int main(void)
{
_init_();
_initADC_(ADCsamples);
EnableInterrupts();
AD1CON1bits.ASAM = 1;
while(true)
{
int counter = 0;
do{
delay(10);
if(++counter % 25 == 0)
{
AD1CON1bits.ASAM = 1;
}
send2SSD(ADCvalue);
}while(counter < 1000);
}
return 0;
}
processor::processor(const machine_ptr& m)
{
_init_(prunable, _mcurm);
}
processor::processor()
{
_init_(prunable, _mcurm);
}
int main(int argc, char** args){
int64_t* n;
int64_t size;
int64_t width;
int64_t height;
_DECL_1DARRAY(A);
_DECL_1DARRAY(B);
_DECL_1DARRAY(C);
int64_t* _8;
_DECL_2DARRAY(_9);
int64_t _10;
_DECL_1DARRAY(_11);
void* _12;
_DECL_1DARRAY(_14);
void* _15;
int64_t _17;
int64_t _18;
_DECL_1DARRAY(_19);
_DECL_1DARRAY(_20);
int64_t _21;
int64_t _22;
_DECL_1DARRAY(_23);
_DECL_1DARRAY(_24);
int64_t _25;
int64_t _26;
_DECL_1DARRAY(_27);
_DECL_1DARRAY(_28);
void* _29;
int64_t _31;
int64_t _32;
int64_t _33;
int64_t _34;
int64_t _35;
int64_t _36;
int64_t _37;
void* _38;
_DECL_1DARRAY(_40);
//fieldload %9 = %0 args : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
_CONV_ARGS(_9);
//const %10 = 0 : int
_10 = 0;
//indexof %11 = %9, %10 : int[][]
_11=_9[_10];
_11_size = _9_size_size;
//invoke (%8) = (%11) whiley/lang/Int:parse : function(whiley/lang/ASCII:string)->(null|int)
{
_STR_TO_INT(_8, _11);
}
//assign %1 = %8 : null|int
_NEW_INTEGER_POINTER(n, _8);
//ifis %1, null goto blklab10 : null|int
if(n == NULL) { goto blklab10;}
//assign %2 = %1 : int
size = *n;
//assign %3 = %2 : int
width = size;
//assign %4 = %2 : int
height = size;
//fieldload %12 = %0 out : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
//fieldload %13 = %12 print_s : {method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s}
//const %14 = [115,105,122,101,32,61,32] : int[]
_NEW_1DARRAY_int64_t(_14, 7, 0);
_14[0] = 115; _14[1] = 105; _14[2] = 122; _14[3] = 101; _14[4] = 32; _14[5] = 61; _14[6] = 32;
//indirectinvoke () = %13 (%14) : method(int[])->()
{
printf_s(_14, _14_size);
}
//fieldload %15 = %0 out : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
//fieldload %16 = %15 println : {method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s}
//indirectinvoke () = %16 (%2) : method(any)->()
{
printf("%"PRId64"\n", size);
}
//const %17 = 0 : int
_17 = 0;
//mul %18 = %3, %4 : int
_18=width*height;
//arraygen %19 = [17; 18] : int[]
_NEW_1DARRAY_int64_t(_19, _18, _17);
//assign %5 = %19 : int[]
_COPY_1DARRAY_int64_t(A, _19);
//invoke (%20) = (%5, %3, %4) MatrixMult_original:init : function(int[],int,int)->(int[])
{
void* tmp_data;
_COPY_1DARRAY_PARAM(A, tmp_data, int64_t);
_20 = _init_(tmp_data, A_size, width, height, _1DARRAYSIZE_PARAM_CALLBYREFERENCE(_20));
}
//assign %5 = %20 : int[]
_COPY_1DARRAY_int64_t(A, _20);
//const %21 = 0 : int
_21 = 0;
//mul %22 = %3, %4 : int
_22=width*height;
//arraygen %23 = [21; 22] : int[]
_NEW_1DARRAY_int64_t(_23, _22, _21);
//assign %6 = %23 : int[]
_COPY_1DARRAY_int64_t(B, _23);
//invoke (%24) = (%6, %3, %4) MatrixMult_original:init : function(int[],int,int)->(int[])
{
void* tmp_data;
_COPY_1DARRAY_PARAM(B, tmp_data, int64_t);
_24 = _init_(tmp_data, B_size, width, height, _1DARRAYSIZE_PARAM_CALLBYREFERENCE(_24));
}
//assign %6 = %24 : int[]
_COPY_1DARRAY_int64_t(B, _24);
//const %25 = 0 : int
_25 = 0;
//mul %26 = %3, %4 : int
_26=width*height;
//arraygen %27 = [25; 26] : int[]
_NEW_1DARRAY_int64_t(_27, _26, _25);
//assign %7 = %27 : int[]
_COPY_1DARRAY_int64_t(C, _27);
//invoke (%28) = (%5, %6, %7, %3, %4) MatrixMult_original:mat_mult : function(int[],int[],int[],int,int)->(int[])
{
void* tmp_a;
_COPY_1DARRAY_PARAM(A, tmp_a, int64_t);
void* tmp_b;
_COPY_1DARRAY_PARAM(B, tmp_b, int64_t);
void* tmp_data;
_COPY_1DARRAY_PARAM(C, tmp_data, int64_t);
_28 = _mat_mult_(tmp_a, A_size, tmp_b, B_size, tmp_data, C_size, width, height, _1DARRAYSIZE_PARAM_CALLBYREFERENCE(_28));
}
//assign %7 = %28 : int[]
_COPY_1DARRAY_int64_t(C, _28);
//fieldload %29 = %0 out : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
//fieldload %30 = %29 println : {method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s}
//const %31 = 1 : int
_31 = 1;
//sub %32 = %2, %31 : int
_32=size-_31;
//mul %33 = %32, %2 : int
_33=_32*size;
//add %34 = %33, %2 : int
_34=_33+size;
//const %35 = 1 : int
_35 = 1;
//sub %36 = %34, %35 : int
_36=_34-_35;
//indexof %37 = %7, %36 : int[]
_37=C[_36];
//indirectinvoke () = %30 (%37) : method(any)->()
{
printf("%"PRId64"\n", _37);
}
//fieldload %38 = %0 out : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
//fieldload %39 = %38 println_s : {method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s}
//const %40 = [80,97,115,115,32,77,97,116,114,105,120,77,117,108,116,32,116,101,115,116,32,99,97,115,101] : int[]
_NEW_1DARRAY_int64_t(_40, 25, 0);
_40[0] = 80; _40[1] = 97; _40[2] = 115; _40[3] = 115; _40[4] = 32; _40[5] = 77; _40[6] = 97; _40[7] = 116; _40[8] = 114; _40[9] = 105; _40[10] = 120; _40[11] = 77; _40[12] = 117; _40[13] = 108; _40[14] = 116; _40[15] = 32; _40[16] = 116; _40[17] = 101; _40[18] = 115; _40[19] = 116; _40[20] = 32; _40[21] = 99; _40[22] = 97; _40[23] = 115; _40[24] = 101;
//indirectinvoke () = %39 (%40) : method(int[])->()
{
println_s(_40, _40_size);
}
//.blklab10
blklab10:;
//return
exit(0);
}
int main(int argc, char** args){
int64_t size;
int64_t width;
int64_t height;
_DECL_1DARRAY(A);
_DECL_1DARRAY(B);
_DECL_1DARRAY(C);
int64_t _7;
void* _8;
_DECL_1DARRAY(_10);
void* _11;
int64_t _13;
int64_t _14;
_DECL_1DARRAY(_15);
_DECL_1DARRAY(_16);
int64_t _17;
int64_t _18;
_DECL_1DARRAY(_19);
_DECL_1DARRAY(_20);
int64_t _21;
int64_t _22;
_DECL_1DARRAY(_23);
_DECL_1DARRAY(_24);
int64_t _25;
int64_t _26;
int64_t _27;
int64_t _28;
int64_t _29;
int64_t _30;
int64_t _31;
int64_t _32;
int64_t _33;
int64_t _34;
int64_t _35;
int64_t _36;
int64_t _37;
int64_t _38;
int64_t _39;
int64_t _40;
int64_t _41;
int64_t _42;
int64_t _43;
int64_t _44;
int64_t _45;
void* _46;
_DECL_1DARRAY(_48);
void* _49;
int64_t _51;
int64_t _52;
int64_t _53;
int64_t _54;
int64_t _55;
int64_t _56;
int64_t _57;
void* _58;
_DECL_1DARRAY(_60);
//const %7 = 20 : int
_7 = 20;
//assign %1 = %7 : int
// isCopyEliminated = true
size = _7;
//assign %2 = %1 : int
// isCopyEliminated = false
width = size;
//assign %3 = %1 : int
// isCopyEliminated = false
height = size;
//fieldload %8 = %0 out : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
//fieldload %9 = %8 print_s : {method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s}
//const %10 = [115,105,122,101,32,61,32] : int[]
_NEW_1DARRAY_int64_t(_10, 7, 0);
_10[0] = 115; _10[1] = 105; _10[2] = 122; _10[3] = 101; _10[4] = 32; _10[5] = 61; _10[6] = 32;
//indirectinvoke () = %9 (%10) : method(int[])->()
{
printf_s(_10, _10_size);
}
//fieldload %11 = %0 out : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
//fieldload %12 = %11 println : {method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s}
//indirectinvoke () = %12 (%1) : method(any)->()
{
printf("%"PRId64"\n", size);
}
//const %13 = 0 : int
_13 = 0;
//mul %14 = %2, %3 : int
_14=width*height;
//arraygen %15 = [13; 14] : int[]
_NEW_1DARRAY_int64_t(_15, _14, _13);
//assign %4 = %15 : int[]
// isCopyEliminated = true
_UPDATE_1DARRAY(A, _15);
//invoke (%16) = (%4, %2, %3) MatrixMult:init : function(int[],int,int)->(int[])
{
// isCopyEliminated of 'A at 0' = true
_16 = _init_(A, A_size, width, height, _1DARRAYSIZE_PARAM_CALLBYREFERENCE(_16));
}
//assign %4 = %16 : int[]
// isCopyEliminated = true
_UPDATE_1DARRAY(A, _16);
//const %17 = 0 : int
_17 = 0;
//mul %18 = %2, %3 : int
_18=width*height;
//arraygen %19 = [17; 18] : int[]
_NEW_1DARRAY_int64_t(_19, _18, _17);
//assign %5 = %19 : int[]
// isCopyEliminated = true
_UPDATE_1DARRAY(B, _19);
//invoke (%20) = (%5, %2, %3) MatrixMult:init : function(int[],int,int)->(int[])
{
// isCopyEliminated of 'B at 0' = true
_20 = _init_(B, B_size, width, height, _1DARRAYSIZE_PARAM_CALLBYREFERENCE(_20));
}
//assign %5 = %20 : int[]
// isCopyEliminated = true
_UPDATE_1DARRAY(B, _20);
//const %21 = 0 : int
_21 = 0;
//mul %22 = %2, %3 : int
_22=width*height;
//arraygen %23 = [21; 22] : int[]
_NEW_1DARRAY_int64_t(_23, _22, _21);
//assign %6 = %23 : int[]
// isCopyEliminated = true
_UPDATE_1DARRAY(C, _23);
//invoke (%24) = (%4, %5, %6, %2, %3) MatrixMult:mat_mult : function(int[],int[],int[],int,int)->(int[])
{
// isCopyEliminated of 'A at 0' = true
// isCopyEliminated of 'B at 1' = true
// isCopyEliminated of 'C at 2' = true
_24 = _mat_mult_(A, A_size, B, B_size, C, C_size, width, height, _1DARRAYSIZE_PARAM_CALLBYREFERENCE(_24));
}
//assign %6 = %24 : int[]
// isCopyEliminated = true
_UPDATE_1DARRAY(C, _24);
//assert
{
//const %25 = 19 : int
_25 = 19;
//const %26 = 20 : int
_26 = 20;
//mul %27 = %25, %26 : int
_27=_25*_26;
//const %28 = 19 : int
_28 = 19;
//add %29 = %27, %28 : int
_29=_27+_28;
//indexof %30 = %4, %29 : int[]
_30=A[_29];
//const %31 = 19 : int
_31 = 19;
//ifeq %30, %31 goto blklab10 : int
if(_30==_31){goto blklab10;}
//fail
fprintf(stderr,"fail");
exit(-1);
//.blklab10
blklab10:;
//assert
}
//assert
{
//const %32 = 19 : int
_32 = 19;
//const %33 = 20 : int
_33 = 20;
//mul %34 = %32, %33 : int
_34=_32*_33;
//const %35 = 19 : int
_35 = 19;
//add %36 = %34, %35 : int
_36=_34+_35;
//indexof %37 = %5, %36 : int[]
_37=B[_36];
//const %38 = 19 : int
_38 = 19;
//ifeq %37, %38 goto blklab11 : int
if(_37==_38){goto blklab11;}
//fail
fprintf(stderr,"fail");
exit(-1);
//.blklab11
blklab11:;
//assert
}
//assert
{
//const %39 = 19 : int
_39 = 19;
//const %40 = 20 : int
_40 = 20;
//mul %41 = %39, %40 : int
_41=_39*_40;
//const %42 = 19 : int
_42 = 19;
//add %43 = %41, %42 : int
_43=_41+_42;
//indexof %44 = %6, %43 : int[]
_44=C[_43];
//const %45 = 3610 : int
_45 = 3610;
//ifeq %44, %45 goto blklab12 : int
if(_44==_45){goto blklab12;}
//fail
fprintf(stderr,"fail");
exit(-1);
//.blklab12
blklab12:;
//assert
}
//fieldload %46 = %0 out : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
//fieldload %47 = %46 print_s : {method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s}
//const %48 = [77,97,116,114,105,120,32,67,91,115,105,122,101,45,49,93,91,115,105,122,101,45,49,93,32,61,32] : int[]
_NEW_1DARRAY_int64_t(_48, 27, 0);
_48[0] = 77; _48[1] = 97; _48[2] = 116; _48[3] = 114; _48[4] = 105; _48[5] = 120; _48[6] = 32; _48[7] = 67; _48[8] = 91; _48[9] = 115; _48[10] = 105; _48[11] = 122; _48[12] = 101; _48[13] = 45; _48[14] = 49; _48[15] = 93; _48[16] = 91; _48[17] = 115; _48[18] = 105; _48[19] = 122; _48[20] = 101; _48[21] = 45; _48[22] = 49; _48[23] = 93; _48[24] = 32; _48[25] = 61; _48[26] = 32;
//indirectinvoke () = %47 (%48) : method(int[])->()
{
printf_s(_48, _48_size);
}
//fieldload %49 = %0 out : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
//fieldload %50 = %49 println : {method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s}
//const %51 = 1 : int
_51 = 1;
//sub %52 = %1, %51 : int
_52=size-_51;
//mul %53 = %52, %1 : int
_53=_52*size;
//add %54 = %53, %1 : int
_54=_53+size;
//const %55 = 1 : int
_55 = 1;
//sub %56 = %54, %55 : int
_56=_54-_55;
//indexof %57 = %6, %56 : int[]
_57=C[_56];
//indirectinvoke () = %50 (%57) : method(any)->()
{
printf("%"PRId64"\n", _57);
}
//fieldload %58 = %0 out : {int[][] args,{method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s} out}
//fieldload %59 = %58 println_s : {method(any)->() print,method(int[])->() print_s,method(any)->() println,method(int[])->() println_s}
//const %60 = [80,97,115,115,32,77,97,116,114,105,120,77,117,108,116,32,116,101,115,116,32,99,97,115,101] : int[]
_NEW_1DARRAY_int64_t(_60, 25, 0);
_60[0] = 80; _60[1] = 97; _60[2] = 115; _60[3] = 115; _60[4] = 32; _60[5] = 77; _60[6] = 97; _60[7] = 116; _60[8] = 114; _60[9] = 105; _60[10] = 120; _60[11] = 77; _60[12] = 117; _60[13] = 108; _60[14] = 116; _60[15] = 32; _60[16] = 116; _60[17] = 101; _60[18] = 115; _60[19] = 116; _60[20] = 32; _60[21] = 99; _60[22] = 97; _60[23] = 115; _60[24] = 101;
//indirectinvoke () = %59 (%60) : method(int[])->()
{
println_s(_60, _60_size);
}
//return
exit(0);
}
