// Note that this does not test the "request too large"
// exit path from the http server. This is intentional;
// not sending Connection: close is just a minor wire
// optimization and is pointless if dealing with a
// badly behaved client.
func TestHTTP10ConnectionHeader(t *testing.T) {
	run(t, testHTTP10ConnectionHeader, []testMode{http1Mode})
}
func testHTTP10ConnectionHeader(t *testing.T, mode testMode) {
	mux := NewServeMux()

// (2) for optimal thread management we would need to know the future (don't park
// a worker thread when a new goroutine will be readied in near future).
//
// Three rejected approaches that would work badly:
// 1. Centralize all scheduler state (would inhibit scalability).
// 2. Direct goroutine handoff. That is, when we ready a new goroutine and there
//    is a spare P, unpark a thread and handoff it the thread and the goroutine.

		didreq <- true
	}()
	unblockCh <- true
	<-didreq
}

// Test that the transport doesn't close the TCP connection early,
// before the response body has been read. This was a regression
// which sadly lacked a triggering test. The large response body made
// the old race easier to trigger.
func TestIssue3644(t *testing.T) { run(t, testIssue3644) }
func testIssue3644(t *testing.T, mode testMode) {
	const numFoos = 5000