Download: prog1.zip
prog1.c/* prog 1
*
* Demonstrate high-level C constructions.
*
*/
int mylog2(int arg);
void if_test();
int for_test();
void array_test();
void ascii_code();
double adder(double a, double b);
int factorial(int n);
int diffofsum(int f, int g, int h, int i);
int main()
{
int x;
//if_test();
x = mylog2(128);
x = for_test();
array_test();
ascii_code();
double y = adder(3.0,4.0);
return 0;
}
void if_test()
{
int na, nb, nc;
// reminder: s8 is another name for fp
// na @ 0(s8)
// nb @ 4(s8)
// nc @ 8(s8)
na = 1;
nb = 20;
nc = 13;
// IF Statement
if (nb>nc) na = 4;
// IF-ELSE Statement
if (nb<nc) na = nc - 5;
else na = nc + 2;
}
int mylog2(int arg)
{
int x, pow;
x = 0;
pow = 1;
/*
* consider:
* pow = pow<<1; (or pow <<= 1)
* x++;
*/
while (pow < arg) {
pow <<= 1;
//pow = pow * 2;
x = x + 1;
}
return x;
}
int for_test()
{
int i, sum;
// sum the integers 1 .. 5
// consider replacing i!=6 with i<6
sum = 0;
for (i=1; i!=6; i++) {
sum = sum + i;
}
return sum;
}
int array[5];
void array_test()
{
int i, n;
array[0] = 1;
array[1] = array[0]*3;
n = sizeof(array)/sizeof(int);
// use for loop
for (i=1; i<n; i++) {
array[i] = array[i-1]*3;
}
}
void ascii_code()
{
int na, nb , nc;
na = 'S';
nb = 'A';
nc = 'a';
na = nc - nb;
}
double adder(double a, double b)
{
double v;
v = a + b;
return v;
}
int factorial(int n)
{
if (n<=1) return 1;
return n*factorial(n-1);
}
int diffofsums(int f, int g, int h, int i)
{
int result;
result = (f + g) - (h + i);
return result;
}
--- C:\ece314\prog1\prog1.c --------------------------------------------------------------------
1: /* prog 1
2: *
3: * Demonstrate high-level C constructions.
4: *
5: */
6:
7: int mylog2(int arg);
8: void if_test();
9: int for_test();
10: void array_test();
11: void ascii_code();
12: double adder(double a, double b);
13: int factorial(int n);
14: int diffofsum(int f, int g, int h, int i);
15:
16: int main()
17: {
9D000018 27BDFFD8 addiu sp,sp,-40
9D00001C AFBF0024 sw ra,36(sp)
9D000020 AFBE0020 sw s8,32(sp)
9D000024 03A0F021 addu s8,sp,zero
18: int x;
19: //if_test();
20: x = mylog2(128);
9D000028 24040080 addiu a0,zero,128
9D00002C 0F40004A jal 0x9d000128
9D000030 00000000 nop
9D000034 AFC20010 sw v0,16(s8)
21: x = for_test();
9D000038 0F400064 jal 0x9d000190
9D00003C 00000000 nop
9D000040 AFC20010 sw v0,16(s8)
22: array_test();
9D000044 0F40007D jal 0x9d0001f4
9D000048 00000000 nop
23: ascii_code();
9D00004C 0F4000AD jal 0x9d0002b4
9D000050 00000000 nop
24: double y = adder(3.0,4.0);
9D000054 3C029D07 lui v0,0x9d07
9D000058 8C440E70 lw a0,3696(v0)
9D00005C 8C450E74 lw a1,3700(v0)
9D000060 3C029D07 lui v0,0x9d07
9D000064 8C430E7C lw v1,3708(v0)
9D000068 8C420E78 lw v0,3704(v0)
9D00006C 00403021 addu a2,v0,zero
9D000070 00603821 addu a3,v1,zero
9D000074 0F4000BF jal 0x9d0002fc
9D000078 00000000 nop
9D00007C AFC20018 sw v0,24(s8)
9D000080 AFC3001C sw v1,28(s8)
25: return 0;
9D000084 00001021 addu v0,zero,zero
26: }
9D000088 03C0E821 addu sp,s8,zero
9D00008C 8FBF0024 lw ra,36(sp)
9D000090 8FBE0020 lw s8,32(sp)
9D000094 27BD0028 addiu sp,sp,40
9D000098 03E00008 jr ra
9D00009C 00000000 nop
27:
28: void if_test()
29: {
9D0000A0 27BDFFE8 addiu sp,sp,-24
9D0000A4 AFBE0010 sw s8,16(sp)
9D0000A8 03A0F021 addu s8,sp,zero
30: int na, nb, nc;
31: // reminder: s8 is another name for fp
32: // na @ 0(s8)
33: // nb @ 4(s8)
34: // nc @ 8(s8)
35: na = 1;
9D0000AC 24020001 addiu v0,zero,1
9D0000B0 AFC20000 sw v0,0(s8)
36: nb = 20;
9D0000B4 24020014 addiu v0,zero,20
9D0000B8 AFC20004 sw v0,4(s8)
37: nc = 13;
9D0000BC 2402000D addiu v0,zero,13
9D0000C0 AFC20008 sw v0,8(s8)
38:
39: // IF Statement
40:
41: if (nb>nc) na = 4;
9D0000C4 8FC30004 lw v1,4(s8)
9D0000C8 8FC20008 lw v0,8(s8)
9D0000CC 0043102A slt v0,v0,v1
9D0000D0 10400003 beq v0,zero,0x9d0000e0
9D0000D4 00000000 nop
9D0000D8 24020004 addiu v0,zero,4
9D0000DC AFC20000 sw v0,0(s8)
42:
43: // IF-ELSE Statement
44:
45: if (nb<nc) na = nc - 5;
9D0000E0 8FC20004 lw v0,4(s8)
9D0000E4 8FC30008 lw v1,8(s8)
9D0000E8 0043102A slt v0,v0,v1
9D0000EC 10400006 beq v0,zero,0x9d000108
9D0000F0 00000000 nop
9D0000F4 8FC20008 lw v0,8(s8)
9D0000F8 2442FFFB addiu v0,v0,-5
9D0000FC AFC20000 sw v0,0(s8)
9D000100 10000004 beq zero,zero,0x9d000114
9D000104 00000000 nop
46: else na = nc + 2;
9D000108 8FC20008 lw v0,8(s8)
9D00010C 24420002 addiu v0,v0,2
9D000110 AFC20000 sw v0,0(s8)
47: }
9D000114 03C0E821 addu sp,s8,zero
9D000118 8FBE0010 lw s8,16(sp)
9D00011C 27BD0018 addiu sp,sp,24
9D000120 03E00008 jr ra
9D000124 00000000 nop
48:
49: int mylog2(int arg)
50: {
9D000128 27BDFFF0 addiu sp,sp,-16
9D00012C AFBE0008 sw s8,8(sp)
9D000130 03A0F021 addu s8,sp,zero
9D000134 AFC40010 sw a0,16(s8)
51: int x, pow;
52: x = 0;
9D000138 AFC00000 sw zero,0(s8)
53: pow = 1;
9D00013C 24020001 addiu v0,zero,1
9D000140 AFC20004 sw v0,4(s8)
54: /*
55: * consider:
56: * pow = pow<<1; (or pow <<= 1)
57: * x++;
58: */
59: while (pow < arg) {
9D000144 8FC20004 lw v0,4(s8)
9D000148 8FC30010 lw v1,16(s8)
9D00014C 0043102A slt v0,v0,v1
9D000150 10400009 beq v0,zero,0x9d000178
9D000154 00000000 nop
60: pow <<= 1;
9D000158 8FC20004 lw v0,4(s8)
9D00015C 00021040 sll v0,v0,0x1
9D000160 AFC20004 sw v0,4(s8)
61: //pow = pow * 2;
62: x = x + 1;
9D000164 8FC20000 lw v0,0(s8)
9D000168 24420001 addiu v0,v0,1
9D00016C AFC20000 sw v0,0(s8)
9D000170 1000FFF4 beq zero,zero,0x9d000144
9D000174 00000000 nop
63: }
64: return x;
9D000178 8FC20000 lw v0,0(s8)
65: }
9D00017C 03C0E821 addu sp,s8,zero
9D000180 8FBE0008 lw s8,8(sp)
9D000184 27BD0010 addiu sp,sp,16
9D000188 03E00008 jr ra
9D00018C 00000000 nop
66:
67: int for_test()
68: {
9D000190 27BDFFF0 addiu sp,sp,-16
9D000194 AFBE0008 sw s8,8(sp)
9D000198 03A0F021 addu s8,sp,zero
69: int i, sum;
70:
71: // sum the integers 1 .. 5
72:
73: // consider replacing i!=6 with i<6
74: sum = 0;
9D00019C AFC00004 sw zero,4(s8)
75: for (i=1; i!=6; i++) {
9D0001A0 24020001 addiu v0,zero,1
9D0001A4 AFC20000 sw v0,0(s8)
9D0001A8 8FC30000 lw v1,0(s8)
9D0001AC 24020006 addiu v0,zero,6
9D0001B0 1062000A beq v1,v0,0x9d0001dc
9D0001B4 00000000 nop
9D0001C8 8FC20000 lw v0,0(s8)
9D0001CC 24420001 addiu v0,v0,1
9D0001D0 AFC20000 sw v0,0(s8)
9D0001D4 1000FFF4 beq zero,zero,0x9d0001a8
9D0001D8 00000000 nop
76: sum = sum + i;
9D0001B8 8FC30004 lw v1,4(s8)
9D0001BC 8FC20000 lw v0,0(s8)
9D0001C0 00621021 addu v0,v1,v0
9D0001C4 AFC20004 sw v0,4(s8)
77: }
78: return sum;
9D0001DC 8FC20004 lw v0,4(s8)
79: }
9D0001E0 03C0E821 addu sp,s8,zero
9D0001E4 8FBE0008 lw s8,8(sp)
9D0001E8 27BD0010 addiu sp,sp,16
9D0001EC 03E00008 jr ra
9D0001F0 00000000 nop
80:
81: int array[5];
82:
83: void array_test()
84: {
9D0001F4 27BDFFF0 addiu sp,sp,-16
9D0001F8 AFBE0008 sw s8,8(sp)
9D0001FC 03A0F021 addu s8,sp,zero
85: int i, n;
86: array[0] = 1;
9D000200 3C03A000 lui v1,0xa000
9D000204 24020001 addiu v0,zero,1
9D000208 AC620208 sw v0,520(v1)
87: array[1] = array[0]*3;
9D00020C 3C02A000 lui v0,0xa000
9D000210 24440208 addiu a0,v0,520
9D000214 3C02A000 lui v0,0xa000
9D000218 8C430208 lw v1,520(v0)
9D00021C 00601021 addu v0,v1,zero
9D000220 00021040 sll v0,v0,0x1
9D000224 00431021 addu v0,v0,v1
9D000228 AC820004 sw v0,4(a0)
88:
89: n = sizeof(array)/sizeof(int);
9D00022C 24020005 addiu v0,zero,5
9D000230 AFC20004 sw v0,4(s8)
90:
91: // use for loop
92:
93: for (i=1; i<n; i++) {
9D000234 24020001 addiu v0,zero,1
9D000238 AFC20000 sw v0,0(s8)
9D00023C 8FC20000 lw v0,0(s8)
9D000240 8FC30004 lw v1,4(s8)
9D000244 0043102A slt v0,v0,v1
9D000248 10400015 beq v0,zero,0x9d0002a0
9D00024C 00000000 nop
9D00028C 8FC20000 lw v0,0(s8)
9D000290 24420001 addiu v0,v0,1
9D000294 AFC20000 sw v0,0(s8)
9D000298 1000FFE8 beq zero,zero,0x9d00023c
9D00029C 00000000 nop
94: array[i] = array[i-1]*3;
9D000250 3C04A000 lui a0,0xa000
9D000254 8FC20000 lw v0,0(s8)
9D000258 00021880 sll v1,v0,0x2
9D00025C 24820208 addiu v0,a0,520
9D000260 00622821 addu a1,v1,v0
9D000264 3C04A000 lui a0,0xa000
9D000268 8FC20000 lw v0,0(s8)
9D00026C 00021880 sll v1,v0,0x2
9D000270 24820208 addiu v0,a0,520
9D000274 00621021 addu v0,v1,v0
9D000278 8C43FFFC lw v1,-4(v0)
9D00027C 00601021 addu v0,v1,zero
9D000280 00021040 sll v0,v0,0x1
9D000284 00431021 addu v0,v0,v1
9D000288 ACA20000 sw v0,0(a1)
95: }
96: }
9D0002A0 03C0E821 addu sp,s8,zero
9D0002A4 8FBE0008 lw s8,8(sp)
9D0002A8 27BD0010 addiu sp,sp,16
9D0002AC 03E00008 jr ra
9D0002B0 00000000 nop
97:
98: void ascii_code()
99: {
9D0002B4 27BDFFE8 addiu sp,sp,-24
9D0002B8 AFBE0010 sw s8,16(sp)
9D0002BC 03A0F021 addu s8,sp,zero
100: int na, nb , nc;
101:
102: na = 'S';
9D0002C0 24020053 addiu v0,zero,83
9D0002C4 AFC20000 sw v0,0(s8)
103: nb = 'A';
9D0002C8 24020041 addiu v0,zero,65
9D0002CC AFC20004 sw v0,4(s8)
104: nc = 'a';
9D0002D0 24020061 addiu v0,zero,97
9D0002D4 AFC20008 sw v0,8(s8)
105: na = nc - nb;
9D0002D8 8FC30008 lw v1,8(s8)
9D0002DC 8FC20004 lw v0,4(s8)
9D0002E0 00621023 subu v0,v1,v0
9D0002E4 AFC20000 sw v0,0(s8)
106: }
9D0002E8 03C0E821 addu sp,s8,zero
9D0002EC 8FBE0010 lw s8,16(sp)
9D0002F0 27BD0018 addiu sp,sp,24
9D0002F4 03E00008 jr ra
9D0002F8 00000000 nop
107:
108:
109: double adder(double a, double b)
110: {
9D0002FC 27BDFFE0 addiu sp,sp,-32
9D000300 AFBF001C sw ra,28(sp)
9D000304 AFBE0018 sw s8,24(sp)
9D000308 03A0F021 addu s8,sp,zero
9D00030C AFC40020 sw a0,32(s8)
9D000310 AFC50024 sw a1,36(s8)
9D000314 AFC60028 sw a2,40(s8)
9D000318 AFC7002C sw a3,44(s8)
111: double v;
112: v = a + b;
9D00031C 8FC40020 lw a0,32(s8)
9D000320 8FC50024 lw a1,36(s8)
9D000324 8FC60028 lw a2,40(s8)
9D000328 8FC7002C lw a3,44(s8)
9D00032C 0F400259 jal 0x9d000964
9D000330 00000000 nop
9D000334 AFC20010 sw v0,16(s8)
9D000338 AFC30014 sw v1,20(s8)
113: return v;
9D00033C 8FC20010 lw v0,16(s8)
9D000340 8FC30014 lw v1,20(s8)
114: }
9D000344 03C0E821 addu sp,s8,zero
9D000348 8FBF001C lw ra,28(sp)
9D00034C 8FBE0018 lw s8,24(sp)
9D000350 27BD0020 addiu sp,sp,32
9D000354 03E00008 jr ra
9D000358 00000000 nop
115:
116: int factorial(int n)
117: {
9D00035C 27BDFFE0 addiu sp,sp,-32
9D000360 AFBF001C sw ra,28(sp)
9D000364 AFBE0018 sw s8,24(sp)
9D000368 03A0F021 addu s8,sp,zero
9D00036C AFC40020 sw a0,32(s8)
118: if (n<=1) return 1;
9D000370 8FC20020 lw v0,32(s8)
9D000374 28420002 slti v0,v0,2
9D000378 10400005 beq v0,zero,0x9d000390
9D00037C 00000000 nop
9D000380 24020001 addiu v0,zero,1
9D000384 AFC20010 sw v0,16(s8)
9D000388 10000009 beq zero,zero,0x9d0003b0
9D00038C 00000000 nop
119: return n*factorial(n-1);
9D000390 8FC20020 lw v0,32(s8)
9D000394 2442FFFF addiu v0,v0,-1
9D000398 00402021 addu a0,v0,zero
9D00039C 0F4000D7 jal 0x9d00035c
9D0003A0 00000000 nop
9D0003A4 8FC30020 lw v1,32(s8)
9D0003A8 70431002 mul v0,v0,v1
9D0003AC AFC20010 sw v0,16(s8)
120: }
9D0003B0 8FC20010 lw v0,16(s8)
9D0003B4 03C0E821 addu sp,s8,zero
9D0003B8 8FBF001C lw ra,28(sp)
9D0003BC 8FBE0018 lw s8,24(sp)
9D0003C0 27BD0020 addiu sp,sp,32
9D0003C4 03E00008 jr ra
9D0003C8 00000000 nop
121:
122: int diffofsums(int f, int g, int h, int i)
123: {
9D0003CC 27BDFFF0 addiu sp,sp,-16
9D0003D0 AFBE0008 sw s8,8(sp)
9D0003D4 03A0F021 addu s8,sp,zero
9D0003D8 AFC40010 sw a0,16(s8)
9D0003DC AFC50014 sw a1,20(s8)
9D0003E0 AFC60018 sw a2,24(s8)
9D0003E4 AFC7001C sw a3,28(s8)
124: int result;
125: result = (f + g) - (h + i);
9D0003E8 8FC30010 lw v1,16(s8)
9D0003EC 8FC20014 lw v0,20(s8)
9D0003F0 00622021 addu a0,v1,v0
9D0003F4 8FC30018 lw v1,24(s8)
9D0003F8 8FC2001C lw v0,28(s8)
9D0003FC 00621021 addu v0,v1,v0
9D000400 00821023 subu v0,a0,v0
9D000404 AFC20000 sw v0,0(s8)
126: return result;
9D000408 8FC20000 lw v0,0(s8)
127: }
9D00040C 03C0E821 addu sp,s8,zero
9D000410 8FBE0008 lw s8,8(sp)
9D000414 27BD0010 addiu sp,sp,16
9D000418 03E00008 jr ra
9D00041C 00000000 nop
--- \home\grosbaj\daytona-releases\pic32-microchip-release-1.00-rc3-20071024\pic32-libs\c\startup\crt0.S
BFC00000 3C1A9FC0 lui k0,0x9fc0
BFC00004 275A0490 addiu k0,k0,1168
BFC00008 03400008 jr k0
BFC0000C 00000000 nop
9FC00490 401A6000 mfc0 k0,Status
9FC00494 7F5A04C0 ext k0,k0,19,1
9FC00498 13400005 beq k0,zero,0x9fc004b0
9FC0049C 00000000 nop
9FC004A0 3C1A9D00 lui k0,0x9d00
9FC004A4 275A08C8 addiu k0,k0,2248
9FC004A8 03400008 jr k0
9FC004AC 00000000 nop
9FC004B0 3C1DA001 lui sp,0xa001
9FC004B4 27BD8000 addiu sp,sp,-32768
9FC004B8 3C1CA001 lui gp,0xa001
9FC004BC 279C80F0 addiu gp,gp,-32528
9FC004C0 40096002 mfc0 t1,SRSCtl
9FC004C4 01205820 add t3,t1,zero
9FC004C8 7D2A1E80 ext t2,t1,26,4
9FC004CC 7D494984 ins t1,t2,6,4
9FC004D0 40896002 mtc0 t1,SRSCtl
9FC004D4 41DCE000 wrpgpr gp,gp
9FC004D8 408B6002 mtc0 t3,SRSCtl
9FC004DC 3C089D00 lui t0,0x9d00
9FC004E0 250808B8 addiu t0,t0,2232
9FC004E4 0100F809 jalr ra,t0
9FC004E8 00000000 nop
9FC004EC 3C08A000 lui t0,0xa000
9FC004F0 250800F8 addiu t0,t0,248
9FC004F4 3C09A000 lui t1,0xa000
9FC004F8 2529021C addiu t1,t1,540
9FC004FC 10000006 beq zero,zero,0x9fc00518
9FC00500 00000000 nop
9FC00504 AD000000 sw zero,0(t0)
9FC00508 AD000004 sw zero,4(t0)
9FC0050C AD000008 sw zero,8(t0)
9FC00510 AD00000C sw zero,12(t0)
9FC00514 25080010 addiu t0,t0,16
9FC00518 0109082B sltu at,t0,t1
9FC0051C 1420FFF9 bne at,zero,0x9fc00504
9FC00520 00000000 nop
9FC00524 3C089D07 lui t0,0x9d07
9FC00528 25080EC0 addiu t0,t0,3776
9FC0052C 3C09A000 lui t1,0xa000
9FC00530 25290000 addiu t1,t1,0
9FC00534 3C0AA000 lui t2,0xa000
9FC00538 254A00F8 addiu t2,t2,248
9FC0053C 10000005 beq zero,zero,0x9fc00554
9FC00540 00000000 nop
9FC00544 8D0B0000 lw t3,0(t0)
9FC00548 AD2B0000 sw t3,0(t1)
9FC0054C 25080004 addiu t0,t0,4
9FC00550 25290004 addiu t1,t1,4
9FC00554 012A082B sltu at,t1,t2
9FC00558 1420FFFA bne at,zero,0x9fc00544
9FC0055C 00000000 nop
9FC00560 3C090000 lui t1,0x0
9FC00564 25290000 addiu t1,t1,0
9FC00568 1120001D beq t1,zero,0x9fc005e0
9FC0056C 00000000 nop
9FC00570 3C089D07 lui t0,0x9d07
9FC00574 25080FB8 addiu t0,t0,4024
9FC00578 3C09A000 lui t1,0xa000
9FC0057C 25290800 addiu t1,t1,2048
9FC00580 3C0AA000 lui t2,0xa000
9FC00584 254A0800 addiu t2,t2,2048
9FC00588 8D0B0000 lw t3,0(t0)
9FC0058C AD2B0000 sw t3,0(t1)
9FC00590 25080004 addiu t0,t0,4
9FC00594 25290004 addiu t1,t1,4
9FC00598 012A082B sltu at,t1,t2
9FC0059C 1420FFFA bne at,zero,0x9fc00588
9FC005A0 00000000 nop
9FC005A4 3C090000 lui t1,0x0
9FC005A8 25290800 addiu t1,t1,2048
9FC005AC 3C0ABF88 lui t2,0xbf88
9FC005B0 254A2010 addiu t2,t2,8208
9FC005B4 AD490000 sw t1,0(t2)
9FC005B8 3C090001 lui t1,0x1
9FC005BC 25298000 addiu t1,t1,-32768
9FC005C0 3C0ABF88 lui t2,0xbf88
9FC005C4 254A2020 addiu t2,t2,8224
9FC005C8 AD490000 sw t1,0(t2)
9FC005CC 3C090001 lui t1,0x1
9FC005D0 25298000 addiu t1,t1,-32768
9FC005D4 3C0ABF88 lui t2,0xbf88
9FC005D8 254A2030 addiu t2,t2,8240
9FC005DC AD490000 sw t1,0(t2)
9FC005E0 40804800 mtc0 zero,Count
9FC005E4 240AFFFF addiu t2,zero,-1
9FC005E8 408A5800 mtc0 t2,Compare
9FC005EC 3C099FC0 lui t1,0x9fc0
9FC005F0 25291000 addiu t1,t1,4096
9FC005F4 40897801 mtc0 t1,EBase
9FC005F8 3C090000 lui t1,0x0
9FC005FC 25290001 addiu t1,t1,1
9FC00600 240A0000 addiu t2,zero,0
9FC00604 7D2A4944 ins t2,t1,5,5
9FC00608 408A6001 mtc0 t2,IntCtl
9FC0060C 3C090080 lui t1,0x80
9FC00610 40896800 mtc0 t1,Cause
9FC00614 40088000 mfc0 t0,Config
9FC00618 7D090580 ext t1,t0,22,1
9FC0061C 00094C40 sll t1,t1,0x11
9FC00620 40086000 mfc0 t0,Status
9FC00624 3C010058 lui at,0x58
9FC00628 01014024 and t0,t0,at
9FC0062C 01284025 or t0,t1,t0
9FC00630 40886000 mtc0 t0,Status
9FC00634 3C089D00 lui t0,0x9d00
9FC00638 250808C0 addiu t0,t0,2240
9FC0063C 0100F809 jalr ra,t0
9FC00640 00000000 nop
9FC00644 40086000 mfc0 t0,Status
9FC00648 3C01FFBF lui at,0xffbf
9FC0064C 3421FFFF ori at,at,0xffff
9FC00650 01014024 and t0,t0,at
9FC00654 40886000 mtc0 t0,Status
9FC00658 30840000 andi a0,a0,0x0
9FC0065C 30A50000 andi a1,a1,0x0
9FC00660 3C089D00 lui t0,0x9d00
9FC00664 25080000 addiu t0,t0,0
9FC00668 01000008 jr t0
9FC0066C 00000000 nop
BFC00380 3C1A9D00 lui k0,0x9d00
BFC00384 275A08B0 addiu k0,k0,2224
BFC00388 03400008 jr k0
BFC0038C 00000000 nop
9FC01180 3C1A9D00 lui k0,0x9d00
9FC01184 275A0420 addiu k0,k0,1056
9FC01188 03400008 jr k0
9FC0118C 00000000 nop
9D000000 0F400006 jal 0x9d000018
9D000004 00000000 nop
9D000008 0F40013C jal 0x9d0004f0
9D00000C 00000000 nop
9D000010 1000FFFF beq zero,zero,0x9d000010
9D000014 00000000 nop
--- \home\grosbaj\daytona-releases\pic32-microchip-release-1.00-rc3-20071024\pic32-libs\c\startup\general-exception.S
9D000420 27BDFFB0 addiu sp,sp,-80
9D000424 AFA10000 sw at,0(sp)
9D000428 AFA20004 sw v0,4(sp)
9D00042C AFA30008 sw v1,8(sp)
9D000430 AFA4000C sw a0,12(sp)
9D000434 AFA50010 sw a1,16(sp)
9D000438 AFA60014 sw a2,20(sp)
9D00043C AFA70018 sw a3,24(sp)
9D000440 AFA8001C sw t0,28(sp)
9D000444 AFA90020 sw t1,32(sp)
9D000448 AFAA0024 sw t2,36(sp)
9D00044C AFAB0028 sw t3,40(sp)
9D000450 AFAC002C sw t4,44(sp)
9D000454 AFAD0030 sw t5,48(sp)
9D000458 AFAE0034 sw t6,52(sp)
9D00045C AFAF0038 sw t7,56(sp)
9D000460 AFB8003C sw t8,60(sp)
9D000464 AFB90040 sw t9,64(sp)
9D000468 AFBF0044 sw ra,68(sp)
9D00046C 00004012 mflo t0
9D000470 AFA80048 sw t0,72(sp)
9D000474 00004010 mfhi t0
9D000478 AFA80050 sw t0,80(sp)
9D00047C 40046800 mfc0 a0,Cause
9D000480 40056000 mfc0 a1,Status
9D000484 0F40022A jal 0x9d0008a8
9D000488 00000000 nop
9D00048C 8FA80050 lw t0,80(sp)
9D000490 01000011 mthi t0
9D000494 8FA80048 lw t0,72(sp)
9D000498 01000013 mtlo t0
9D00049C 8FA10000 lw at,0(sp)
9D0004A0 8FA20004 lw v0,4(sp)
9D0004A4 8FA30008 lw v1,8(sp)
9D0004A8 8FA4000C lw a0,12(sp)
9D0004AC 8FA50010 lw a1,16(sp)
9D0004B0 8FA60014 lw a2,20(sp)
9D0004B4 8FA70018 lw a3,24(sp)
9D0004B8 8FA8001C lw t0,28(sp)
9D0004BC 8FA90020 lw t1,32(sp)
9D0004C0 8FAA0024 lw t2,36(sp)
9D0004C4 8FAB0028 lw t3,40(sp)
9D0004C8 8FAC002C lw t4,44(sp)
9D0004CC 8FAD0030 lw t5,48(sp)
9D0004D0 8FAE0034 lw t6,52(sp)
9D0004D4 8FAF0038 lw t7,56(sp)
9D0004D8 8FB8003C lw t8,60(sp)
9D0004DC 8FB90040 lw t9,64(sp)
9D0004E0 8FBF0044 lw ra,68(sp)
9D0004E4 27BD0050 addiu sp,sp,80
9D0004E8 000000C0 ehb
9D0004EC 42000018 eret
--- \home\grosbaj\daytona-releases\pic32-microchip-release-1.00-rc3-20071024\pic32-libs\c\stubs\default-nmi-handler.S
9D0008C8 401A6000 mfc0 k0,Status
9D0008CC 3C1BFFBF lui k1,0xffbf
9D0008D0 377BFFFF ori k1,k1,0xffff
9D0008D4 035BD024 and k0,k0,k1
9D0008D8 409A6000 mtc0 k0,Status
9D0008DC 42000018 eret
Maintained by John Loomis, last updated Sat Mar 13 20:08:24 2010