instructions
n1 n2 -> n1%n2 n1/n2
DIV -> Pushes the modulo and the quotient
of n1 / n2 (byte) to the stack
DIVw -> Pushes the modulo and the quotient
of n1 / n2 (word) to the stack
DIVx -> Pushes the modulo and the quotient
of n1 / x (byte) to the stack
DIVxw -> Pushes the modulo and the quotient
of n1 / xw (word) to the stack
DIVy -> Pushes the modulo and the quotient
of n1 / y (byte) to the stack
DIVyw -> Pushes the modulo and the quotient
of n1 / yw (word) to the stack
DIVxy -> Pushes the modulo and the quotient
of x / y (byte) to the stack
DIVxyw -> Pushes the modulo and the quotient
of xw / yw (word) to the stack
instructions
n1 n2 -> n1%n2 n1/n2
DIV -> Pushes the modulo and the quotient
of n1 / n2 (byte) to the stack
DIVw -> Pushes the modulo and the quotient
of n1 / n2 (word) to the stack
DIVx -> Pushes the modulo and the quotient
of n1 / x (byte) to the stack
DIVxw -> Pushes the modulo and the quotient
of n1 / xw (word) to the stack
DIVy -> Pushes the modulo and the quotient
of n1 / y (byte) to the stack
DIVyw -> Pushes the modulo and the quotient
of n1 / yw (word) to the stack
DIVxy -> Pushes the modulo and the quotient
of x / y (byte) to the stack
DIVxyw -> Pushes the modulo and the quotient
of xw / yw (word) to the stack