clean up references to trove-integration and redstack
Our readmes and rst files had references to trove-integration and redstack. This commit cleans up those references. Jian Song had also been trying to make some of these kinds of changes to the documentation and to reduce conflicts and merges, I'd requested him to hold off. As a result, I think it is only fair that I list him as a co-author. Change-Id: I685659391fd04eefd250e72d789da5a0d7b7aace Co-Authored-By: jiansong <jian.song@easystack.cn>
This commit is contained in:
Amrith Kumar
parent
1b2f42dc3d
commit
126e121a4e
@ -28,7 +28,5 @@ References
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http://docs.openstack.org/developer/trove/dev/install.html
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* Manual installation docs:
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http://docs.openstack.org/developer/trove/dev/manual_install.html
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* Trove integration:
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https://github.com/openstack/trove-integration
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* Build guest image:
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http://docs.openstack.org/developer/trove/dev/building_guest_images.html
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@ -206,25 +206,35 @@ This command will create a guest image usable by Trove:
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.. code-block:: bash
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# assign a suitable value for each of these environment
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# variables that change the way the elements behave.
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export HOST_USERNAME
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export HOST_SCP_USERNAME
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export GUEST_USERNAME
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export NETWORK_GATEWAY
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export REDSTACK_SCRIPTS
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export CONTROLLER_IP
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export TROVESTACK_SCRIPTS
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export SERVICE_TYPE
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export PATH_TROVE
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export ESCAPED_PATH_TROVE
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export SSH_DIR
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export GUEST_LOGDIR
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export ESCAPED_GUEST_LOGDIR
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export ELEMENTS_PATH=$REDSTACK_SCRIPTS/files/elements:$PATH_TRIPLEO_ELEMENTS/elements
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export DIB_CLOUD_INIT_DATASOURCES="ConfigDrive"
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local QEMU_IMG_OPTIONS=$(! $(qemu-img | grep -q 'version 1') && \
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echo "--qemu-img-options compat=0.10")
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${PATH_DISKIMAGEBUILDER}/bin/disk-image-create -a amd64 -o "${IMAGE_NAME}" \
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-x ${QEMU_IMG_OPTIONS} ${DISTRO} ${EXTRA_ELEMENTS} \
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vm heat-cfntools cloud-init-datasources ${DISTRO}-guest \
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${DISTRO}-${SERVICE_TYPE}
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export DATASTORE_PKG_LOCATION
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export BRANCH_OVERRIDE
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# you typically do not have to change these variables
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export ELEMENTS_PATH=$TROVESTACK_SCRIPTS/files/elements
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export ELEMENTS_PATH+=:$PATH_DISKIMAGEBUILDER/elements
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export ELEMENTS_PATH+=:$PATH_TRIPLEO_ELEMENTS/elements
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export DIB_APT_CONF_DIR=/etc/apt/apt.conf.d
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export DIB_CLOUD_INIT_ETC_HOSTS=true
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local QEMU_IMG_OPTIONS=$(! $(qemu-img | grep -q 'version 1') && echo "--qemu-img-options compat=0.10")
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# run disk-image-create that actually causes the image to be built
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${PATH_DISKIMAGEBUILDER}/bin/disk-image-create -a amd64 -o "${VM}" \
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-x ${QEMU_IMG_OPTIONS} ${DISTRO} ${EXTRA_ELEMENTS} vm heat-cfntools \
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cloud-init-datasources ${DISTRO}-guest ${DISTRO}-${SERVICE_TYPE}
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-----------------------------
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Disk Image Builder 'Elements'
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@ -281,14 +291,13 @@ DIB comes with some tools that are located in the elements directory.
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In addition, projects like TripleO [5]_ provide elements as well.
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Trove provides a set of elements as part of the trove-integration [6]_
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Trove provides a set of elements as part of the trove [6]_
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project which will be described in the next section.
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Trove Reference Elements
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========================
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Reference elements provided by Trove are part of the trove-integration
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project.
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Reference elements provided by Trove are part of the trove project.
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In keeping with the philosophy of making elements 'layered', Trove
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provides two sets of elements. The first implements the guest agent
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@ -300,14 +309,14 @@ Provided Reference Elements
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---------------------------
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The Trove reference elements are located in the
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trove-integration/scripts/files/elements directory. The elements
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trove/integration/scripts/files/elements directory. The elements
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[operating-system]-guest provide the Trove Guest capabilities and the
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[operating-system]-[database] elements provide support for each
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database on the specified database.
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.. code-block:: bash
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user@machine:/opt/stack/trove-integration/scripts/files/elements$ ls -l
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user@machine:/opt/stack/trove/integration/scripts/files/elements$ ls -l
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total 56
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drwxrwxr-x 5 user group 4096 Jan 7 12:47 fedora-guest
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drwxrwxr-x 3 user group 4096 Jan 7 12:47 fedora-mongodb
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@ -323,7 +332,7 @@ database on the specified database.
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drwxrwxr-x 4 user group 4096 Jan 7 12:47 ubuntu-percona
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drwxrwxr-x 3 user group 4096 Jan 7 12:47 ubuntu-postgresql
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drwxrwxr-x 3 user group 4096 Jan 7 12:47 ubuntu-redis
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user@machine:/opt/stack/trove-integration/scripts/files/elements$
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user@machine:/opt/stack/trove/integration/scripts/files/elements$
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With this infrastructure in place, and the elements from DIB and
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TripleO accessible to the DIB command, one can generate the (for
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@ -347,7 +356,7 @@ that will allow any user of Trove to be able to build a guest image
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for that datastore.
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This is typically accomplished by submitting files into the
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trove-integration project, as above.
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trove project, as above.
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Getting the Guest Agent Code onto a Trove Guest Instance
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========================================================
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@ -505,53 +514,63 @@ the guest image can be created by executing the following:
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DATASTORE_PKG_LOCATION=/path/to/new_db.deb ./script_to_call_dib.sh
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Assuming the elements for new_db are available in redstack, this would
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equate to:
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Assuming the elements for new_db are available in the trove
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repository, this would equate to:
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.. code-block:: bash
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DATASTORE_PKG_LOCATION=/path/to/new_db.deb ./redstack kick-start new_db
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DATASTORE_PKG_LOCATION=/path/to/new_db.deb ./trovestack kick-start new_db
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Building Guest Images Using Standard Elements
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=============================================
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A very good reference for how one builds guest images can be found by
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reviewing the redstack script (trove-integration/scripts). Lower level
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reviewing the trovestack script (trove/integration/scripts). Lower level
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routines that actually invoke Disk Image Builder can be found in
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trove-integration/scripts/functions_qemu.
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trove/integration/scripts/functions_qemu.
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The following block of code illustrates the most basic invocation of
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DIB to create a guest image. This code is in
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trove-integration/scripts/functions_qemu as part of the function
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trove/integration/scripts/functions_qemu as part of the function
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build_vm(). We look at this section of code in detail below.
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.. code-block:: bash
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# assign a suitable value for each of these environment
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# variables that change the way the elements behave.
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export HOST_USERNAME
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export HOST_SCP_USERNAME
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export GUEST_USERNAME
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export NETWORK_GATEWAY
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export REDSTACK_SCRIPTS
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export CONTROLLER_IP
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export TROVESTACK_SCRIPTS
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export SERVICE_TYPE
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export PATH_TROVE
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export ESCAPED_PATH_TROVE
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export SSH_DIR
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export GUEST_LOGDIR
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export ESCAPED_GUEST_LOGDIR
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export ELEMENTS_PATH=$REDSTACK_SCRIPTS/files/elements:$PATH_TRIPLEO_ELEMENTS/elements
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export DIB_CLOUD_INIT_DATASOURCES="ConfigDrive"
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local QEMU_IMG_OPTIONS=$(! $(qemu-img | grep -q 'version 1') && \
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echo "--qemu-img-options compat=0.10")
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${PATH_DISKIMAGEBUILDER}/bin/disk-image-create -a amd64 -o "${IMAGE_NAME}" \
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-x ${QEMU_IMG_OPTIONS} ${DISTRO} ${EXTRA_ELEMENTS} \
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vm heat-cfntools cloud-init-datasources ${DISTRO}-guest \
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${DISTRO}-${SERVICE_TYPE}
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export DATASTORE_PKG_LOCATION
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export BRANCH_OVERRIDE
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# you typically do not have to change these variables
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export ELEMENTS_PATH=$TROVESTACK_SCRIPTS/files/elements
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export ELEMENTS_PATH+=:$PATH_DISKIMAGEBUILDER/elements
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export ELEMENTS_PATH+=:$PATH_TRIPLEO_ELEMENTS/elements
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export DIB_APT_CONF_DIR=/etc/apt/apt.conf.d
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export DIB_CLOUD_INIT_ETC_HOSTS=true
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local QEMU_IMG_OPTIONS=$(! $(qemu-img | grep -q 'version 1') && echo "--qemu-img-options compat=0.10")
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# run disk-image-create that actually causes the image to be built
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${PATH_DISKIMAGEBUILDER}/bin/disk-image-create -a amd64 -o "${VM}" \
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-x ${QEMU_IMG_OPTIONS} ${DISTRO} ${EXTRA_ELEMENTS} vm heat-cfntools \
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cloud-init-datasources ${DISTRO}-guest ${DISTRO}-${SERVICE_TYPE}
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Several of the environment variables referenced above are referenced
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in the course of the Disk Image Building process.
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For example, let's look at GUEST_LOGDIR. Looking at the element
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elements/fedora-guest/extra-data.d/20-guest-upstart, we find:
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elements/fedora-guest/extra-data.d/20-guest-systemd, we find:
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.. code-block:: bash
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@ -560,12 +579,23 @@ elements/fedora-guest/extra-data.d/20-guest-upstart, we find:
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set -e
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set -o xtrace
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[...]
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# CONTEXT: HOST prior to IMAGE BUILD as SCRIPT USER
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# PURPOSE: stages the bootstrap file and upstart conf file while replacing variables so that guest image is properly
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# configured
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source $_LIB/die
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[ -n "$TMP_HOOKS_PATH" ] || die "Temp hook path not set"
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[ -n "${GUEST_USERNAME}" ] || die "GUEST_USERNAME needs to be set to the user for the guest image"
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[ -n "${HOST_SCP_USERNAME}" ] || die "HOST_SCP_USERNAME needs to be set to the user for the host instance"
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[ -n "${CONTROLLER_IP}" ] || die "CONTROLLER_IP needs to be set to the ip address that guests will use to contact the controller"
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[ -n "${ESCAPED_PATH_TROVE}" ] || die "ESCAPED_PATH_TROVE needs to be set to the path to the trove directory on the trovestack host"
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[ -n "${TROVESTACK_SCRIPTS}" ] || die "TROVESTACK_SCRIPTS needs to be set to the trove/integration/scripts dir"
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[ -n "${ESCAPED_GUEST_LOGDIR}" ] || die "ESCAPED_GUEST_LOGDIR must be set to the escaped guest log dir"
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sed "s/GUEST_USERNAME/${GUEST_USERNAME}/g;s/GUEST_LOGDIR/${ESCAPED_GUEST_LOGDIR}/g;s/HOST_SCP_USERNAME/${HOST_SCP_USERNAME}/g;s/NETWORK_GATEWAY/${NETWORK_GATEWAY}/g;s/PATH_TROVE/${ESCAPED_PATH_TROVE}/g" \
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${REDSTACK_SCRIPTS}/files/trove-guest.systemd.conf > \
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sed "s/GUEST_USERNAME/${GUEST_USERNAME}/g;s/GUEST_LOGDIR/${ESCAPED_GUEST_LOGDIR}/g;s/HOST_SCP_USERNAME/${HOST_SCP_USERNAME}/g;s/CONTROLLER_IP/${CONTROLLER_IP}/g;s/PATH_TROVE/${ESCAPED_PATH_TROVE}/g" \
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${TROVESTACK_SCRIPTS}/files/trove-guest.systemd.conf >
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${TMP_HOOKS_PATH}/trove-guest.service
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As you can see, the value of GUEST_LOGDIR is used in the extra-data.d
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@ -597,8 +627,8 @@ MySQL. And therefore these would end up being the elements:
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vm From diskimage-builder/elements/vm
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heat-cfntools From tripleo-image-elements/elements/heat-cfntools
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cloud-init-datasources From diskimage-builder/elements/cloud-init-datasources
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ubuntu-guest From trove-integration/scripts/files/elements/ubuntu-guest
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ubuntu-mysql From trove-integration/scripts/files/elements/ubuntu-mysql
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ubuntu-guest From trove/integration/scripts/files/elements/ubuntu-guest
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ubuntu-mysql From trove/integration/scripts/files/elements/ubuntu-mysql
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References
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==========
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@ -608,5 +638,4 @@ References
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.. [3] User (especially in the USA) are cautioned about this spelling which once resulted in several sleepless nights.
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.. [4] https://git.openstack.org/cgit/openstack/diskimage-builder/tree/README.rst#writing-an-element
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.. [5] https://git.openstack.org/cgit/openstack/tripleo-image-elements/tree/elements
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.. [6] https://git.openstack.org/cgit/openstack/trove-integration/tree/scripts/files/elements
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.. [6] https://git.openstack.org/cgit/openstack/trove/integration/tree/scripts/files/elements
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@ -6,15 +6,15 @@ Trove Installation
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Trove is constantly under development. The easiest way to install
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Trove is using the Trove integration scripts that can be found in
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git in the `Trove Integration Repository`_.
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git in the `Trove Repository`_.
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Steps to set up a Trove Developer Environment
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=============================================
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----------------------------
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Installing trove-integration
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----------------------------
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----------------
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Installing trove
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----------------
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* Install a fresh Ubuntu 14.04 (Trusty Tahr) image (preferably a
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virtual machine)
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@ -37,45 +37,36 @@ Installing trove-integration
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* Login with ubuntu::
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# su ubuntu
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# cd ~
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# mkdir -p /opt/stack
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# cd /opt/stack
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* Clone this repo::
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# git clone https://git.openstack.org/openstack/trove-integration.git
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# git clone https://git.openstack.org/openstack/trove.git
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* cd into the scripts directory::
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# cd trove-integration/scripts/
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# cd trove/integration/scripts/
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It is important to understand that this process is different now with
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the elements and scripts being part of the trove repository. In the
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past, one could clone trove-integration into the home directory and
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run redstack from there, and it would clone trove in the right
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place. And if you were making changes in trove-integration, it didn't
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really matter where trove-integration was; it could be in home
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directory or /opt/stack, or for that matter, anywhere. This is no
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longer the case. If you are making changes to trove and would like to
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run the trovestack script, you have to be sure that trove is in fact
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cloned in /opt/stack as shown above.
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---------------------------------
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Running redstack to install Trove
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Running trovestack to setup Trove
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---------------------------------
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Redstack is the core script that allows you to install and interact
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with your developer installation of Trove. Redstack has the following
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options that you can run.
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* Get the command list with a short description of each command and
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what it does::
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# ./redstack
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* Install all the dependencies and then install Trove. This brings up
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trove (tr-api tr-tmgr tr-cond) and initializes the trove database::
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# ./redstack install
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* Kick start the build/test-init/build-image commands. Add mysql as a
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parameter to set build and add the mysql guest image::
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# ./redstack kick-start mysql
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* You may need to add this iptables rule, so be sure to save it!::
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# sudo iptables -t nat -A POSTROUTING -s 10.0.0.0/24 -o eth0 -j
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MASQUERADE
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Now you run trovestack to help setup your development environment. For
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complete details about the trovestack script refer to
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trove/integration/README.md
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------------------------
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Running the trove client
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@ -96,14 +87,7 @@ Running the nova client
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# nova help
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References
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==========
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More information
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================
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For more information and help on how to use redstack and other
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trove-integration scripts, please look at the `README documentation`_
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in the `Trove Integration Repository`_.
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.. _Trove Integration Repository: https://git.openstack.org/cgit/openstack/trove-integration
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.. _README documentation: https://git.openstack.org/cgit/openstack/trove-integration/plain/README.md
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.. _Trove Repository: https://git.openstack.org/cgit/openstack/trove
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@ -38,6 +38,15 @@ Install a fresh Ubuntu 14.04 (Trusty Tahr) image ( _We suggest creating a develo
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$ mkdir -p /opt/stack
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$ cd /opt/stack
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*Note that it is important that you clone the repository
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here. This is a change from the earlier trove-integration where
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you could clone trove-integration anywhere you wanted (like HOME)
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and trove would get cloned for you in the right place. Since
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trovestack is now in the trove repository, if you wish to test
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changes that you have made to trove, it is advisable for you to
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have your trove repository in /opt/stack to avoid another trove
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repository being cloned for you.
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#### Clone this repo:
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$ git clone https://github.com/openstack/trove.git
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@ -46,7 +55,7 @@ Install a fresh Ubuntu 14.04 (Trusty Tahr) image ( _We suggest creating a develo
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$ cd trove/integration/scripts/
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#### Running trovestack is the core script:
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#### Running trovestack:
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*Run this to get the command list with a short description of each*
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$ ./trovestack
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Block a user