Export einer großen Anzahl von Zellen aus einem Aggregate Storage-Cube automatisieren

Verwenden Sie das PowerShell- oder Bash-Skript in diesem Abschnitt, um eine große Anzahl an Zellen aus einem Aggregrate Storage-Cube (ASO) zu exportieren.

Aufgrund der Grenzwerte, die durch die Oracle Essbase-Konfigurationseinstellung QUERYRESULTLIMIT vorgegeben sind, ist es nicht möglich, eine große Datenmenge über die Benutzeroberfläche zu exportieren. Das in diesem Abschnitt verfügbare PowerShell-Skript teilt den Export in eine festgelegte Anzahl von Jobs auf, führt die einzelnen Jobs aus, lädt die exportierten Daten herunter und verkettet die Exportdateien zu einer Exportdatei. So wird sichergestellt, dass nur ein Header vorhanden ist.

Hinweis:

Diese Skripte führen einen vorhandenen Job vom Typ "Daten exportieren" aus. Ausführliche Anweisungen zum Erstellen von Jobs finden Sie unter Jobs verwalten in der Dokumentation Planning verwalten.

PowerShell-Skript

$user = '<USERNAME>'
$pass = '<PASSWORD>'
$serverURL = '<URL>'
$applicationName = '<APPLICATIONNAME>'
$cubeName = '<CUBENAME>'
$splitDimension = '<DIMENSION_TO_SPLIT_THE_EXPORT>'
$topLevelMemberForExport = '<TOP_MEMBER_FOR_EXPORT>'
$exportJobName = '<EXPORT_JOB_NAME>'
$exportFilePrefix = '<PREFIX_FOR_EXPORT_FILE>'
$columnMembers = '<MEMBERS_ON_COLUMNS>'
$povMembers = '<POV_MEMBERS>'
$numberOfExportFiles = <NUMBER_OF_FILES_TO_SPLIT_THE_EXPORT>

$memberArray = @()
$exportFileArray = @()

function getLevel0 ($parent) {
    $parent.children.ForEach({
        if ( $_.children.count -eq 0 ) {
            $script:memberArray += $_.name
        }
        getLevel0($_)
    })
}

function findMember ($tree, $memberName) {
    $subtree = ""
    if ($tree.name -eq $memberName){
        return $tree
    } else {
        $tree.children.ForEach({
            #Write-Host $_.name
            if ($subtree -eq ""){ $subtree = findMember $_ $memberName}
        })
        return $subtree
    }
}

#putting together base64 encoded authentication header based un user and password
$encodedCredentials = [Convert]::ToBase64String([System.Text.Encoding]::ASCII.GetBytes($($user) + ":" + $($pass)))
$headers = @{ Authorization = "Basic $encodedCredentials" }

#test login
$testRequest = $serverURL + '/HyperionPlanning/rest/v3/applications'

try {
    $response = Invoke-RestMethod -Uri $testRequest -Method Get -Headers $headers -UseBasicParsing
}
catch {
    Write-Host $_
    return
}

#retrieve dimension hierarchy from application 
Write-Host "Retrieving member list for split dimension " $splitDimension
$request = $serverURL + '/HyperionPlanning/rest/v3/internal/applications/' + $applicationName + '/plantypes/' + $cubeName + '/dimensions/' + $splitDimension
try {
    $response = Invoke-RestMethod -Uri $request -Method Get -Headers $headers -UseBasicParsing
}
catch {
    Write-Host $_
    return
}
Write-Host $splitDimension " member list retrieved"

#search for the top of the export hierarchy
Write-Host "Searching for member " $topLevelMemberForExport " in hierarchy"
$member = findMember $response $topLevelMemberForExport
if ( $member.name -ne $topLevelMemberForExport ) {
    Write-Host $topLevelMemberForExport " not found in hierarchy, exiting ..."
    return 128
}
Write-Host "Found member " $topLevelMemberForExport " in hierarchy"

#retrieve level 0 memebers in export hierarchy
Write-Host "Retrieving Level 0 members for hierarchy"
getLevel0($member)
if ( $memberArray.Length -eq 0 ) {
    Write-Host "no level 0 members found in hierarchy, exiting ..."
    return 128
}
Write-Host $memberArray.Length " Level 0 members for export hierarchy retrieved"


$request = $serverURL + '/HyperionPlanning/rest/v3/applications/' + $applicationName + '/jobs'

#splitting member list into the number of export files
$numberOfEntitiesPerFile = [math]::truncate($memberArray.Length / $numberOfExportFiles)
for ($i = 1; $i -le $numberOfExportFiles; $i++) {
    $memberList = ""
    $firstMember = ($i - 1) * $numberOfEntitiesPerFile
    if ($i -lt $numberOfExportFiles) {
        $lastMember = $i * $numberOfEntitiesPerFile
    } else {
        $lastMember = $i * $numberOfEntitiesPerFile + $memberArray.Length % $numberOfExportFiles
    }
    for ($j = $firstMember; $j -lt $lastMember; $j++) {
        $memberList += $memberArray[$j]
        if ($j -lt $lastMember - 1) {$memberList += ","} #avoid adding a comma (,) after the last member of each set
    }

    $jobDetails='
    {
    "jobType":"EXPORT_DATA","jobName":"' + $exportJobName + '",
    "parameters":{
                  "exportFileName":"Export-' + $i + '.zip",
                  "rowMembers":"' +  $memberList + '",
                  "columnMembers":"' + $columnMembers + '",
                "povMembers":"' + $povMembers + '"
                 }
    }'

    #start export job
    try{
        $response = Invoke-RestMethod -Uri $request -Method Post -Headers $headers -Body $jobDetails -ContentType "application/json"}
    catch {
        Write-Host $_
        return
    }

    Write-Host "Started export job " $i " out of " $numberOfExportFiles

    #checking job status, continue once jos is completed
    $statusRequest = $serverURL + '/HyperionPlanning/rest/v3/applications/' + $applicationName + '/jobs/' + $response.jobId
    $statusResponse = Invoke-RestMethod -Uri $statusRequest -Method Get -Headers $headers -UseBasicParsing

    while ( $statusResponse.descriptiveStatus -eq "Processing" ) {
        Write-Host $statusResponse.descriptiveStatus
        Start-Sleep -s 10
        $statusResponse = Invoke-RestMethod -Uri $statusRequest -Method Get -Headers $headers -UseBasicParsing
    }
    Write-Host $statusResponse.descriptiveStatus

    Write-Host "Downloading export file ..."
    $downloadRequest = $serverURL + '/interop/rest/11.1.2.3.600/applicationsnapshots/Export-' + $i + '.zip/contents'
    $statusResponse = Invoke-RestMethod -Uri $downloadRequest -Method Get -Headers $headers -OutFile "$exportFilePrefix-$i.zip"

    Write-Host "Expanding archive ..."
    Expand-Archive -Force -LiteralPath "$exportFilePrefix-$i.zip" -DestinationPath "$exportFilePrefix-$i"
    Remove-Item "$exportFilePrefix-$i.zip"

    Get-ChildItem -Path "$exportFilePrefix-$i" -File -Name | ForEach-Object { $exportFileArray += "$exportFilePrefix-$i\" +  $_ }
}

Write-Host "creating outputfile ..."
#write header to outputfile
Get-Content $exportFileArray[0] | Select-Object -First 1 | Out-File "$exportFilePrefix.csv"

#write content to outputfile skipping header
ForEach ($exportFile in $exportFileArray) {
    Get-Content $exportFile | Select-Object -Skip 1 | Out-File -Append "$exportFilePrefix.csv"
}

Compress-Archive -LiteralPath "$exportFilePrefix.csv"  -DestinationPath "$exportFilePrefix.zip"

Write-Host "cleaning up ..."
Remove-Item "$exportFilePrefix-*" -Recurse
Remove-Item "$exportFilePrefix.csv"

Bash-Skript

#!/bin/bash

user='<USERNAME>'
pass='<PASSWORD>'
serverURL='<URL>'
applicationName='<APPLICATIONNAME>'
cubeName='<CUBENAME>'
splitDimension='<DIMENSION_TO_SPLIT_THE_EXPORT>'
topLevelMemberForExport='<TOP_MEMBER_FOR_EXPORT>'
exportJobName='<EXPORT_JOB_NAME>'
exportFilePrefix='<PREFIX_FOR_EXPORT_FILE>'
columnMembers='<MEMBERS_ON_COLUMNS>'
povMembers='<POV_MEMBERS>'
numberOfExportFiles=<NUMBER_OF_FILES_TO_SPLIT_THE_EXPORT>

getRowMembers() {
    local memberList="$1"
    local firstMember=$2
    local lastMember=$3
    local nameCount=0
    local rowMember=""
    local rowMembers=""

    while IFS= read -r line
    do
        if [[ "${line}" == *"name"* ]]
        then
            if [[ ${nameCount} -ge ${firstMember} ]] && [[ ${nameCount} -lt ${lastMember} ]]
            then
              rowMember=$(echo "${line}" | cut -d':' -f2- | sed s'/[",]//g')
              rowMembers="${rowMembers}${rowMember},"
            fi
            ((nameCount+=1))
        fi
    done <<< "${memberList}"
    rowMembers=$(echo "${rowMembers}" | rev | cut -d',' -f2- | rev)
    echo "${rowMembers}"
}

getLevel0() 
{
    local memberList="$1"
    local names=$(echo "${memberList}" | jq 'recurse (try .children[]) | .name' | sed -e 's/"//g')
    local elements=""

    formerIFS=$IFS
    IFS=$'\n'
    namesarr=($names)
    IFS=$formerIFS

    for i in ${!namesarr[@]}
    do
        testelement=$(echo "${memberList}" | jq --arg currentName "${namesarr[i]}" 'recurse (try .children[]) | select(.name==$currentName)')
        if [[ "${testelement}" != *"children"* ]]
        then 
            elements="${elements}${testelement}"
        fi
    done

    echo "${elements}"
}

#test login
header="Content-Type: application/x-www-form-urlencoded"
applicationsRequest="${serverURL}/HyperionPlanning/rest/v3/applications"
response=$(curl -X "GET" -s -w "%{http_code}" -u "${user}:${pass}" -H "${header}" "${applicationsRequest}")
http_response_code=$(echo "${response}" | rev | cut -d'}' -f1 | rev)

if [ ${http_response_code} -ne 200 ]
then
    echo "${response}"
    exit
fi

#retrieve dimension hierarchy from application 
echo "Retrieving member list for split dimension ${splitDimension}"
splitDimensionRequest="${serverURL}/HyperionPlanning/rest/v3/internal/applications/${applicationName}/plantypes/${cubeName}/dimensions/${splitDimension}"
response=$(curl -X GET -s -w "%{http_code}" -u "${user}:${pass}" -o "response-memberlist.txt" -D "respHeader-memberlist.txt" -H "${header}" "${splitDimensionRequest}")
http_response_code=$(echo "${response}" | rev | cut -d'}' -f1 | rev)

if [ ${http_response_code} -ne 200 ]
then
    echo "${response}"
    exit
fi

echo "${splitDimension} member list retrieved"

#search for the top of the export hierarchy
echo "Searching for member ${topLevelMemberForExport} in hierarchy"
memberList=$(cat response-memberlist.txt | jq --arg topLevelMember "${topLevelMemberForExport}" 'recurse(try .children[]) | select (.name == $topLevelMember)')
if [[ "${memberList}" == "" ]]
then
    echo "${topLevelMemberForExport} not found in hierarchy, exiting ..."
    exit 128
fi

echo "Found member ${topLevelMemberForExport} in hierarchy"

#retrieve level 0 members in export hierarchy
echo "Retrieving Level 0 members for hierarchy"
totalCount=$(echo "${memberList}" | grep "name" | wc -l)
grepChildrenCount=$(echo "${memberList}" | grep "children" | wc -l)
levelZeroCount=$((totalCount-grepChildrenCount))

if [[ "${levelZeroCount}" -eq 0 ]]
then
    echo "no level 0 members found in hierarchy, exiting ..."
    exit 128
fi

echo "${levelZeroCount} Level 0 members for export hierarchy retrieved"

#splitting member list into the number of export files
numberOfEntitiesPerFile=$((levelZeroCount/numberOfExportFiles))
jobsRequest="${serverURL}/HyperionPlanning/rest/v3/applications/${applicationName}/jobs"
header="Content-Type: application/json"

for ((i = 1 ; i <= ${numberOfExportFiles}; i++))
do
    firstMember=$((($i-1)*numberOfEntitiesPerFile))
    if [[ ${i} -lt ${numberOfExportFiles} ]]
    then
        lastMember=$((i*numberOfEntitiesPerFile))
    else
        lastMember=$((i*numberOfEntitiesPerFile+levelZeroCount%numberOfExportFiles))
    fi

    elements=$(getLevel0 "${memberList}")
    rowMembers=$(getRowMembers "${elements}" ${firstMember} ${lastMember})

    response=$(curl -X POST -s -w "%{http_code}" -u "${user}:${pass}" -o "response-job.txt" -D "respHeader-job.txt" -H "${header}" "${jobsRequest}" -d '{"jobType":"EXPORT_DATA","jobName":"'"${exportJobName}"'","parameters":{"exportFileName":"Export-'"${i}"'.zip","rowMembers":"'"${rowMembers}"'","columnMembers":"'"${columnMembers}"'","povMembers":"'"${povMembers}"'"}}')

    echo "Started export job " $i " out of " $numberOfExportFiles
    jobId=$(cat response-job.txt | grep -o '"jobId":[^, }]*' | cut -d':' -f2)
    descriptiveStatus=$(cat response-job.txt | grep -o '"descriptiveStatus":[^, }]*' | cut -d':' -f2 | sed -e 's/"//g')
    jobIdRequest="${serverURL}/HyperionPlanning/rest/v3/applications/${applicationName}/jobs/${jobId}"
    response=$(curl -X GET -s -w "%{http_code}" -u "${user}:${pass}" -o "response-jobstatus.txt" -D "respHeader-jobstatus.txt" -H "${header}" "${jobIdRequest}")

    jobId=$(cat response-jobstatus.txt | grep -o '"jobId":[^, }]*' | cut -d':' -f2)
    descriptiveStatus=$(cat response-jobstatus.txt | grep -o '"descriptiveStatus":[^, }]*' | cut -d':' -f2 | sed -e 's/"//g')

    while [[ "${descriptiveStatus}" == "Processing" ]]
    do
        echo "${descriptiveStatus}"
        sleep 10
        response=$(curl -X GET -s -w "%{http_code}" -u "${user}:${pass}" -o "response-jobstatus.txt" -D "respHeader-jobstatus.txt" -H "${header}" "${jobIdRequest}")
        descriptiveStatus=$(cat response-jobstatus.txt | grep -o '"descriptiveStatus":[^, }]*' | cut -d':' -f2 | sed -e 's/"//g')
    done

    echo "${descriptiveStatus}"

    echo "Downloading export file ..."
    contentsRequest="${serverURL}/interop/rest/11.1.2.3.600/applicationsnapshots/Export-${i}.zip/contents"
    curl -X GET -s -w "%{http_code}" -u "${user}:${pass}" -D "respHeader-download.txt" "${contentsRequest}" > "${exportFilePrefix}-${i}.zip"

    echo "Expanding archive ..."
    unzip "${exportFilePrefix}-${i}.zip" -d "${exportFilePrefix}-${i}"
    rm "${exportFilePrefix}-${i}.zip"

    echo "Writing to outputfile ..."
    if [[ -d "${exportFilePrefix}-${i}" ]]
    then
        find "${exportFilePrefix}-${i}" -name \*.csv | xargs cat | tail -n +2 >> "${exportFilePrefix}.csv"
    fi
done
zip "${exportFilePrefix}.zip" "${exportFilePrefix}.csv"

echo "cleaning up ..."
find . -name "${exportFilePrefix}-*" | xargs rm -r
rm "${exportFilePrefix}.csv"

So exportieren Sie eine große Anzahl von Zellen aus einem Aggregate Storage-Cube (ASO):

Kopieren Sie das PowerShell- oder Bash-Skript, und speichern Sie es in Ihrem Dateisystem, z.B. unter ASOCellExport.ps1 oder ASOCellExport.sh.

Ändern Sie die Skriptdatei, und legen Sie die Parameterwerte fest. Details finden Sie in der nachstehenden Tabelle.

Tabelle 3-16 In die PowerShell- und Bash-Skripte einzuschließende Variablenwerte

Variable	Beschreibung
`user`	Domain und Benutzername für einen Serviceadministrator im Format `DOMAIN.USER`. Beispiele: Windows: `$user = 'exampleDomain.jDoe'` Linux/UNIX: `user = 'exampleDomain.jDoe'`
`pass`	Kennwort des Serviceadministrators oder Speicherort der verschlüsselten Kennwortdatei. Informationen zum Erstellen einer verschlüsselten Kennwortdatei finden Sie im Abschnitt zum Befehl `encrypt`. Beispiele: Windows: `$pass = 'Example'` Linux/UNIX: `pass = 'Example'`
`serverURL`	Die URL der Oracle Fusion Cloud Enterprise Performance Management-Umgebung. Beispiele: Windows: `$serverURL = 'https://example .oraclecloud.com'` Linux/UNIX: `serverURL = 'https://example .oraclecloud.com'`
`applicationName`	Name einer Planning-, Financial Consolidation and Close-, Tax Reporting- oder Enterprise Profitability and Cost Management-Anwendung. Beispiele: Windows: `$applicationName = 'Vision'` Linux/UNIX: `applicationName = 'Vision'`
`cubeName`	Name eines Cubes in der Anwendung. Beispiele: Windows: `$cubeName = 'VisASO'` Linux/UNIX: `cubeName = 'VisASO'`
`splitDimension`	Name einer Dimension, deren Elemente dazu verwendet werden, den Export in Gruppen aufzuteilen. Beispiele: Windows: `$splitDimension = 'Account'` Linux/UNIX: `splitDimension = 'Account'`
`topLevelMemberForExport`	Name eines Elements der Dimensionsunterhierarchie, unter der eine Liste von Elementen der Ebene 0 erstellt wird. Beispiele: Windows: `$topLevelMemberForExport = 'Total Cash Flow'` Linux/UNIX: `topLevelMemberForExport = 'Total Cash Flow'`
`exportJobName`	Name eines vorhandenen Jobs vom Typ "Daten exportieren". Die in diesem Job angegebenen Einstellungen werden durch die Parameter überschrieben, die Sie im Skript festlegen. Beispiele: Windows: `$exportJobName = 'ASO Cell Export'` Linux/UNIX: `exportJobName = 'ASO Cell Export'`
`exportFilePrefix`	Ein Dateinamenspräfix zur eindeutigen Identifizierung der Dateien, die vom Exportjob generiert werden. Beispiele: Windows: `$exportFilePrefix = 'cashflow'` Linux/UNIX: `exportFilePrefix = 'cashflow'`
`columnMembers`	Die Elementspalten, die in den Export eingeschlossen werden sollen. Beispiele: Windows: `$columnMembers = 'Period'` Linux/UNIX: `columnMembers = 'Period'`
`povMembers`	Point of Views, die in den Export eingeschlossen werden sollen. POV-Elemente müssen alle anderen Dimensionen enthalten und können Funktionen aufweisen, wie im Folgenden gezeigt: `ILvl0Descendants(YearTotal), ILvl0Descendants(Year), ILvl0Descendants(Scenario), ILvl0Descendants(Version), ILvl0Descendants(P_TP), ILvl0Descendants(AltYear)` Beispiele: Windows: `$povMembers = 'YTD'` Linux/UNIX: `povMembers = 'YTD'`
`numberOfExportFiles`	Anzahl von Jobs, die für diesen Exportvorgang ausgeführt werden sollen. Erhöhen Sie diese Zahl, wenn die Einschränkungen aufgrund von Abfragegrenzwerten weiterhin dazu führen, dass der Export nicht erfolgreich ist. Beispiele: Windows: `$numberOfExportFiles = 3` Linux/UNIX: `numberOfExportFiles = 3`

Planen Sie die Ausführung des Skripts zu einem geeigneten Zeitpunkt mit dem Windows Scheduler oder einem Cron-Job. Detaillierte Schritte finden Sie unter Skriptausführung automatisieren