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// https://www.youtube.com/watch?v=8sEe-4tig_A
#include <stdio.h>
#include <stc/coroutine.h>
#define i_type cco_tasks
#define i_key cco_task*
#define i_keydrop(x) { puts("free task"); free(*x); }
#define i_no_clone
#include <stc/cqueue.h>
typedef struct {
cco_tasks tasks;
} cco_scheduler;
void cco_scheduler_drop(cco_scheduler* sched) {
cco_tasks_drop(&sched->tasks);
}
int cco_scheduler_run(cco_scheduler* sched) {
while (!cco_tasks_empty(&sched->tasks)) {
cco_task* task = cco_tasks_pull(&sched->tasks);
if (cco_resume_task(task, NULL))
cco_tasks_push(&sched->tasks, task);
else
cco_tasks_value_drop(&task);
}
return 0;
}
static int taskA(cco_task* task, cco_runtime* rt) {
cco_routine(task) {
puts("Hello, from task A");
cco_yield();
puts("A is back doing work");
cco_yield();
puts("A is back doing more work");
cco_yield();
puts("A is back doing even more work");
}
return 0;
}
static int taskB(cco_task* task, cco_runtime* rt) {
cco_routine(task) {
puts("Hello, from task B");
cco_yield();
puts("B is back doing work");
cco_yield();
puts("B is back doing more work");
}
return 0;
}
void Use(void) {
cco_scheduler sched = {.tasks = c_init(cco_tasks, {
c_new(cco_task, {.cco_func=taskA}),
c_new(cco_task, {.cco_func=taskB}),
})};
cco_scheduler_run(&sched);
cco_scheduler_drop(&sched);
}
int main(void)
{
Use();
}
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