h> main() { int i,n=5; for(i=0;i<n;i=i+1) { printf("the number s are %d", i); } }
Answer is; initialization *** Edit*** Initialization is correct. Page 59 Programming Logic and Design by Tony Gladdis
Iteration structures are also called as loops. The following are the loops available in c. 1. for (initialization; condition; increase/decrese) statement 2. while (expression) statement 3. do statement while (condition)
Initialization of objects means to provide an initial value for the object. This is usually done by the constructor, or it can be done with an assignment statement.
The three main components that control a loop are the initialization, the condition, and the increment/decrement statement. Initialization sets the starting point of the loop, the condition determines when the loop should continue running, and the increment/decrement statement updates the loop variable to progress towards the termination condition. Together, these components ensure that the loop executes the desired number of times and eventually exits when the condition is no longer met.
Initial
Lazy initialization is a process by which an object is not initialized until it is first called in your code. The .NET 4.0 introduces a new wrapper class, System.Lazy<T>, for executing the lazy initialization in your application. Lazy initialization helps you to reduce the wastage of resources and memory requirements to improve performance. It also supports thread-safety.
Initialization is nothing but assigning some value to a parameter. ex :- int a; // Defination of an integer variable a = 3; // Initialization of the variable a
...are important things in programming. Example: extern int variable; /* declaration */ int variable= 8; /* definition with initialization */
syntax: for(initialization;condition;increment) { statements s1; statements s2; } #include<stdio.h> main() { int i,n=5; for(i=0;i<n;i=i+1) { printf("the number s are %d", i); } }
The general order of initialization is:Base class objects (if present)Member data objectsConstructor function code
Perhaps an example will help. extern int value; /* declaration */ int value; /* definition */ int value= 20; /* definition with initialization */
Definition. Example: extern int x1; /* declaration */ int x2; /* definition */ int x3= 2; /* definition with initialization */