Procedures-Procedure is the set of codes written in other module used 2 solve a specific task and can be included in the main program when an instruction CALL is used in the program.
Macro is also the set of codes used in the 'main program' or same module used to solve a specific task. Macros can be called in the program with the syntax using syntax-MACRO_NAME(actual variables). But the macros should be included in the program with the syntax MACRO_NAME(dummy variables). Dummy and actual variables should match.
// macro definitions: #define PI 3.14159265358979323846 #define CIRCUMFERENCE(radius) (2. * (radius) * PI) // use this as in CIRCUMFERENCE(21.34)
In C macros are a piece of code that is replaced by its value whenever it called from. Syntax for defining a macro is : # define Macro_Name Value As: # include<stdio.h> # define three 3 int main(){ printf("%d", three); return 0; } output: 3. In above example three is a macro and its value is 3. The place for defining macros are same as including a header file in a program.
varying no of arguments
With macros, you can perform long or boring tasks just by a single click or keystroke combination. Also, you would not need to repeat the same action over and over again.
Macros are preprocessor statements which will have specific set of instructions which are repeated in source code for several times and which wil be replaced at every call made. 1. Reduce source code length 2. Prog more readable. 3. Any modification to instructions in macro reflects in every call 4. No performance drawback by macros 1. Every call will be replaced and hence internally code length will be large.
Macros are very common and often used in C programming to declare constants, such as strings, addresses, or any other values such as maximum number of elements in an array, and so on. For those who are not familiar with them, Macros are declared by the #define keyword. Macros are also used to define some basic functionality given a set of 1 or more typeless parameters, similarly to an inline function.
// macro definitions: #define PI 3.14159265358979323846 #define CIRCUMFERENCE(radius) (2. * (radius) * PI) // use this as in CIRCUMFERENCE(21.34)
No. They have a different instruction set. However, the processors are sufficiently similar that an 8086 assembler could assemble an 8085 program, given appropriate constants and macros. Some things, however, such as RIM, SIM, RST, etc. do not have equivalents in the 8086.
#include <stdio.h> #define HELLO(s) printf ("%s\n", s) #define MAIN main (void) { HELLO ("Hello world!"); return 0; } MAIN
AnswerC is a language that could be used to create macros. A macro, defined as a set of instructions to evaluate input and give a set output is refered to as a statement block in C. If() statements can be used to evaluate an input for a given set of instructions, there are many others but given the structure of your question you should start with these, if() statements, and move on to the more advanced ones when you are comfortable with the language.I recomend this site for those just starting out.http://www.cplusplus.com/AnswerParametrized and parameter-less, examples:#define MAXNUM 32#define SQUARE(x) ((x)*(x))Other categorization: macros with/without value:#define HEADER_INCLUDED#define TRUE 1
In C macros are a piece of code that is replaced by its value whenever it called from. Syntax for defining a macro is : # define Macro_Name Value As: # include<stdio.h> # define three 3 int main(){ printf("%d", three); return 0; } output: 3. In above example three is a macro and its value is 3. The place for defining macros are same as including a header file in a program.
Macros are stored keystrokes, or sets of editing and formatting commands, that can be replayed whenever needed.
Macros are used to automate repetative tasks.
Macros are used to automate repetative tasks.
You can open the Macros section and run macros from there. The quickest way to do that is press Alt - F8. You can also run macros by clicking on buttons or other objects that you have assigned them to.
There can be many reasons why your macros are not working. Check security settings to ensure your version of Excel has macros enabled. Many times, the default installation disables the ability to use macros. Ensure you accept security certificates for the author of the macros.
You can do it by creating macros and then editing the macros. The macros or set of code can be applied to a button. It will depend on the version of Excel you have, but you can usually start creating macros or writing code through the Tools menu.