// See golang.org/issue/22237
func TestDecodeMemoryConsumption(t *testing.T) {
	const frames = 3000
	img := image.NewPaletted(image.Rectangle{Max: image.Point{1, 1}}, palette.WebSafe)
	hugeGIF := &GIF{
		Image:    make([]*image.Paletted, frames),
		Delay:    make([]int, frames),
		Disposal: make([]byte, frames),
	}
	for i := 0; i < frames; i++ {
		hugeGIF.Image[i] = img
		hugeGIF.Delay[i] = 60
	}
	buf := new(bytes.Buffer)

.Dynamic dependencies in build scan
image::dependency-management-dynamic-dependency-build-scan.png[]

By default, Gradle caches dynamic versions of dependencies for 24 hours. Within this time frame, Gradle does not try to resolve newer versions from the declared repositories.
The <<#sec:controlling-dynamic-version-caching,threshold can be configured>> as needed for example if you want to resolve new versions earlier.

      (which appears in local variable 0)
    - at block 0
      - check for Go stack overflow, call morestack if needed
      - subtract frame size from SP
      - note that arguments now start at SP+framesize+8

   Normal epilogue:
    - pop frame from Go stack
    - pop return address from Go stack
    - push 0 (type i32) on the Wasm stack
    - return
   Exit immediately epilogue:

	}

	// If *most* samples have the same second-to-the-bottom frame, it
	// strongly suggests that it is an uninteresting artifact of
	// measurement -- a stack frame pushed by the signal handler. The
	// bottom frame is always correct as it is picked up from the signal
	// structure, not the stack. Check if this is the case and if so,
	// remove.

	// Remove up to two frames.
	maxiter := 2

  // a function body, and therefore, arg nodes and retval nodes are
  // not considered uncompilable.
  if (node_stack_trace != nullptr) {
    for (const auto& frame : *node_stack_trace) {
      stack_trace.emplace_back(
          StackFrameView{frame.name, frame.function_name, frame.stack_trace});
    }
  }
  stack_trace.emplace_back(
      StackFrameView{node.name(), "", node.GetStackTrace()});

	// Setup a new watchserver
	watchServer := &handlers.WatchServer{
		Scope:    &handlers.RequestScope{},
		Watching: watcher,

		MediaType:       "testcase/json",
		Framer:          serializer.Framer,
		Encoder:         newCodec,
		EmbeddedEncoder: newCodec,

		TimeoutFactory: &fakeTimeoutFactory{timeoutCh, done},
	}

	s := httptest.NewServer(serveWatch(watcher, watchServer, nil))

		PR_CAP_AMBIENT_RAISE = 0x2
	)

	// vfork requires that the child not touch any of the parent's
	// active stack frames. Hence, the child does all post-fork
	// processing in this stack frame and never returns, while the
	// parent returns immediately from this frame and does all
	// post-fork processing in the outer frame.
	//
	// Declare all variables at top in case any
	// declarations require heap allocation (e.g., err2).

    assertThat(webSocket.close(1000, null)).isFalse()
  }

  /**
   * There's no read timeout when reading the first byte of a new frame. But as soon as we start
   * reading a frame we enable the read timeout. In this test we have the server returning the first
   * byte of a frame but no more frames.
   */
  @Test
  fun readTimeoutAppliesWithinFrames() {
    webServer.dispatcher =
      object : Dispatcher() {

	const fin = true
	var frame ws.Frame
	if s.ClientSide() {
		// We do not need to copy the payload, since we own it.
		payload := p

		frame = ws.NewFrame(op, fin, payload)
		frame = ws.MaskFrameInPlace(frame)
	} else {
		frame = ws.NewFrame(op, fin, p)
	}

	return ww.writeFrame(w, frame)
}

// writeFrame writes frame binary representation into w.

	// Convert stacks.
	for id, stk := range pr.Stacks {
		evt.stacks.insert(stackID(id), stack{pcs: stk})
	}

	// OPT(dh): if we could share the frame type between this package and
	// oldtrace we wouldn't have to copy the map.
	for pc, f := range pr.PCs {
		evt.pcs[pc] = frame{
			pc:     pc,
			funcID: stringID(f.Fn),
			fileID: stringID(f.File),
			line:   uint64(f.Line),
		}
	}
	pr.Stacks = nil