Basically struct is used to define a structure. But when we want to use it we have to use the struct keyword in C. If we use the typedef keyword, then a new name, we can use the struct by that name, without writing the struct keyword .
Read moreWhat is typedef when it will be used?
typedef is a reserved keyword in the programming languages C and C++. It is used to create an additional name (alias) for another data type , but does not create a new type, except in the obscure case of a qualified typedef of an array type where the typedef qualifiers are transferred to the array element type.
Read moreCan you typedef a typedef?
The typedef specifier cannot be combined with any other specifier except for type-specifiers . The typedef-names are aliases for existing types, and are not declarations of new types. Typedef cannot be used to change the meaning of an existing type name (including a typedef-name).
Read moreWhat is the use of typedef keyword in defining structures and unions?
The keyword Typedef is used to give a new symbolic name for the existing name . Typedef is type definitions make code more readable by giving application-specific names to types. In this example, we will create type definition with structures. The name of type definition of a structure is usually in upper case letters.
Read moreIs typedef compulsory?
Conclusion: typedef is not compulsory to use . Basically, it is used to reduce the complexity of declaration as well as it gives you the freedom to choose the name of your interest of data type.
Read moreHow structures and unions are used in C?
A structure is a user-defined data type available in C that allows to combining data items of different kinds. Structures are used to represent a record. A union is a special data type available in C that allows storing different data types in the same memory location .
Read moreHow does a union work in C?
A union is a special data type available in C that allows to store different data types in the same memory location . You can define a union with many members, but only one member can contain a value at any given time. Unions provide an efficient way of using the same memory location for multiple-purpose.
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