gitlab-cicd 部署node服务,怎么检测每次不用去npm install


在 GitLab CI/CD 中,为了确保每次部署 Node.js 服务时不需要手动执行 `npm install`,您可以在 `.gitlab-ci.yml` 文件中添加缓存策略来缓存项目依赖。这样,当缓存存在的时候,GitLab Runner 将直接使用缓存的依赖包,从而避免了每次都重新下载。 下面是一个基本示例: ```yaml # .gitlab-ci.yml stages: - build - deploy cache: paths: - node_modules/ build_job: stage: build image: node:latest script: - npm ci # 或者使用 "npm install" 如果你没有 package-lock.json 或 npm-shrinkwrap.json artifacts: paths: - node_modules/ # 将安装好的依赖作为构建产出物保存 deploy_job: stage: deploy image: node:latest before_script: - npm config set prefix "$CI_PROJECT_DIR/node_modules" script: - npm install --production # 在这里,由于我们有缓存,大部分情况下这一步会非常快 - npm start 或其他部署命令... ``` 在这个例子中,`npm ci`(或者根据实际情况选择 `npm install`)会在 `build_job` 阶段执行,并将生成的 `node_modules` 目录添加为构建产出物并缓存。然后,在 `deploy_job` 阶段,由于之前已经缓存了依赖,所以这里的 `npm install --production`(或其他安装步骤)通常会从缓存加载依赖,而不是重新下载。 [2024-02-22 17:39:47 | AI写代码神器 | 339点数解答]
- npm err! code elifecycle npm err! errno 1 npm err! node-sass@9.0.0 install: `node scripts/install.js` npm err! exit status 1 npm err! npm err! failed at the node-sass@9.0.0 install script. npm err! this is probably not a problem with npm. there is likely additional logging output above.(552点数解答 | 2024-02-22 09:55:10)316
- npm err! code elifecycle npm err! errno 1 npm err! node-sass@9.0.0 install: `node scripts/install.js` npm err! exit status 1 npm err! npm err! failed at the node-sass@9.0.0 install script. npm err! this is probably not a problem with npm. there is likely additional logging output above.(337点数解答 | 2024-02-22 09:55:21)344
- npm err! code elifecycle npm err! errno 1 npm err! node-sass@9.0.0 install: `node scripts/install.js` npm err! exit status 1 npm err! npm err! failed at the node-sass@9.0.0 install script. npm err! this is probably not a problem with npm. there is likely additional logging output above.(141点数解答 | 2024-02-22 09:55:21)256
- npm err! node-sass@6.0.0 install: `node scripts/install.js` npm err! exit status 1 npm err! npm err! failed at the node-sass@6.0.0 install script. npm err! this is probably not a problem with npm. there is likely additional logging output above.(184点数解答 | 2024-02-22 10:23:20)249
- ```cpp #include <iostream> using namespace std; struct node { int data; node* link; node(int x) : data(x), link(null) {} }; // 查找最大节点及其前一个节点 void findmaxandprev(node* list, node*& maxnode, node*& prevmax) { node* curr = list; maxnode = list; prevmax = null; node* prev = null; while (curr!= null) { if (curr->data > maxnode->data) { maxnode = curr; prevmax = prev; } prev = curr; curr = curr->link; } } // 将最大节点移到链表末尾 void movemaxtoend(node*& list) { node* maxnode = null; node* prevmax = null;(549点数解答 | 2024-10-14 22:55:13)222
- package net.mooctest; import java.util.*; public class astar extends searchalgorithm { public astar(graph graph, node startnode, node endnode, vehicle vehicle, trafficcondition trafficcondition, weathercondition weathercondition, int currenttime) { super(graph, startnode, endnode, vehicle, trafficcondition, weathercondition, currenttime); } public double heuristic(node node) { double distancetoend = math.abs(node.getnodeid() - endnode.getnodeid())(688点数解答 | 2024-10-27 10:06:00)154
- 下面代码含义,中文注释package net.mooctest; import java.util.*; public class astar extends searchalgorithm { public astar(graph graph, node startnode, node endnode, vehicle vehicle, trafficcondition trafficcondition, weathercondition weathercondition, int currenttime) { super(graph, startnode, endnode, vehicle, trafficcondition, weathercondition, currenttime); } public double heuristic(node node) { double distancetoend = math.abs(node.getnodeid() - endnode.g(584点数解答 | 2024-10-27 10:07:19)183
- package net.mooctest; import java.util.*; public class astar extends searchalgorithm { public astar(graph graph, node startnode, node endnode, vehicle vehicle, trafficcondition trafficcondition, weathercondition weathercondition, int currenttime) { super(graph, startnode, endnode, vehicle, trafficcondition, weathercondition, currenttime); } public double heuristic(node node) { double distancetoend = math.abs(node.getnodeid() - endnode.getnodeid())(1121点数解答 | 2024-10-27 10:09:56)203
- 编程实现:输入一个正整数 n (0<n<10),做 n 次下列运算: 输入若干个正整数(输入-1为结束标志),建立一个单向链表,将其中的奇数值结点删除后输出,若删除后链表为空则输出null。 1.本题中头文件引用及链表结点类型声明代码如下【此部分代码本题已经内置,无须提交】: #include<stdio.h> #include<stdbool.h> #include<stdlib.h> typedef struct node { int data; struct node *next; } node; 2.本题中main函数已经写好,代码如下【此部分代码本题已经内置,无须提交】: int main() { node *head; int n; scanf("%d", &n); for (int i = 0; i < n; ++i) { // 创建链表 head = create(); // 删除奇数结点 head = delete(head);(485点数解答 | 2024-11-23 14:50:39)141
- c语言已知两个非降序链表序列s1与s2,设计函数构造出s1与s2的交集新链表s3。 1.本题中头文件引用及链表结点类型声明代码如下【此部分代码本题已经内置,无须提交】: #include<stdio.h> #include<stdbool.h> #include<stdlib.h> typedef struct node { int data; struct node *next; } node; 2.本题中main函数已经写好,代码如下【此部分代码本题已经内置,无须提交】: int main() { node *s1, *s2, *s3; //创建第1个链表 s1 = create(); //创建第2个链表 s2 = create(); //生成交集构成的新链表 s3 = getintersection(s1, s2); //释放第1个链表空间 freeall(s1); //释放第2个链表空间 freeall(s2); //输出新链表 printli(462点数解答 | 2024-12-05 22:30:36)159
- npm warn sass-loader@10.1.1 requires a peer of node-sass@^4.0.0 || ^5.0.0 but none is installed. you must install peer dependencies yourself.(287点数解答 | 2024-02-22 09:46:49)327
- 线性表(a1,a2,·,an)中的元素递增有序,采用带表头结点的单链表存储(数据类型描述如下),头指针为l,每个 结点中存放线性表中一个元素,现判断x是否在链表中,是返回其位置,不是返回null。 单链表的数据类型: typedef struct node{ elemtype elem: 02304030231 202304030231 20230*50231 20230403023 node *next: }node,*linklist:(238点数解答 | 2024-09-25 13:42:10)175