//17 过程调用
static async Task Worker17()
{
csp_chan <int, tuple <int, int> > csp = new csp_chan <int, tuple <int, int> >();
generator.children children = new generator.children();
children.go(async delegate()
{
for (int i = 0; i < 3; i++)
{
csp_invoke_wrap <int> res = await csp.invoke(tuple.make(i, i));
Log($"csp 返回 {res.result}");
await generator.sleep(1000);
}
csp.close();
});
children.go(async delegate()
{
while (true)
{
chan_state st = await generator.csp_wait(csp, async delegate(tuple <int, int> p)
{
Log($"recv {p}");
await generator.sleep(1000);
return(p.value1 + p.value2);
});
if (st == chan_state.closed)
{
Log($"csp 已关闭");
break;
}
}
});
await children.wait_all();
}
static void Main(string[] args)
{
_strand = new shared_strand();
_chan1 = channel <long> .make(_strand, 3);
_chan2 = channel <long> .make(_strand, 0);
_chan3 = channel <long> .make(_strand, -1);
_csp = new csp_chan <long, long>(_strand);
generator.go(_strand, Producer1);
generator.go(_strand, Producer2);
generator.go(_strand, Producer3);
generator.go(_strand, Producer4);
generator.go(_strand, Consumer).sync_wait();
}
static void Main(string[] args)
{
work_service work = new work_service();
_strand = new work_strand(work);
_chan1 = chan <long> .make(_strand, 3);
_chan2 = chan <long> .make(_strand, 0);
_chan3 = chan <long> .make(_strand, -1);
_csp = new csp_chan <long, long>(_strand);
generator.go(_strand, Producer1);
generator.go(_strand, Producer2);
generator.go(_strand, Producer3);
generator.go(_strand, Producer4);
generator.go(_strand, Consumer);
generator.go(_strand, () => Producer5(generator.tgo(_strand, Consumer2)));
work.run();
}
