After knowing primitive data types and Java rules of Data Type Casting (Type Conversion), let us cast char to short. The short takes 2 bytes of memory and char takes 2 bytes of memory. Here, casting rules do not work as short can take a negative value where as char is always positive. The type …
After knowing primitive data types and Java rules of Data Type Casting (Type Conversion), let us cast char to int as an example. The int takes 4 bytes of memory and char takes 2 bytes of memory. 2 bytes memory value can be assigned to a 4 bytes value and is done implicitly by JVM. …
After knowing primitive data types and Java rules of Data Type Casting (Type Conversion), let us cast char to long. The long takes 8 bytes of memory and char takes 2 bytes of memory. 2 bytes memory value can be assigned to 8 bytes value and is done implicitly by JVM. But the reverse operation, …
After knowing primitive data types and Java rules of Data Type Casting (Type Conversion), let us cast char to float. The float takes 4 bytes of memory and char takes 2 bytes of memory. 2 bytes memory value can be assigned to 4 bytes value and is done implicitly by JVM. But the reverse operation, …
After knowing primitive data types and Java rules of Data Type Casting (Type Conversion), let us cast char to double. The double takes 8 bytes of memory and char takes 2 bytes of memory. 2 bytes memory value can be assigned to 8 bytes value and is done implicitly by JVM. But the reverse operation, …
The data type boolean is incompatible for converting into any other data type. That is, a boolean value cannot be converted (or assigned to) into any other data type like char, int, double etc. The maximum permitted is one boolean can be assigned to another boolean. char to boolean is not possible. Following are not …
After knowing primitive data types and Java rules of Data Type Casting (Type Conversion), let us cast char to byte. The byte takes 1 byte of memory and char takes 2 bytes of memory. Here, casting rules do not work as byte can take a negative value where as char is always positive (char is …
