SAP Procure to Pay accelerator

The SAP accelerator for theprocure-to-pay process is a sample implementation of theSAP Table Batch Sourcefeature in Cloud Data Fusion. The SAP Procure to Pay accelerator helpsyou get started when you create your end-to-end procure-to-pay process andanalytics. It includes sample Cloud Data Fusion pipelines that you canconfigure to perform the following tasks:

  • Connect to your SAP data source.
  • Perform transformations on your data in Cloud Data Fusion.
  • Store your data in BigQuery.
  • Set up analytics in Looker. This includes dashboards and anML model, where you can define the key performance indicators (KPIs) foryour procure-to-pay process.

This guide describes the sample implementation, and how you can get startedwith your configurations.

The accelerator is available in Cloud Data Fusion environments running inversion 6.4.0 and above.

Before you begin

  1. Sign in to your Google Account.

    If you don't already have one, sign up for a new account.

  2. In the Google Cloud console, on the project selector page, select or create a Google Cloud project.

    Roles required to select or create a project

    • Select a project: Selecting a project doesn't require a specific IAM role—you can select any project that you've been granted a role on.
    • Create a project: To create a project, you need the Project Creator role (roles/resourcemanager.projectCreator), which contains theresourcemanager.projects.create permission.Learn how to grant roles.
    Note: If you don't plan to keep the resources that you create in this procedure, create a project instead of selecting an existing project. After you finish these steps, you can delete the project, removing all resources associated with the project.

    Go to project selector

  3. Verify that billing is enabled for your Google Cloud project.

  4. Enable the Cloud Data Fusion and BigQuery APIs.

    Roles required to enable APIs

    To enable APIs, you need the Service Usage Admin IAM role (roles/serviceusage.serviceUsageAdmin), which contains theserviceusage.services.enable permission.Learn how to grant roles.

    Enable the APIs

  5. In the Google Cloud console, on the project selector page, select or create a Google Cloud project.

    Roles required to select or create a project

    • Select a project: Selecting a project doesn't require a specific IAM role—you can select any project that you've been granted a role on.
    • Create a project: To create a project, you need the Project Creator role (roles/resourcemanager.projectCreator), which contains theresourcemanager.projects.create permission.Learn how to grant roles.
    Note: If you don't plan to keep the resources that you create in this procedure, create a project instead of selecting an existing project. After you finish these steps, you can delete the project, removing all resources associated with the project.

    Go to project selector

  6. Verify that billing is enabled for your Google Cloud project.

  7. Enable the Cloud Data Fusion and BigQuery APIs.

    Roles required to enable APIs

    To enable APIs, you need the Service Usage Admin IAM role (roles/serviceusage.serviceUsageAdmin), which contains theserviceusage.services.enable permission.Learn how to grant roles.

    Enable the APIs

  8. Download theSAP Table Batch Source.
  9. You must have access to a Looker instance and have the marketplacelabs feature turned on to install the Looker Block. You canrequest a free trial to get access to an instance.

Required skills

Setting up the SAP Procure to Pay accelerator requires the following skills:

Required users

The configurations described on this page require changes in your SAP system andin Google Cloud. You need to work with the following users of thosesystems to perform the configurations:

User typeDescription
SAP adminAdministrator for your SAP system who can access the SAP service site for downloading software.
SAP userAn SAP user who is authorized to connect to an SAP system.
GCP adminAdministrator who controls IAM access for your organization, who creates and deploys service accounts and grants permissions for Cloud Data Fusion, BigQuery, and Looker.
Cloud Data Fusion userUsers who are authorized to design and run data pipelines in Cloud Data Fusion.
BigQuery Data OwnerUsers who are authorized to create, view, and modify BigQuery datasets.
Looker DeveloperThese users can install the Looker Block through theMarketplace. They must havedevelop,manage_model, anddeploy permissions.

Required IAM roles

In the accelerator's sample implementation, the following IAMroles are required. You might need additional roles if your project relies onother Google Cloud services.

Process overview

You can implement the accelerator in your project by following these steps:

  1. Configure the SAP ERP systemandinstall the SAP transportprovided.
  2. Set up your Cloud Data Fusion environment to use the SAP Table Batch Source plugin.
  3. Create datasets in BigQuery.The accelerator provides sample datasets for staging, dimensional, and facttables.
  4. Configure the sample Cloud Data Fusion pipelines from the acceleratorto integrate your SAP data.
  5. From the Cloud Data Fusion Hub, deploy the pipelinesassociated with the procure-to-pay analytics process. These pipelines mustbe configured correctly to create the BigQuery dataset.
  6. Connect Looker to the BigQuery project.
  7. Install and deploy the Looker Block.

For more information, seeUsing the SAP Table Batch Source plugin.

Sample datasets in BigQuery

In the sample implementation in this accelerator, the following datasets arecreated in BigQuery.

Dataset nameDescription
sap_cdf_stagingContains all the tables from the SAP Source system as identified for thatbusiness process.
sap_cdf_dimensionContains the key dimension entities like Customer Dimension and MaterialDimension.
sap_cdf_factContains the fact tables generated from the pipeline.

Sample pipelines in Cloud Data Fusion

Note: A table is a collection of records inside a dataset inBigQuery. A pipeline is the series of ETL functions that exist tomove data between a source and a destination (such as a BigQuerytable).

Sample pipelines for this accelerator are available in the Cloud Data FusionHub.

To get the sample pipelines from the Hub:

  1. Go to your instance:
    1. In the Google Cloud console, go to the Cloud Data Fusion page.

    2. To open the instance in the Cloud Data Fusion Studio,clickInstances, and then clickView instance.

      Go to Instances

  2. ClickHub.
  3. Select theSAP tab.
  4. SelectPipelines. A page of sample pipelines opens.
  5. Select the desired pipelines to download them.

Each of the pipelines contains macros that you can configure to run in yourenvironment.

Note: Changing the SQL macros is non-trivial. For example, a change to thetarget schema also requires changes to the data loading andLooker configurations.

There are three types of sample pipelines:

  • Staging layer pipelines: The staging dataset in this type ofpipeline is a direct mapping to the original source table in SAP. Thesample staging layer pipelines have names that refer to the SAP sourcetable and the BigQuery target table. For example, a pipelinenamedLFA1_Supplier_Master refers to the SAP Source Table (LFA1) andBigQuery target table (CustomerMaster).
  • Dimension layer pipelines: The dimension layer dataset in this typeof pipeline is a curated and refined version of the staging dataset thatcreates the dimension and facts needed for the analysis. Thesample pipelines have names that refer to the target entity in the targetBigQuery dataset. For example, a pipeline calledcustomer_dimension refers to the Customer Dimension entity in theBigQuery datasetsap_cdf_fact.
  • Fact layer pipelines: The fact layer dataset is a curated andrefined version of the staging dataset that creates the facts that arenecessary for the analysis. These sample pipelines have names thatrefer to the target entity in the target BigQuery dataset.For example, a pipeline calledsales_order_fact delivers curated data tothe Sales Order Fact entity in the corresponding BigQuerydatasetsap_cdf_fact.

The following sections summarize how to get the pipelines to work in yourenvironment.

Configure staging layer pipelines

There are two configuration steps for the staging pipelines:

  1. Configure the source SAP system.
  2. Configure the target BigQuery dataset and table.

Parameters for the SAP Table Batch Source plugin

The SAP Table Batch Source plugin reads the content of an SAP table or view.The accelerator provides the following macros, which you can modify tocontrol your SAP connections centrally.

Macro nameDescriptionExample
${SAP Client}SAP client to use100
${SAP Language}SAP logon languageEN
${SAP Application Server Host}SAP server name or IP address10.132.0.47
${SAP System Number}SAP system number00
${secure(saplogonusername)}SAP user nameFor more information, seeUsing Secure Keys.
${secure(saplogonpassword)}SAP user passwordFor more information, seeUsing SecureKeys.
${Number of Rows to Fetch}Limits the number of extracted records100000

For more information, seeConfiguring the plugin.

Parameters for the BigQuery target

The accelerator provides the following macros for BigQuery targets.

BigQuery target connector configuration

Macro nameDescriptionExample
${ProjectID}The project ID where the BigQuery dataset has been created.sap_adaptor
${Dataset}Target datasetsap_cdf_staging

Sample pipelines used for procure-to-pay KPIs

The following key business entities in the procure-to-pay process correspondwith sample pipelines in the accelerator. These pipelines deliver the data thatpowers the analytics about these entities.

Key business entitiesCorresponding pipeline name
Supplier SAP source tables capture details about the supplier as they pertain to the business. Information from these tables contributes to thesupplier_dimension in the data warehouse dimensional layer.LFA1_SupplierMaster
LFB1_SupplierMasterCompanyCode
BUT000_BPGeneralInformation
Material orProduct is the commodity that is traded between the enterprise and its customers. Information from these tables contributes to the material_dimension in the data warehouse dimensional layer.MARA_MaterialMaster
The procure-to-pay process begins with anorder, which includes order quantity and details about the material items.EKKO_PurchaseOrderHeader
EKPO_PurchaseOrdertItem
TheGoods Receipt sub-process, which includes movement details about Material items.MATDOC_GoodsReceipt
TheInvoicing sub-processes, which includes requested invoice document details.RBKP_InvoiceHeader
RSEG_InvoiceLineItem
The procure-to-pay process ends when the invoice payment is logged in your system.ACDOCA_UniversalJournalItem

All Cloud Data Fusion staging pipelines

The following Cloud Data Fusion staging pipeline samples are available inthe accelerator:

  • ACDOCA_JournalLedgerDetails
  • ADR6_SupplierMasterEMailDetails
  • ADRC_SupplierMasterAddressDetails
  • BKPF_AccountingDocumentHeaderDetail
  • BSEG_AccountDocumentItem
  • BUT000_BusinessPartnerGeneralDataDetails
  • BUT020_BusinessPartnerAddressDetails
  • CEPCT_ProfitCenterDescription
  • EBAN_PurchaseRequisitionDetails
  • EKBE_PurchaseOrderHistoryDetail
  • EKET_PurchaseOrderScheduleLinesDetail
  • EKKO_PurchaseOrderHeaderDetail
  • EKPO_PurchaseOrderItemDetail
  • FINSC_BTTYPE_T_BusinessTransactionTypeDescription
  • FINSC_LEDGER_T_JournalLedgerDescription
  • LFA1_SupplierMasterDetails
  • LFB1_SupplierMasterCompanyCodeDetails
  • MARA_MaterialMaster
  • MATDOC_MaterialMovementDetails
  • MKPF_MaterialMovementHeaderDetail
  • MSEG_MaterialMovementItemDetail
  • RBKP_InvoiceReceiptHeaderDetail
  • RSEG_IncomingInvoiceItemDetail
  • T001_CompanyCodes
  • T001_CompanyCodes
  • T001K_ValuationAreaDetails
  • T001L_MaterialStorageLocation
  • T001W_PlantDetails
  • T002T_LanguageKeyDescription
  • T003T_AccountingDocumentTypeDescription
  • T005_CountryMaster
  • T006A_UnitOfMeasure
  • T007S_PurchaseSalesTaxCodeDescription
  • T023T_MaterialGroupDescription
  • T024_PurchasingGroupsDetails
  • T024E_PurchasingOrganizationsDetails
  • T024W_PlantPurchasingOrganizationsDetails
  • T156HT_MaterialMovementTypeDescription
  • T161T_PurchasingDocumentTypeDescription
  • T163M_ConfirmationCategoryDescription
  • T16FE_PurchaseDocumentReleaseIndicatorDescription
  • TBSLT_PostingKeyDescription
  • TCURT_CurrencyCodesText
  • TKA01_ControllingAreaMaster

Configure dimensional layer pipelines

You can extract KPIs from source SAP tables. To prepare the data for analysis,organize the data in the source table to match the BigQuerytable's schema structure.

The accelerator creates the following sample tables:

Table nameTable description
Supplier_dimensionCurated list* of Suppliers and their associated facts such as supplier general information and supplier sales-related information.
Material_dimensionCurated list of Materials and associated facts such as SKU number, product hierarchy, and classification.
Purchase_Order_FactList of purchase orders, including purchase org, group, and order type.
Goods_Receipt_FactCurated list of goods receipts, including profit center and movement type information.
Invoice_FactCurated list of Invoice related information, including Invoice type, item quantity, value, and date of Invoice posting.
Accounting_FactCurated list of accounting postings for each purchase order line item.

*In this context, the curated list comes from business logic that gets appliedto the selected list of columns.

The accelerator builds the dimensional layer of the BigQuerydataset using SQL scripts, which you can modify for your project. For example,you can adapt these scripts to add more columns to the targetBigQuery dataset entities.

Transformation to star schema: BigQuery executor pipeline names

The following BigQuery executor pipelines inCloud Data Fusion load data into dimension and fact tables:

All dimensional transformation pipelines:

  • Supplier_dimension
  • Material_dimension
  • Purchase_Order_Fact
  • Goods_Receipt_Fact
  • Invoice_Fact
  • Accounting_Fact

BigQuery executor configuration

Macro nameExample
${ProjectID}sap_adaptor
${StagingDatasetName}sap_cdf_staging
${TargetDatasetName}sap_cdf_dimension

Connect Looker to the BigQuery project

To connect Looker to BigQuery, seethe Looker documentation aboutBigQuery connections.

Install the block

Note: You need access to a Looker instance to install and usethis block.

You can access theSAP Looker Block on GitHub.

TheLooker Block installs a pre-configuredLookML model with twoExplore environments and two dashboards.

What's next

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Last updated 2025-12-15 UTC.