Merge "Updating the developer quickstart guide"
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@ -1,23 +1,29 @@
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Quickstart guide
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================
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This guide will help you setup a vanilla Hadoop cluster using
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:doc:`../restapi/rest_api_v1.0`.
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This guide will help you setup a vanilla Hadoop cluster using a combination
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of OpenStack command line tools and the sahara :doc:`REST API <../restapi>`.
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1. Install Sahara
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1. Install sahara
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-----------------
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* If you want to hack the code follow :doc:`development.environment`.
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* If you just want to install and use Sahara follow :doc:`../userdoc/installation.guide`.
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* If you want to hack the code follow
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:doc:`development.environment`.
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OR
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* If you just want to install and use Sahara follow
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:doc:`../userdoc/installation.guide`.
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2. Keystone endpoints setup
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---------------------------
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2. Identity service configuration
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---------------------------------
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To use CLI tools, such as OpenStack's python clients, we should specify
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environment variables with addresses and credentials. Let's mind that we have
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keystone at ``127.0.0.1:5000`` with tenant ``admin``, credentials ``admin:nova``
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and Sahara API at ``127.0.0.1:8386``. Here is a list of commands to set env:
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To use the OpenStack command line tools you should specify
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environment variables with the configuration details for your OpenStack
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installation. The following example assumes that the Identity service is
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at ``127.0.0.1:5000``, with a user ``admin`` in the ``admin`` tenant
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whose password is ``nova``:
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.. sourcecode:: console
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@ -26,9 +32,8 @@ and Sahara API at ``127.0.0.1:8386``. Here is a list of commands to set env:
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$ export OS_USERNAME=admin
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$ export OS_PASSWORD=nova
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You can append these lines to the ``.bashrc`` and execute ``source .bashrc``.
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Now you can get an authentication token from the OpenStack Keystone service.
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With these environment variables set you can get an authentication
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token using the ``keystone`` command line client as follows:
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.. sourcecode:: console
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@ -48,8 +53,11 @@ If authentication succeeds, the output will be as follows:
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| user_id | 720fb87141a14fd0b204f977f5f02512 |
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+-----------+----------------------------------+
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Save ``tenant_id`` which is obviously your Tenant ID and ``id`` which is your
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authentication token (X-Auth-Token):
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The ``id`` and ``tenant_id`` values will be used for creating REST calls
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to sahara and should be saved. The ``id`` value is the token provided by
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the Identity service, and the ``tenant_id`` is the UUID for the tenant
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name specified earlier. These values should be exported to environment
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variables for ease of use later.
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.. sourcecode:: console
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@ -57,13 +65,14 @@ authentication token (X-Auth-Token):
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$ export TENANT_ID="62bd2046841e4e94a87b4a22aa886c13"
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3. Upload image to Glance
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-------------------------
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3. Upload an image to the Image service
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---------------------------------------
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You can download pre-built images with vanilla Apache Hadoop or build the
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images yourself:
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You will need to upload a virtual machine image to the OpenStack Image
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service. You can download pre-built images with vanilla Apache Hadoop
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installed, or build the images yourself:
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* Download and install pre-built image with Ubuntu 13.10
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* Download and install a pre-built image with Ubuntu 13.10
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.. sourcecode:: console
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@ -72,8 +81,9 @@ images yourself:
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$ glance image-create --name=sahara-icehouse-vanilla-1.2.1-ubuntu-13.10 \
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--disk-format=qcow2 --container-format=bare < ./sahara-icehouse-vanilla-1.2.1-ubuntu-13.10.qcow2
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OR
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* OR with Fedora 20
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* with Fedora 20
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.. sourcecode:: console
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@ -82,11 +92,13 @@ images yourself:
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$ glance image-create --name=sahara-icehouse-vanilla-1.2.1-fedora-20 \
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--disk-format=qcow2 --container-format=bare < ./sahara-icehouse-vanilla-1.2.1-fedora-20.qcow2
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OR
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* OR build the image using :doc:`../userdoc/diskimagebuilder`.
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* build the image using :doc:`../userdoc/diskimagebuilder`.
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Save the image id. You can get the image id from the command ``glance image-list``:
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Save the image id, this will be used during the image registration with
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sahara. You can get the image id using the ``glance`` command line tool
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as follows:
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.. sourcecode:: console
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@ -100,45 +112,52 @@ Save the image id. You can get the image id from the command ``glance image-list
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$ export IMAGE_ID="3f9fc974-b484-4756-82a4-bff9e116919b"
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4. Register image in Image Registry
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-----------------------------------
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4. Register the image with the sahara image registry
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----------------------------------------------------
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* Now we will actually start to interact with Sahara.
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Now you will begin to interact with sahara by registering the virtual
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machine image in the sahara image registry.
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* Register the image with username ``ubuntu``.
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Register the image with the username ``ubuntu``. *Note, the username
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will vary depending on the source image used, for more please see*
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:doc:`../userdoc/vanilla_plugin`
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.. sourcecode:: console
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$ sahara image-register --id $IMAGE_ID --username ubuntu
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* Tag the image:
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Tag the image to inform sahara about the plugin with which it shall be used:
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.. sourcecode:: console
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$ sahara image-add-tag --id $IMAGE_ID --tag vanilla
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$ sahara image-add-tag --id $IMAGE_ID --tag 1.2.1
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* Make sure the image is registered correctly:
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Ensure that the image is registered correctly by querying sahara. If
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registered successfully, the image will appear in the output as follows:
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.. sourcecode:: console
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$ sahara image-list
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* Output should look like:
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.. sourcecode:: console
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+----------------+---------------+----------+----------------+-------------+
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+--------------------------------------------+---------------------------------------+----------+----------------+-------------+
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| name | id | username | tags | description |
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+----------------+---------------+----------+----------------+-------------+
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| sahara-iceh... | 3f9fc...6919b | ubuntu | vanilla, 1.2.1 | None |
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+----------------+---------------+----------+----------------+-------------+
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+--------------------------------------------+---------------------------------------+----------+----------------+-------------+
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| sahara-icehouse-vanilla-1.2.1-ubuntu-13.10 | 3f9fc974-b484-4756-82a4-bff9e116919b | ubuntu | vanilla, 1.2.1 | None |
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+--------------------------------------------+---------------------------------------+----------+----------------+-------------+
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5. Setup NodeGroup templates
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----------------------------
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5. Create node group templates
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------------------------------
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Create a file named ``ng_master_template_create.json`` with the following content:
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Node groups are the building blocks of clusters in sahara. Before you can
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begin provisioning clusters you must define a few node group templates to
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describe their configurations.
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*Note, these templates assume that floating IP addresses are not being
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used, for more information please see* :ref:`floating_ip_management`
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Create a file named ``ng_master_template_create.json`` with the following
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content:
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.. sourcecode:: json
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@ -151,7 +170,8 @@ Create a file named ``ng_master_template_create.json`` with the following conten
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"auto_security_group": true
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}
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Create a file named ``ng_worker_template_create.json`` with the following content:
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Create a file named ``ng_worker_template_create.json`` with the following
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content:
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.. sourcecode:: json
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@ -164,35 +184,41 @@ Create a file named ``ng_worker_template_create.json`` with the following conten
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"auto_security_group": true
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}
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Use the Sahara client to upload NodeGroup templates:
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Use the ``sahara`` client to upload the node group templates:
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.. sourcecode:: console
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$ sahara node-group-template-create --json ng_master_template_create.json
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$ sahara node-group-template-create --json ng_worker_template_create.json
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List the available NodeGroup templates:
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List the available node group templates to ensure that they have been
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added properly:
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.. sourcecode:: console
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$ sahara node-group-template-list
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+--------+--------------------------------------+-------------+-------------------------------------------------+-------------+
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+------------------+--------------------------------------+-------------+-----------------------+-------------+
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| name | id | plugin_name | node_processes | description |
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+--------+--------------------------------------+-------------+-------------------------------------------------+-------------+
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| master | b38227dc-64fe-42bf-8792-d1456b453ef3 | vanilla | namenode, resourcemanager, oozie, historyserver | None |
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| worker | 634827b9-6a18-4837-ae15-5371d6ecf02c | vanilla | datanode, nodemanager | None |
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+--------+--------------------------------------+-------------+-------------------------------------------------+-------------+
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+------------------+--------------------------------------+-------------+-----------------------+-------------+
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| test-master-tmpl | b38227dc-64fe-42bf-8792-d1456b453ef3 | vanilla | jobtracker, namenode | None |
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| test-worker-tmpl | 634827b9-6a18-4837-ae15-5371d6ecf02c | vanilla | datanode, nodemanager | None |
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+------------------+--------------------------------------+-------------+-----------------------+-------------+
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Save the id for the master and worker NodeGroup templates. For example:
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Save the id for the master and worker node group templates as they will be
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used during cluster template creation. For example:
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* Master NodeGroup template id: ``b38227dc-64fe-42bf-8792-d1456b453ef3``
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* Worker NodeGroup template id: ``634827b9-6a18-4837-ae15-5371d6ecf02c``
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* Master node group template id: ``b38227dc-64fe-42bf-8792-d1456b453ef3``
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* Worker node group template id: ``634827b9-6a18-4837-ae15-5371d6ecf02c``
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6. Setup Cluster Template
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-------------------------
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6. Create a cluster template
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----------------------------
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Create a file named ``cluster_template_create.json`` with the following content:
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The last step before provisioning the cluster is to create a template
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that describes the node groups of the cluster.
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Create a file named ``cluster_template_create.json`` with the following
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content:
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.. sourcecode:: json
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@ -214,17 +240,32 @@ Create a file named ``cluster_template_create.json`` with the following content:
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]
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}
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Upload the Cluster template:
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Upload the Cluster template using the ``sahara`` command line tool:
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.. sourcecode:: console
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$ sahara cluster-template-create --json cluster_template_create.json
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Save the template id. For example ``ce897df2-1610-4caa-bdb8-408ef90561cf``.
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Save the template id for use in the cluster provisioning command. The
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cluster id can be found in the output of the creation command or by
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listing the cluster templates as follows:
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.. sourcecode:: console
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$ sahara cluster-template-list
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+-----------------------+--------------------------------------+-------------+-----------------------+-------------+
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| name | id | plugin_name | node_groups | description |
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+-----------------------+--------------------------------------+-------------+-----------------------+-------------+
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| demo-cluster-template | c0609da7-faac-4dcf-9cbc-858a3aa130cd | vanilla | master: 1, workers: 2 | None |
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+-----------------------+--------------------------------------+-------------+-----------------------+-------------+
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7. Create cluster
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-----------------
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Now you will provision the cluster. This step requires a few pieces of
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information that will be found by querying various OpenStack services.
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Create a file named ``cluster_create.json`` with the following content:
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.. sourcecode:: json
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@ -233,28 +274,30 @@ Create a file named ``cluster_create.json`` with the following content:
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"name": "cluster-1",
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"plugin_name": "vanilla",
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"hadoop_version": "1.2.1",
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"cluster_template_id" : "ce897df2-1610-4caa-bdb8-408ef90561cf",
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"cluster_template_id" : "c0609da7-faac-4dcf-9cbc-858a3aa130cd",
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"user_keypair_id": "stack",
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"default_image_id": "3f9fc974-b484-4756-82a4-bff9e116919b"
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"neutron_management_network": "8cccf998-85e4-4c5f-8850-63d33c1c6916"
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}
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There is a parameter ``user_keypair_id`` with value ``stack``. You can create
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your own keypair in Horizon UI, or using the command line client:
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The parameter ``user_keypair_id`` with the value ``stack`` is generated by
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creating a keypair. You can create your own keypair in the OpenStack
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Dashboard, or through the ``nova`` command line client as follows:
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.. sourcecode:: console
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$ nova keypair-add stack --pub-key $PATH_TO_PUBLIC_KEY
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If ``use_neutron = true`` is set in sahara.conf, you will also need to include
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the ``neutron_management_network`` parameter in ``cluster_create.json``. Instances
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will get fixed IPs in this network. Find the Neutron network id:
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If sahara is configured to use neutron for networking, you will also need to
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include the ``neutron_management_network`` parameter in
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``cluster_create.json``. Cluster instances will get fixed IP addresses in
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this network. You can determine the neutron network id with the following
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command:
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.. sourcecode:: console
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$ neutron net-list
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Create and start the cluster:
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.. sourcecode:: console
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@ -309,7 +352,7 @@ Create and start the cluster:
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| id | c5e755a2-b3f9-417b-948b-e99ed7fbf1e3 |
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| trust_id | None |
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| info | {} |
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| cluster_template_id | ce897df2-1610-4caa-bdb8-408ef90561cf |
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| cluster_template_id | c0609da7-faac-4dcf-9cbc-858a3aa130cd |
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| name | cluster-1 |
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| cluster_configs | {} |
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| created_at | 2013-07-07T19:01:51 |
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@ -317,7 +360,8 @@ Create and start the cluster:
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| tenant_id | 3fd7266fb3b547b1a45307b481bcadfd |
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+----------------------------+-------------------------------------------------+
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Verify the cluster launched successfully:
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Verify the cluster launched successfully by using the ``sahara`` command
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line tool as follows:
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.. sourcecode:: console
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@ -328,29 +372,34 @@ Verify the cluster launched successfully:
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| cluster-1 | c5e755a2-b3f9-417b-948b-e99ed7fbf1e3 | Active | 3 |
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+-----------+--------------------------------------+--------+------------+
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The cluster creation operation may take several minutes to complete. During
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this time the "status" returned from the previous command may show states
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other than "Active".
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8. Run MapReduce job
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--------------------
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8. Run a MapReduce job
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----------------------
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To check that your Hadoop installation works correctly:
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Check that your Hadoop installation is working properly by running an
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example job on the cluster manually.
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* Go to NameNode via ssh:
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* Login to the NameNode via ssh:
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.. sourcecode:: console
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$ ssh ubuntu@<namenode_ip>
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* Switch to hadoop user:
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* Switch to the hadoop user:
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.. sourcecode:: console
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$ sudo su hadoop
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* Go to the hadoop home directory and run the simplest MapReduce example:
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* Go to the shared hadoop directory and run the simplest MapReduce example:
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.. sourcecode:: console
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$ cd /usr/share/hadoop
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$ hadoop jar hadoop-examples-1.2.1.jar pi 10 100
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Congratulations! Now you have the Hadoop cluster ready on the OpenStack cloud!
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Congratulations! Now you have the Hadoop cluster ready on the OpenStack
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cloud.
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