Free Practice Questions for Oracle 1z0-1077-25 Exam

Extensible Flexfield attributes are custom attributes that you can add to Order Management entities to capture additional information that is specific to your business needs. You can use these attributes in approval rules for sales orders to define conditions and actions based on the values of the attributes. The order entities that support the use of Extensible Flexfield attributes in approval rules for sales orders are Header, Line, and Fulfillment Line. These entities have predefined Extensible Flexfield categories that you can configure and deploy in the Setup and Maintenance work area. You can also access and update these attributes in the Order Management work area.

The “Lead Time” mode is one of the two promising modes that Oracle Order Management Cloud Order to Cash supports.In this mode, the order promising engine uses predefined lead times to promise sales orders without considering the actual supply availability or demand1. The following statements apply to this mode:

The order promising engine does not generate any pegging.Pegging is the process of linking the supply and demand elements to show the relationship between them.In the “Lead Time” mode, there is no pegging because the order promising engine does not search for available supply or allocate it to the demand2.

The item is promised on the requested date irrespective of availability.The order promising engine promises the item on the requested date as long as it is within the lead time window. The lead time window is the period between the current date and the latest possible date to promise the item based on the lead time.The order promising engine does not check the actual availability of the item in the inventory or the supply chain1.

Lead time can be specified in multiple ways.The order promising engine can use different types of lead times to promise the sales orders, such as transit lead time, processing lead time, user-defined lead time, and cumulative manufacturing lead time.The lead time can also vary depending on the item, the source location, the destination location, and other factors3.

No supply availability search is performed.The order promising engine does not perform any supply availability search in the “Lead Time” mode. It only uses the predefined lead times to promise the sales orders.This mode is suitable for scenarios where the supply availability is not a constraint or the supply chain is stable and predictable1.

Only customer shipments from warehouses are supported.

Shipping tolerances are not limited to customer shipments from warehouses.They also support drop ship orders, where ordered items are sourced from a supplier1.Shipping tolerances are the acceptable variations in the quantity shipped for an order line, expressed as a percentage of the ordered quantity2.You can set up shipping tolerances in Order Management to handle over-shipments and under-shipments of order lines3.

This is the correct sequence of the process to update project attributes on transfer orders using file-based data import template.A transfer order is a document that initiates the movement of material between warehouses within the enterprise1.Project attributes are the information that identifies the project, task, and expenditure type for each transfer order line2.You can use file-based data import template to update project attributes on transfer orders by following these steps3:

SCO gets default values for the project attributes not imported: Supply Chain Orchestration (SCO) is a service that orchestrates the fulfillment of supply requests from various sources, such as sales orders, planning recommendations, or inventory replenishment. SCO gets the default values for the project attributes that are not imported from the file-based data import template. The default values are derived from the project defaulting and enrichment rules that you set up in the Manage Supply Order Defaulting and Enrichment Rules task.

SCO performs a project accounting transaction control (PATC): SCO performs a validation of the project attributes against the project accounting transaction control (PATC) rules that you define in the Manage Project Transaction Sources task. PATC rules determine whether the project attributes are valid and consistent for each transfer order line. If the project attributes pass the validation, SCO sends them to Inventory Management for transfer order creation. If the project attributes fail the validation, SCO rejects them and logs the errors in the Supply Chain Orchestration Interface table.

SCO sends validated attributes to Inventory Management for transfer order: SCO sends the validated project attributes along with other transfer order information to Inventory Management for transfer order creation. Inventory Management is a service that manages the flow of material within and across warehouses. Inventory Management creates the transfer order based on the information received from SCO and assigns a unique document number to it.

Inventory management updates transfer order with new attributes: Inventory Management updates the transfer order with the new project attributes that are imported from the file-based data import template. You can view the updated project attributes on the transfer order lines in the Manage Transfer Orders page in the Inventory Management work area.

https://docs.oracle.com/en/cloud/saas/supply-chain-management/r13-update17d/faiom/setting-up-orchestration- processes.html#FAIOM211469

Extension rules are not part of a Configurator Model Item Snapshot.Extension rules are custom actions that you can define in the Configurator Modeling Environment to manipulate data on sales orders, such as adding, updating, copying, or returning lines1.A Configurator Model Item Snapshot is a copy of the item-based model structure that you import from the Product Information Management work area into the Configurator Models work area2.A Configurator Model Item Snapshot consists of the following components3:

Item Structure: The hierarchy of the model and its components, including the optional components that can be configured by the user.

Operational Attributes: The attributes that control the behavior of the model and its components, such as the minimum and maximum quantity, the default quantity, and the pricing attributes.

User-Defined Attributes: The additional attributes that you can add to the model and its components to capture more information or to control the configuration process, such as the color, size, or style of an item.

Structure Component Attributes: The attributes that define the relationship between the model and its components, such as the inclusion rule, the exclusion rule, and the compatibility rule.