以下是AI别离实现Go语言、Rust、C语言、PHP、Node.js和Zig的链式操作代码示例：

Go语言

package mainimport "fmt"type IntList struct {    value int    next  *IntList}func (l *IntList) Add(value int) *IntList {    node := &IntList{value: value, next: l}    return node}func main() {    list := &IntList{}    list = list.Add(3).Add(2).Add(1)        // 遍历链表    for node := list; node != nil; node = node.next {        fmt.Println(node.value)    }}

Rust

struct IntList {    value: i32,    next: Option<Box<IntList>>,}impl IntList {    fn new() -> IntList {        IntList { value: 0, next: None }    }        fn add(mut self, value: i32) -> IntList {        let next = Some(Box::new(self));        IntList { value, next }    }}fn main() {    let mut list = IntList::new();    list = list.add(3).add(2).add(1);        // 遍历链表    let mut node = Some(&list);    while let Some(n) = node {        println!("{}", n.value);        node = n.next.as_deref();    }}

C语言

#include <stdio.h>#include <stdlib.h>typedef struct IntList {    int value;    struct IntList* next;} IntList;IntList* add(IntList* list, int value) {    IntList* node = (IntList*)malloc(sizeof(IntList));    node->value = value;    node->next = list;    return node;}int main() {    IntList* list = NULL;    list = add(add(add(list, 1), 2), 3);        // 遍历链表    IntList* node = list;    while (node != NULL) {        printf("%d\n", node->value);        node = node->next;    }        return 0;}

PHP

<?phpclass IntList {    public $value;    public $next;        function __construct() {        $this->value = null;        $this->next = null;    }        function add($value) {        $node = new IntList();        $node->value = $value;        $node->next = $this;        return $node;    }}$list = new IntList();$list = $list->add(3)->add(2)->add(1);// 遍历链表$node = $list;while ($node != null) {    echo $node->value . "\n";    $node = $node->next;}?>

Node.js

class IntList {    constructor() {        this.value = null;        this.next = null;    }        add(value) {        const node = new IntList();        node.value = value;        node.next = this;        return node;    }}let list = new IntList();list = list.add(3).add(2).add(1);// 遍历链表let node = list;while (node !== null) {    console.log(node.value);    node = node.next;}

Zig

const std = @import("std");pub const IntList = comptime struct {    value: i32,    next: ?*IntList,};pub fn add(list: ?*IntList, value: i32) ?*IntList {    var node: [*]IntList = &[_]IntList{        .{ .value = value, .next = list },    };    return &node[0];}pub fn main() !void {    var list: ?*IntList = null;    list = add(add(add(list, 1), 2), 3);        // 遍历链表    var node: ?*IntList = list;    while (node) : (node = node.*next) {        std.debug.print("{d}\n", .{node.*value});    }        return try std.io.getWriter().flush();}

这些是链式操作的简略示例，用于介绍不同语言的链式操作概念，并不代表残缺的链表数据结构的实现。具体的实现形式可能依据需要和语言个性有所差别。

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