a character/byte as defined in the C Programming language is one byte (8 bits). A string can be as short as one byte and can be as long as the physical memory limits can contain it.
To store the ASCII character string "What time is it" in memory using an assembler directive, you can use the .ascii or .asciz directive. For example, in assembly language, you can write: .data timeString: .asciz "What time is it" This directive allocates memory for the string and includes a null terminator, making it suitable for string handling in many programming contexts.
about eight bits, which is equal to one byte
1 byte.. (1 cell)
The purpose of the head string pool in a programming language is to store and manage commonly used string literals in memory. This helps reduce memory usage by reusing the same string objects instead of creating new ones every time they are used. This can improve memory management by reducing the amount of memory allocated for storing duplicate string literals, leading to more efficient use of memory resources.
The char type store only one symbol of data (letter, digit, space, tab and so on). The string type is able to keep virtually data of any length. Also string type is based on arrays and uses reference type working with memory.
Characters are typically stored in 8 bits.
pc or personal computer
integer data type consumes memory of 4 bytes or 32 bits
Use a std::vector<std::string>> to store the strings, then call the std::vector::sort() method.
A String is essentially a character array with advanced functionality. Any character from a String object can be accessed by calling String's charAt(int position) method. This will return the character value at that position in the String, which can be stored within an int for ASCII value comparison. Example: String a = "Apple"; String b = "Banana"; int x = a.charAt(0); int y = b.charAt(0); boolean c = x<y; //A<B
memory is required to store the data or any information.but the usual computers have very less memory space in them. so to increase the performance of your computer and to access it on a faster rate we need memory hierarchy.
we store memory in the brain. It has grooves in it,which actually store it. If more number of grooves, more the memory power.