I need a verilog module code to support the conditional oper

I need a verilog module code to support the conditional operator of C(module just fot this) for the following given pseudo computer.

Instruction Set (ISA) . 19-bit Instructions [LSB is bit 0; MSB is bit 17] . 4-bit Opcodes: 16 instructions* this will expand in the future */ 32-entry Register File 32-bit data words; 18-bit instructions -- data: only natural integers for now (0 to 2**32 1); . no negative numbers or floating point Opcod Opcodee (4-bits) Mne- Operands OperandsSyntax SourceDesti-nation InstructionInstruction Instruction Meaning Fields moniC 17-15: opcode 14-10: Rsrc1 add Rsrcl, | Rsrc1, Rsrc2 RtgtRsrc1+ Rsre2 0000add Rtgt Rsrc2, Rtgt9-5: Rsrc2 sub Rsrc1, xor Rsrc1, 4-0: Rtgt Rsrc1, 0001subRsrc2 0010 xor Rsrc2 0011 mul2 Rsrc1 Rtgt Rsrc2, Rtgt Rtgt Rsrc2, Rtgt Rtgt Rtgt

Solution

Arithmetic Operators
I There are two types of operators: binary and unary
I Binary operators:
I add(+), subtract(-), multiply(*), divide(/), power(**), modulus(%)
//suppose that: a = 4\'b0011;
// b = 4\'b0100;
// d = 6; e = 4; f = 2;
//then,
a + b //add a and b; evaluates to 4\'b0111
b - a //subtract a from b; evaluates to 4\'b0001
a * b //multiply a and b; evaluates to 4\'b1100
d / e //divide d by e, evaluates to 4\'b0001. Truncates fractional part
e ** f //raises e to the power f, evaluates to 4\'b1111
//power operator is most likely not synthesible

I The logic gate realization depends on several variables
I coding style
I synthesis tool used
I synthesis constraints (more later on this)
I So, when we say \"+\", is it a...
I ripple-carry adder
I look-ahead-carry adder (how many bits of lookahead to be used?)
I carry-save adder
When writing RTL code, keep in mind what will eventually be needed
Continually thinking about structure, timing, size, power
Verilog - Operators
Arithmetic Operators (cont.)
16-bit adder with loose constraints:
set_max_delay 2 [get_ports sum*]
max delay = 0.8ns, area = 472 = 85 gates

Logical Operators
I Verilog Logical Operators
I logical-and(&&) //binary operator
I logical-or(jj) //binary operator
I logical-not(!) //unary operator
//suppose that: a = 3 and b = 0, then...
(a && b) //evaluates to zero
(b || a) //evaluates to one
(!a) //evaluates to 0
(!b) //evaluates to 1
//with unknowns: a = 2\'b0x; b = 2\'b10;
(a && b) // evaluates to x
//with expressions...
(a == 2) && (b == 3) //evaluates to 1 only if both comparisons are true

Equality Operators - \"LT\" is big and slow
//8-bit less than detector
//if a is less than b, output is logic one
module less8(
input [7:0] a,b,
output z
);
assign z = (a < b) ? 1\'b1 : 1\'b0;//let a = 4, b = 3, and...
//x = 4\'b1010, y = 4\'b1101,
//z = 4\'b1xxz, m = 4\'b1xxz, n = 4\'b1xxx
a == b //evaluates to logical 0
x != y //evaluates to logical 1
x == z //evaluates to x
z === m //evaluates to logical 1
z === n //evaluates to logical 0
m !== n //evaluates to logical 1

endmodule