int main(void)
{
short a ;
short tmp ;
int __retres3 ;
{
__globinit_function();
__CrestCall(9, 2);
#line 21
__CrestShort(& a);
__CrestLoad(10, (unsigned long )(& a), (long long )a);
#line 22
tmp = dbl(a);
__CrestHandleReturn(12, (long long )tmp);
__CrestStore(11, (unsigned long )(& tmp));
__CrestLoad(17, (unsigned long )(& tmp), (long long )tmp);
__CrestLoad(16, (unsigned long )0, (long long )3);
__CrestApply2(15, 0, (long long )((int )tmp + 3));
__CrestLoad(14, (unsigned long )0, (long long )9);
__CrestApply2(13, 12, (long long )((int )tmp + 3 == 9));
#line 22
if ((int )tmp + 3 == 9) {
__CrestBranch(18, 5, 1);
__CrestLoad(20, (unsigned long )0, (long long )0);
__CrestStore(21, (unsigned long )(& __retres3));
#line 23
__retres3 = 0;
#line 23
goto return_label;
} else {
__CrestBranch(19, 7, 0);
__CrestLoad(22, (unsigned long )0, (long long )1);
__CrestStore(23, (unsigned long )(& __retres3));
#line 25
__retres3 = 1;
#line 25
goto return_label;
}
return_label: /* CIL Label */
{
__CrestLoad(24, (unsigned long )(& __retres3), (long long )__retres3);
__CrestReturn(25);
#line 19
return (__retres3);
}
}
}
short dbl(short x )
{
short __retres2 ;
{
__CrestCall(2, 1);
__CrestStore(1, (unsigned long )(& x));
__CrestLoad(5, (unsigned long )0, (long long )2);
__CrestLoad(4, (unsigned long )(& x), (long long )x);
__CrestApply2(3, 2, (long long )(2 * (int )x));
__CrestStore(6, (unsigned long )(& __retres2));
#line 16
__retres2 = (short )(2 * (int )x);
{
__CrestLoad(7, (unsigned long )(& __retres2), (long long )__retres2);
__CrestReturn(8);
#line 15
return (__retres2);
}
}
}
int main(void)
{
int l1 ;
int A[6] ;
int __retres3 ;
{
__globinit_array_symbolic();
__CrestCall(1, 1);
#line 9
__CrestInt(& l1);
__CrestLoad(2, (unsigned long )0, (long long )0);
__CrestStore(3, (unsigned long )(& A[0]));
#line 19
A[0] = 0;
__CrestLoad(4, (unsigned long )0, (long long )1);
__CrestStore(5, (unsigned long )(& A[1]));
#line 19
A[1] = 1;
__CrestLoad(6, (unsigned long )0, (long long )2);
__CrestStore(7, (unsigned long )(& A[2]));
#line 19
A[2] = 2;
__CrestLoad(8, (unsigned long )0, (long long )3);
__CrestStore(9, (unsigned long )(& A[3]));
#line 19
A[3] = 3;
__CrestLoad(10, (unsigned long )0, (long long )4);
__CrestStore(11, (unsigned long )(& A[4]));
#line 19
A[4] = 4;
__CrestLoad(12, (unsigned long )0, (long long )5);
__CrestStore(13, (unsigned long )(& A[5]));
#line 19
A[5] = 5;
__CrestLoad(16, (unsigned long )(& l1), (long long )l1);
__CrestLoad(15, (unsigned long )0, (long long )5);
__CrestApply2(14, 16, (long long )(l1 < 5));
__CrestSolve(17, 3, 6);
#line 20
if (l1 < 5) {
__CrestBranch(18, 3, 1);
{
__CrestLoad(22, (unsigned long )(& A[l1]), (long long )A[l1]);
__CrestLoad(21, (unsigned long )0, (long long )3);
__CrestApply2(20, 12, (long long )(A[l1] == 3));
__CrestSolve(23, 4, 5);
#line 21
if (A[l1] == 3) {
__CrestBranch(24, 4, 1);
#line 22
printf((char const * __restrict )"Bazinga\n");
__CrestClearStack(26);
} else {
__CrestBranch(25, 5, 0);
#line 24
printf((char const * __restrict )"Badumtss");
__CrestClearStack(27);
}
}
int main(void)
{
int n ;
int i ;
int a[50] ;
int __retres4 ;
{
__globinit_heapsort();
__CrestCall(1, 1);
#line 31
printf((char const * __restrict )"\nEnter the limit:");
__CrestClearStack(2);
#line 33
printf((char const * __restrict )"\nEnter the elements:");
__CrestClearStack(3);
__CrestLoad(4, (unsigned long )0, (long long )0);
__CrestStore(5, (unsigned long )(& i));
#line 34
i = 0;
__CrestLoad(8, (unsigned long )(& i), (long long )i);
__CrestLoad(7, (unsigned long )(& n), (long long )n);
__CrestApply2(6, 16, (long long )(i < n));
if (i < n) {
__CrestBranch(9, 4, 1);
__CrestLoad(11, (unsigned long )(& n), (long long )n);
heapSort(a, n);
__CrestClearStack(12);
__CrestLoad(15, (unsigned long )(& i), (long long )i);
__CrestLoad(14, (unsigned long )0, (long long )1);
__CrestApply2(13, 0, (long long )(i + 1));
__CrestStore(16, (unsigned long )(& i));
i ++;
} else {
__CrestBranch(10, 5, 0);
}
__CrestLoad(19, (unsigned long )(& i), (long long )i);
__CrestLoad(18, (unsigned long )(& n), (long long )n);
__CrestApply2(17, 16, (long long )(i < n));
if (i < n) {
__CrestBranch(20, 7, 1);
__CrestLoad(22, (unsigned long )(& n), (long long )n);
heapSort(a, n);
__CrestClearStack(23);
__CrestLoad(26, (unsigned long )(& i), (long long )i);
__CrestLoad(25, (unsigned long )0, (long long )1);
__CrestApply2(24, 0, (long long )(i + 1));
__CrestStore(27, (unsigned long )(& i));
i ++;
} else {
__CrestBranch(21, 8, 0);
}
#line 38
printf((char const * __restrict )"\nThe Sorted Elements Are:\n");
__CrestClearStack(28);
__CrestLoad(29, (unsigned long )0, (long long )0);
__CrestStore(30, (unsigned long )(& i));
#line 39
i = 0;
__CrestLoad(33, (unsigned long )(& i), (long long )i);
__CrestLoad(32, (unsigned long )(& n), (long long )n);
__CrestApply2(31, 16, (long long )(i < n));
if (i < n) {
__CrestBranch(34, 12, 1);
__CrestLoad(36, (unsigned long )(& a[i]), (long long )a[i]);
printf((char const * __restrict )"\t%d", a[i]);
__CrestClearStack(37);
__CrestLoad(40, (unsigned long )(& i), (long long )i);
__CrestLoad(39, (unsigned long )0, (long long )1);
__CrestApply2(38, 0, (long long )(i + 1));
__CrestStore(41, (unsigned long )(& i));
i ++;
} else {
int main(void)
{
int i ;
int j ;
int k ;
int type_code ;
{
__globinit_tritype();
__CrestCall(1, 1);
#line 18
__CrestInt(& i);
#line 19
__CrestInt(& j);
#line 20
__CrestInt(& k);
__CrestLoad(4, (unsigned long )(& i), (long long )i);
__CrestLoad(3, (unsigned long )0, (long long )0);
__CrestApply2(2, 12, (long long )(i == 0));
__CrestSolve(5, 3, 4);
#line 24
if (i == 0) {
__CrestBranch(6, 3, 1);
__CrestLoad(8, (unsigned long )0, (long long )4);
__CrestStore(9, (unsigned long )(& type_code));
#line 24
type_code = 4;
} else {
__CrestBranch(7, 4, 0);
{
__CrestLoad(12, (unsigned long )(& j), (long long )j);
__CrestLoad(11, (unsigned long )0, (long long )0);
__CrestApply2(10, 12, (long long )(j == 0));
__CrestSolve(13, 5, 6);
#line 24
if (j == 0) {
__CrestBranch(14, 5, 1);
__CrestLoad(16, (unsigned long )0, (long long )4);
__CrestStore(17, (unsigned long )(& type_code));
#line 24
type_code = 4;
} else {
__CrestBranch(15, 6, 0);
{
__CrestLoad(20, (unsigned long )(& k), (long long )k);
__CrestLoad(19, (unsigned long )0, (long long )0);
__CrestApply2(18, 12, (long long )(k == 0));
__CrestSolve(21, 7, 8);
#line 24
if (k == 0) {
__CrestBranch(22, 7, 1);
__CrestLoad(24, (unsigned long )0, (long long )4);
__CrestStore(25, (unsigned long )(& type_code));
#line 24
type_code = 4;
} else {
__CrestBranch(23, 8, 0);
__CrestLoad(26, (unsigned long )0, (long long )0);
__CrestStore(27, (unsigned long )(& type_code));
#line 26
type_code = 0;
{
__CrestLoad(30, (unsigned long )(& i), (long long )i);
__CrestLoad(29, (unsigned long )(& j), (long long )j);
__CrestApply2(28, 12, (long long )(i == j));
__CrestSolve(31, 10, 11);
#line 27
if (i == j) {
__CrestBranch(32, 10, 1);
__CrestLoad(36, (unsigned long )(& type_code), (long long )type_code);
__CrestLoad(35, (unsigned long )0, (long long )1);
__CrestApply2(34, 0, (long long )(type_code + 1));
__CrestStore(37, (unsigned long )(& type_code));
#line 27
type_code ++;
} else {
__CrestBranch(33, 11, 0);
}
}
{
__CrestLoad(40, (unsigned long )(& i), (long long )i);
__CrestLoad(39, (unsigned long )(& k), (long long )k);
__CrestApply2(38, 12, (long long )(i == k));
__CrestSolve(41, 13, 14);
#line 28
if (i == k) {
__CrestBranch(42, 13, 1);
__CrestLoad(46, (unsigned long )(& type_code), (long long )type_code);
__CrestLoad(45, (unsigned long )0, (long long )2);
__CrestApply2(44, 0, (long long )(type_code + 2));
__CrestStore(47, (unsigned long )(& type_code));
#line 28
type_code += 2;
} else {
__CrestBranch(43, 14, 0);
}
}
{
__CrestLoad(50, (unsigned long )(& j), (long long )j);
__CrestLoad(49, (unsigned long )(& k), (long long )k);
__CrestApply2(48, 12, (long long )(j == k));
__CrestSolve(51, 16, 17);
#line 29
if (j == k) {
__CrestBranch(52, 16, 1);
__CrestLoad(56, (unsigned long )(& type_code), (long long )type_code);
__CrestLoad(55, (unsigned long )0, (long long )3);
__CrestApply2(54, 0, (long long )(type_code + 3));
__CrestStore(57, (unsigned long )(& type_code));
#line 29
type_code += 3;
} else {
__CrestBranch(53, 17, 0);
}
}
{
__CrestLoad(60, (unsigned long )(& type_code), (long long )type_code);
__CrestLoad(59, (unsigned long )0, (long long )0);
__CrestApply2(58, 12, (long long )(type_code == 0));
__CrestSolve(61, 19, 26);
#line 30
if (type_code == 0) {
__CrestBranch(62, 19, 1);
{
__CrestLoad(68, (unsigned long )(& i), (long long )i);
__CrestLoad(67, (unsigned long )(& j), (long long )j);
__CrestApply2(66, 0, (long long )(i + j));
__CrestLoad(65, (unsigned long )(& k), (long long )k);
__CrestApply2(64, 15, (long long )(i + j <= k));
__CrestSolve(69, 20, 21);
#line 31
if (i + j <= k) {
__CrestBranch(70, 20, 1);
__CrestLoad(72, (unsigned long )0, (long long )4);
__CrestStore(73, (unsigned long )(& type_code));
#line 32
type_code = 4;
} else {
__CrestBranch(71, 21, 0);
{
__CrestLoad(78, (unsigned long )(& j), (long long )j);
__CrestLoad(77, (unsigned long )(& k), (long long )k);
__CrestApply2(76, 0, (long long )(j + k));
__CrestLoad(75, (unsigned long )(& i), (long long )i);
__CrestApply2(74, 15, (long long )(j + k <= i));
__CrestSolve(79, 22, 23);
#line 31
if (j + k <= i) {
__CrestBranch(80, 22, 1);
__CrestLoad(82, (unsigned long )0, (long long )4);
__CrestStore(83, (unsigned long )(& type_code));
#line 32
type_code = 4;
} else {
__CrestBranch(81, 23, 0);
{
__CrestLoad(88, (unsigned long )(& i), (long long )i);
__CrestLoad(87, (unsigned long )(& k), (long long )k);
__CrestApply2(86, 0, (long long )(i + k));
__CrestLoad(85, (unsigned long )(& j), (long long )j);
__CrestApply2(84, 15, (long long )(i + k <= j));
__CrestSolve(89, 24, 25);
#line 31
if (i + k <= j) {
__CrestBranch(90, 24, 1);
__CrestLoad(92, (unsigned long )0, (long long )4);
__CrestStore(93, (unsigned long )(& type_code));
#line 32
type_code = 4;
} else {
__CrestBranch(91, 25, 0);
__CrestLoad(94, (unsigned long )0, (long long )1);
__CrestStore(95, (unsigned long )(& type_code));
#line 34
type_code = 1;
}
}
}
}
}
}
} else {
__CrestBranch(63, 26, 0);
{
__CrestLoad(98, (unsigned long )(& type_code), (long long )type_code);
__CrestLoad(97, (unsigned long )0, (long long )3);
__CrestApply2(96, 14, (long long )(type_code > 3));
__CrestSolve(99, 27, 28);
#line 36
if (type_code > 3) {
__CrestBranch(100, 27, 1);
__CrestLoad(102, (unsigned long )0, (long long )3);
__CrestStore(103, (unsigned long )(& type_code));
#line 36
type_code = 3;
} else {
__CrestBranch(101, 28, 0);
{
__CrestLoad(106, (unsigned long )(& type_code), (long long )type_code);
__CrestLoad(105, (unsigned long )0, (long long )1);
__CrestApply2(104, 12, (long long )(type_code == 1));
__CrestSolve(107, 29, 32);
#line 37
if (type_code == 1) {
__CrestBranch(108, 29, 1);
{
__CrestLoad(114, (unsigned long )(& i), (long long )i);
__CrestLoad(113, (unsigned long )(& j), (long long )j);
__CrestApply2(112, 0, (long long )(i + j));
__CrestLoad(111, (unsigned long )(& k), (long long )k);
__CrestApply2(110, 14, (long long )(i + j > k));
__CrestSolve(115, 30, 31);
#line 37
if (i + j > k) {
__CrestBranch(116, 30, 1);
__CrestLoad(118, (unsigned long )0, (long long )2);
__CrestStore(119, (unsigned long )(& type_code));
#line 37
type_code = 2;
} else {
__CrestBranch(117, 31, 0);
#line 37
goto _L___0;
}
}
} else {
__CrestBranch(109, 32, 0);
_L___0: /* CIL Label */
{
__CrestLoad(122, (unsigned long )(& type_code), (long long )type_code);
__CrestLoad(121, (unsigned long )0, (long long )2);
__CrestApply2(120, 12, (long long )(type_code == 2));
__CrestSolve(123, 33, 36);
#line 38
if (type_code == 2) {
__CrestBranch(124, 33, 1);
{
__CrestLoad(130, (unsigned long )(& i), (long long )i);
__CrestLoad(129, (unsigned long )(& k), (long long )k);
__CrestApply2(128, 0, (long long )(i + k));
__CrestLoad(127, (unsigned long )(& j), (long long )j);
__CrestApply2(126, 14, (long long )(i + k > j));
__CrestSolve(131, 34, 35);
#line 38
if (i + k > j) {
__CrestBranch(132, 34, 1);
__CrestLoad(134, (unsigned long )0, (long long )2);
__CrestStore(135, (unsigned long )(& type_code));
#line 38
type_code = 2;
} else {
__CrestBranch(133, 35, 0);
#line 38
goto _L;
}
}
} else {
__CrestBranch(125, 36, 0);
_L: /* CIL Label */
{
__CrestLoad(138, (unsigned long )(& type_code), (long long )type_code);
__CrestLoad(137, (unsigned long )0, (long long )3);
__CrestApply2(136, 12, (long long )(type_code == 3));
__CrestSolve(139, 37, 40);
#line 39
if (type_code == 3) {
__CrestBranch(140, 37, 1);
{
__CrestLoad(146, (unsigned long )(& j), (long long )j);
__CrestLoad(145, (unsigned long )(& k), (long long )k);
__CrestApply2(144, 0, (long long )(j + k));
__CrestLoad(143, (unsigned long )(& i), (long long )i);
__CrestApply2(142, 14, (long long )(j + k > i));
__CrestSolve(147, 38, 39);
#line 39
if (j + k > i) {
__CrestBranch(148, 38, 1);
__CrestLoad(150, (unsigned long )0, (long long )2);
__CrestStore(151, (unsigned long )(& type_code));
#line 39
type_code = 2;
} else {
__CrestBranch(149, 39, 0);
__CrestLoad(152, (unsigned long )0, (long long )4);
__CrestStore(153, (unsigned long )(& type_code));
#line 40
type_code = 4;
}
}
} else {
__CrestBranch(141, 40, 0);
__CrestLoad(154, (unsigned long )0, (long long )4);
__CrestStore(155, (unsigned long )(& type_code));
#line 40
type_code = 4;
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
__CrestLoad(156, (unsigned long )(& type_code), (long long )type_code);
__CrestReturn(157);
#line 42
return (type_code);
}
}
