自动从聚合存储多维数据集导出大量单元格

使用本节中的 PowerShell 或 Bash 脚本可从聚合存储 (ASO) 多维数据集导出大量单元格。

由于 Oracle Essbase QUERYRESULTLIMIT 施加的限制，无法从用户界面导出大量数据。本节中提供的 PowerShell 脚本会将导出操作拆分为指定数量的作业、运行每个作业、下载导出的数据，以及将导出文件连接到一个导出文件，以确保仅存在一个标题。

注：

这些脚本将执行类型为导出数据的现有作业。有关创建作业的详细说明，请参阅《管理 Planning》中的“管理作业”。

PowerShell 脚本

$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 脚本

#!/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"

要从聚合存储 (ASO) 多维数据集导出大量单元格：

复制 PowerShell 或 Bash 脚本，并将脚本（例如，ASOCellExport.ps1 或 ASOCellExport.sh）保存到您的文件系统。

修改脚本文件并设置参数值。有关详细信息，请参阅下表。

表 3-16 要包含在 PowerShell 和 Bash 脚本中的变量值

变量	说明
`user`	服务管理员的域名和用户名，采用 `DOMAIN.USER` 格式。示例： Windows：`$user = 'exampleDomain.jDoe'` Linux/UNIX：`user = 'exampleDomain.jDoe'`
`pass`	服务管理员的密码或加密密码文件的位置有关创建加密密码文件的信息，请参阅 `encrypt` 命令。示例： Windows：`$pass = 'Example'` Linux/UNIX：`pass = 'Example'`
`serverURL`	Oracle Fusion Cloud Enterprise Performance Management 环境的 URL。示例： Windows：`$serverURL = 'https://example .oraclecloud.com'` Linux/UNIX：`serverURL = 'https://example .oraclecloud.com'`
`applicationName`	Planning、Financial Consolidation and Close、Tax Reporting 或 Enterprise Profitability and Cost Management 应用程序的名称。示例： Windows：`$applicationName = 'Vision'` Linux/UNIX：`applicationName = 'Vision'`
`cubeName`	应用程序中多维数据集的名称。示例： Windows：`$cubeName = 'VisASO'` Linux/UNIX：`cubeName = 'VisASO'`
`splitDimension`	维的名称，该维的成员用于将导出拆分为几个组。示例： Windows：`$splitDimension = 'Account'` Linux/UNIX：`splitDimension = 'Account'`
`topLevelMemberForExport`	维子层次成员的名称，将在其下创建 0 级成员列表。示例： Windows：`$topLevelMemberForExport = 'Total Cash Flow'` Linux/UNIX：`topLevelMemberForExport = 'Total Cash Flow'`
`exportJobName`	类型为导出数据的现有作业的名称。在此作业中指定的设置将被您在脚本中设置的参数覆盖。示例： Windows：`$exportJobName = 'ASO Cell Export'` Linux/UNIX：`exportJobName = 'ASO Cell Export'`
`exportFilePrefix`	唯一标识由导出作业生成的文件的文件名前缀。示例： Windows：`$exportFilePrefix = 'cashflow'` Linux/UNIX：`exportFilePrefix = 'cashflow'`
`columnMembers`	要在导出中包含的成员列。示例： Windows：`$columnMembers = 'Period'` Linux/UNIX：`columnMembers = 'Period'`
`povMembers`	要在导出中包含的视点。POV 成员必须包含所有其他维，并且可以包含如下所示的函数： `ILvl0Descendants(YearTotal), ILvl0Descendants(Year), ILvl0Descendants(Scenario), ILvl0Descendants(Version), ILvl0Descendants(P_TP), ILvl0Descendants(AltYear)` 示例： Windows：`$povMembers = 'YTD'` Linux/UNIX：`povMembers = 'YTD'`
`numberOfExportFiles`	要为此导出操作执行的作业数。如果导出由于查询限制而仍然失败，请增加此数字。示例： Windows：`$numberOfExportFiles = 3` Linux/UNIX：`numberOfExportFiles = 3`

使用 Windows 计划程序或 cron 作业，安排脚本在方便的时间执行。有关详细步骤，请参阅“自动执行脚本”。