//
// If typ.manual() == false, allocSpan allocates a heap span of class spanclass
// and updates heap accounting. If manual == true, allocSpan allocates a
// manually-managed span (spanclass is ignored), and the caller is
// responsible for any accounting related to its use of the span. Either
// way, allocSpan will atomically add the bytes in the newly allocated
// span to *sysStat.
//

	if trace.ok() {
		trace.HeapAlloc(bytesMarked)
		traceRelease(trace)
	}
}

// markWorkerStop must be called whenever a mark worker stops executing.
//
// It updates mark work accounting in the controller by a duration of
// work in nanoseconds and other bookkeeping.
//
// Safe to execute at any time.
func (c *gcControllerState) markWorkerStop(mode gcMarkWorkerMode, duration int64) {
	switch mode {

				// Only perform sys* operations if we're not in a test.
				// It's dangerous to do so otherwise.
				sysUnused(unsafe.Pointer(addr), uintptr(npages)*pageSize)

				// Update global accounting only when not in test, otherwise
				// the runtime's accounting will be wrong.
				nbytes := int64(npages * pageSize)
				gcController.heapReleased.add(nbytes)
				gcController.heapFree.add(-nbytes)

				stats := memstats.heapStats.acquire()

	if runtime.GOOS != "linux" {
		t.Skip("issue 35057 is only confirmed on Linux")
	}

	// Linux [5.9,5.16) has a kernel bug that can break CPU timers on newly
	// created threads, breaking our CPU accounting.
	major, minor := unix.KernelVersion()
	t.Logf("Running on Linux %d.%d", major, minor)
	defer func() {
		if t.Failed() {

	strictDupMsgs int // number of strict-dup warning/errors, when FlagStrictDups is enabled

	errorReporter *ErrorReporter

	npkgsyms    int // number of package symbols, for accounting
	nhashedsyms int // number of hashed symbols, for accounting
}

const (
	pkgDef = iota
	hashed64Def
	hashedDef
	nonPkgDef
	nonPkgRef
)

// objidx
const (
	nilObj = iota
	extObj
	goObjStart
)

	return int(daysBefore[m] - daysBefore[m-1])
}

// daysSinceEpoch takes a year and returns the number of days from
// the absolute epoch to the start of that year.
// This is basically (year - zeroYear) * 365, but accounting for leap days.
func daysSinceEpoch(year int) uint64 {
	y := uint64(int64(year) - absoluteZeroYear)

	// Add in days from 400-year cycles.
	n := y / 400
	y -= 400 * n
	d := daysPer400Years * n

			return false
		}
		lastgc := int64(atomic.Load64(&memstats.last_gc_nanotime))
		return lastgc != 0 && t.now-lastgc > forcegcperiod
	case gcTriggerCycle:
		// t.n > work.cycles, but accounting for wraparound.
		return int32(t.n-work.cycles.Load()) > 0
	}
	return true
}

// gcStart starts the GC. It transitions from _GCoff to _GCmark (if
// debug.gcstoptheworld == 0) or performs all of GC (if

		asanunpoison(x, userSize)
	}

	// TODO(mknyszek): We should really count the header as part
	// of gc_sys or something. The code below just pretends it is
	// internal fragmentation and matches the GC's accounting by
	// using the whole allocation slot.
	fullSize := span.elemsize
	if rate := MemProfileRate; rate > 0 {
		// Note cache c only valid while m acquired; see #47302
		//

				continue
			}

			if oi.DeleteMarker {
				sizeS.deleteMarkers++
			}
			if oi.VersionID != "" && sz == actualSz {
				sizeS.versions++
			}
			sizeS.totalSize += sz

			// Skip tier accounting if object version is a delete-marker or a free-version
			// tracking deleted transitioned objects
			switch {
			case oi.DeleteMarker, oi.TransitionedObject.FreeVersion:
				continue
			}

                        println("Skipping counting as service not available")
                    }
                }
            }
            task missingOptionalService(type: Consumer) {}
        """
        enableStableConfigurationCache()

        when:
        succeeds 'missingOptionalService'

        then:
        outputContains("Skipping counting as service not available")
    }