亚洲国产日韩欧美一区二区三区,精品亚洲国产成人av在线,国产99视频精品免视看7,99国产精品久久久久久久成人热,欧美日韩亚洲国产综合乱

directory search
Compose About versions and upgrading (Compose) ASP.NET Core + SQL Server on Linux (Compose) CLI environment variables (Compose) Command-line completion (Compose) Compose(組成) Compose command-line reference(組合命令行參考) Control startup order (Compose) Django and PostgreSQL (Compose) Docker stacks and distributed application bundles (Compose) docker-compose build(docker-compose構(gòu)建) docker-compose bundle docker-compose config docker-compose create docker-compose down docker-compose events docker-compose exec docker-compose help docker-compose images docker-compose kill docker-compose logs docker-compose pause docker-compose port docker-compose ps docker-compose pull docker-compose push docker-compose restart docker-compose rm docker-compose run docker-compose scale docker-compose start docker-compose stop docker-compose top docker-compose unpause docker-compose up Environment file (Compose) Environment variables in Compose Extend services in Compose Frequently asked questions (Compose) Getting started (Compose) Install Compose Link environment variables (deprecated) (Compose) Networking in Compose Overview of Docker Compose Overview of docker-compose CLI Quickstart: Compose and WordPress Rails and PostgreSQL (Compose) Sample apps with Compose Using Compose in production Using Compose with Swarm Engine .NET Core application (Engine) About images, containers, and storage drivers (Engine) Add nodes to the swarm (Engine) Apply custom metadata (Engine) Apply rolling updates (Engine) apt-cacher-ng Best practices for writing Dockerfiles (Engine) Binaries (Engine) Bind container ports to the host (Engine) Breaking changes (Engine) Build your own bridge (Engine) Configure container DNS (Engine) Configure container DNS in user-defined networks (Engine) CouchDB (Engine) Create a base image (Engine) Create a swarm (Engine) Customize the docker0 bridge (Engine) Debian (Engine) Default bridge network Delete the service (Engine) Deploy a service (Engine) Deploy services to a swarm (Engine) Deprecated Engine features Docker container networking (Engine) Docker overview (Engine) Docker run reference (Engine) Dockerfile reference (Engine) Dockerize an application Drain a node (Engine) Engine FAQ (Engine) Fedora (Engine) Get started (Engine) Get started with macvlan network driver (Engine) Get started with multi-host networking (Engine) How nodes work (Engine) How services work (Engine) Image management (Engine) Inspect the service (Engine) Install Docker (Engine) IPv6 with Docker (Engine) Join nodes to a swarm (Engine) Legacy container links (Engine) Lock your swarm (Engine) Manage nodes in a swarm (Engine) Manage sensitive data with Docker secrets (Engine) Manage swarm security with PKI (Engine) Manage swarm service networks (Engine) Migrate to Engine 1.10 Optional Linux post-installation steps (Engine) Overview (Engine) PostgreSQL (Engine) Raft consensus in swarm mode (Engine) Riak (Engine) Run Docker Engine in swarm mode Scale the service (Engine) SDKs (Engine) Select a storage driver (Engine) Set up for the tutorial (Engine) SSHd (Engine) Storage driver overview (Engine) Store service configuration data (Engine) Swarm administration guide (Engine) Swarm mode key concepts (Engine) Swarm mode overlay network security model (Engine) Swarm mode overview (Engine) Understand container communication (Engine) Use multi-stage builds (Engine) Use swarm mode routing mesh (Engine) Use the AUFS storage driver (Engine) Use the Btrfs storage driver (Engine) Use the Device mapper storage driver (Engine) Use the OverlayFS storage driver (Engine) Use the VFS storage driver (Engine) Use the ZFS storage driver (Engine) Engine: Admin Guide Amazon CloudWatch logs logging driver (Engine) Bind mounts (Engine) Collect Docker metrics with Prometheus (Engine) Configuring and running Docker (Engine) Configuring logging drivers (Engine) Control and configure Docker with systemd (Engine) ETW logging driver (Engine) Fluentd logging driver (Engine) Format command and log output (Engine) Google Cloud logging driver (Engine) Graylog Extended Format (GELF) logging driver (Engine) Journald logging driver (Engine) JSON File logging driver (Engine) Keep containers alive during daemon downtime (Engine) Limit a container's resources (Engine) Link via an ambassador container (Engine) Log tags for logging driver (Engine) Logentries logging driver (Engine) PowerShell DSC usage (Engine) Prune unused Docker objects (Engine) Run multiple services in a container (Engine) Runtime metrics (Engine) Splunk logging driver (Engine) Start containers automatically (Engine) Storage overview (Engine) Syslog logging driver (Engine) tmpfs mounts Troubleshoot volume problems (Engine) Use a logging driver plugin (Engine) Using Ansible (Engine) Using Chef (Engine) Using Puppet (Engine) View a container's logs (Engine) Volumes (Engine) Engine: CLI Daemon CLI reference (dockerd) (Engine) docker docker attach docker build docker checkpoint docker checkpoint create docker checkpoint ls docker checkpoint rm docker commit docker config docker config create docker config inspect docker config ls docker config rm docker container docker container attach docker container commit docker container cp docker container create docker container diff docker container exec docker container export docker container inspect docker container kill docker container logs docker container ls docker container pause docker container port docker container prune docker container rename docker container restart docker container rm docker container run docker container start docker container stats docker container stop docker container top docker container unpause docker container update docker container wait docker cp docker create docker deploy docker diff docker events docker exec docker export docker history docker image docker image build docker image history docker image import docker image inspect docker image load docker image ls docker image prune docker image pull docker image push docker image rm docker image save docker image tag docker images docker import docker info docker inspect docker kill docker load docker login docker logout docker logs docker network docker network connect docker network create docker network disconnect docker network inspect docker network ls docker network prune docker network rm docker node docker node demote docker node inspect docker node ls docker node promote docker node ps docker node rm docker node update docker pause docker plugin docker plugin create docker plugin disable docker plugin enable docker plugin inspect docker plugin install docker plugin ls docker plugin push docker plugin rm docker plugin set docker plugin upgrade docker port docker ps docker pull docker push docker rename docker restart docker rm docker rmi docker run docker save docker search docker secret docker secret create docker secret inspect docker secret ls docker secret rm docker service docker service create docker service inspect docker service logs docker service ls docker service ps docker service rm docker service scale docker service update docker stack docker stack deploy docker stack ls docker stack ps docker stack rm docker stack services docker start docker stats docker stop docker swarm docker swarm ca docker swarm init docker swarm join docker swarm join-token docker swarm leave docker swarm unlock docker swarm unlock-key docker swarm update docker system docker system df docker system events docker system info docker system prune docker tag docker top docker unpause docker update docker version docker volume docker volume create docker volume inspect docker volume ls docker volume prune docker volume rm docker wait Use the Docker command line (Engine) Engine: Extend Access authorization plugin (Engine) Docker log driver plugins Docker network driver plugins (Engine) Extending Engine with plugins Managed plugin system (Engine) Plugin configuration (Engine) Plugins API (Engine) Volume plugins (Engine) Engine: Security AppArmor security profiles for Docker (Engine) Automation with content trust (Engine) Content trust in Docker (Engine) Delegations for content trust (Engine) Deploying Notary (Engine) Docker security (Engine) Docker security non-events (Engine) Isolate containers with a user namespace (Engine) Manage keys for content trust (Engine) Play in a content trust sandbox (Engine) Protect the Docker daemon socket (Engine) Seccomp security profiles for Docker (Engine) Secure Engine Use trusted images Using certificates for repository client verification (Engine) Engine: Tutorials Engine tutorials Network containers (Engine) Get Started Part 1: Orientation Part 2: Containers Part 3: Services Part 4: Swarms Part 5: Stacks Part 6: Deploy your app Machine Amazon Web Services (Machine) Digital Ocean (Machine) docker-machine active docker-machine config docker-machine create docker-machine env docker-machine help docker-machine inspect docker-machine ip docker-machine kill docker-machine ls docker-machine provision docker-machine regenerate-certs docker-machine restart docker-machine rm docker-machine scp docker-machine ssh docker-machine start docker-machine status docker-machine stop docker-machine upgrade docker-machine url Driver options and operating system defaults (Machine) Drivers overview (Machine) Exoscale (Machine) Generic (Machine) Get started with a local VM (Machine) Google Compute Engine (Machine) IBM Softlayer (Machine) Install Machine Machine Machine CLI overview Machine command-line completion Machine concepts and help Machine overview Microsoft Azure (Machine) Microsoft Hyper-V (Machine) Migrate from Boot2Docker to Machine OpenStack (Machine) Oracle VirtualBox (Machine) Provision AWS EC2 instances (Machine) Provision Digital Ocean Droplets (Machine) Provision hosts in the cloud (Machine) Rackspace (Machine) VMware Fusion (Machine) VMware vCloud Air (Machine) VMware vSphere (Machine) Notary Client configuration (Notary) Common Server and signer configurations (Notary) Getting started with Notary Notary changelog Notary configuration files Running a Notary service Server configuration (Notary) Signer configuration (Notary) Understand the service architecture (Notary) Use the Notary client
characters

描述

復(fù)制容器和本地文件系統(tǒng)之間的文件/文件夾

用法

docker cp [OPTIONS] CONTAINER:SRC_PATH DEST_PATH|-docker cp [OPTIONS] SRC_PATH|- CONTAINER:DEST_PATH

選項

Name, shorthand

Default

Description

--archive, -a

false

Archive mode (copy all uid/gid information)

--follow-link, -L

false

Always follow symbol link in SRC_PATH

父命令

命令

描述

docker

Docker CLI的基本命令。

擴展描述

docker cp實用程序?qū)?nèi)容復(fù)制SRC_PATHDEST_PATH。您可以從容器的文件系統(tǒng)復(fù)制到本地機器或從本地文件系統(tǒng)復(fù)制到容器。如果-SRC_PATHor 指定DEST_PATH,您也可以從一個STDIN或多個流向tar存檔STDOUT。該CONTAINER可以是運行或停止容器。該SRC_PATHDEST_PATH可以是文件或目錄。

docker cp命令假定容器路徑與容器的/(根)目錄相關(guān)。這意味著提供初始正斜杠是可選的; 該命令看起來compassionate_darwin:/tmp/foo/myfile.txtcompassionate_darwin:tmp/foo/myfile.txt完全相同。本地機器路徑可以是絕對值或相對值。該命令將本地機器的相對路徑解釋為相對于當(dāng)前運行的工作目錄docker cp。

cp命令的行為與 Unix cp -a命令類似,即在可能的情況下保留權(quán)限時遞歸復(fù)制目錄。所有權(quán)設(shè)置為目標(biāo)用戶和主要組。例如,復(fù)制到容器的文件是由UID:GIDroot用戶創(chuàng)建的。復(fù)制到本地機器的文件是由UID:GID調(diào)用該docker cp命令的用戶創(chuàng)建的。但是,如果指定了該-a選項,docker cp則將所有權(quán)設(shè)置為源用戶和主組。如果您指定了該-L選項,請docker cp遵循中的任何符號鏈接SRC_PATHdocker cp沒有創(chuàng)建父目錄DEST_PATH,如果它們不存在。

假設(shè)一個路徑分隔符為/,第一個參數(shù)SRC_PATH和第二個參數(shù)DEST_PATH的行為如下所示:

  • SRC_PATH 指定一個文件

    • 該文件被保存到創(chuàng)建的文件中 DEST_PATH

    • DEST_PATH 不存在

-  `DEST_PATH` does not exist and ends with `/` 
    - Error condition: the destination directory must exist.
-  `DEST_PATH` exists and is a file 
    - the destination is overwritten with the source file’s contents
-  `DEST_PATH` exists and is a directory 
    - the file is copied into this directory using the basename from `SRC_PATH`
  • SRC_PATH 指定一個目錄

    • DEST_PATH被創(chuàng)建為一個目錄,源目錄的內(nèi)容被復(fù)制到這個目錄中

    • DEST_PATH 不存在

-  `DEST_PATH` exists and is a file 
    - Error condition: cannot copy a directory to a file
-  `DEST_PATH` exists and is a directory 
    -  `SRC_PATH` does not end with `/.` (that is: _slash_ followed by _dot_) 
        - the source directory is copied into this directory
    -  `SRC_PATH` does end with `/.` (that is: _slash_ followed by _dot_) 
        - the _content_ of the source directory is copied into this directory

命令需要SRC_PATHDEST_PATH按照上述規(guī)則存在。如果SRC_PATH是本地的并且是符號鏈接,則默認(rèn)情況下復(fù)制符號鏈接而不是目標(biāo)。要復(fù)制鏈接目標(biāo)而不是鏈接,請指定該-L選項。

冒號(:)用作CONTAINER它和路徑之間的分隔符。例如,您也可以:在指定路徑到本地機器SRC_PATHDEST_PATH本地機器時使用file:name.txt。如果在本地機器路徑中使用: ,則必須使用相對路徑或絕對路徑進行顯式指定,例如:

`/path/to/file:name.txt` or `./file:name.txt`

這是不可能復(fù)制某些系統(tǒng)文件,如在資源/proc,/sys,/dev在容器中的用戶創(chuàng)建,tmpfs 的,和坐騎。但是,您仍然可以通過手動運行tar來復(fù)制這些文件docker exec。以下兩個示例以不同的方式執(zhí)行相同的操作(考慮SRC_PATH并且DEST_PATH是目錄):

$ docker exec foo tar Ccf $(dirname SRC_PATH) - $(basename SRC_PATH) | tar Cxf DEST_PATH -
$ tar Ccf $(dirname SRC_PATH) - $(basename SRC_PATH) | docker exec -i foo tar Cxf DEST_PATH -

使用-作為SRC_PATH流的內(nèi)容STDIN作為一個 tar 歸檔。該命令將tar的內(nèi)容提取到DEST_PATH容器的文件系統(tǒng)中。在這種情況下,DEST_PATH必須指定一個目錄。使用-作為DEST_PATH流的資源作為一個tar歸檔的內(nèi)容STDOUT。

Previous article: Next article: