Oracle 1Z0-771 Exam Dumps

Enabling 'Used by App Builder' for a Generative AI Server allows:

Author SQL powered by Generative AI: Integrates AI-driven SQL generation in App Builder.

Build applications using natural language: Enables natural language prompts to create app components.

Options A and B are unrelated to this setting, as it's specific to AI integration in App Builder.

The Data Workshop utility in APEX is designed to load and unload table data only, not other schema objects like procedures or views. Option A is false because XLSX files with multiple worksheets are supported (each worksheet can be mapped to a table). Option B is incorrect as it's limited to table data. Option D is partially true but not the most precise answer, as 'multiple tables at a time' depends on the process, whereas C is universally accurate.

Workflow parameters and page items in APEX support:

B . NUMBER: For numeric values (e.g., 123.45), used in calculations or IDs.

C . CLOB: For large text (e.g., descriptions), stored as character large objects.

D . VARCHAR: For variable-length strings (e.g., EMPLOYEE_NAME), capped at 4000 characters in most cases.

A . Image: Not a supported data type for parameters or items; images are handled as BLOBs or file uploads, not directly as a Workflow parameter type.

These types align with Oracle Database, ensuring robust data handling in workflows.

Key truths about Oracle APEX:

APEX eliminates middle tier application logic: APEX runs entirely within the Oracle Database, using PL/SQL and SQL for logic, bypassing traditional middle-tier servers (e.g., Java EE). This simplifies architecture and boosts performance.

You can build interactive reporting apps based on data from disparate systems: Via REST Data Sources, database links, or ORDS, APEX integrates data from external systems, enabling unified reporting (e.g., combining on-premises and cloud data).

Needs client software: False; APEX is web-based, requiring only a browser.

Application definition not stored in database: False; definitions are stored as metadata in the database (e.g., APEX_APPLICATIONS).

This reflects APEX's database-centric, low-code philosophy.

The APEX_MAIL API facilitates email functionality:

A . You can add files as attachments: Using APEX_MAIL.ADD_ATTACHMENT (e.g., APEX_MAIL.ADD_ATTACHMENT(p_mail_id, p_attachment, p_filename)), you can attach BLOBs (e.g., PDFs) to emails.

C . You can send emails: APEX_MAIL.SEND (e.g., APEX_MAIL.SEND(p_to => 'user@example.com', p_body => 'Hello')) sends emails from APEX, leveraging the configured mail server.

B . You can receive emails: False; APEX_MAIL is send-only; receiving requires custom integration (e.g., IMAP).

D . Only to Oracle database users: False; emails can go to any valid address, not just database users.

Pitfall: Ensure the mail queue is processed (APEX_MAIL.PUSH_QUEUE) for timely delivery.