In x86, a MOV instruction can store bytes (8-bit quantities), words (16-bit quantities), and double-words (32-bit quantities). In AT&T syntax, the type of data being stored is determined by a suffix at the end of the instruction:
movb - move byte
movw - move word
movl - move double-word (also called a long)
In Intel syntax - which doesn't use these suffixes - the data type is determined from context by looking at the names of the registers specified in the operands. A MOV instruction referring to %eax, for example, would store a double-word (since %eax is a 32-bit register).
mov
No, not at all this instruction MOV can not be used for immediate data transfer. You will need to use command MVI Rd, 8 Bit Data for immediate data transfer.
Data Segment string 1 db 'This is source $' string2 db 15 dup() Data Ends Assume cs:code, ds:data org 100h Code segment Mov AX, data Mov DS, AX Mov si, offset string1 Mov di, offset string2 Mov CX, 0015 MOVSB Mov AX, 004ch Int 21h Code Ends End
There is no such data type. However, when we use user-defined data types of our own type, then that type of data can be stored in a variable. So as a term, you may say that user-defined data type can store any data. As the data-type used in any variable will be depending upon us.
.model small .stack 100 .data line1 db 03,12,15,14,01 avg db ? .code mov ax,@data mov ds,ax lea si,line1 mov cx,0005h mov al,00+1 l1:add al,[si] inc si loop l1 mov ah,00h mov bh,05h div bh mov [si],al mov ah,4ch int 21h end
char data type
8096
The full form of MOV is "Move." In programming, MOV is an instruction that moves data from one location to another within the computer's memory or between different components of the computer.
array
.model small .stack .data m db 'the no is odd $' m1 db 'the no is even $' a db 04h b db 02h .code mov ax,@data mov ds,ax mov ah,0 mov al,a mov bl,b div bl cmp ah,00h je l1 mov dx,offset m jmp l l1: mov dx,offset m1 jmp l l: mov ah,09 int 21h mov ah,4ch int 21h end
All data types can be used to store a whole number, even the data types that can store a decimal number.
the type of data which we store in a variable.. example: int a=10; /*here a is variable (data) which is of type int and stores a value 10.*/