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# Personnalisation de l'image du conteneur
<a name="container-image"></a>

Cette solution utilise un référentiel d'images public Amazon Elastic Container Registry (Amazon ECR) géré par AWS pour stocker l'image utilisée pour exécuter les tests configurés. Si vous souhaitez personnaliser l'image du conteneur, vous pouvez la reconstruire et l'envoyer dans un référentiel d'images ECR de votre propre compte AWS.

Si vous souhaitez personnaliser cette solution, vous pouvez utiliser l'image du conteneur par défaut ou modifier ce conteneur en fonction de vos besoins. Si vous personnalisez la solution, utilisez l'exemple de code suivant pour déclarer les variables d'environnement avant de créer votre solution personnalisée.

```
#!/bin/bash
export REGION=aws-region-code # the AWS region to launch the solution (e.g. us-east-1)
export BUCKET_PREFIX=my-bucket-name # prefix of the bucket name without the region code
export BUCKET_NAME=$BUCKET_PREFIX-$REGION # full bucket name where the code will reside
export SOLUTION_NAME=my-solution-name
export VERSION=my-version # version number for the customized code
export PUBLIC_ECR_REGISTRY=public.ecr.aws/awssolutions/distributed-load-testing-on-aws-load-tester # replace with the container registry and image if you want to use a different container image export PUBLIC_ECR_TAG=v3.1.0 # replace with the container image tag if you want to use a different container image
```

Si vous choisissez de personnaliser l'image du conteneur, vous pouvez l'héberger soit dans un référentiel d'images privé, soit dans un référentiel d'images public dans votre compte AWS. Les ressources d'image se trouvent dans le `deployment/ecr/distributed-load-testing-on-aws-load-tester` répertoire, situé dans la base de code.

Vous pouvez créer et envoyer l'image vers la destination hôte.
+ Pour les référentiels et images privés Amazon ECR, reportez-vous aux [référentiels privés et aux images privées Amazon ECR](https://docs.aws.amazon.com/AmazonECR/latest/userguide/Repositories.html) [dans le guide de l'utilisateur](https://docs.aws.amazon.com/AmazonECR/latest/userguide/images.html) *Amazon* ECR.
+ Pour les référentiels publics et les images Amazon ECR, reportez-vous aux [référentiels publics et aux images publiques Amazon ECR](https://docs.aws.amazon.com/AmazonECR/latest/public/public-repositories.html) [dans le manuel *Amazon ECR* Public](https://docs.aws.amazon.com/AmazonECR/latest/public/public-images.html) User Guide.

Une fois que vous avez créé votre propre image, vous pouvez déclarer les variables d'environnement suivantes avant de créer votre solution personnalisée.

```
#!/bin/bash
export PUBLIC_ECR_REGISTRY=YOUR_ECR_REGISTRY_URI # e.g. YOUR_ACCOUNT_ID.dkr.ecr.us-east-1.amazonaws.com/YOUR_IMAGE_NAME
export PUBLIC_ECR_TAG=YOUR_ECR_TAG # e.g. latest, v3.4.0
```

L'exemple suivant montre le fichier conteneur.

```
FROM public.ecr.aws/amazonlinux/amazonlinux:2023-minimal

RUN dnf update -y && \
    dnf install -y python3.11 python3.11-pip java-21-amazon-corretto bc procps jq findutils unzip && \
    dnf clean all

ENV PIP_INSTALL="pip3.11 install --no-cache-dir"


# install bzt
RUN $PIP_INSTALL --upgrade bzt awscli setuptools==78.1.1 h11 urllib3==2.2.2 && \
    $PIP_INSTALL --upgrade bzt
COPY ./.bzt-rc /root/.bzt-rc
RUN chmod 755 /root/.bzt-rc

# install bzt tools
RUN bzt -install-tools -o modules.install-checker.exclude=selenium,gatling,tsung,siege,ab,k6,external-results-loader,locust,junit,testng,rspec,mocha,nunit,xunit,wdio,robot,newman
RUN rm -rf /root/.bzt/selenium-taurus
RUN mkdir /bzt-configs /tmp/artifacts
ADD ./load-test.sh /bzt-configs/
ADD ./*.jar /bzt-configs/
ADD ./*.py /bzt-configs/

RUN chmod 755 /bzt-configs/load-test.sh
RUN chmod 755 /bzt-configs/ecslistener.py
RUN chmod 755 /bzt-configs/ecscontroller.py
RUN chmod 755 /bzt-configs/jar_updater.py
RUN python3.11 /bzt-configs/jar_updater.py

# Remove jar files from /tmp
RUN rm -rf /tmp/jmeter-plugins-manager-1* && \
    rm -rf /usr/local/lib/python3.11/site-packages/setuptools-65.5.0.dist-info && \
    rm -rf /usr/local/lib/python3.11/site-packages/urllib3-1.26.17.dist-info

# Add settings file to capture the output logs from bzt cli
RUN mkdir -p /etc/bzt.d && echo '{"settings": {"artifacts-dir": "/tmp/artifacts"}}' > /etc/bzt.d/90-artifacts-dir.json

WORKDIR /bzt-configs
ENTRYPOINT ["./load-test.sh"]
```

Outre un fichier conteneur, le répertoire contient le script bash suivant qui télécharge la configuration de test depuis Amazon S3 avant d'exécuter le Taurus/Blazemeter programme.

```
#!/bin/bash

# set a uuid for the results xml file name in S3
UUID=$(cat /proc/sys/kernel/random/uuid)
pypid=0
echo "S3_BUCKET:: ${S3_BUCKET}"
echo "TEST_ID:: ${TEST_ID}"
echo "TEST_TYPE:: ${TEST_TYPE}"
echo "FILE_TYPE:: ${FILE_TYPE}"
echo "PREFIX:: ${PREFIX}"
echo "UUID:: ${UUID}"
echo "LIVE_DATA_ENABLED:: ${LIVE_DATA_ENABLED}"
echo "MAIN_STACK_REGION:: ${MAIN_STACK_REGION}"

cat /proc/self/cgroup
TASK_ID=$(grep -oE '[a-f0-9]{32}' /proc/self/cgroup | head -n 1)
echo $TASK_ID

sigterm_handler() {
  if [ $pypid -ne 0 ]; then
    echo "container received SIGTERM."
    kill -15 $pypid
    wait $pypid
    exit 143 #128 + 15
  fi
}
trap 'sigterm_handler' SIGTERM

echo "Download test scenario"
aws s3 cp s3://$S3_BUCKET/test-scenarios/$TEST_ID-$AWS_REGION.json test.json --region $MAIN_STACK_REGION

# Set the default log file values to jmeter
LOG_FILE="jmeter.log"
OUT_FILE="jmeter.out"
ERR_FILE="jmeter.err"
KPI_EXT="jtl"

# download JMeter jmx file
if [ "$TEST_TYPE" != "simple" ]; then
  # setting the log file values to the test type
  LOG_FILE="${TEST_TYPE}.log"
  OUT_FILE="${TEST_TYPE}.out"
  ERR_FILE="${TEST_TYPE}.err"

  # set variables based on TEST_TYPE
  if [ "$TEST_TYPE" == "jmeter" ]; then
    EXT="jmx"
    TYPE_NAME="JMeter"
    # Copy *.jar to JMeter library path. See the Taurus JMeter path: https://gettaurus.org/docs/JMeter/
    JMETER_LIB_PATH=`find ~/.bzt/jmeter-taurus -type d -name "lib"`
    echo "cp $PWD/*.jar $JMETER_LIB_PATH"
    cp $PWD/*.jar $JMETER_LIB_PATH
  elif [ "$TEST_TYPE" == "k6" ]; then
    curl --output /tmp/artifacts/k6.rpm https://dl.k6.io/rpm/x86_64/k6-v0.58.0-amd64.rpm
    rpm -ivh /tmp/artifacts/k6.rpm
    dnf install -y k6
    rm -rf /tmp/artifacts/k6.rpm
    EXT="js"
    KPI_EXT="csv"
    TYPE_NAME="K6"
  elif [ "$TEST_TYPE" == "locust" ]; then
    EXT="py"
    TYPE_NAME="Locust"

  fi

  if [ "$FILE_TYPE" != "zip" ]; then
    aws s3 cp s3://$S3_BUCKET/public/test-scenarios/$TEST_TYPE/$TEST_ID.$EXT ./ --region $MAIN_STACK_REGION
  else
    aws s3 cp s3://$S3_BUCKET/public/test-scenarios/$TEST_TYPE/$TEST_ID.zip ./ --region $MAIN_STACK_REGION
    unzip $TEST_ID.zip
    echo "UNZIPPED"
    ls -l

    # If zip and locust, make sure to pick locustfile
    if [ "$TEST_TYPE" != "locust" ]; then
      TEST_SCRIPT=$(find . -name "*.${EXT}" | head -n 1)
    else
      TEST_SCRIPT=$(find . -name "locustfile.py" | head -n 1)
    fi
    # only looks for the first test script file.
    TEST_SCRIPT=`find . -name "*.${EXT}" | head -n 1`
    echo $TEST_SCRIPT
    if [ -z "$TEST_SCRIPT" ]; then
      echo "There is no test script (.${EXT}) in the zip file."
      exit 1
    fi

    sed -i -e "s|$TEST_ID.$EXT|$TEST_SCRIPT|g" test.json

    # copy bundled plugin jars to jmeter extension folder to make them available to jmeter
    BUNDLED_PLUGIN_DIR=`find $PWD -type d -name "plugins" | head -n 1`
    # attempt to copy only if a /plugins folder is present in upload
    if [ -z "$BUNDLED_PLUGIN_DIR" ]; then
      echo "skipping plugin installation (no /plugins folder in upload)"
    else
      # ensure the jmeter extensions folder exists
      JMETER_EXT_PATH=`find ~/.bzt/jmeter-taurus -type d -name "ext"`
      if [ -z "$JMETER_EXT_PATH" ]; then
        # fail fast - if plugins bundled they will be needed for the tests
        echo "jmeter extension path (~/.bzt/jmeter-taurus/**/ext) not found - cannot install bundled plugins"
        exit 1
      fi
      cp -v $BUNDLED_PLUGIN_DIR/*.jar $JMETER_EXT_PATH
    fi
  fi
fi

#Download python script
if [ -z "$IPNETWORK" ]; then
    python3.11 -u $SCRIPT  $TIMEOUT &
    pypid=$!
    wait $pypid
    pypid=0
else
    aws s3 cp s3://$S3_BUCKET/Container_IPs/${TEST_ID}_IPHOSTS_${AWS_REGION}.txt ./ --region $MAIN_STACK_REGION
    export IPHOSTS=$(cat ${TEST_ID}_IPHOSTS_${AWS_REGION}.txt)
    python3.11 -u $SCRIPT $IPNETWORK $IPHOSTS
fi

echo "Running test"

stdbuf -i0 -o0 -e0 bzt test.json -o modules.console.disable=true | stdbuf -i0 -o0 -e0 tee -a result.tmp | sed -u -e "s|^|$TEST_ID $LIVE_DATA_ENABLED |"
CALCULATED_DURATION=`cat result.tmp | grep -m1 "Test duration" | awk -F ' ' '{ print $5 }' | awk -F ':' '{ print ($1 * 3600) + ($2 * 60) + $3 }'`

# upload custom results to S3 if any
# every file goes under $TEST_ID/$PREFIX/$UUID to distinguish the result correctly
if [ "$TEST_TYPE" != "simple" ]; then
  if [ "$FILE_TYPE" != "zip" ]; then
    cat $TEST_ID.$EXT | grep filename > results.txt
  else
    cat $TEST_SCRIPT | grep filename > results.txt
  fi

  if [ -f results.txt ]; then
    sed -i -e 's/<stringProp name="filename">//g' results.txt
    sed -i -e 's/<\/stringProp>//g' results.txt
    sed -i -e 's/ //g' results.txt

    echo "Files to upload as results"
    cat results.txt

    files=(`cat results.txt`)
    extensions=()
    for f in "${files[@]}"; do
      ext="${f##*.}"
      if [[ ! " ${extensions[@]} " =~ " ${ext} " ]]; then
        extensions+=("$ext")
      fi
    done

    # Find all files in the current folder with the same extensions
    all_files=()
    for ext in "${extensions[@]}"; do
      for f in *."$ext"; do
        all_files+=("$f")
      done
    done

    for f in "${all_files[@]}"; do
      p="s3://$S3_BUCKET/results/$TEST_ID/${TYPE_NAME}_Result/$PREFIX/$UUID/$f"
      if [[ $f = /* ]]; then
        p="s3://$S3_BUCKET/results/$TEST_ID/${TYPE_NAME}_Result/$PREFIX/$UUID$f"
      fi

        echo "Uploading $p"
        aws s3 cp $f $p --region $MAIN_STACK_REGION
    done
    fi
fi

if [ -f /tmp/artifacts/results.xml ]; then

  # Insert the Task ID at the same level as <FinalStatus>
  curl -s $ECS_CONTAINER_METADATA_URI_V4/task
  Task_CPU=$(curl -s $ECS_CONTAINER_METADATA_URI_V4/task | jq '.Limits.CPU')
  Task_Memory=$(curl -s $ECS_CONTAINER_METADATA_URI_V4/task | jq '.Limits.Memory')
  START_TIME=$(curl -s "$ECS_CONTAINER_METADATA_URI_V4/task" | jq -r '.Containers[0].StartedAt')
  # Convert start time to seconds since epoch
  START_TIME_EPOCH=$(date -d "$START_TIME" +%s)
  # Calculate elapsed time in seconds
  CURRENT_TIME_EPOCH=$(date +%s)
  ECS_DURATION=$((CURRENT_TIME_EPOCH - START_TIME_EPOCH))


  sed -i.bak 's/<\/FinalStatus>/<TaskId>'"$TASK_ID"'<\/TaskId><\/FinalStatus>/' /tmp/artifacts/results.xml
  sed -i 's/<\/FinalStatus>/<TaskCPU>'"$Task_CPU"'<\/TaskCPU><\/FinalStatus>/' /tmp/artifacts/results.xml
  sed -i 's/<\/FinalStatus>/<TaskMemory>'"$Task_Memory"'<\/TaskMemory><\/FinalStatus>/' /tmp/artifacts/results.xml
  sed -i 's/<\/FinalStatus>/<ECSDuration>'"$ECS_DURATION"'<\/ECSDuration><\/FinalStatus>/' /tmp/artifacts/results.xml

  echo "Validating Test Duration"
  TEST_DURATION=$(grep -E '<TestDuration>[0-9]+.[0-9]+</TestDuration>' /tmp/artifacts/results.xml | sed -e 's/<TestDuration>//' | sed -e 's/<\/TestDuration>//')

  if (( $(echo "$TEST_DURATION > $CALCULATED_DURATION" | bc -l) )); then
    echo "Updating test duration: $CALCULATED_DURATION s"
    sed -i.bak.td 's/<TestDuration>[0-9]*\.[0-9]*<\/TestDuration>/<TestDuration>'"$CALCULATED_DURATION"'<\/TestDuration>/' /tmp/artifacts/results.xml
  fi

  if [ "$TEST_TYPE" == "simple" ]; then
    TEST_TYPE="jmeter"
  fi

  echo "Uploading results, bzt log, and JMeter log, out, and err files"
  aws s3 cp /tmp/artifacts/results.xml s3://$S3_BUCKET/results/${TEST_ID}/${PREFIX}-${UUID}-${AWS_REGION}.xml --region $MAIN_STACK_REGION
  aws s3 cp /tmp/artifacts/bzt.log s3://$S3_BUCKET/results/${TEST_ID}/bzt-${PREFIX}-${UUID}-${AWS_REGION}.log --region $MAIN_STACK_REGION
  aws s3 cp /tmp/artifacts/$LOG_FILE s3://$S3_BUCKET/results/${TEST_ID}/${TEST_TYPE}-${PREFIX}-${UUID}-${AWS_REGION}.log --region $MAIN_STACK_REGION
  aws s3 cp /tmp/artifacts/$OUT_FILE s3://$S3_BUCKET/results/${TEST_ID}/${TEST_TYPE}-${PREFIX}-${UUID}-${AWS_REGION}.out --region $MAIN_STACK_REGION
  aws s3 cp /tmp/artifacts/$ERR_FILE s3://$S3_BUCKET/results/${TEST_ID}/${TEST_TYPE}-${PREFIX}-${UUID}-${AWS_REGION}.err --region $MAIN_STACK_REGION
  aws s3 cp /tmp/artifacts/kpi.${KPI_EXT} s3://$S3_BUCKET/results/${TEST_ID}/kpi-${PREFIX}-${UUID}-${AWS_REGION}.${KPI_EXT} --region $MAIN_STACK_REGION

else
  echo "An error occurred while the test was running."
fi
```

Outre le [Dockerfile](https://docs.docker.com/engine/reference/builder/) et le script bash, deux scripts Python sont également inclus dans le répertoire. Chaque tâche exécute un script Python à partir du script bash. Les tâches de travail exécutent le `ecslistener.py` script, tandis que la tâche principale exécute le `ecscontroller.py` script. Le `ecslistener.py` script crée un socket sur le port 50000 et attend un message. Le `ecscontroller.py` script se connecte au socket et envoie le message de test de démarrage aux tâches de travail, ce qui leur permet de démarrer simultanément.