SQL Queries for the Oracle fusion Project Management

 Here are some sample Oracle Fusion SQL queries for various aspects of project management:

1. Query to Retrieve Project Details

SELECT project_id,
       project_name,
       project_number,
       project_status,
       start_date,
       end_date
FROM   pjf_projects_all
WHERE  project_status = 'APPROVED';

2. Query to Retrieve Task Details for a Specific Project

SELECT task_id,
       task_name,
       task_number,
       task_status,
       start_date,
       end_date
FROM   pjf_tasks
WHERE  project_id = :project_id; -- Replace with the specific project ID

3. Query to Retrieve Expenditure Items for a Specific Project

SELECT expenditure_item_id,
       expenditure_type,
       expenditure_date,
       amount
FROM   pjc_expenditure_items
WHERE  project_id = :project_id; -- Replace with the specific project ID

4. Query to Retrieve Budget Lines for a Specific Project

SELECT budget_version_id,
       budget_line_id,
       budget_amount,
       budget_date
FROM   pjf_budget_lines
WHERE  project_id = :project_id; -- Replace with the specific project ID

5. Query to Retrieve Resource Assignments for a Specific Project

SELECT assignment_id,
       resource_id,
       task_id,
       start_date,
       end_date
FROM   pjr_assignments
WHERE  project_id = :project_id; -- Replace with the specific project ID

6. Query to Retrieve Contract Details for a Specific Project

SELECT contract_id,
       contract_number,
       contract_name,
       start_date,
       end_date,
       contract_amount
FROM   pjb_contracts_all
WHERE  project_id = :project_id; -- Replace with the specific project ID

7. Query to Retrieve Invoice Details for a Specific Project

SELECT invoice_id,
       invoice_number,
       invoice_date,
       amount
FROM   pjb_invoices_all
WHERE  project_id = :project_id; -- Replace with the specific project ID

8. Query to Retrieve Cost Distribution Lines for a Specific Project

SELECT cost_distribution_line_id,
       transaction_id,
       amount,
       distribution_date
FROM   pjc_cost_distribution_lines
WHERE  project_id = :project_id; -- Replace with the specific project ID

These sample queries can be tailored to specific needs by modifying the WHERE clause conditions or by adding more columns to the SELECT statement.

Note, please refer to the Oracle documentations for any changes to the latest release and the updates.

SQL Queries tables in Oracle Fusion Project Management

 In Oracle Fusion Project Management, several key tables store data related to various aspects of project management. These tables are integral for managing project finances, resources, and operations. Here are some of the key tables:

1. Projects and Tasks

   • PJF_PROJECTS_ALL: Stores information about projects.
   • PJF_TASKS: Stores details of tasks associated with projects.

2. Expenditures

   • PJC_EXPENDITURE_ITEMS: Holds expenditure item data.
   • PJC_EXPENDITURE_TYPES: Stores types of expenditures.

3. Budgets and Forecasts

   • PJF_BUDGET_VERSIONS: Contains budget versions for projects.
   • PJF_BUDGET_LINES: Stores individual budget lines.

4. Project Costing

   • PJC_COST_DISTRIBUTION_LINES: Contains cost distribution lines.
   • PJC_TRANSACTIONS: Stores project transaction details.

5. Billing

   • PJB_INVOICES_ALL: Contains billing invoice data.
   • PJB_INVOICE_LINES_ALL: Stores invoice lines.

6. Resources and Assignments

   • PJR_RESOURCES: Contains information about resources assigned to projects.
   • PJR_ASSIGNMENTS: Stores details of resource assignments to tasks.

7. Contracts and Funding

   • PJB_CONTRACTS_ALL: Holds contract information.
   • PJB_FUNDING_DISTRIBUTIONS: Contains funding distribution details.

8. Project Integration and Reporting

   • PJF_PROJECT_REPORTING: Stores data for project reporting purposes.
   • PJF_INTEGRATION_EVENTS: Contains integration event data for project management.

These tables are crucial for the functionality of Oracle Fusion Project Management, allowing users to manage projects comprehensively from budgeting and costing to billing and resource management.

Please refer to the Oracle documentations for any changes in the latest releases.

SQL Queries tables in Oracle Fusion Procurement

 In Oracle Fusion Procurement, several key tables store data related to purchasing, suppliers, purchase orders, and related procurement activities. Here’s an overview of some important tables in Oracle Fusion Procurement, along with sample SQL queries which will be able to leveraged and can retrieve data from these tables.

Key Tables in Oracle Fusion Procurement

1. PO_HEADERS_ALL

   • Contains header information for purchase orders.
   • Key columns: PO_HEADER_ID, PO_NUMBER, VENDOR_ID, CREATION_DATE, STATUS, etc.

2. PO_LINES_ALL

   • Stores line-level details for purchase orders.
   • Key columns: PO_LINE_ID, PO_HEADER_ID, LINE_ID, ITEM_ID, QUANTITY, UNIT_PRICE, etc.

3. PO_DISTRIBUTIONS_ALL

   • Contains distribution information for purchase order lines.
   • Key columns: PO_DISTRIBUTION_ID, PO_LINE_ID, ACCOUNTING_DATE, DISTRIBUTION_AMOUNT, etc.

4. PO_SUPPLIERS

   • Information about suppliers.
   • Key columns: SUPPLIER_ID, SUPPLIER_NAME, SUPPLIER_TYPE, STATUS, ADDRESS, etc.

5. PO_DOCUMENTS

   • Stores documents related to purchase orders.
   • Key columns: DOCUMENT_ID, PO_HEADER_ID, DOCUMENT_TYPE, DOCUMENT_NAME, etc.

6. PO_AGREEMENTS

   • Contains details about procurement agreements.
   • Key columns: AGREEMENT_ID, AGREEMENT_NUMBER, SUPPLIER_ID, START_DATE, END_DATE, etc.

7. PO_AGREEMENT_LINES

   • Details of lines in procurement agreements.
   • Key columns: AGREEMENT_LINE_ID, AGREEMENT_ID, ITEM_ID, QUANTITY, PRICE, etc.

8. PO_APPROVALS

   • Contains approval information for purchase orders.
   • Key columns: APPROVAL_ID, PO_HEADER_ID, APPROVAL_STATUS, APPROVER_ID, APPROVAL_DATE, etc.

9. PO_RECEIPTS

   • Stores information about goods receipts against purchase orders.
   • Key columns: RECEIPT_ID, PO_HEADER_ID, RECEIPT_DATE, QUANTITY_RECEIVED, ITEM_ID, etc.

10. PO_PAYMENTS

    • Contains details about payments made to suppliers.
    • Key columns: PAYMENT_ID, PO_HEADER_ID, PAYMENT_AMOUNT, PAYMENT_DATE, PAYMENT_STATUS, etc.

Sample SQL Queries

1. Retrieve Purchase Order Header Information

SELECT
    p.PO_HEADER_ID,
    p.PO_NUMBER,
    p.VENDOR_ID,
    v.SUPPLIER_NAME,
    p.CREATION_DATE,
    p.STATUS
FROM
    PO_HEADERS_ALL p
    JOIN PO_SUPPLIERS v ON p.VENDOR_ID = v.SUPPLIER_ID
WHERE
    p.CREATION_DATE BETWEEN TO_DATE('2024-01-01', 'YYYY-MM-DD') AND TO_DATE('2024-12-31', 'YYYY-MM-DD')
ORDER BY
    p.CREATION_DATE DESC;

2. Get Purchase Order Line Details

SELECT
    l.PO_LINE_ID,
    l.PO_HEADER_ID,
    l.LINE_ID,
    l.ITEM_ID,
    i.ITEM_NAME,
    l.QUANTITY,
    l.UNIT_PRICE
FROM
    PO_LINES_ALL l
    JOIN INV_MTL_SYSTEM_ITEMS_B i ON l.ITEM_ID = i.ITEM_ID
WHERE
    l.PO_HEADER_ID = :PO_HEADER_ID
ORDER BY
    l.LINE_ID;

3. Retrieve Purchase Order Distributions

SELECT
    d.PO_DISTRIBUTION_ID,
    d.PO_LINE_ID,
    d.ACCOUNTING_DATE,
    d.DISTRIBUTION_AMOUNT,
    l.ITEM_ID
FROM
    PO_DISTRIBUTIONS_ALL d
    JOIN PO_LINES_ALL l ON d.PO_LINE_ID = l.PO_LINE_ID
WHERE
    d.PO_HEADER_ID = :PO_HEADER_ID
ORDER BY
    d.ACCOUNTING_DATE;

4. Get Supplier Information

SELECT
    s.SUPPLIER_ID,
    s.SUPPLIER_NAME,
    s.SUPPLIER_TYPE,
    s.STATUS,
    s.ADDRESS
FROM
    PO_SUPPLIERS s
WHERE
    s.STATUS = 'Active'
ORDER BY
    s.SUPPLIER_NAME;

5. Retrieve Purchase Order Receipts

SELECT
    r.RECEIPT_ID,
    r.PO_HEADER_ID,
    p.PO_NUMBER,
    r.RECEIPT_DATE,
    r.QUANTITY_RECEIVED,
    l.ITEM_ID
FROM
    PO_RECEIPTS r
    JOIN PO_HEADERS_ALL p ON r.PO_HEADER_ID = p.PO_HEADER_ID
    JOIN PO_LINES_ALL l ON r.PO_HEADER_ID = l.PO_HEADER_ID
WHERE
    r.RECEIPT_DATE BETWEEN TO_DATE('2024-01-01', 'YYYY-MM-DD') AND TO_DATE('2024-12-31', 'YYYY-MM-DD')
ORDER BY
    r.RECEIPT_DATE DESC;

6. List Procurement Agreements and Lines

SELECT
    a.AGREEMENT_ID,
    a.AGREEMENT_NUMBER,
    a.START_DATE,
    a.END_DATE,
    s.SUPPLIER_NAME
FROM
    PO_AGREEMENTS a
    JOIN PO_SUPPLIERS s ON a.SUPPLIER_ID = s.SUPPLIER_ID
WHERE
    a.START_DATE BETWEEN TO_DATE('2024-01-01', 'YYYY-MM-DD') AND TO_DATE('2024-12-31', 'YYYY-MM-DD')
ORDER BY
    a.START_DATE;

SELECT
    al.AGREEMENT_LINE_ID,
    al.ITEM_ID,
    i.ITEM_NAME,
    al.QUANTITY,
    al.PRICE
FROM
    PO_AGREEMENT_LINES al
    JOIN INV_MTL_SYSTEM_ITEMS_B i ON al.ITEM_ID = i.ITEM_ID
WHERE
    al.AGREEMENT_ID = :AGREEMENT_ID
ORDER BY
    al.ITEM_ID;

Notes

• Refer to the Oracle documentations for any changes to the table names and column names. 
• For large datasets, consider optimizing queries with appropriate indexing and filtering to enhance performance.

These tables and queries should help you effectively manage and analyze procurement data within Oracle Fusion Applications and can be leveraged for building custom requirements.

SQL Queries Tables in Oracle Fusion HCM

 In Oracle Fusion Human Capital Management (HCM), various tables store information related to employees, payroll, benefits, and other HR functions. Here are some key tables in Oracle Fusion HCM and sample SQL queries to illustrate how to retrieve data from these tables:

Key Tables in Oracle Fusion HCM

1. PER_PEOPLE_F

   • Contains information about individuals in the organization.
   • Key columns: PERSON_ID, FIRST_NAME, LAST_NAME, DATE_OF_BIRTH, GENDER, etc.

2. PER_JOBS_F

   • Stores job information for employees.
   • Key columns: JOB_ID, JOB_NAME, DEPARTMENT_ID, LOCATION_ID, START_DATE, END_DATE, etc.

3. PER_ASSIGNMENTS_F

   • Details of employee assignments including job, department, and location.
   • Key columns: ASSIGNMENT_ID, PERSON_ID, JOB_ID, DEPARTMENT_ID, LOCATION_ID, ASSIGNMENT_STATUS, etc.

4. PER_LOCATIONS

   • Contains location details.
   • Key columns: LOCATION_ID, LOCATION_NAME, ADDRESS, CITY, STATE, COUNTRY, etc.

5. PER_DEPARTMENTS

   • Information about departments within the organization.
   • Key columns: DEPARTMENT_ID, DEPARTMENT_NAME, MANAGER_ID, LOCATION_ID, etc.

6. PAY_ELEMENT_ENTRIES_F

   • Stores payroll element entries, including earnings and deductions.
   • Key columns: ELEMENT_ENTRY_ID, PERSON_ID, ELEMENT_ID, PAYMENT_AMOUNT, DEDUCTION_AMOUNT, START_DATE, END_DATE, etc.

7. PAY_PAYROLLS_F

   • Contains payroll run information.
   • Key columns: PAYROLL_ID, PAYROLL_NAME, PAYROLL_STATUS, PAYROLL_RUN_DATE, etc.

8. PER_GRADES

   • Details of job grades and salary ranges.
   • Key columns: GRADE_ID, GRADE_NAME, MIN_SALARY, MAX_SALARY, etc.

9. PER_BENEFIT_PROGRAMS

   • Information about benefit programs available to employees.
   • Key columns: BENEFIT_PROGRAM_ID, PROGRAM_NAME, PROGRAM_TYPE, START_DATE, END_DATE, etc.

10. PER_LEAVE_ENTITLEMENTS

    • Contains data on employee leave entitlements.
    • Key columns: ENTITLEMENT_ID, PERSON_ID, LEAVE_TYPE, ENTITLEMENT_AMOUNT, BALANCE, etc.

Sample SQL Queries

1. Retrieve Basic Employee Information

SELECT
    p.PERSON_ID,
    p.FIRST_NAME,
    p.LAST_NAME,
    p.DATE_OF_BIRTH,
    j.JOB_NAME,
    d.DEPARTMENT_NAME,
    l.LOCATION_NAME
FROM
    PER_PEOPLE_F p
    JOIN PER_ASSIGNMENTS_F a ON p.PERSON_ID = a.PERSON_ID
    JOIN PER_JOBS_F j ON a.JOB_ID = j.JOB_ID
    JOIN PER_DEPARTMENTS d ON a.DEPARTMENT_ID = d.DEPARTMENT_ID
    JOIN PER_LOCATIONS l ON a.LOCATION_ID = l.LOCATION_ID
WHERE
    p.ACTIVE = 'Y'
ORDER BY
    p.LAST_NAME;

2. Get Payroll Information for Employees

SELECT
    p.PERSON_ID,
    p.FIRST_NAME,
    p.LAST_NAME,
    e.ELEMENT_ID,
    e.PAYMENT_AMOUNT,
    e.DEDUCTION_AMOUNT,
    pa.PAYROLL_NAME,
    pa.PAYROLL_RUN_DATE
FROM
    PAY_ELEMENT_ENTRIES_F e
    JOIN PER_PEOPLE_F p ON e.PERSON_ID = p.PERSON_ID
    JOIN PAY_PAYROLLS_F pa ON e.PAYROLL_ID = pa.PAYROLL_ID
WHERE
    pa.PAYROLL_RUN_DATE BETWEEN TO_DATE('2024-01-01', 'YYYY-MM-DD') AND TO_DATE('2024-12-31', 'YYYY-MM-DD')
ORDER BY
    p.LAST_NAME;

3. Retrieve Leave Entitlements for Employees

SELECT
    p.PERSON_ID,
    p.FIRST_NAME,
    p.LAST_NAME,
    l.LEAVE_TYPE,
    l.ENTITLEMENT_AMOUNT,
    l.BALANCE
FROM
    PER_LEAVE_ENTITLEMENTS l
    JOIN PER_PEOPLE_F p ON l.PERSON_ID = p.PERSON_ID
WHERE
    1 = 1
ORDER BY
    p.LAST_NAME;

4. Get Job Information and Salary Grades

SELECT
    j.JOB_ID,
    j.JOB_NAME,
    g.GRADE_NAME,
    g.MIN_SALARY,
    g.MAX_SALARY
FROM
    PER_JOBS_F j
    JOIN PER_GRADES g ON j.GRADE_ID = g.GRADE_ID
ORDER BY
    j.JOB_NAME;

5. List Employees and Their Benefit Programs

SELECT
    p.PERSON_ID,
    p.FIRST_NAME,
    p.LAST_NAME,
    b.PROGRAM_NAME,
    b.PROGRAM_TYPE
FROM
    PER_PEOPLE_F p
    JOIN PER_BENEFIT_PROGRAMS b ON p.PERSON_ID = b.PERSON_ID
ORDER BY
    p.LAST_NAME, b.PROGRAM_NAME;

Notes

• Refer to the Oracle Fusion HCM implementation documentations for the latest updates. 
• For large datasets, consider optimizing queries with appropriate indexing and filtering to improve performance.

These tables and queries should help you manage and analyze various aspects of HCM data within Oracle Fusion Applications and develop the objects accordingly. 

SQL Queries Tables in Oracle Fusion Manufacturing

 In Oracle Fusion Applications, the Manufacturing module involves several key tables that store information related to production, work orders, inventory, and other manufacturing processes. Below are some of the primary tables involved in Manufacturing, along with sample SQL queries to illustrate how you can retrieve information from these tables.

Key Tables in Oracle Fusion Manufacturing

1. WIP_OPERATIONS

   • Stores details about work order operations.
   • Key columns: OPERATION_ID, WORK_ORDER_ID, OPERATION_SEQUENCE_ID, OPERATION_NAME, OPERATION_STATUS, etc.

2. WIP_WORK_ORDERS

   • Contains information about work orders.
   • Key columns: WORK_ORDER_ID, WORK_ORDER_NUMBER, PRODUCT_ID, START_DATE, END_DATE, STATUS, etc.

3. WIP_JOB_SCHEDULES

   • Manages job schedules related to work orders.
   • Key columns: JOB_SCHEDULE_ID, WORK_ORDER_ID, SCHEDULE_DATE, SCHEDULED_START_TIME, SCHEDULED_END_TIME, etc.

4. INV_MTL_SYSTEM_ITEMS_B

   • Stores item details from the inventory.
   • Key columns: INVENTORY_ITEM_ID, ITEM_ID, ITEM_CODE, ITEM_DESCRIPTION, CATEGORY_ID, etc.

5. INV_MTL_ON_HAND_QUANTITIES

   • Contains on-hand inventory quantities.
   • Key columns: INVENTORY_ITEM_ID, LOCATION_ID, ON_HAND_QUANTITY, LOT_NUMBER, etc.

6. WIP_DISCREPANCIES

   • Manages discrepancies in work orders.
   • Key columns: DISCREPANCY_ID, WORK_ORDER_ID, DISCREPANCY_TYPE, QUANTITY, STATUS, etc.

7. WIP_BOM

   • Bill of Materials (BOM) information for items.
   • Key columns: BOM_ID, ITEM_ID, COMPONENT_ID, QUANTITY_REQUIRED, BOM_LEVEL, etc.

8. WIP_ASSEMBLY_HISTORY

   • Historical data on assemblies and production activities.
   • Key columns: ASSEMBLY_HISTORY_ID, WORK_ORDER_ID, PRODUCT_ID, QUANTITY_PRODUCED, DATE_PRODUCED, etc.

9. WIP_WO_RESOURCES

   • Resources allocated to work orders.
   • Key columns: RESOURCE_ID, WORK_ORDER_ID, RESOURCE_TYPE, RESOURCE_QUANTITY, RESOURCE_STATUS, etc.

10. WIP_PROCESS_MATERIALS

    • Information about materials used in processes.
    • Key columns: PROCESS_ID, MATERIAL_ID, QUANTITY_USED, UNIT_OF_MEASURE, etc.

Sample SQL Queries

Here are some example queries that can be used to retrieve data from these tables:

1. Retrieve Basic Work Order Information

SELECT
    w.WORK_ORDER_ID,
    w.WORK_ORDER_NUMBER,
    w.PRODUCT_ID,
    w.START_DATE,
    w.END_DATE,
    w.STATUS,
    i.ITEM_CODE AS PRODUCT_CODE
FROM
    WIP_WORK_ORDERS w
    JOIN INV_MTL_SYSTEM_ITEMS_B i ON w.PRODUCT_ID = i.ITEM_ID
WHERE
    w.START_DATE BETWEEN TO_DATE('2024-01-01', 'YYYY-MM-DD') AND TO_DATE('2024-12-31', 'YYYY-MM-DD')
ORDER BY
    w.START_DATE DESC;

2. Get Work Order Operations Details

SELECT
    o.OPERATION_ID,
    o.WORK_ORDER_ID,
    o.OPERATION_SEQUENCE_ID,
    o.OPERATION_NAME,
    o.OPERATION_STATUS,
    w.WORK_ORDER_NUMBER
FROM
    WIP_OPERATIONS o
    JOIN WIP_WORK_ORDERS w ON o.WORK_ORDER_ID = w.WORK_ORDER_ID
WHERE
    w.STATUS = 'In Progress'
ORDER BY
    o.OPERATION_SEQUENCE_ID;

3. Check Inventory Levels for Items

SELECT
    i.ITEM_CODE,
    i.ITEM_DESCRIPTION,
    q.LOCATION_ID,
    q.ON_HAND_QUANTITY
FROM
    INV_MTL_SYSTEM_ITEMS_B i
    JOIN INV_MTL_ON_HAND_QUANTITIES q ON i.INVENTORY_ITEM_ID = q.INVENTORY_ITEM_ID
WHERE
    i.ITEM_CODE = 'ITEMX'
ORDER BY
    q.LOCATION_ID;

4. List Discrepancies for Work Orders

SELECT
    d.DISCREPANCY_ID,
    d.WORK_ORDER_ID,
    d.DISCREPANCY_TYPE,
    d.QUANTITY,
    d.STATUS,
    w.WORK_ORDER_NUMBER
FROM
    WIP_DISCREPANCIES d
    JOIN WIP_WORK_ORDERS w ON d.WORK_ORDER_ID = w.WORK_ORDER_ID
WHERE
    d.STATUS = 'Open'
ORDER BY
    d.DISCREPANCY_ID;

5. Retrieve Bill of Materials for a Product

SELECT
    b.BOM_ID,
    b.ITEM_ID AS PRODUCT_ID,
    b.COMPONENT_ID,
    b.QUANTITY_REQUIRED,
    c.ITEM_CODE AS COMPONENT_CODE
FROM
    WIP_BOM b
    JOIN INV_MTL_SYSTEM_ITEMS_B c ON b.COMPONENT_ID = c.ITEM_ID
WHERE
    b.ITEM_ID = 'PRODUCTX'
ORDER BY
    b.BOM_LEVEL;

Notes

• The table names and columns might vary depending on your specific Oracle Fusion implementation and customization. Always refer to the schema documentation
• For large datasets, consider optimizing your queries with appropriate indexing and filtering to improve performance.

By utilizing these tables and queries, you can effectively manage and analyze manufacturing data within Oracle Fusion Applications.

SQL Queries Tables in Oracle Fusion Accounts Receivables

In Oracle Fusion Applications, Accounts Receivables (AR) involves several key tables that store various aspects of financial transactions, customer details, invoices, payments, and related information. Here’s a list of some important tables related to Accounts Receivables in Oracle Fusion:

Key Tables in Oracle Fusion Accounts Receivables

1. AR_INVOICE_HEADERS_ALL

   • Contains header information for invoices.
   • Key columns: INVOICE_ID, INVOICE_NUMBER, CUSTOMER_ID, STATUS, INVOICE_DATE, etc.

2. AR_INVOICE_LINES_ALL

   • Stores detailed line information for invoices.
   • Key columns: INVOICE_LINE_ID, INVOICE_ID, LINE_ID, LINE_AMOUNT, PRODUCT_ID, etc.

3. AR_CASH_RECEIPTS_ALL

   • Contains information about cash receipts.
   • Key columns: CASH_RECEIPT_ID, RECEIPT_NUMBER, CUSTOMER_ID, RECEIPT_DATE, AMOUNT_RECEIVED, etc.

4. AR_PAYMENT_SCHEDULES_ALL

   • Details payment schedules associated with invoices.
   • Key columns: PAYMENT_SCHEDULE_ID, INVOICE_ID, DUE_DATE, AMOUNT_DUE, etc.

5. AR_RECEIPT_APPLICATIONS_ALL

   • Manages the application of receipts to invoices.
   • Key columns: RECEIPT_APPLICATION_ID, RECEIPT_ID, INVOICE_ID, APPLIED_AMOUNT, etc.

6. AR_CUSTOMERS

   • Stores basic information about customers.
   • Key columns: CUSTOMER_ID, CUSTOMER_NAME, ACCOUNT_NUMBER, STATUS, etc.

7. AR_CUSTOMER_ACCOUNTS

   • Contains information about customer accounts.
   • Key columns: CUSTOMER_ACCOUNT_ID, CUSTOMER_ID, ACCOUNT_NUMBER, STATUS, etc.

8. AR_DISTRIBUTIONS_ALL

   • Includes details of the distribution of invoices and receipts.
   • Key columns: DISTRIBUTION_ID, INVOICE_ID, RECEIPT_ID, ACCOUNT_ID, AMOUNT, etc.

9. AR_ADJUSTMENTS_ALL

   • Manages adjustments made to invoices and receipts.
   • Key columns: ADJUSTMENT_ID, INVOICE_ID, RECEIPT_ID, ADJUSTMENT_AMOUNT, ADJUSTMENT_TYPE, etc.

10. AR_COLLECTIONS_ALL

    • Contains information about collections and collection activities.
    • Key columns: COLLECTION_ID, CUSTOMER_ID, COLLECTION_DATE, AMOUNT_COLLECTED, etc.

11. AR_TAX_LINES_ALL

    • Stores tax details associated with invoices.
    • Key columns: TAX_LINE_ID, INVOICE_ID, TAX_AMOUNT, TAX_CODE, etc.

12. AR_INVOICE_ACCOUNTS

    • Holds information on the accounting aspects of invoices.
    • Key columns: INVOICE_ACCOUNT_ID, INVOICE_ID, ACCOUNTING_DATE, ACCOUNTING_AMOUNT, etc.

Sample SQL Query

Here’s a sample SQL query that joins some of these tables to retrieve basic invoice and payment information:

SELECT
    i.INVOICE_ID,
    i.INVOICE_NUMBER,
    i.INVOICE_DATE,
    i.CUSTOMER_ID,
    c.CUSTOMER_NAME,
    l.LINE_ID,
    l.LINE_AMOUNT,
    r.RECEIPT_ID,
    r.AMOUNT_RECEIVED
FROM
    AR_INVOICE_HEADERS_ALL i
    JOIN AR_INVOICE_LINES_ALL l ON i.INVOICE_ID = l.INVOICE_ID
    LEFT JOIN AR_CASH_RECEIPTS_ALL r ON i.INVOICE_ID = r.INVOICE_ID
    JOIN AR_CUSTOMERS c ON i.CUSTOMER_ID = c.CUSTOMER_ID
WHERE
    i.INVOICE_DATE BETWEEN TO_DATE('2024-01-01', 'YYYY-MM-DD') AND TO_DATE('2024-12-31', 'YYYY-MM-DD')
ORDER BY
    i.INVOICE_DATE DESC;

Notes

• The actual table names and structures might vary depending on your Oracle Fusion implementation and customizations. It’s important to consult your specific Fusion schema or documentation.
• Ensure you have the necessary permissions to access these tables and views.
• When querying large datasets, consider performance optimization techniques such as indexing and filtering.

Using these tables, you can manage and analyze various aspects of Accounts Receivables within Oracle Fusion, helping to streamline financial processes and improve reporting accuracy.

A Guide to Oracle Trainings and Certification Courses

In today’s technology-driven world, staying ahead means continually updating your skills and knowledge. Oracle, a leader in database management, cloud solutions, and enterprise software, offers a comprehensive range of training and certification courses designed to help professionals and organizations maximize their potential. Whether you’re looking to enhance your technical skills, deepen your understanding of Oracle applications, or achieve certification, Oracle’s training programs are tailored to meet diverse needs.

Oracle training is renowned for its depth, quality, and relevance. Here’s why Oracle’s training programs stand out:

• Comprehensive Curriculum: Oracle offers courses that cover a wide array of topics, from fundamental concepts to advanced techniques.
• Industry-Recognized Certification: Oracle certifications are globally recognized and valued, providing a competitive edge in the job market.
• Expert Instructors: Courses are led by experienced instructors with real-world expertise.
• Flexible Learning Options: Choose from instructor-led training, online courses, and self-paced learning to fit your schedule and learning style.

Key Training Areas and Courses

1. Oracle Cloud

   • Oracle Cloud Infrastructure (OCI): Learn about Oracle’s cloud services, including compute, storage, networking, and database solutions. Courses like "Oracle Cloud Infrastructure Foundations Associate" and "Oracle Cloud Infrastructure Architect Professional" are ideal for building cloud expertise
   • Oracle Fusion Applications: Gain insights into Oracle Fusion Cloud Applications, including ERP, HCM, SCM, and CRM. Courses cover implementation, configuration, and management.

2. Oracle Database

   • Oracle Database Administration: Courses such as "Oracle Database 19c: Administration Workshop" provide comprehensive training on managing and maintaining Oracle databases.
   • SQL and PL/SQL: Improve your skills in SQL and PL/SQL with courses like "Oracle Database SQL" and "Oracle PL/SQL Programming."

3. Oracle Applications

   • Oracle E-Business Suite: Learn about the suite of applications including financials, supply chain, and HR. Courses like "Oracle E-Business Suite R12: Introduction to Oracle Financials" cover essential topics.
   • Oracle JD Edwards: For those using JD Edwards EnterpriseOne, courses on configuration, implementation, and integration are available.

4. Oracle Analytics

   • Oracle Analytics Cloud: Dive into data analysis with courses on Oracle Analytics Cloud, including "Oracle Analytics Cloud: Data Visualization" and "Oracle Analytics Cloud: Data Preparation and Management."
   • Oracle Business Intelligence: Learn about Oracle BI tools with courses such as "Oracle Business Intelligence Foundation Suite 11g."

5. Oracle Java

   • Java SE: For Java developers, Oracle offers courses on Java Standard Edition (SE), including "Java SE 11 Developer" and "Java SE 11 Programmer."
   • Java EE: Enhance your skills in enterprise Java with courses like "Java EE 8 Application Developer."

6. Oracle Middleware

   • Oracle WebLogic Server: Learn about Oracle WebLogic Server administration, performance tuning, and clustering with courses such as "Oracle WebLogic Server 12c: Administration I."
   • Oracle Integration Cloud: Courses like "Oracle Integration Cloud: Fundamentals" cover integration strategies and tools.

Certification Programs

Oracle certifications are designed to validate your expertise and enhance your career prospects. Here are some popular certifications:

• Oracle Certified Associate (OCA): Entry-level certification demonstrating foundational knowledge in Oracle technologies.
• Oracle Certified Professional (OCP): Advanced certification for professionals seeking to validate their expertise in Oracle technologies.
• Oracle Certified Master (OCM): The highest level of certification, recognizing advanced skills and in-depth knowledge.
• Oracle Cloud Certifications: Includes certifications for various cloud roles such as Architect, Developer, and Administrator.

How to Get Started

1. Explore the Oracle University Website: Visit Oracle University to browse course offerings, certification details, and learning paths.
2. Choose Your Learning Path: Based on your career goals and interests, select the courses and certifications that best align with your needs.
3. Register for Courses: Enroll in courses through Oracle University or authorized training providers. Consider options for live virtual classes or on-demand training.
4. Prepare and Practice: Utilize Oracle’s practice exams and study materials to prepare for certification exams.

Conclusion

Oracle’s training and certification programs provide valuable opportunities for professional growth and development. Whether you’re looking to gain a new skill, deepen your expertise, or achieve a certification, Oracle offers high-quality resources to help you succeed. Invest in your future today and unlock new opportunities with Oracle’s extensive training offerings.

SQL Queries tables for the Customers in Oracle Fusion.

 In Oracle Fusion Applications, customer information is primarily managed within several key tables and views. These tables store details about customers, their contacts, addresses, and related information. The exact table names can vary based on the version and any customization applied, but here are some commonly involved tables and views related to customer data:

Key Tables and Views for Customer Information

1. HZ_PARTIES

   • Stores basic information about parties (which can include customers, suppliers, etc.).
   • Key columns: PARTY_ID, PARTY_NAME, PARTY_TYPE, etc.

2. HZ_CUST_ACCOUNTS

   • Contains details specific to customer accounts.
   • Key columns: CUST_ACCOUNT_ID, ACCOUNT_NUMBER, PARTY_ID, STATUS, etc.

3. HZ_CUST_ACCOUNT_SITES_ALL

   • Stores address details for customer accounts.
   • Key columns: CUST_ACCOUNT_SITE_ID, CUST_ACCOUNT_ID, SITE_USE_ID, ADDRESS_ID, etc.

4. HZ_CUST_ACCOUNT_SITES_V

   • A view that provides a consolidated view of customer account sites including address information.
   • Key columns: CUST_ACCOUNT_ID, ACCOUNT_NUMBER, SITE_ID, ADDRESS, etc.

5. HZ_CUST_ACCT_REL

   • Manages relationships between different customer accounts (e.g., parent-child relationships).
   • Key columns: CUST_ACCT_REL_ID, CUST_ACCOUNT_ID, RELATIONSHIP_TYPE, etc.

6. HZ_CUST_ACCOUNT_CONTACTS

   • Contains contact information related to customer accounts.
   • Key columns: CUST_ACCOUNT_CONTACT_ID, CUST_ACCOUNT_ID, CONTACT_ID, CONTACT_NAME, etc.

7. HZ_LOCATIONS

   • Stores location details for various business entities, including customers.
   • Key columns: LOCATION_ID, ADDRESS, CITY, STATE, COUNTRY, etc.

8. HZ_CUSTOMERS

   • A table or view that might contain aggregated customer information.
   • Key columns: CUSTOMER_ID, CUSTOMER_NAME, ACCOUNT_NUMBER, STATUS, etc.

9. HZ_PARTY_SITES

   • Contains site information for parties, including customers.
   • Key columns: PARTY_SITE_ID, PARTY_ID, ADDRESS_ID, SITE_TYPE, etc.

10. HZ_PARTY_SITES_V

    • A view that aggregates party site information for easier querying.
    • Key columns: PARTY_ID, PARTY_NAME, SITE_ID, ADDRESS, etc.

Sample SQL Query

Here's a sample SQL query that joins some of these tables to retrieve basic customer information, including their account and address details:

SELECT
    hca.CUST_ACCOUNT_ID,
    hca.ACCOUNT_NUMBER,
    hca.STATUS AS ACCOUNT_STATUS,
    hzp.PARTY_NAME,
    hzs.SITE_USE_ID,
    hzloc.ADDRESS AS CUSTOMER_ADDRESS,
    hzloc.CITY,
    hzloc.STATE,
    hzloc.COUNTRY
FROM
    HZ_CUST_ACCOUNTS hca
    JOIN HZ_PARTIES hzp ON hca.PARTY_ID = hzp.PARTY_ID
    JOIN HZ_CUST_ACCOUNT_SITES_ALL hzs ON hca.CUST_ACCOUNT_ID = hzs.CUST_ACCOUNT_ID
    JOIN HZ_LOCATIONS hzloc ON hzs.ADDRESS_ID = hzloc.LOCATION_ID
WHERE
    hca.STATUS = 'ACTIVE'
ORDER BY
    hzp.PARTY_NAME;

If you have access to Oracle SQL Developer or another SQL querying tool, you can explore the available tables and views to find the exact structure and modify as per your tool needs.

Unlocking Business Potential with Oracle Applications: A Comprehensive Guide

Unlocking Business Potential with Oracle Applications: A Comprehensive Guide

In today’s fast-paced business environment, organizations need robust solutions to streamline operations, enhance decision-making, and drive growth. Enter Oracle Applications—a suite of integrated business applications designed to meet these needs and more. Whether you're a seasoned professional or new to the Oracle ecosystem, understanding the power and versatility of Oracle Applications can transform how your business operates.

What Are Oracle Applications?

Oracle Applications encompass a broad range of software solutions aimed at automating and optimizing various business processes. From enterprise resource planning (ERP) and customer relationship management (CRM) to supply chain management (SCM) and human capital management (HCM), Oracle offers a comprehensive suite that supports every aspect of a modern enterprise.

Key Modules and Solutions

1. Oracle ERP Cloud Oracle ERP Cloud provides a suite of applications to manage financials, procurement, project management, and risk. It’s designed to help businesses automate processes, gain real-time insights, and ensure compliance. With features like advanced financial management, supply chain management, and integrated risk management, ERP Cloud helps organizations drive efficiency and agility.

2. Oracle HCM Cloud Human Capital Management (HCM) Cloud focuses on managing the most valuable asset of any organization: its people. The suite includes modules for recruiting, onboarding, talent management, and workforce planning. By leveraging HCM Cloud, businesses can enhance employee experiences, streamline HR processes, and make data-driven decisions to drive talent development.

3. Oracle SCM Cloud Supply Chain Management (SCM) Cloud helps organizations manage their end-to-end supply chain processes. From procurement and manufacturing to logistics and order fulfillment, SCM Cloud provides real-time visibility, predictive analytics, and automation. This ensures that businesses can respond quickly to market changes and optimize their supply chain operations.

4. Oracle CRM Oracle Customer Relationship Management (CRM) applications are designed to improve sales, marketing, and customer service functions. CRM solutions help businesses understand customer needs, track interactions, and build stronger relationships. With tools for sales automation, marketing campaigns, and customer support, Oracle CRM enhances customer engagement and drives business growth.

5. Oracle EPM Cloud Enterprise Performance Management (EPM) Cloud provides tools for financial planning, budgeting, and forecasting. EPM Cloud helps organizations align their financial strategy with operational performance, enabling more accurate forecasting and effective decision-making.

Benefits of Oracle Applications

• Integrated Solutions: Oracle Applications offer a unified platform that integrates various business functions, ensuring data consistency and improving efficiency.
• Scalability: Designed to grow with your business, Oracle Applications can scale from small deployments to enterprise-wide implementations.
• Cloud-Based Flexibility: With Oracle Cloud solutions, businesses can access applications from anywhere, reduce IT overhead, and benefit from regular updates and innovations.
• Advanced Analytics: Oracle Applications provide powerful analytics and reporting tools, helping organizations make data-driven decisions and gain actionable insights.
• Enhanced Security: Oracle invests heavily in security, offering features like encryption, access controls, and compliance with global standards to protect your data.

Getting Started with Oracle Applications

Adopting Oracle Applications involves several steps, including assessing your business needs, selecting the right modules, and planning for implementation. It’s crucial to work with Oracle partners or consultants who can guide you through the deployment process and ensure a smooth transition.