// looks like so that the Format and Parse methods can apply the same
// transformation to a general time value.
//
// Here is a summary of the components of a layout string. Each element shows by
// example the formatting of an element of the reference time. Only these values
// are recognized. Text in the layout string that is not recognized as part of
// the reference time is echoed verbatim during Format and expected to appear

	// analyze case
	var idents []*ast.Ident
	if typ != nil {
		// IdentifierList Type
		idents = p.makeIdentList(list)
	} else {
		// ["*"] TypeName (AnonymousField)
		typ = list[0] // we always have at least one element
		p.resolve(typ)
		if n := len(list); n > 1 || !isTypeName(deref(typ)) {
			pos := typ.Pos()
			p.errorExpected(pos, "anonymous field")
			typ = &ast.BadExpr{pos, list[n-1].End()}
		}
	}

	// argument that has the same module path as, and a lower version than,
	// the last element of the Path slice.
	Constraint module.Version

	// If Constraint is unset, Err is an error encountered when loading the
	// requirements of the last element in Path.
	Err error
}

// UnwrapModuleError returns c.Err, but unwraps it if it is a module.ModuleError

				"self.listMap.filter(m, has(m.v2) && m.v2 == 'z').map(m, m.v2).size() == 1": 39,
				// - without has checks:

				// all() and exists() macros ignore errors from predicates so long as the condition holds for at least one element
				"self.listMap.exists(m, m.v2 == 'z')": 24,
				"!self.listMap.all(m, m.v2 != 'z')":   22,
			},
		},
		{name: "list access",
			obj: map[string]interface{}{

	W0     W
	W1, W2 *W
	// Slices
	SI      []int
	SICap   []int
	SIEmpty []int
	SB      []bool
	// Arrays
	AI [3]int
	// Maps
	MSI      map[string]int
	MSIone   map[string]int // one element, for deterministic output
	MSIEmpty map[string]int
	MXI      map[any]int
	MII      map[int]int
	MI32S    map[int32]string
	MI64S    map[int64]string
	MUI32S   map[uint32]string
	MUI64S   map[uint64]string

// and returns that regexp.
func (p *parser) op(op Op) *Regexp {
	re := p.newRegexp(op)
	re.Flags = p.flags
	return p.push(re)
}

// repeat replaces the top stack element with itself repeated according to op, min, max.
// before is the regexp suffix starting at the repetition operator.
// after is the regexp suffix following after the repetition operator.

	// The value of that entry is the *v1.Pod at the time that scheduling of that
	// pod started, which can be useful for logging or debugging.
	inFlightPods map[types.UID]*list.Element

	// inFlightEvents holds the events received by the scheduling queue
	// (entry value is clusterEvent) together with in-flight pods (entry
	// value is *v1.Pod). Entries get added at the end while the mutex is

    /**
     * Returns a filtered list of classpath elements. This method is invoked when the caller
     * requested that all dependencies are placed on the classpath, with no module-path element.
     *
     * @param scopeFilter a filter returning {@code true} for the artifact scopes to accept.
     * @param includeTestDir whether to include the test directory in the classpath elements.
     * @return paths of all artifacts placed on the classpath.

	if !ok {
		// reflect wants nil for a missing element
		elem = nil
	}
	return elem
}

//go:linkname reflect_mapaccess_faststr reflect.mapaccess_faststr
func reflect_mapaccess_faststr(t *maptype, h *hmap, key string) unsafe.Pointer {
	elem, ok := mapaccess2_faststr(t, h, key)
	if !ok {
		// reflect wants nil for a missing element
		elem = nil
	}
	return elem
}

	}
	return cfg.Clone()
}

type connLRU struct {
	ll *list.List // list.Element.Value type is of *persistConn
	m  map[*persistConn]*list.Element
}

// add adds pc to the head of the linked list.
func (cl *connLRU) add(pc *persistConn) {
	if cl.ll == nil {
		cl.ll = list.New()
		cl.m = make(map[*persistConn]*list.Element)
	}
	ele := cl.ll.PushFront(pc)
	if _, ok := cl.m[pc]; ok {