gem 'docker-api'

Docker.url = 'tcp://example.com:5422'

require 'docker'
# => true

# docker command for reference: docker version
Docker.version
# => { 'Version' => '0.5.2', 'GoVersion' => 'go1.1' }

# docker command for reference: docker info
Docker.info
# => { "Debug" => false, "Containers" => 187, "Images" => 196, "NFd" => 10, "NGoroutines" => 9, "MemoryLimit" => true }

# docker command for reference: docker login
Docker.authenticate!('username' => 'docker-fan-boi', 'password' => 'i<3docker', 'email' => '[email protected]')
# => true

# docker command for reference: docker login registry.gitlab.com
Docker.authenticate!('username' => 'docker-fan-boi', 'password' => 'i<3docker', 'email' => '[email protected]', 'serveraddress' => 'https://registry.gitlab.com/v1/')
# => true

require 'docker'
# => true

# Pull an Image.
# docker command for reference: docker pull ubuntu:14.04
image = Docker::Image.create('fromImage' => 'ubuntu:14.04')
# => Docker::Image { :id => ae7ffbcd1, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Insert a local file into an Image.
image.insert_local('localPath' => 'Gemfile', 'outputPath' => '/')
# => Docker::Image { :id => 682ea192f, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Insert multiple local files into an Image.
image.insert_local('localPath' => [ 'Gemfile', 'Rakefile' ], 'outputPath' => '/')
# => Docker::Image { :id => eb693ec80, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Add a repo name to Image.
# docker command for reference: docker tag <IMAGE.ID> base2
image.tag('repo' => 'base2', 'force' => true)
# => ["base2"]

# Add a repo name and tag an Image.
# docker command for reference: docker tag <IMAGE.ID> base2:latest
image.tag('repo' => 'base2', 'tag' => 'latest', force: true)
# => ["base2:latest"]

# Get more information about the Image.
# docker command for reference: docker inspect <IMAGE.ID>
image.json
# => {"id"=>"67859327bf22ef8b5b9b4a6781f72b2015acd894fa03ce07e0db7af170ba468c", "comment"=>"Imported from -", "created"=>"2013-06-19T18:42:58.287944526-04:00", "container_config"=>{"Hostname"=>"", "User"=>"", "Memory"=>0, "MemorySwap"=>0, "CpuShares"=>0, "AttachStdin"=>false, "AttachStdout"=>false, "AttachStderr"=>false, "PortSpecs"=>nil, "Tty"=>false, "OpenStdin"=>false, "StdinOnce"=>false, "Env"=>nil, "Cmd"=>nil, "Dns"=>nil, "Image"=>"", "Volumes"=>nil, "VolumesFrom"=>""}, "docker_version"=>"0.4.0", "architecture"=>"x86_64"}

# View the history of the Image.
image.history
# => [{"Id"=>"67859327bf22", "Created"=>1371681778}]

# Push the Image to the Docker registry. Note that you have to login using
# `Docker.authenticate!` and tag the Image first.
# docker command for reference: docker push <IMAGE.ID>
image.push
# => Docker::Image { @connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} }, @info = { "id" => eb693ec80, "RepoTags" => ["base2", "base2/latest"]} }

# Push individual tag to the Docker registry.
image.push(nil, tag: "tag_name")
image.push(nil, repo_tag: 'registry/repo_name:tag_name')

# Given a command, create a new Container to run that command in the Image.
# docker command for reference: docker run -ti <IMAGE.ID> ls -l
image.run('ls -l')
# => Docker::Container { id => aaef712eda, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Remove the Image from the server.
# docker command for reference: docker rmi -f <IMAGE.ID>
image.remove(:force => true)
# => true

# Export a single Docker Image to a file
# docker command for reference: docker save <IMAGE.ID> my_export.tar
image.save('my_export.tar')
# => Docker::Image { :id => 66b712aef, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Return the raw image binary data
image.save
# => "abiglongbinarystring"

# Stream the contents of the image to a block:
image.save_stream { |chunk| puts chunk }
# => nil

# Given a Container's export, creates a new Image.
# docker command for reference: docker import some-export.tar
Docker::Image.import('some-export.tar')
# => Docker::Image { :id => 66b712aef, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# `Docker::Image.import` can also import from a URI
Docker::Image.import('http://some-site.net/my-image.tar')
# => Docker::Image { :id => 6b462b2d2, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# For a lower-level interface for importing tars, `Docker::Image.import_stream` may be used.
# It accepts a block, and will call that block until it returns an empty `String`.
File.open('my-export.tar') do |file|
  Docker::Image.import_stream { file.read(1000).to_s }
end

# Create an Image from a Dockerfile as a String.
Docker::Image.build("from base\nrun touch /test")
# => Docker::Image { :id => b750fe79269d2ec9a3c593ef05b4332b1d1a02a62b4accb2c21d589ff2f5f2dc, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Create an Image from a Dockerfile.
# docker command for reference: docker build .
Docker::Image.build_from_dir('.')
# => Docker::Image { :id => 1266dc19e, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Create an Image from a file other than Dockerfile.
# docker command for reference: docker build -f Dockerfile.Centos .
Docker::Image.build_from_dir('.', { 'dockerfile' => 'Dockerfile.Centos' })
# => Docker::Image { :id => 1266dc19e, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Create an Image from a Dockerfile and stream the logs
Docker::Image.build_from_dir('.') do |v|
  if (log = JSON.parse(v)) && log.has_key?("stream")
    $stdout.puts log["stream"]
  end
end

# Create an Image from a tar file.
# docker command for reference: docker build - < docker_image.tar
Docker::Image.build_from_tar(File.open('docker_image.tar', 'r'))
# => Docker::Image { :id => 1266dc19e, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Load all Images on your Docker server.
# docker command for reference: docker images
Docker::Image.all
# => [Docker::Image { :id => b750fe79269d2ec9a3c593ef05b4332b1d1a02a62b4accb2c21d589ff2f5f2dc, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => 8dbd9e392a964056420e5d58ca5cc376ef18e2de93b5cc90e868a1bbc8318c1c, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }]

# Get Image from the server, with id
# docker command for reference: docker images <IMAGE.ID>
Docker::Image.get('df4f1bdecf40')
# => Docker::Image { :id => eb693ec80, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Check if an image with a given id exists on the server.
Docker::Image.exist?('ef723dcdac09')
# => true

# Load an image from the file system
Docker::Image.load('./my-image.tar')
# => ""

# An IO object may also be specified for loading
File.open('./my-image.tar', 'rb') do |file|
  Docker::Image.load(file)
end
# => ""

# Export multiple images to a single tarball
# docker command for reference: docker save my_image1 my_image2:not_latest > my_export.tar
names = %w( my_image1 my_image2:not_latest )
Docker::Image.save(names, 'my_export.tar')
# => nil

# Return the raw image binary data
names = %w( my_image1 my_image2:not_latest )
Docker::Image.save(names)
# => "abiglongbinarystring"

# Stream the raw binary data
names = %w( my_image1 my_image2:not_latest )
Docker::Image.save_stream(names) { |chunk| puts chunk }
# => nil

# Search the Docker registry.
# docker command for reference: docker search sshd
Docker::Image.search('term' => 'sshd')
# => [Docker::Image { :id => cespare/sshd, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => johnfuller/sshd, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => dhrp/mongodb-sshd, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => rayang2004/sshd, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => dhrp/sshd, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => toorop/daemontools-sshd, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => toorop/daemontools-sshd-nginx, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => toorop/daemontools-sshd-nginx-php-fpm, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => mbkan/lamp, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => toorop/golang, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => wma55/u1210sshd, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => jdswinbank/sshd, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }, Docker::Image { :id => vgauthier/sshd, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }]

require 'docker'

# Create a Container.
container = Docker::Container.create('Cmd' => ['ls'], 'Image' => 'base')
# => Docker::Container { :id => 492510dd38e4, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Get more information about the Container.
container.json
# => {"ID"=>"492510dd38e4da7703f36dfccd013de672b8250f57f59d1555ced647766b5e82", "Created"=>"2013-06-20T10:46:02.897548-04:00", "Path"=>"ls", "Args"=>[], "Config"=>{"Hostname"=>"492510dd38e4", "User"=>"", "Memory"=>0, "MemorySwap"=>0, "CpuShares"=>0, "AttachStdin"=>false, "AttachStdout"=>false, "AttachStderr"=>false, "PortSpecs"=>nil, "Tty"=>false, "OpenStdin"=>false, "StdinOnce"=>false, "Env"=>nil, "Cmd"=>["ls"], "Dns"=>nil, "Image"=>"base", "Volumes"=>nil, "VolumesFrom"=>""}, "State"=>{"Running"=>false, "Pid"=>0, "ExitCode"=>0, "StartedAt"=>"0001-01-01T00:00:00Z", "Ghost"=>false}, "Image"=>"b750fe79269d2ec9a3c593ef05b4332b1d1a02a62b4accb2c21d589ff2f5f2dc", "NetworkSettings"=>{"IpAddress"=>"", "IpPrefixLen"=>0, "Gateway"=>"", "Bridge"=>"", "PortMapping"=>nil}, "SysInitPath"=>"/usr/bin/docker", "ResolvConfPath"=>"/etc/resolv.conf", "Volumes"=>nil}

# Start running the Container.
container.start
# => Docker::Container { :id => 492510dd38e4, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Stop running the Container.
container.stop
# => Docker::Container { :id => 492510dd38e4, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Restart the Container.
container.restart
# => Docker::Container { :id => 492510dd38e4, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Pause the running Container processes.
container.pause
# => Docker::Container { :id => 492510dd38e4, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Unpause the running Container processes.
container.unpause
# => Docker::Container { :id => 492510dd38e4, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Kill the command running in the Container.
container.kill
# => Docker::Container { :id => 492510dd38e4, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Kill the Container specifying the kill signal.
container.kill(:signal => "SIGHUP")
# => Docker::Container { :id => 492510dd38e4, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Return the currently executing processes in a Container.
container.top
# => [{"PID"=>"4851", "TTY"=>"pts/0", "TIME"=>"00:00:00", "CMD"=>"lxc-start"}]

# Same as above, but uses the original format
container.top(format: :hash)
# => {
#      "Titles" => ["PID", "TTY", "TIME", "CMD"],
#      "Processes" => [["4851", "pts/0", "00:00:00", "lxc-start"]]
#    }

# To expose 1234 to bridge
# In Dockerfile: EXPOSE 1234/tcp
# docker run resulting-image-name
Docker::Container.create(
  'Image' => 'image-name',
  'HostConfig' => {
    'PortBindings' => {
      '1234/tcp' => [{}]
    }
  }
)

# To expose 1234 to host with any port
# docker run -p 1234 image-name
Docker::Container.create(
  'Image' => 'image-name',
  'ExposedPorts' => { '1234/tcp' => {} },
  'HostConfig' => {
    'PortBindings' => {
      '1234/tcp' => [{}]
    }
  }
)

# To expose 1234 to host with a specified host port
# docker run -p 1234:1234 image-name
Docker::Container.create(
  'Image' => 'image-name',
  'ExposedPorts' => { '1234/tcp' => {} },
  'HostConfig' => {
    'PortBindings' => {
      '1234/tcp' => [{ 'HostPort' => '1234' }]
    }
  }
)

# To expose 1234 to host with a specified host port and host IP
# docker run -p 192.168.99.100:1234:1234 image-name
Docker::Container.create(
  'Image' => 'image-name',
  'ExposedPorts' => { '1234/tcp' => {} },
  'HostConfig' => {
    'PortBindings' => {
      '1234/tcp' => [{ 'HostPort' => '1234', 'HostIp' => '192.168.99.100' }]
    }
  }
)

# To set container name pass `name` key to options
Docker::Container.create(
  'name' => 'my-new-container',
  'Image' => 'image-name'
)

# Stores a file with the given content in the container
container.store_file("/test", "Hello world")

# Reads a file from the container
container.read_file("/test")
# => "Hello world"

# Export a Container. Since an export is typically at least 300M, chunks of the
# export are yielded instead of just returning the whole thing.
File.open('export.tar', 'w') do |file|
  container.export { |chunk| file.write(chunk) }
end
# => nil

# Inspect a Container's changes to the file system.
container.changes
# => [{'Path'=>'/dev', 'Kind'=>0}, {'Path'=>'/dev/kmsg', 'Kind'=>1}]

# Copy files/directories from the Container. Note that these are exported as tars.
container.copy('/etc/hosts') { |chunk| puts chunk }

hosts0000644000000000000000000000023412100405636007023 0ustar
127.0.0.1       localhost
::1             localhost ip6-localhost ip6-loopback
fe00::0         ip6-localnet
ff00::0         ip6-mcastprefix
ff02::1         ip6-allnodes
ff02::2         ip6-allrouters
# => Docker::Container { :id => a1759f3e2873, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Wait for the current command to finish executing. If an argument is given,
# will timeout after that number of seconds. The default is one minute.
container.wait(15)
# => {'StatusCode'=>0}

# Attach to the Container. Currently, the below options are the only valid ones.
# By default, :stream, :stdout, and :stderr are set.
container.attach(:stream => true, :stdin => nil, :stdout => true, :stderr => true, :logs => true, :tty => false)
# => [["bin\nboot\ndev\netc\nhome\nlib\nlib64\nmedia\nmnt\nopt\nproc\nroot\nrun\nsbin\nselinux\nsrv\nsys\ntmp\nusr\nvar", []]

# If you wish to stream the attach method, a block may be supplied.
container = Docker::Container.create('Image' => 'base', 'Cmd' => ['find / -name *'])
container.tap(&:start).attach { |stream, chunk| puts "#{stream}: #{chunk}" }
stderr: 2013/10/30 17:16:24 Unable to locate find / -name *
# => [[], ["2013/10/30 17:16:24 Unable to locate find / -name *\n"]]

# If you want to attach to stdin of the container, supply an IO-like object:
container = Docker::Container.create('Image' => 'base', 'Cmd' => ['cat'], 'OpenStdin' => true, 'StdinOnce' => true)
container.tap(&:start).attach(stdin: StringIO.new("foo\nbar\n"))
# => [["foo\nbar\n"], []]

# Similar to the stdout/stderr attach method, there is logs and streaming_logs

# logs will only return after the container has exited. The output will be the raw output from the logs stream.
# streaming_logs will collect the messages out of the multiplexed form and also execute a block on each line that comes in (block takes a stream and a chunk as arguments)

# Raw logs from a TTY-enabled container after exit
container.logs(stdout: true)
# => "\e]0;root@8866c76564e8: /\aroot@8866c76564e8:/# echo 'i\b \bdocker-api'\r\ndocker-api\r\n\e]0;root@8866c76564e8: /\aroot@8866c76564e8:/# exit\r\n"

# Logs from a non-TTY container with multiplex prefix
container.logs(stdout: true)
# => "\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u00021\n\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u00022\n\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u00023\n\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u00024\n\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u00025\n\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u00026\n\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u00027\n\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u00028\n\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u00029\n\u0001\u0000\u0000\u0000\u0000\u0000\u0000\u000310\n"

# Streaming logs from non-TTY container removing multiplex prefix with a block printing out each line (block not possible with Container#logs)
container.streaming_logs(stdout: true) { |stream, chunk| puts "#{stream}: #{chunk}" }
stdout: 1
stdout: 2
stdout: 3
stdout: 4
stdout: 5
stdout: 6
stdout: 7
stdout: 8
stdout: 9
stdout: 10
# => "1\n\n2\n\n3\n\n4\n\n5\n\n6\n\n7\n\n8\n\n9\n\n10\n"

# If the container has TTY enabled, set `tty => true` to get the raw stream:
command = ["bash", "-c", "if [ -t 1 ]; then echo -n \"I'm a TTY!\"; fi"]
container = Docker::Container.create('Image' => 'ubuntu', 'Cmd' => command, 'Tty' => true)
container.tap(&:start).attach(:tty => true)
# => [["I'm a TTY!"], []]

# Obtaining the current statistics of a container
container.stats
# => {"read"=>"2016-02-29T20:47:05.221608695Z", "precpu_stats"=>{"cpu_usage"=> ... }

# Create an Image from a Container's changes.
container.commit
# => Docker::Image { :id => eaeb8d00efdf, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Commit the Container and run a new command. The second argument is the number
# of seconds the Container should wait before stopping its current command.
container.run('pwd', 10)
# => Docker::Image { :id => 4427be4199ac, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Run an Exec instance inside the container and capture its output and exit status
container.exec(['date'])
# => [["Wed Nov 26 11:10:30 CST 2014\n"], [], 0]

# Launch an Exec instance without capturing its output or status
container.exec(['./my_service'], detach: true)
# => Docker::Exec { :id => be4eaeb8d28a, :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Parse the output of an Exec instance
container.exec(['find', '/', '-name *']) { |stream, chunk| puts "#{stream}: #{chunk}" }
stderr: 2013/10/30 17:16:24 Unable to locate find / -name *
# => [[], ["2013/10/30 17:16:24 Unable to locate find / -name *\n"], 1]

# Run an Exec instance by grab only the STDOUT output
container.exec(['date'], stderr: false)
# => [["Wed Nov 26 11:10:30 CST 2014\n"], [], 0]

# Pass input to an Exec instance command via Stdin
container.exec(['cat'], stdin: StringIO.new("foo\nbar\n"))
# => [["foo\nbar\n"], [], 0]

# Get the raw stream of data from an Exec instance
command = ["bash", "-c", "if [ -t 1 ]; then echo -n \"I'm a TTY!\"; fi"]
container.exec(command, tty: true)
# => [["I'm a TTY!"], [], 0]

# Wait for the current command to finish executing. If an argument is given,
# will timeout after that number of seconds. The default is one minute.
command = ["bash", "-c", "if [ -t 1 ]; then echo -n \"Set max seconds for exec!!\"; fi"]
container.exec(command, wait: 120)
# => [["Set max seconds for exec!"], [], 0]

# Delete a Container.
container.delete(:force => true)
# => nil

# Update the container.
container.update("CpuShares" => 50000")

# Request a Container by ID or name.
Docker::Container.get('500f53b25e6e')
# => Docker::Container { :id => , :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }

# Request all of the Containers. By default, will only return the running Containers.
Docker::Container.all(:all => true)
# => [Docker::Container { :id => , :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }]

require 'docker'

# Request all of the Containers, filtering by status exited.
Docker::Container.all(all: true, filters: { status: ["exited"] }.to_json)
# => [Docker::Container { :id => , :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }]

# Request all of the Container, filtering by label_name.
Docker::Container.all(all: true, filters: { label: [ "label_name"  ]  }.to_json)
# => [Docker::Container { :id => , :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }]

# Request all of the Container, filtering by label label_name that have the value label_value_.
Docker::Container.all(all: true, filters: { label: [ "label_name=label_value"  ]  }.to_json)
# => [Docker::Container { :id => , :connection => Docker::Connection { :url => tcp://localhost, :options => {:port=>2375} } }]

require 'docker'

# Action on a stream of events as they come in
Docker::Event.stream { |event| puts event; break }
Docker::Event { :status => create, :id => aeb8b55726df63bdd69d41e1b2650131d7ce32ca0d2fa5cbc75f24d0df34c7b0, :from => base:latest, :time => 1416958554 }
# => nil

# Action on all events after a given time (will execute the block for all events up till the current time, and wait to execute on any new events after)
Docker::Event.since(1416958763) { |event| puts event; puts Time.now.to_i; break }
Docker::Event { :status => die, :id => 663005cdeb56f50177c395a817dbc8bdcfbdfbdaef329043b409ecb97fb68d7e, :from => base:latest, :time => 1416958764 }
1416959041
# => nil

require 'docker'

Docker::Container.all({}, Docker::Connection.new('tcp://example.com:2375', {}))

require 'rake'
require 'docker'

image 'repo:tag' do
  image = Docker::Image.create('fromImage' => 'repo', 'tag' => 'old_tag')
  image = Docker::Image.run('rm -rf /etc').commit
  image.tag('repo' => 'repo', 'tag' => 'tag')
end

image 'repo:new_tag' => 'repo:tag' do
  image = Docker::Image.create('fromImage' => 'repo', 'tag' => 'tag')
  image = image.insert_local('localPath' => 'some-file.tar.gz', 'outputPath' => '/')
  image.tag('repo' => 'repo', 'tag' => 'new_tag')
end