namespace;
include rt;

int[] global = { 1, [5] = 9, 7 };
int* static_values = (int[]){6, [3] = 9};
int calls;
int next_value() { calls++; return calls; }
u8[4] packed = { 257, [3] = 255 };
int sum(int[] a, int n) { int out = 0; for (int i = 0; i < n; i++) out += a[i]; return out; }
fn main() {
 int[] effects = {next_value(), [0] = next_value(), next_value()};
 int[] a = { 1, 2, [5] = 8, 9, };
 int[3] b = { 7 };
 int[2][2] matrix = { { 1, 2 }, { 3, 4 } };
 char[] text = "ok";
 u8[] bytes = b"AB";
 int[2][3] asymmetric = {1,2,3,4,5,6};
 int[2][2] flat = {1, 2, 3, 4};
 int[2][2] designated = { [1][0] = 8, 9, [0][1] = 7 };
 int[2][2][2] cube = { [1][1] = {5,6} };
 int[?] grow = { 6 }; push(grow, 7);
 rt.put_n(sizeof(a)); rt.put_c(' '); rt.put_n(a[2]); rt.put_c(' '); rt.put_n(a[5]); rt.put_c(' '); rt.put_n(a[6]); rt.put_c(' ');
 rt.put_n(b[1]); rt.put_c(' '); rt.put_n(matrix[1][0]); rt.put_c(' '); rt.put_n(global[5]); rt.put_c(' '); rt.put_n(global[6]); rt.put_c(' ');
 rt.put_n(packed[0]); rt.put_c(' '); rt.put_n(packed[3]); rt.put_c(' '); rt.put_n(grow[0]); rt.put_c(' ');
 rt.put_n(sum((int[]){1, 2, 3}, 3)); rt.put_c(' ');
 let literal = { 4, 5 }; rt.put_n(literal[1]); rt.put_c(' ');
 rt.put_n(flat[1][1]); rt.put_c(' '); rt.put_n(designated[0][1]); rt.put_c(' '); rt.put_n(designated[1][1]); rt.put_c(' '); rt.put_n(cube[1][1][0]); rt.put_c(' ');
 rt.put_n((int[]){8,9}[1]); rt.put_c(' '); rt.put_s(text); rt.put_c(' '); rt.put_n(bytes[1]); rt.put_c(' '); rt.put_n(asymmetric[1][2]); rt.put_c(' '); rt.put_n(grow[1]); rt.put_c(' '); rt.put_n(effects[0]); rt.put_c(' '); rt.put_n(effects[1]); rt.put_c(' '); rt.put_n(calls); rt.put_c(' '); rt.put_n(static_values[3]); rt.put_c(10);
 return 0;
}