Concurrent Scale Up Down workloads files and docs

docs/README.md

@@ -17,6 +17,7 @@
 | [Namespaces per cluster](namespaces-per-cluster.md) | Maximum Namespaces                       | None                                  |
 | [Services per namespace](services-per-namespace.md) | Maximum services per namespace           | None                                  |
 | [FIO I/O test](fio.md)                              | FIO I/O test - stress storage backend    | Privileged Containers, Working storage class |
+| [Concurrent scale-up down](concurrent-scale-up-down.md) | Concurrent App scale up and Scale down | None                                  |
 
 * Baseline job without a tooled cluster just idles a cluster.  The goal is to capture resource consumption over a period of time to characterize resource requirements thus tooling is required. (For now)
 
@@ -53,3 +54,4 @@ Each workload will implement a form of pass/fail criteria in order to flag if th
 | [Namespaces per cluster](namespaces-per-cluster.md) | Yes: Exit code, Test Duration |
 | [Services per namespace](services-per-namespace.md) | Yes: Exit code, Test Duration |
 | [FIO I/O test](fio.md)                              | No                            |
+| [Concurrent scale-up down](concurrent-scale-up-down.md)| Yes: Exit code                |

docs/concurrent-scale-up-down.md

@@ -0,0 +1,102 @@
+# Concurrent Scale Up Down Workload
+
+The Concurrent Scale Up Down workload playbook is `workloads/concurrent-scale-up-down.yml` and will run the Concurrent Scale Up Down workload on your cluster.
+
+Concurrent Scale Up Down workload is used to test scaling up the quickstart apps and then scaling them down on OpenShift. 
+
+Requirements:
+* kubeadmin-password and api url
+
+Running from CLI:
+
+```sh
+$ cp workloads/inventory.example inventory
+$ # Add orchestration host to inventory
+$ # Edit vars in workloads/vars/concurrent-scale-up-down.yml or define Environment vars (See below)
+$ time ansible-playbook -vv -i inventory workloads/concurrent-scale-up-down.yml
+```
+
+## Environment variables
+
+### PUBLIC_KEY
+Default: `~/.ssh/id_rsa.pub`  
+Public ssh key file for Ansible.
+
+### PRIVATE_KEY
+Default: `~/.ssh/id_rsa`  
+Private ssh key file for Ansible.
+
+### ORCHESTRATION_USER
+Default: `root`  
+User for Ansible to log in as. Must authenticate with PUBLIC_KEY/PRIVATE_KEY.
+
+### WORKLOAD_IMAGE
+Default: `quay.io/openshift-scale/scale-ci-workload`  
+Container image that runs the workload script.
+
+### WORKLOAD_JOB_NODE_SELECTOR
+Default: `false`  
+Enables/disables the node selector that places the workload job on the `workload` node.
+
+### WORKLOAD_JOB_TAINT
+Default: `false`  
+Enables/disables the toleration on the workload job to permit the `workload` taint.
+
+### WORKLOAD_JOB_PRIVILEGED
+Default: `true`  
+Enables/disables running the workload pod as privileged.
+
+### KUBECONFIG_FILE
+Default: `~/.kube/config`  
+Location of kubeconfig on orchestration host.
+
+### PBENCH_INSTRUMENTATION
+Default: `false`  
+Enables/disables running the workload wrapped by pbench-user-benchmark. When enabled, pbench agents can then be enabled (`ENABLE_PBENCH_AGENTS`) for further instrumentation data and pbench-copy-results can be enabled (`ENABLE_PBENCH_COPY`) to export captured data for further analysis.
+
+### ENABLE_PBENCH_AGENTS
+Default: `false`  
+Enables/disables the collection of pbench data on the pbench agent Pods. These Pods are deployed by the tooling playbook.
+
+### ENABLE_PBENCH_COPY
+Default: `false`  
+Enables/disables the copying of pbench data to a remote results server for further analysis.
+
+### PBENCH_SSH_PRIVATE_KEY_FILE
+Default: `~/.ssh/id_rsa`  
+Location of ssh private key to authenticate to the pbench results server.
+
+### PBENCH_SSH_PUBLIC_KEY_FILE
+Default: `~/.ssh/id_rsa.pub`  
+Location of the ssh public key to authenticate to the pbench results server.
+
+### PBENCH_SERVER
+Default: There is no public default.  
+DNS address of the pbench results server.
+
+### SCALE_CI_RESULTS_TOKEN
+Default: There is no public default.  
+Future use for pbench and prometheus scraper to place results into git repo that holds results data.
+
+### JOB_COMPLETION_POLL_ATTEMPTS
+Default: `3600`  
+Number of retries for Ansible to poll if the workload job has completed. Poll attempts delay 10s between polls with some additional time taken for each polling action depending on the orchestration host setup.
+
+### CONCURRENT_SCALEUP_API_URL
+Default: There is no default value.  
+This is api-server URL and port, youcan obtain by grepping for server the kubeconfig file.
+
+### CONCURRENT_SCALEUP_KUBEADMIN_PASSWD
+Default: There is no default value.  
+The kubeadmin-password from the Openshift installs.
+
+### CONCURRENT_SCALEUP_TEST_PREFIX
+Default: `concurrent-scale-up-down`  
+The pbench results directory name for when pbench is enabled
+
+
+## Smoke test variables
+
+```
+CONCURRENT_SCALEUP_TEST_PREFIX=concurrent-scale-up-down
+```

workloads/concurrent-scale-up-down.yml

@@ -0,0 +1,131 @@
+---
+#
+# Runs concurrent-scale-up-down on OpenShift 4.x cluster
+#
+
+- name: Runs concurrent-scale-up-down on a RHCOS OpenShift cluster
+  hosts: orchestration
+  gather_facts: true
+  remote_user: "{{orchestration_user}}"
+  vars_files:
+    - vars/concurrent-scale-up-down.yml
+  vars:
+    workload_job: "concurrent-scale-up-down"
+  tasks:
+    - name: Create scale-ci-tooling directory
+      file:
+        path: "{{ansible_user_dir}}/scale-ci-tooling"
+        state: directory
+
+    - name: Copy workload files
+      copy:
+        src: "{{item.src}}"
+        dest: "{{item.dest}}"
+      with_items:
+        - src: scale-ci-tooling-ns.yml
+          dest: "{{ansible_user_dir}}/scale-ci-tooling/scale-ci-tooling-ns.yml"
+        - src: workload-concurrent-scale-up-down-script-cm.yml
+          dest: "{{ansible_user_dir}}/scale-ci-tooling/workload-concurrent-scale-up-down-script-cm.yml"
+
+    - name: Slurp kubeconfig file
+      slurp:
+        src: "{{kubeconfig_file}}"
+      register: kubeconfig_file_slurp
+
+    - name: Slurp ssh private key file
+      slurp:
+        src: "{{pbench_ssh_private_key_file}}"
+      register: pbench_ssh_private_key_file_slurp
+
+    - name: Slurp ssh public key file
+      slurp:
+        src: "{{pbench_ssh_public_key_file}}"
+      register: pbench_ssh_public_key_file_slurp
+
+    - name: Template workload templates
+      template:
+        src: "{{item.src}}"
+        dest: "{{item.dest}}"
+      with_items:
+        - src: pbench-cm.yml.j2
+          dest: "{{ansible_user_dir}}/scale-ci-tooling/pbench-cm.yml"
+        - src: pbench-ssh-secret.yml.j2
+          dest: "{{ansible_user_dir}}/scale-ci-tooling/pbench-ssh-secret.yml"
+        - src: kubeconfig-secret.yml.j2
+          dest: "{{ansible_user_dir}}/scale-ci-tooling/kubeconfig-secret.yml"
+        - src: workload-job.yml.j2
+          dest: "{{ansible_user_dir}}/scale-ci-tooling/workload-job.yml"
+        - src: workload-env.yml.j2
+          dest: "{{ansible_user_dir}}/scale-ci-tooling/workload-concurrent-scale-up-down-env.yml"
+
+    - name: Check if scale-ci-tooling namespace exists
+      shell: |
+        oc get project scale-ci-tooling
+      ignore_errors: true
+      changed_when: false
+      register: scale_ci_tooling_ns_exists
+
+    - name: Ensure any stale scale-ci-concurrent-scale-up-down job is deleted
+      shell: |
+        oc delete job scale-ci-concurrent-scale-up-down -n scale-ci-tooling
+      register: scale_ci_tooling_project
+      failed_when: scale_ci_tooling_project.rc == 0
+      until: scale_ci_tooling_project.rc == 1
+      retries: 60
+      delay: 1
+      when: scale_ci_tooling_ns_exists.rc == 0
+
+    - name: Block for non-existing tooling namespace
+      block:
+        - name: Create tooling namespace
+          shell: |
+            oc create -f {{ansible_user_dir}}/scale-ci-tooling/scale-ci-tooling-ns.yml
+
+        - name: Create tooling service account
+          shell: |
+            oc create serviceaccount useroot -n scale-ci-tooling
+            oc adm policy add-scc-to-user privileged -z useroot -n scale-ci-tooling
+          when: enable_pbench_agents|bool
+      when: scale_ci_tooling_ns_exists.rc != 0
+
+    - name: Create/replace kubeconfig secret
+      shell: |
+        oc replace --force -n scale-ci-tooling -f "{{ansible_user_dir}}/scale-ci-tooling/kubeconfig-secret.yml"
+
+    - name: Create/replace the pbench configmap
+      shell: |
+        oc replace --force -n scale-ci-tooling -f "{{ansible_user_dir}}/scale-ci-tooling/pbench-cm.yml"
+
+    - name: Create/replace pbench ssh secret
+      shell: |
+        oc replace --force -n scale-ci-tooling -f "{{ansible_user_dir}}/scale-ci-tooling/pbench-ssh-secret.yml"
+
+    - name: Create/replace workload script configmap
+      shell: |
+        oc replace --force -n scale-ci-tooling -f "{{ansible_user_dir}}/scale-ci-tooling/workload-concurrent-scale-up-down-script-cm.yml"
+
+    - name: Create/replace workload script environment configmap
+      shell: |
+        oc replace --force -n scale-ci-tooling -f "{{ansible_user_dir}}/scale-ci-tooling/workload-concurrent-scale-up-down-env.yml"
+
+    - name: Create/replace workload job to that runs workload script
+      shell: |
+        oc replace --force -n scale-ci-tooling -f "{{ansible_user_dir}}/scale-ci-tooling/workload-job.yml"
+
+    - name: Poll until job pod is running
+      shell: |
+        oc get pods --selector=job-name=scale-ci-concurrent-scale-up-down -n scale-ci-tooling -o json
+      register: pod_json
+      retries: 60
+      delay: 2
+      until: pod_json.stdout | from_json | json_query('items[0].status.phase==`Running`')
+
+    - name: Poll until job is complete
+      shell: |
+        oc get job scale-ci-concurrent-scale-up-down -n scale-ci-tooling -o json
+      register: job_json
+      retries: "{{job_completion_poll_attempts}}"
+      delay: 10
+      until: job_json.stdout | from_json | json_query('status.succeeded==`1` || status.failed==`1`')
+      failed_when: job_json.stdout | from_json | json_query('status.succeeded==`1`') == false
+      when: job_completion_poll_attempts|int > 0

workloads/files/workload-concurrent-scale-up-down-script-cm.yml

@@ -0,0 +1,107 @@
+apiVersion: v1
+kind: ConfigMap
+metadata:
+  name: scale-ci-workload-script
+data:
+  run.sh: |
+    #!/bin/sh
+    set -eo pipefail
+    workload_log() { echo "$(date -u) $@" >&2; }
+    export -f workload_log
+    workload_log "Configuring pbench for Concurrent Scale Up Down"
+    mkdir -p /var/lib/pbench-agent/tools-default/
+    echo "${USER_NAME:-default}:x:$(id -u):0:${USER_NAME:-default} user:${HOME}:/sbin/nologin" >> /etc/passwd
+    if [ "${ENABLE_PBENCH_AGENTS}" = true ]; then
+      echo "" > /var/lib/pbench-agent/tools-default/disk
+      echo "" > /var/lib/pbench-agent/tools-default/iostat
+      echo "workload" > /var/lib/pbench-agent/tools-default/label
+      echo "" > /var/lib/pbench-agent/tools-default/mpstat
+      echo "" > /var/lib/pbench-agent/tools-default/oc
+      echo "" > /var/lib/pbench-agent/tools-default/perf
+      echo "" > /var/lib/pbench-agent/tools-default/pidstat
+      echo "" > /var/lib/pbench-agent/tools-default/sar
+      master_nodes=`oc get nodes -l pbench_agent=true,node-role.kubernetes.io/master= --no-headers | awk '{print $1}'`
+      for node in $master_nodes; do
+        echo "master" > /var/lib/pbench-agent/tools-default/remote@$node
+      done
+      infra_nodes=`oc get nodes -l pbench_agent=true,node-role.kubernetes.io/infra= --no-headers | awk '{print $1}'`
+      for node in $infra_nodes; do
+        echo "infra" > /var/lib/pbench-agent/tools-default/remote@$node
+      done
+      worker_nodes=`oc get nodes -l pbench_agent=true,node-role.kubernetes.io/worker= --no-headers | awk '{print $1}'`
+      for node in $worker_nodes; do
+        echo "worker" > /var/lib/pbench-agent/tools-default/remote@$node
+      done
+    fi
+    source /opt/pbench-agent/profile
+    workload_log "Done configuring pbench Concurrent Scale Up Down"
+
+    workload_log "Running Concurrent Scale Up Down workload"
+    if [ "${PBENCH_INSTRUMENTATION}" = "true" ]; then
+      pbench-user-benchmark -- sh /root/workload/workload.sh
+      result_dir="/var/lib/pbench-agent/$(ls -t /var/lib/pbench-agent/ | grep "pbench-user" | head -1)"/1/sample1
+      if [ "${ENABLE_PBENCH_COPY}" = "true" ]; then
+        pbench-copy-results --prefix ${CONCURRENT_SCALEUP_TEST_PREFIX}
+      fi
+    else
+      sh /root/workload/workload.sh
+      result_dir=/tmp
+    fi
+
+    workload_log "Completed Concurrent Scale Up Down workload run"
+
+    workload_log "Checking Test Results"
+    workload_log "Checking ansible-playbook scale_up_complete.yaml execution exit code : ${exit_code}"
+
+    if [ "$(jq '.exit_code==0' ${result_dir}/exit.json)" = "false" ]; then
+      workload_log "Concurrent Scale Up Down Failure"
+      workload_log "Test Analysis: Failed"
+      exit 1
+    fi
+    # TODO: Check pbench-agent collected metrics for Pass/Fail
+    # TODO: Check prometheus collected metrics for Pass/Fail
+    workload_log "Test Analysis: Passed"
+
+  workload.sh: |
+    #!/bin/sh
+    set -o pipefail
+
+    result_dir=/tmp
+    if [ "${PBENCH_INSTRUMENTATION}" = "true" ]; then
+      result_dir=${benchmark_results_dir}
+    fi
+
+    # Save a local copy of the read-only ~/.kube/config
+    cp ${KUBECONFIG} /tmp/kube_config
+    ls -ltr /tmp
+    export KUBECONFIG=/tmp/kube_config
+    echo ${KUBECONFIG}
+
+    # git clone svt repo in /root
+    cd /root
+    git clone https://github.com/openshift/svt.git
+    cd svt
+    git status
+    cd /root/svt/openshift_performance/ci/content
+    ls -ltr
+
+    start_time=$(date +%s)
+    my_time=$(date +%Y-%m-%d-%H%M)  
+
+    ansible-playbook -vv -e api_url=${CONCURRENT_SCALEUP_API_URL} -e login_username="kubeadmin" -e login_passwd=${CONCURRENT_SCALEUP_KUBEADMIN_PASSWD} scale_up_complete.yaml 2>&1 | tee /tmp/output_scale_up_complete-${my_time}.log
+
+    exit_code=$?
+    end_time=$(date +%s)
+    duration=$((end_time-start_time))
+    workload_log "Test duration was: ${duration}"
+
+    workload_log "/tmp/cluster_loader.err : $(cat /tmp/cluster_loader.err)"
+    workload_log "/tmp/cluster_loader.out : $(cat /tmp/cluster_loader.out)"
+    workload_log "/tmp/check_app.err : $(cat /tmp/check_app.err)"
+    workload_log "/tmp/check_app.out : $(cat /tmp/check_app.out)"
+    workload_log "/tmp/scale_test.err : $(cat /tmp/scale_test.err)"
+    workload_log "/tmp/scale_test.out : $(cat /tmp/scale_test.out)"
+
+    workload_log "Writing ansible-playbook scale_up_complete.yaml execution exit code : ${exit_code}"
+    jq -n '. | ."exit_code"='${exit_code}' | ."duration"='${duration}'' > "${result_dir}/exit.json"
+    workload_log "Finished workload script"

workloads/templates/workload-env.yml.j2

@@ -103,4 +103,10 @@ data:
   PROMETHEUS_GRAPH_PERIOD: "{{prometheus_graph_period}}"
   PROMETHEUS_REFRESH_INTERVAL: "{{prometheus_refresh_interval}}"
   PROMETHEUS_SCALE_TEST_PREFIX: "{{prometheus_scale_test_prefix}}"
+{% elif workload_job == "concurrent-scale-up-down" %}
+  PBENCH_INSTRUMENTATION: "{{pbench_instrumentation|bool|lower}}"
+  ENABLE_PBENCH_COPY: "{{enable_pbench_copy|bool|lower}}"
+  CONCURRENT_SCALEUP_API_URL: "{{conc_scaleup_api_server_url}}"
+  CONCURRENT_SCALEUP_KUBEADMIN_PASSWD: "{{conc_scaleup_kubeadmin_passwd}}"
+  CONCURRENT_SCALEUP_TEST_PREFIX: "{{conc_scaleup_test_prefix}}"
 {% endif %}