The Hello World Docker demonstration includes a
shell script (bld.sh) to make the process of running the demonstration as easy as possible. This topic lists and describes the parameters that
you can specify when running
bld.sh.
The command to execute the shell script to run the Hello World Docker demonstration is as follows:
./bld.sh IacceptEULA
[dryrun]
[esadmgid=admin-gid]
[esadminuser=admin-id]
[esadmuid=admin-uid]
[login|nologin]
[logingid=login-gid]
[loginid=login-id]
[logingname=login-gname]
[loginname=login-name]
[nojava | (java | oraclejava) [javaversion=java-version]]
[notools]
[package]
[rmi]
[settings]
[verbose]
- IacceptEULA
- Indicates that you accept the
Micro Focus End User License Agreement (EULA). If you do not specify
IacceptEULA, no image is created.
- dryrun
- Indicates that you do not want
bld.sh to run any Docker commands. Use
dryrun with the
verbose parameter to display the Docker commands without running them.
- esadminuser=admin-id
- Specifies the ID to be used for the Enterprise Server admin user.
- esadmgid=admin-gid
- Specifies the group ID to use for the Enterprise Server admin user.
- esadmuid=admin-uid
- Specifies the user ID to use for the Enterprise Server admin user.
- java
- Indicates that you want the image to include Java support provided by the AdoptOpenJDK OpenJDK. Use the
javaversion parameter to specify the version of Java that you want support for.
- javaversion=java-version
- When specified with the
java or
oraclejava parameters, specifies the version of Java that you want support for.
java-version can be 8, 9, or 10.
- login
- Indicates that you want to create a login image. Using this option results in image that you can use to log in to (using any
details specified by the
logingid,
loginid,
logingname and
loginname parameters). Once logged in to this image you can execute shell or
COBOL Server commands.
This option is useful if you are not adding any application files to a base image but want to be able to use
COBOL Server commands from it.
When you specify
login the tag of the image created is suffixed with "_login".
- logingid=login-gid
- Specifies the group ID to use for the user specified by the
loginid parameter.
- loginid=login-id
- Specifies the user ID to use for the login image.
- logingname=login-gname
- Specifies the group name to use for the user specified by the
loginid parameter.
- loginname=login-name
- Specifies the user name to use for the user specified by the
loginid parameter.
- nojava
- Indicates that you do not want Java to be installed in the base image. You might want to use this parameter if your system
already includes a number of different versions of Java and you don't want to introduce another version unnecessarily.
- nologin
- Indicates that you do not want to create a login image. You would typically want to use this option when creating an image
that contains an application rather than just a base image for
COBOL Server. This is the default.
- notools
- Indicates that you do not want the image to contain the IP tools (such as ping and netcat) that are included in the image
by default. Use this option if you do not need the tools and want to minimize the size of the image.
- oraclejava
- Indicates that you want the image to include Java support provided by the Oracle JDK. Use the
javaversion parameter to specify the version of Java that you want support for.
- package
- Indicates that you want to rebuild the COBOL application in this image.
- rmi
- Indicates that you want to remove any previously-created Hello World images. Specifying
rmi results in the execution of a number of
docker rmi --force commands to remove any Hello World images.
- settings
- Causes the settings that will be used for various properties of the image to be displayed on-screen. Properties that are displayed
include the names of the installable file and the license file for
COBOL Server, the details to be used for the Enterprise Server admin user, and the details to be used for the login image. Specifying
settings does not cause an image to be created.
- verbose
- Causes Docker commands to be displayed on-screen as they are executed.