pipeline {
    agent any
    stages {
        stage('Parallel Stage') {
            parallel {
                stage('Dotnet Flow') {
                    agent {
                        label "windows"
                    }
                    stages {
                        stage('Build Push') {
                            when {
                                not {
                                    buildingTag()
                                }
                            }
                            steps {
                                bat "dotnet clean"
                                bat "dotnet build -c Release"
                            }
                        }
                        stage('Build Tag') {
                            when {
                                buildingTag()
                            }
                            steps {
                                bat "dotnet clean"
                                bat "dotnet publish .\\host\\Biz.ScheduleService.HttpApi.Host\\Biz.ScheduleService.HttpApi.Host.csproj -p:PublishProfile=FolderProfile -o .\\host\\Biz.ScheduleService.HttpApi.Host\\Publish -c Release -p:Version=${env.TAG_NAME.substring(1)}"
                                bat "dotnet publish .\\host\\Biz.ScheduleService.DbMigrator\\Biz.ScheduleService.DbMigrator.csproj -p:PublishProfile=FolderProfile -o .\\host\\Biz.ScheduleService.DbMigrator\\Publish -c Release -p:Version=${env.TAG_NAME.substring(1)}"
                            }
                        }
                        stage('Archive Push') {
                            when {
                                branch 'master'
                                not { buildingTag() }
                            }
                            steps {
                                bat "xcopy .\\host\\Biz.ScheduleService.HttpApi.Host\\Publish\\* .\\bin\\Host\\ /E/Y"
                                bat "xcopy .\\host\\Biz.ScheduleService.DbMigrator\\Publish\\* .\\bin\\DbMigrator\\ /E/Y"
                                nexusArtifactUploader(
                                    nexusVersion: 'nexus3',
                                    protocol: 'http',
                                    nexusUrl: "${env.NEXUS_SERVER}",
                                    groupId: 'raw',
                                    version: "${env.BRANCH_NAME}",
                                    repository: 'public-raw',
                                    credentialsId: 'nexus-admin',
                                    artifacts: [
                                        [artifactId: 'Biz-Schedule-Service',file: "bin\\Package.zip",type: 'zip']
                                    ]
                                )
                                bat "rmdir /s /q bin"
                            }
                        }
                    }
                }
                stage('Docker Flow') {
                    agent {
                        label "linux"
                    }
                    stages {
                        stage('Build Beta Image') {
                            when { branch 'develop' }
                            steps {
                                script{
                                    docker.build("${env.NEXUS_SERVER}/public-docker/biz-schedule-service:beta", "--build-arg http_proxy=${env.NAT_PROXY} --build-arg https_proxy=${env.NAT_PROXY} -f host/Biz.ScheduleService.HttpApi.Host/Dockerfile host/Biz.ScheduleService.HttpApi.Host")
                                    docker.withRegistry("${env.NEXUS_SERVER}",'nexus-admin'){
                                        docker.image("${env.NEXUS_SERVER}/public-docker/biz-schedule-service:beta").push()
                                    }
                                }
                            }
                        }
                        stage('Master Skip Build') {
                            when { branch 'master' }
                            steps { echo "master分支禁止構建鏡像，等待Tag觸發(fā)發(fā)版" }
                        }
                        stage('Build Release Image') {
                            when { buildingTag() }
                            steps {
                                script{
                                    env.FULL_VERSION = env.TAG_NAME.substring(1)
                                    env.MAJOR_VERSION = env.FULL_VERSION.split("\\.")[0]
                                    // 構建固定版本鏡像
                                    docker.build("${env.NEXUS_SERVER}/public-docker/biz-schedule-service:${env.FULL_VERSION}", "--build-arg http_proxy=${env.NAT_PROXY} --build-arg https_proxy=${env.NAT_PROXY} -f host/Biz.ScheduleService.HttpApi.Host/Dockerfile host/Biz.ScheduleService.HttpApi.Host")
                                    // 綁定滾動latest標簽
                                    docker.image("${env.NEXUS_SERVER}/public-docker/biz-schedule-service:${env.FULL_VERSION}").tag("${env.NEXUS_SERVER}/public-docker/biz-schedule-service:${env.MAJOR_VERSION}-latest")
                                    // 推送雙標簽至倉庫
                                    docker.withRegistry("${env.NEXUS_SERVER}",'nexus-admin'){
                                        docker.image("${env.NEXUS_SERVER}/public-docker/biz-schedule-service:${env.FULL_VERSION}").push()
                                        docker.image("${env.NEXUS_SERVER}/public-docker/biz-schedule-service:${env.MAJOR_VERSION}-latest").push()
                                    }
                                }
                            }
                        }
                    }
                }
            }
        }
    }
}

version: '3.8'
services:
  biz-schedule-service:
    image: nexus.docker.com/public-docker/biz-schedule-service:2-latest
    container_name: biz-schedule-service
    restart: always
    ports:
      - 55021:80
    hostname: biz-schedule-service
    volumes:
      - ./biz-schedule-service/Logs:/app/Logs
      - ./biz-schedule-service/config/appsettings.json:/app/appsettings.json
    environment:
      - ASPNETCORE_URLS=http://localhost:80
      - TZ=Asia/Shanghai
    logging:
      driver: json-file
      options:
        max-size: 10m
        max-file: '3'
    networks:
      - public-net
      - internal-net
    healthcheck:
      test: ["CMD", "curl", "-s", "http://localhost:80/Health"]
      interval: 30s
      timeout: 10s
      retries: 3
      start_period: 60s
networks:
  public-net:
  internal-net:

version: '3.8'
services:
  biz-schedule-service:
    image: nexus.docker.com/public-docker/biz-schedule-service:beta
    container_name: biz-schedule-service-test
    restart: always
    ports:
      - 55021:80
    hostname: biz-schedule-service-test
    volumes:
      - ./biz-schedule-service/Logs:/app/Logs
      - ./biz-schedule-service/config/appsettings.json:/app/appsettings.json
    environment:
      - ASPNETCORE_URLS=http://localhost:80
      - TZ=Asia/Shanghai
    logging:
      driver: json-file
      options:
        max-size: 10m
        max-file: '3'
    networks:
      - public-net
      - internal-net
    healthcheck:
      test: ["CMD", "curl", "-s", "http://localhost:80/Health"]
      interval: 30s
      timeout: 10s
      retries: 3
      start_period: 60s
networks:
  public-net:
  internal-net:

# 拉取最新滾動鏡像
docker compose pull biz-schedule-service
# 僅重啟當前服務，不重啟依賴服務，最小業(yè)務影響
docker compose up -d --no-deps biz-schedule-service

# 極簡核心命令（僅升級）
up biz-schedule-service

docker compose pull
docker compose up -d

# 極簡核心命令（僅升級）
upall

docker compose pull 服務1 服務2
docker compose up -d --no-deps 服務1 服務2

up 服務名1 服務名2      # 批量精準升級多個服務，互不影響其他業(yè)務服務

docker compose ps
docker compose logs -f biz-schedule-service

# 極簡排查命令
ps                  # 查看容器狀態(tài)
log biz-schedule-service # 實時啟動日志

# 1.拉取需要回滾的歷史固定版本鏡像
docker pull nexus.docker.com/public-docker/biz-schedule-service:2.3.1
# 2.本地覆蓋滾動標簽，切回舊版本
docker tag nexus.docker.com/public-docker/biz-schedule-service:2.3.1 nexus.docker.com/public-docker/biz-schedule-service:2-latest
# 3.重啟服務完成回滾
docker compose up -d --no-deps biz-schedule-service

roll biz-schedule-service 2.3.1   # 一鍵回滾至指定歷史固定版本，無需改yml

image: nexus.docker.com/public-docker/biz-schedule-service:2.3.1

# 備份原有bash配置文件，備份文件和原文件同目錄
cp ~/.bashrc ~/.bashrc.bak

# 校驗備份是否成功，出現.bak文件即為備份完成
ll ~/ | grep bashrc

cat >> ~/.bashrc <<EOF
# Docker Compose 完整全套運維快捷腳本（最終完整版，無任何刪減）
# 適配2-latest滾動標簽發(fā)版方案，包含：升級/回滾/啟停/日志/容器進入/鏡像清理/狀態(tài)監(jiān)控 全功能
# 規(guī)則：1.全命令單單詞好記 2.必填完整服務名，無模糊匹配 3.無后臺常駐、無網絡報錯
# 適用：日常全場景運維 + 本次版本升級/回滾專項需求

# ========== 基礎別名 ==========
alias ll='ls -la --color=auto'
alias cgrep='grep --color=auto'

# ========== 全局實時監(jiān)控 ==========
refresh() {
  while true;do clear;docker compose ps;sleep 1;done
}

# ========== 一、版本升級（適配本次滾動標簽） ==========
# 單服務小版本升級：拉取最新鏡像+無依賴重啟，不影響其他服務
up() {
  docker compose pull $1
  docker compose up -d --no-deps $1
}
# 全部服務統(tǒng)一升級
upall() {
  docker compose pull
  docker compose up -d
}

# ========== 二、版本回滾（本次方案專屬，禁止pull回滾） ==========
# 一鍵回滾：拉取歷史固定版本 → 本地覆蓋滾動latest標簽 → 無依賴重啟服務
roll() {
  svc=$1
  old_tag=$2
  base_img="nexus.docker.com/public-docker/${svc}"
  docker pull ${base_img}:${old_tag}
  docker tag ${base_img}:${old_tag} ${base_img}:2-latest
  docker compose up -d --no-deps $svc
}

# ========== 三、服務啟停/重啟全套命令 ==========
restart() {
  docker compose restart --no-deps $1
}
restartall() {
  docker compose restart
}
stop() {
  docker compose stop $1
}
start() {
  docker compose start $1
}

# ========== 四、全套日志排查命令 ==========
log() {
  docker compose logs -f --tail 200 $1
}
historylog() {
  docker compose logs --tail 500 $1
}
glog() {
  docker compose logs --tail 1000 $1 | grep $2
}

# ========== 五、容器狀態(tài)核查全套命令 ==========
ps() {
  docker compose ps
}
img() {
  docker compose images
}
port() {
  docker compose port $1
}
stat() {
  docker compose stats --no-stream $(docker compose ps --quiet $1)
}
uptimec() {
  docker compose ps --format "table {{.Names}}\t{{.Status}}\t{{.CreatedAt}}" $1
}

# ========== 六、容器運維全套操作 ==========
into() {
  docker compose exec -it $1 bash
}
build() {
  docker compose up -d --no-deps --build $1
}
rmsvc() {
  docker compose rm -f $1
}
prune() {
  docker image prune -f
}
cleanall() {
  docker compose down
}
EOF

# 重載bash配置文件，無需斷開終端重連
source ~/.bashrc

# 執(zhí)行容器狀態(tài)查詢短命令，正常輸出容器列表即部署完成
ps

# 創(chuàng)建專屬腳本目錄，后續(xù)所有運維腳本統(tǒng)一存放
mkdir -p /opt/docker-cmd/

# 進入目錄
cd /opt/docker-cmd/

# ========== 基礎別名 ==========
alias ll='ls -la --color=auto'
alias cgrep='grep --color=auto'

# ========== 全局實時監(jiān)控 ==========
refresh() {
  while true;do clear;docker compose ps;sleep 1;done
}

# ========== 一、版本升級 ==========
up() {
  docker compose pull $1
  docker compose up -d --no-deps $1
}
upall() {
  docker compose pull
  docker compose up -d
}

# ========== 二、版本回滾 ==========
roll() {
  local svc=$1
  local old_tag=$2
  base_img="nexus.docker.com/public-docker/${svc}"
  docker pull ${base_img}:${old_tag}
  docker tag ${base_img}:${old_tag} ${base_img}:2-latest
  docker compose up -d --no-deps $1
}

# ========== 三、服務啟停重啟 ==========
restart() {
  docker compose restart --no-deps $1
}
restartall() {
  docker compose restart
}
stop() {
  docker compose stop $1
}
start() {
  docker compose start $1
}

# ========== 四、日志排查 ==========
log() {
  docker compose logs -f --tail 200 $1
}
historylog() {
  docker compose logs --tail 500 $1
}
glog() {
  docker compose logs --tail 1000 $1 | grep $2
}

# ========== 五、容器狀態(tài)核查 ==========
ps() {
  docker compose ps
}
img() {
  docker compose images
}
port() {
  docker compose port $1
}
stat() {
  docker compose stats --no-stream $(docker compose ps --quiet $1)
}
uptimec() {
  docker compose ps --no-trunc --format "table {{.Names}}\t{{.Status}}\t{{.CreatedAt}}" $1
}

# ========== 六、容器運維 ==========
into() {
  docker compose exec -it $1 bash
}
build() {
  docker compose up -d --no-deps --build $1
}
rmsvc() {
  docker compose rm -f $1
}
prune() {
  docker image prune -f
}
cleanall() {
  docker compose down
}

# 創(chuàng)建獨立腳本文件
vim docker-short-cmd.sh

chmod +x /opt/docker-cmd/docker-short-cmd.sh

# 將腳本引用寫入bashrc，每次登錄終端自動加載
echo "source /opt/docker-cmd/docker-short-cmd.sh" >> ~/.bashrc

# 重載配置
source ~/.bashrc

# 驗證命令
ps

# 還原備份的原生bash配置，一秒恢復服務器初始狀態(tài)
cp ~/.bashrc.bak ~/.bashrc && source ~/.bashrc

# 還原備份配置，一鍵徹底卸載
cp ~/.bashrc.bak ~/.bashrc && source ~/.bashrc

# 1. 刪除自動加載配置行
sed -i '/docker-short-cmd.sh/d' ~/.bashrc

# 2. 刪除腳本整個目錄
rm -rf /opt/docker-cmd/

# 3. 重載環(huán)境，命令徹底失效
source ~/.bashrc

## ??全局前置強制步驟（所有命令執(zhí)行前必做）
## 人工手動cd進入docker-compose.yml所在目錄，無任何自動目錄跳轉
cd /data/compose-project/

## 一、核心高頻命令（升級+回滾，生產90%場景使用）
up biz-schedule-service     # 單服務小版本無感升級，無需改yml
upall                       # 全局所有服務統(tǒng)一升級
roll biz-schedule-service 2.3.1  # 一鍵回滾，嚴禁pull回滾

## ??大版本升級硬性要求（2.x→3.x）
# 1. 修改docker-compose.yml：2-latest → 3-latest
# 2. 修改運維腳本roll函數：2-latest → 3-latest
# 3. 執(zhí)行upall完成全量升級

## 二、日常運維全套命令
# 服務啟停重啟
restart 服務名        # 無依賴單服務重啟
restartall            # 全部服務重啟
stop 服務名           # 停止指定服務
start 服務名          # 啟動指定服務

# 日志排查
log 服務名            # 實時滾動日志
historylog 服務名     # 查看近500行歷史日志
glog 服務名 關鍵詞    # 日志關鍵詞過濾

# 容器狀態(tài)監(jiān)控
ps                    # 查看容器運行狀態(tài)
img                   # 查看本地鏡像列表
port 服務名           # 查看端口映射
stat 服務名           # 查看容器CPU/內存占用
uptimec 服務名        # 查看容器運行時長

# 容器深度運維
into 服務名           # 進入容器終端
build 服務名          # 本地重建容器
rmsvc 服務名          # 強制刪除容器（保留數據卷）
prune                 # 清理懸空鏡像
cleanall              # 銷毀全部容器+網絡
refresh               # 全屏實時監(jiān)控容器狀態(tài)