fib 1

[calu.git] / cpu / src / r_w_ram_b.vhd

diff --git a/cpu/src/r_w_ram_b.vhd b/cpu/src/r_w_ram_b.vhd
index 204479e232738d676b936447598f5314bdb52cf1..1bbf460d73197714ee6f4904b974c42463e2b31d 100644 (file)
--- a/cpu/src/r_w_ram_b.vhd
+++ b/cpu/src/r_w_ram_b.vhd
@@ -13,11 +13,19 @@ architecture behaviour of r_w_ram is
                                                                        -- r0 = 0, r1 = 1, r2 = 3, r3 = A
 
        signal ram : RAM_TYPE := (
-0 => x"ed080048",      --;ldi r1, 9;;
-1 => x"ed500080",      --;ldil r10, list@lo ;; global pointer
-2 => x"fd500002",      --;ldih r10, list@hi;;
-3 => x"eb000107",      --;call+ fibcall;;
-4 => x"eb7ffe03",      --;br+ main;;
+
+       0 => "11101101000000000000000000000000",
+       1 => "11101101001000000000000000000000",
+       2 => "11100111101000000000000000000000",
+       3 => "11100001000000000000000000100001",
+       4 => "11101100100000000000010000000000",
+       5 => "00001011011111111111111010000011",
+
+6 => x"ed080048",      --;ldi r1, 9;;
+7 => x"ed500080",      --;ldil r10, list@lo ;; global pointer
+8 => x"fd500002",      --;ldih r10, list@hi;;
+9 => x"eb000107",      --;call+ fibcall;;
+10 => x"eb7ffe03",     --;br+ main;;
                --2; fib(n) {
                --2;   if (list[n] > 0) {
                --2;    return list[n]
@@ -28,32 +36,32 @@ architecture behaviour of r_w_ram is
                --2; }
                --3;fibcall;
                --2;update counter for aligned access
-5 => x"e5088800",      --;lls r1, r1, 2 ;; *4
+11 => x"e5088800",     --;lls r1, r1, 2 ;; *4
                --2;calculate adress of top element
-6 => x"e0150800",      --;add r2, r10, r1;;
+12 => x"e0150800",     --;add r2, r10, r1;;
                --3;fibmem;
                --2;load top element
-7 => x"e7010000",      --;ldw r0, 0(r2);;
+13 => x"e7010000",     --;ldw r0, 0(r2);;
                --2;compare if set
-8 => x"ec800000",      --;cmpi r0, 0;;
+14 => x"ec800000",     --;cmpi r0, 0;;
                --2;return if set
-9 => x"0b000008",      --;retnz-;;
+15 => x"0b000008",     --;retnz-;;
                --2;decrement adress for next lopp
-10 => x"e1910020",     --;subi r2, r2, 4;;
+16 => x"e1910020",     --;subi r2, r2, 4;;
                --2;iterative call for n-1 element
-11 => x"eb7ffe07",     --;call+ fibmem;;
+17 => x"eb7ffe07",     --;call+ fibmem;;
                --2;load n-2 element
-12 => x"e7197ffc",     --;ldw r3, 0-4(r2);;
+18 => x"e7197ffc",     --;ldw r3, 0-4(r2);;
                --2;add n-1 and n-2 element
-13 => x"e0018000",     --;add r0, r3, r0;;
+19 => x"e0018000",     --;add r0, r3, r0;;
                --2;increment address for n element
                --2;is needed because after return
                --2;we need r2 to be set to the address
                --2;of element n
-14 => x"e1110020",     --;addi r2, r2, 4;;
+20 => x"e1110020",     --;addi r2, r2, 4;;
                --2;store fib n
-15 => x"e7810000",     --;stw r0, 0(r2);;
-16 => x"eb00000a",     --;ret+;;
+21 => x"e7810000",     --;stw r0, 0(r2);;
+22 => x"eb00000a",     --;ret+;;