All posts by Ayodhya

Process Monitoring and Administration

Throughout this blog series, we’ve explored the intricacies of SAP Process Orchestration (SAP PO), delving into its functionalities and how it orchestrates seamless communication across diverse systems. Now, it’s time to shift gears and focus on the control room – process monitoring and administration. After all, a well-tuned orchestra requires a conductor who vigilantly monitors and ensures a smooth performance.

This blog equips you with the knowledge to effectively monitor and administer your SAP PO landscape, enabling you to proactively identify and address issues, maintaining optimal message flow.

The SAP PO Administration Console: Your Command Center

The SAP PO Administration Console serves as your central hub for system configuration and monitoring. Here’s what you can achieve using this powerful tool: 

• System Configuration: Configure communication channels, adapters, and message mappings within the console. You can define how data is exchanged between systems and ensure messages are processed according to your specifications.
• Process Overview: Gain a comprehensive overview of running, failed, and suspended process instances. This allows you to identify potential bottlenecks and troubleshoot issues promptly.
• Detailed Process Monitoring: Drill down into individual process instances to view their execution details, including the current step, processing time, and any errors encountered. This granular visibility empowers you to pinpoint the root cause of problems.
• Alert Configuration: Set up alerts and notifications to be triggered when specific events occur, such as message processing errors or exceeding defined thresholds. This proactive approach enables you to address issues before they significantly impact your integration landscape.

By mastering the SAP PO Administration Console, you gain the power to fine-tune your integration processes, ensure smooth message flow, and maintain optimal system performance. 

Message Monitoring Tools: Keeping an Eye on the Data Flow

SAP PO provides a comprehensive suite of message monitoring tools that offer invaluable insights into message processing:

• Message Monitoring: This tool provides a detailed view of individual messages as they travel through the integration flow. You can track message status (sent, received, processed), identify any errors encountered, and analyze processing times.
• Channel Monitoring: Monitor the health and performance of your communication channels. This allows you to identify potential connectivity issues or bottlenecks within your communication infrastructure.
• Adapter Monitoring: Gain insights into the performance of your adapters, which facilitate communication between SAP PO and external systems. By monitoring adapter behavior, you can ensure seamless data exchange across your landscape.

Utilizing these message monitoring tools empowers you to proactively identify and address issues that could hinder message flow within your SAP PO environment.

Setting the Stage for Proactive Issue Detection with Alerts

Imagine an orchestra conductor relying solely on the audience to point out mistakes. Proactive issue detection is crucial in SAP PO. Here’s how alerts and notifications come into play:

• Alert Configuration: Define alerts for specific events like message processing errors, exceeding retry attempts, or prolonged processing times. This allows for early detection of potential issues before they snowball into major disruptions.
• Notification Channels: Configure notification channels to receive alerts via email, SMS, or integrate them with monitoring dashboards. This ensures you’re notified promptly, regardless of location, allowing for swift intervention.

By implementing a robust alerting system, you can maintain a proactive approach to monitoring your SAP PO environment, minimizing downtime and ensuring smooth message flow.

Security Considerations and User Management

Security is paramount in any IT landscape. Here are some key considerations for securing your SAP PO environment:

• User Access Control: Implement user roles and permissions to restrict access to sensitive data and functionalities within the SAP PO Administration Console. This ensures only authorized users can make configuration changes.
• Data Encryption: Utilize encryption techniques to safeguard sensitive data at rest and in transit. This minimizes the risk of data breaches and unauthorized access.
• Regular Security Audits: Conduct periodic security audits to identify and address potential vulnerabilities within your SAP PO system. This proactive approach strengthens your overall security posture.

By prioritizing security considerations and implementing user management best practices, you can create a secure environment for your SAP PO processes and data exchange.

Conclusion

Process monitoring and administration are the cornerstones of a well-functioning SAP PO landscape. By leveraging the SAP PO Administration Console, message monitoring tools, a robust alerting system, and prioritizing security, you gain the power to proactively manage, monitor, and maintain your integration processes. This ensures smooth message flow, minimizes downtime, and empowers your SAP PO environment to operate at peak performance, fostering seamless communication across your entire IT ecosystem.

It might be helpful:

Introduction to SAP Process Orchestration

SAP BTP: Decoding the Business Technology Platform

Imagine a large organization with various internal systems – an ERP system for managing resources, a CRM system for customer data, and a separate system for warehouse management. These systems often operate in silos, hindering data visibility and hampering operational efficiency. Advanced Integration Scenarios with SAP PO, as a master conductor, orchestrates seamless System-to-System Integration, enabling data exchange between these internal systems:

• Order-to-Cash Integration: SAP PO can integrate your ERP and CRM systems. When a customer places an order in the CRM system, SAP PO can trigger the creation of a sales order in the ERP system, automatically initiating the fulfillment process.
• Inventory Management: Real-time data exchange between your ERP and warehouse management system can be facilitated by SAP PO. This ensures stock levels are accurately reflected, preventing overselling and optimizing inventory management.
• Data Synchronization: Master data like customer and product information can be synchronized across various internal systems using SAP PO. This eliminates data inconsistencies and ensures everyone works with the same information.

By fostering System-to-System Integration, SAP PO breaks down data silos and creates a unified enterprise landscape, promoting information flow and streamlining business processes.

Expanding the Ecosystem: B2B Integration

In today’s interconnected world, collaboration with external partners and vendors is crucial. SAP PO empowers seamless B2B (Business-to-Business) Integration, enabling data exchange with external systems:

• Electronic Data Interchange (EDI): SAP PO can handle various EDI formats, allowing you to exchange business documents like invoices and purchase orders electronically with your trading partners. This streamlines document exchange and reduces processing time.
• Supplier Integration: Integrate your SAP system with your suppliers’ systems using SAP PO. This allows for automated order placement, real-time inventory visibility, and improved collaboration throughout the supply chain.
• Customer Integration: Connect your SAP system with customer portals or e-commerce platforms. This facilitates real-time order tracking, automated invoice generation, and a more seamless customer experience.

By enabling B2B Integration, SAP PO extends your reach beyond the enterprise walls, fostering efficient collaboration and optimizing interactions with external partners.

Embracing the Cloud: Cloud Application Integration

The adoption of cloud applications is on the rise. SAP PO bridges the gap between your on-premise SAP landscape and cloud-based applications:

• Connecting to SaaS Solutions: Integrate with Software-as-a-Service (SaaS) applications like Salesforce or Dropbox. SAP PO can facilitate data exchange between your SAP system and these cloud applications, enriching your data landscape and extending functionalities.
• Hybrid Integration: Create a hybrid integration environment where on-premise and cloud applications work together seamlessly. SAP PO acts as the central integration hub, orchestrating data flow between both worlds.
• Leveraging Cloud-Based Services: Utilize cloud-based services like data warehousing or analytics platforms. SAP PO can integrate with these services, enabling you to leverage cloud capabilities and enhance your data management strategies.

By enabling Cloud Application Integration, SAP PO allows you to embrace the cloud revolution, unlocking the benefits of cloud-based solutions and fostering a truly hybrid IT landscape.

Building Faster with Pre-Built Content and Adapters

Developing integration scenarios from scratch can be time-consuming. SAP PO offers a solution:

• Pre-built Content: SAP provides pre-built integration content for various business scenarios and industry-specific processes. This pre-configured content significantly reduces development time and effort.
• Adapters: SAP offers a rich library of adapters that simplify the connection between SAP PO and various external systems and applications. These adapters handle communication protocols and data conversion, streamlining the integration process.

Leveraging pre-built content and adapters allows you to develop integration scenarios faster and with less effort, enabling you to reap the benefits of SAP PO integration more quickly.

Conclusion

SAP PO, as a powerful integration platform, offers a compelling solution for connecting your diverse IT landscape. By understanding its functionalities, exploring real-world use cases, and following best practices for implementation, you can leverage SAP PO to create a unified and efficient ecosystem that drives business growth and paves the way for digital transformation.

We hope this blog series has provided valuable insights into the world of SAP PO. If you’re considering implementing SAP PO in your organization, remember, a successful journey begins with a clear understanding of your integration needs, a commitment to best practices, and a team with the necessary expertise. With the right approach, SAP PO can become the conductor of your digital symphony, orchestrating seamless data flow and empowering your organization to achieve its full potential.

It might be helpful:

Introduction to SAP Process Orchestration

SAP BTP: Decoding the Business Technology Platform

In our previous blogs, we delved into the core components of the SAP Process Orchestration (SAP PO) architecture and explored how they work together to facilitate seamless communication across diverse systems. Now, it’s time to zoom in on the heart of SAP PO’s magic – Message Processing and Transformation in SAP PO. This stage ensures data flows smoothly between systems, even when they speak different languages (formats and protocols).

Message Processing and Transformation in SAP PO: Understanding Message Formats and Protocols

Imagine a bustling international conference. Participants speak various languages, but communication thrives thanks to translators and interpreters. Similarly, SAP PO encounters messages in various formats and protocols, requiring translation for seamless exchange. Here’s a breakdown of some commonly used formats and protocols:

• XML (Extensible Markup Language): XML serves as the lingua franca of data exchange within SAP PO. It’s a flexible and structured format that allows for easy data representation and manipulation.
• IDoc (Intermediate Document): A proprietary format specifically designed for data exchange within the SAP ecosystem. It offers efficient data transfer between SAP applications.
• EDI (Electronic Data Interchange): A standardized protocol for exchanging business documents like invoices and purchase orders between different companies. SAP PO can handle various EDI formats like EDIFACT and X12.
• SOAP (Simple Object Access Protocol): A web service protocol for exchanging structured information in XML format. SAP PO can integrate with web services using SOAP messages.

Understanding these formats and protocols is crucial for configuring message processing within SAP PO. By specifying the format and protocol used by the sender and receiver systems, you ensure messages are interpreted correctly throughout their journey.

Graphical Mapping Tool: The Wizard Behind the Transformation Curtain

Think of the graphical mapping tool as a powerful translator at the conference, working tirelessly to bridge communication gaps. This tool, a core component of SAP PO, allows you to visually define how data should be transformed between source and target formats. Here’s a closer look at its functionalities:

• Mapping Interface Creation: The graphical mapping tool facilitates the creation of mapping interfaces that define the transformation logic. These interfaces specify how data elements from the source message are mapped to corresponding elements in the target message.
• Drag-and-Drop Functionality: The user-friendly interface allows you to drag and drop data elements from the source and target message structures. This visual approach simplifies the mapping process, especially for complex data transformations.
• Data Conversion and Enrichment: The tool provides various functions for manipulating data during transformation. You can perform operations like data type conversions, splitting or merging elements, and even enrich messages with additional data based on pre-defined rules.
• Testing and Debugging: The graphical mapping tool allows you to test your mappings with sample data to ensure accurate transformations. This helps identify and rectify any errors before deploying the mapping to production.

By leveraging the graphical mapping tool, you can achieve complex data transformations within SAP PO, ensuring messages arrive at their destination in the correct format and structure

Beyond Transformation: Splitting, Aggregating, and Routing Messages

While data transformation plays a central role, SAP PO offers additional functionalities to manage message flow:

• Message Splitting: Large messages can be split into smaller chunks for efficient processing by the receiving system. This is particularly useful for messages containing extensive data sets.
• Message Aggregation: Multiple smaller messages can be aggregated into a single message for the receiver. This is applicable in scenarios where multiple related messages need to be processed together.
• Message Routing: Based on pre-defined routing rules, SAP PO can intelligently route messages to the appropriate destination interfaces or channels within the integration landscape. This ensures messages reach the intended systems for further processing.

These functionalities provide greater control and flexibility over message flow within SAP PO, allowing you to tailor message handling to specific business requirements.

Keeping the Flow Smooth: Error Handling and Monitoring

Even with robust configurations, errors can occur during message processing. To ensure smooth message flow, SAP PO provides mechanisms for error handling and monitoring:

• Error Handling: SAP PO can be configured to handle errors gracefully. It can retry message processing, send error notifications, or route messages to specific error queues for manual intervention.
• Monitoring: The SAP PO system provides comprehensive monitoring capabilities. You can track message flow, identify bottlenecks, and troubleshoot any issues that may arise. This proactive monitoring allows for early detection and resolution of problems, ensuring message processing efficiency.

By implementing effective error handling and monitoring strategies, you can minimize disruptions and maintain a smooth flow of data throughout your SAP PO landscape.

Conclusion

Message processing and transformation are the cornerstones of SAP PO’s integration magic. By understanding the message formats, protocols, and utilizing the graphical mapping tool, you can configure SAP PO to translate and transform data seamlessly. Furthermore, by leveraging message splitting, aggregation, and routing functionalities, and implementing robust error handling and monitoring practices, you ensure a reliable and efficient integration environment. In the final part of this blog series, we’ll explore real-world use cases where SAP PO’s message processing capabilities come into play, showcasing its power to streamline data exchange and optimize business processes. Stay tuned for exciting insights into how SAP PO can transform your integration landscape!

It might be helpful:

Introduction to SAP Process Orchestration

SAP BTP: Decoding the Business Technology Platform

In our previous blog post, we explored the concept of SAP Process Orchestration (SAP PO) and its role in streamlining data exchange within your SAP ecosystem. Now, it’s time to delve deeper into the intricate workings of the SAP PO architecture, specifically focusing on its key components. By understanding these building blocks, you’ll gain a clearer picture of how SAP PO orchestrates seamless communication between various applications and databases.

The Maestro of Message Flow: The Integration Engine (IE)

Imagine a busy city’s central transportation hub. The Integration Engine (IE) serves as the central hub of the SAP PO architecture, responsible for the smooth flow of messages between different systems. Here’s a closer look at its functionalities:

• Message Processing: The IE acts as the message processing engine, receiving messages from various sources (adapters, external systems). It performs necessary validations and transformations before routing them to their designated destinations.
• Message Routing: Based on pre-defined configurations, the IE intelligently routes messages to the appropriate interfaces or channels within the SAP PO landscape.
• Message Monitoring: The IE provides comprehensive monitoring capabilities, allowing you to track message flow, identify potential issues, and ensure smooth communication across your integrated systems.

Bridging the Gap: The Adapter Framework

Think of the Adapter Framework as a multilingual interpreter in a global conference. It enables SAP PO to connect and exchange data with diverse external systems and databases, even those that don’t speak the same language (protocol). Here’s how it facilitates communication:

• Protocol Adapters: The Adapter Framework provides a robust library of adapters that support various communication protocols like SOAP (Simple Object Access Protocol), REST (Representational State Transfer), and file transfer protocols (FTP, SFTP). Each adapter translates data between the external system’s protocol and the format understood by SAP PO.
• System Adapters: These adapters establish connections to specific external systems like Salesforce, Oracle, or mainframes. They act as bridges, ensuring seamless data exchange between SAP PO and these third-party applications.

Defining the Communication Channels: Channel Definition

Channels serve as the dedicated communication pathways within the SAP PO architecture. Imagine them as designated lanes on a highway, each catering to a specific type of traffic (message flow). Here’s how channel definitions establish these communication routes:

• Sender and Receiver Channels: Channel definitions specify the sender (source of the message) and receiver (destination of the message) for a particular communication flow. This ensures messages are directed to the appropriate systems or interfaces within the SAP PO landscape.
• Communication Protocols: Channel definitions configure the communication protocol used for data exchange within the channel. This could be a protocol supported by an adapter or a proprietary protocol specific to SAP PO.
• Security Configuration: Channels can be configured with security measures like authentication and authorization to ensure only authorized systems can exchange data through that specific channel.

Building the Integration Bridges: Interface Configuration

Think of interfaces as the translators at the conference – they map data between different formats and structures. In SAP PO, interface configurations define how data is transformed and mapped during message exchange. Here’s a closer look at their role:

• Interface Mapping: Interface configurations define how data received from an external system (source) needs to be transformed to match the format expected by the receiving system (destination) within the SAP PO landscape.
• Data Mapping Tools: SAP PO provides graphical tools to configure data mapping between source and target structures. These tools allow you to define mappings for individual data elements and perform complex transformations as needed.
• Message Splitting and Merging: Interfaces can be configured to split large messages into smaller chunks for efficient processing or merge multiple messages into a single message for the receiving system.

By understanding the interplay between these core components – the Integration Engine, Adapter Framework, Channel Definitions, and Interface Configurations – you gain a deeper appreciation of the power and flexibility of the SAP PO architecture. In the next part of this blog series, we’ll explore how these components work together to facilitate real-world business process integration scenarios using SAP PO. Stay tuned for exciting insights into how SAP PO can transform your data exchange landscape!

It might be helpful:

Introduction to SAP Process Orchestration

SAP BTP: Decoding the Business Technology Platform

In today’s interconnected business landscape, seamless communication and process flow are no longer luxuries – they’re necessities. This is where SAP Process Orchestration (PO) steps onto the stage, acting as the conductor of your organization’s symphony of applications and data.

But what exactly is SAP PO, and how can it empower your business? In this first part of our comprehensive blog series, we’ll delve into the world of SAP PO, untangling its origins, exploring its core functionalities, and highlighting the benefits it offers.

An Introduction to SAP Process Orchestration

SAP PO is a powerful software solution designed to integrate disparate applications, automate complex business processes, and streamline data exchange within your SAP ecosystem. Imagine a scenario where your sales team needs to trigger an automatic credit check and inventory update in separate systems after receiving a customer order. Traditionally, this might involve cumbersome manual processes and error-prone data manipulation. Enter SAP PO – the maestro that orchestrates these tasks flawlessly, ensuring a smooth and efficient flow of information across your business landscape.

A Legacy of Integration: The Evolution of SAP Process Orchestration

The story of SAP PO is intrinsically linked to its predecessor, SAP Process Integration (PI). SAP PI, originally known as XI (Exchange Infrastructure), laid the foundation for seamless data exchange between SAP and non-SAP applications. However, SAP PO took the integration game a step further. Think of SAP PI as the reliable postman, delivering data packets efficiently. SAP PO, on the other hand, is the sophisticated logistics manager, not only ensuring timely delivery but also coordinating the flow of information, automating tasks, and overseeing the entire business process.

Core Functionalities: The Power of SAP PO

SAP PO boasts a robust set of features that empower you to achieve true business process automation. Here are some of its core functionalities:

• Integration: Connect your SAP system with various internal and external applications, enabling seamless data exchange regardless of their underlying technologies.
• Process Automation: Define and automate complex business processes, eliminating manual tasks and streamlining workflows across your organization.
• Data Transformation: Cleanse, transform, and map data between different systems to ensure consistent and accurate information flow.
• Business Activity Monitoring (BAM): Gain real-time insights into your business processes, identify bottlenecks, and optimize performance.
• Security: Enforce robust security measures to protect sensitive data throughout the integration process.

The Symphony’s Advantage: Unveiling the Benefits of SAP PO

By leveraging SAP PO, your organization can reap a multitude of benefits:

• Improved Efficiency: Automate manual tasks and streamline processes, freeing up valuable time and resources for your team.
• Enhanced Accuracy: Eliminate human error associated with manual data entry and manipulation, leading to more accurate data across your systems.
• Increased Agility: Respond quickly to changing business needs by adapting and automating processes with greater ease.
• Reduced Costs: Minimize the resources required for manual data integration and process execution, leading to cost savings.
• Improved Decision Making: Gain real-time insights from your integrated systems, enabling data-driven decision making.

Beyond the Stage: Comparing SAP PO with Other Integration Options

While SAP PO is a powerful tool, it’s important to understand its place within the broader SAP integration landscape. Here’s a brief comparison with another popular option:

• Cloud Integration Platform (SAP Cloud Integration): A cloud-based solution offering a user-friendly interface and pre-built integration content for faster time to value. Ideal for businesses seeking a scalable and flexible integration solution.

The choice between SAP PO and Cloud Integration Platform depends on your specific needs and infrastructure. SAP PO offers a more robust on-premise solution for complex integrations, while Cloud Integration Platform provides a faster and more user-friendly cloud-based option.

Conclusion: Part 1 – A Foundation Laid

In this first part of our blog series on SAP Process Orchestration, we’ve established a strong foundation. We’ve explored the evolution of SAP PO from its roots in SAP PI, delved into its core functionalities, and unveiled the numerous benefits it offers for business process automation and integration.

In the next part of this series, we’ll delve deeper into the technical aspects of SAP PO, exploring its architecture, key components, and the process of building and deploying powerful business process automation solutions. Stay tuned to become a maestro of your own SAP ecosystem with the power of Process Orchestration!

It might be helpful:

Introduction to SAP Process Orchestration

SAP BTP: Decoding the Business Technology Platform

Table Maintenance Generator. In our FIORI application, Following functionalities will be added:

• Inline Making of Requests
• Avoid the Rundown page and open Article Page to enter Request sections

Furthermore, we will likewise figure out how to send a FIORI application in BTP climate. Table Maintenance Generator.

• Construct and Send FIORI application
• Consume sent application in Platform utilizing SAP Construct Workzone ( Previously known as Platform Administration)

Preview:

• Inline Creation of Orders ought to be conceivable (without exploring to detail page)

• After fruitful deployment, Tile ought to be accessible in the Launchpa
• On Click of the tile, ObjectPage will be opened straightforwardly and Rundown Page will be skipped:

Essential:

• Basics of FIORI Templates
• Basics of SAPUI5
• Business Application Studio

1. Making of Once-over Report FIORI Application

In the fundamental stage, we truly need to make a SAPUI5 application using FIORI designs in BAS from the primer record. We will follow the means as: Table Maintenance Generator.

• In BAS Workplace, select File-> New Project from Template

• Since we need to make FIORI application, select SAP FIORI application and press “Next”:

• Select the Format as Rundown Report Page and press “Next”:

• Connect with SAP Framework where RAP based OData administration is made and select the help for FIORI application:

1. 1. Data Source : Connect to a system (we will connect to BTP ABAP system)
   2. System: Select SAP System
   3. ABAP Environment :   Instance of ABAP system
   4. Service : OData Service in Backend ABAP System

Subsequent to giving the necessary DataSource subtleties and Administration, Press “Next”:

• Give Application credits and sending choices:

Deployment Choices are discretionary. Assuming that we know in advance about subtleties for the organization climate, we can pick “Yes” and give subtleties else This should likewise be possible later after the application is constructed locally. Table Maintenance Generator.

• Choose deployment target ( ABAP/Cloud Foundry )

For using the BTP Fundamental system, we will convey our FIORI application in the Cloud Foundry environment as a HTML5 application.

For ABAP environment(S/4 HANA On-premise)

• Provide Fiori Launchpad Configuration details and press “Finish”:

With these means, Our FIORI application undertaking will be made in BAS locally. Presently, we can perform UI changes in the application.

What is SAP Fiori used for?

2. Perform UI Changes in the app

Inline Creation for Orders:

At the point when we make another example for a table in the ObjectPage, another detail page will be opened and the client needs to enter the subtleties. According to SM30 exchange conduct, we might want to make records utilizing inline creation.

This can be accomplished by changing the Table property as CreationMode:Inline.

In BAS, we can set this property utilizing the FIORI Devices.

We can refer the following steps:

1. Right click on WebApp folder of the UI application created in Step 1 and choose “Page Map”:

1. Since we need to change the Table settings for Order table which in Object Page, we will edit the Object Page of Root Entity:

• Select Table under Sections
• Choose Creation mode and set “CreationMode at end” true

Advantages of SAP ERP

Skip the List page and open Object Page to enter Order entries

In Rundown Report FIORI layout application(created in Sync 1), Rundown Page will be opened first . When we press the Go button and explore from the Single Rundown section, the ObjectPage with Request table will be opened. Be that as it may, In Our utilization case, Rundown Page has no importance since It will continuously show default single section with SingletonID rises to 1.

Consequently, we can avoid the Rundown page and straightforwardly explore to ObjectPage when Application is opened.

For that, We really want to introduce the part and explore to ObjectPage with a particular route. In the part introduction strategy, we presently add a call to instate the switch. We don’t have to start up the switch physically, it is naturally launched in light of our App Descriptor design and relegated to the component. If a course has been hit, the perspective on its relating objective is stacked and shown.

1. Expand Webapp folder and open “Component.js”

2. Within Component.extend, add method init as:

• Basically in this init function, we are preparing navigation route by providing key value as OrderSingletonID = 1 and IsActiveEntity=true
• With this, Whenever the application will be loaded, It will open the ObjectPage for key with SingletonID = 1 and open its active state.

What is O DATA(Open Data Protocol)?

3. Deploy FIORI Application

In step 1 while creating the UI project, we have already provided the deployment information like Environment, Semantic Object and action etc. Inn this step, we will start deployment with 2 steps as:

Step 1. Build the project

1. Right snap on the Undertaking organizer and select “Open in coordinated terminal”. In the terminal, enter order – npm run build:mta

2. MTA archive file will be made now in another envelope mta_acrives

Step 2. Deploy the built archive

Then, convey the produced file and track the organization progress in the terminal with the accompanying order.

cf deploy mta_archives/project1_0.0.1.mtar

Toward the finish of the sending system log, you ought to see a line that seems to be like this one:

Once Application is deployed successfully, we can see it in the trial subaccount in BTP Cockpit under Subaccount -> HTML5 Applications

Click on project1 and It will open the application:

4. Add it to FIORI Launchpad

For involving Platform administrations in SAP BTP, we want to buy in for SAP Assemble WorkZone Standard Release. Whenever its bought in and dynamic in the preliminary record, we will continue to make our own site:

1. Create content site

We will add all the deployed FIORI Applications to this site.

2. Refresh Content.

As a matter of course, satisfied supplier for HTML5 Applications will be accessible. When another application is conveyed, we want to invigorate this content supplier.

3. Add to my content from Content Manager

(i)         Go to Content Manager

(ii)        Select application “Project1”

(iii)       Press “Add to my Content”

4. Switch to My Content and create a new group

5 . Assign the application to the group

6. Additionally, appoint the application to Job “Everybody”

7. Presently, Open the substance site made in Sync 1 above. We ought to have the option to see another tile for our sent application.

Trust this would be valuable for you sooner or later of time. Assuming that you have any inquiries, questions, if it’s not too much trouble, go ahead and put it in the remarks segment underneath and I will be glad to explain them.

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How to Learn SAP S4 HANA and Boost Your Career

Exploring the Power of What is SAP BTP?

CDS Development Fundamentals

RAP offers enhanced ways of carrying out the business rationale. Every technique has its own importance and individual place of execution. Business Logic in RAP.

RAP gives four primary areas of interest where execution of business rationale is thought of. They are:

• Activity
• Capability
• Assurance and
• Approvals.
• Absence of appropriate comprehension might bring about bumbling of the execution.

Below is the concise explanation and importance of each of these key-words with the exact signature. Business Logic in RAP.

1. Actions: To execute business rationale in a way of behaving of a Compact discs Element, an activity is characterized

• It is declared with keyword action in the behavior definition.
• An action can be instance or static.
• An action has exactly one input parameter.
• Input parameter can be a structured data type or a CDS Entity.
• Exactly one output parameter can be defined for actions.
• The return parameter can be defined by result keyword followed by the cardinality and data type.
• The return parameter can be the CDS entity or dictionary data type.
• If the return parameter is the same CDS entity, it is defined with keyword $self.
• Entity keyword is used to specify non-abstract CDS entity with behavior definition.

Example:

2. Functions: A Capability is a procedure on a CDS substance which permits playing out certain computations.

• It is a read access.
• It does not require locking of the CDS Entity.
• It is defined with the keyword function in the behavior definition.
• It can be static or instance based.
• Selective keyword is used to return only selected field of the return parameter.

Rapid Prototyping

Example:

3. Determinations: Conclusions is utilized for dealing with inside business rationale.

• Determinations are implemented based on a trigger condition also known as triggers.
• A trigger condition can be triggered by standard operation like create, update and delete.
• A trigger condition can also be triggered by change of field values in an instance of a CDS entity.
• The fields can be single or multiple ( if one or both the fields change ).
• The combination of field sequence and standard operations can also be a trigger condition.
• They are available in managed scenarios and unmanaged with only draft handling.
• Determinations are applied via on_modify or on_save operations.
• Keyword is determination followed by the name of the determination.

Performance Optimization in ABAP on HANA: Uniting CDS and AMDP

Example with CUD Operations:

Example with field changes:

4. Validations: Validations are like conventional approval checks we have been involving in the programming.

• An validation is executed in the save succession.
• Coming up short of an approval can prompt the early termination of a save grouping
• It very well may be set off with similar trigger circumstances as in judgments

• These are taken care of by the RAP structure in the CHECK_BEFORE_SAVE grouping.

• It is characterized by the catchphrase approval followed by the name and trigger.

Example:

Example with field changes:

Example with mixed triggers:

In this way, if any questioner or as a backend designer, beneath are the responses to the application questions :

• Need to compute on read of the element – Capability

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CDS Development Fundamentals

In this customary technique (to which we as a whole are knowledgeable till now), we tie our compact discs perspectives to projections and afterward to a help restricting. This assistance restricting can be of Web Programming interface, OData V2 or OData V4. Service Consumption Model in Steampunk.

Nonetheless, there is a fascinating reality found that we can in any case consume the OData Administration which are public or the public Web APIs in Steampunk.

Administration utilization is fundamentally a remote help call to a help (WEB Programming interface or OData) outside the cloud. The comparing information is perused from the remote back-end administration.

SAP BTP: Decoding the Business Technology Platform

A few clear questions which would emerge are :

1. 1. Can any OData service be connected to the cloud?
   2. Does the on-premise system be connected via cloud connector to the Cloud?
   3. How do we get the data of the remote service call?
   4. Can a new CDS entity be created from the remote service call?
   5. What are the protocols supported?
   6. Can we integrate the new service in our existing applications?

Allow us to see every one of the responses with the underneath model by making the Help Utilization Model ourselves. The Help utilization model as the name recommends is a bunch of relics that are produced in ABAP Improvement devices based on $metadata or a WSDL record. In this manner the upheld conventions are Cleanser and OData. In this manner, the assistance utilization model will likewise help in the next to each other expansion situation in the cloud. Trust we are know about the Next to each other expansion situations, in the event that not I would strongly suggest for a profound comprehension of it in the beneath SAP Open course connect as it’s anything but a word, it is a finished subject. Service Consumption Model in Steampunk.

To put it plainly, Next to each other expansions are applications that run external SAP S/4HANA Cloud and can be coordinated with the cloud application by means of a Programming interface call.

Is it safe to say that we are doing likewise? Well Yes! Surmise, we are speeding up the considerations of engineers to becoming Arrangement Designers

SAP ABAP – From Basic to Advanced OData

The demo system looks like this.

Question – Can I see all the services of the catalog?
Answer   – Yes – Access the below link after creating account on SAP Demo System.

I have picked a readymade OData administration from SAP Demo Framework to complete this trial!

Kindly follow the underneath steps strictly.

1. 1. Get the Metadata record to be consumed in the assistance utilization model.
   2. Access the metadata of the OData Administration accessible from the inventory and download it.

3. Right Click on the package->New->Other ABAP Repository Object->Service Consumption Model

4. Give a name to the help utilization model with the utilization mode as OData.

5. Click Straightaway and peruse the downloaded metadata record and give a prefix you can recall.

6. Click straightaway and the ABAP curios have been produced with the prefix are given.

7. Click Next. The two antiquities are administration definition and the theoretical substance. Conceptual element resembles dynamic class in SAP which has no execution related with it. It has the assertion Characterize unique element in the Discs DDL. Service Consumption Model in Steampunk.

Chose next and finish.

8. The Help Utilization model is created with the Muck Activities. Click on Read Rundown and get the readymade code and duplicate to clipboard. Check the Information Definition and snap on the information definition made.

9. Abstract DDL ZRAP_HARSEPM_I_SALESORDER_E is created having the entity and the properties.

10. Presently we want to make a class to test the above created model. The class would call the help utilization model and the far off OData administration through a HTTP intermediary call. The information type would be of the Theoretical DDL. Carry out the strategy primary and get_srv_data to get the information of the help.

What is BTP in s4 Hana?

11. By and by we need to make a class to test the above made model. The class would call the assist usage with demonstrating and the distant OData organization through a HTTP delegate call. The data type would be of the Hypothetical DDL. Do the procedure essential and get_srv_data to get the data of the assistance.

In the accompanying code in similar technique, we read the reaction from the help.

12. In the going with code in comparative method, we read the response from the assistance.

13. Save and actuate the class and press F9 to execute.
14. In the console, we can see the information from the remote assistance.

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As an answer draftsman, is it expected to make a conduct definition and execution for all rundown reports? Is conduct definition just an answer for make a rundown report? Well No! Unmanaged Query in RAP.

We have frequently known about Unmanaged Query in RAP conduct that we want to perform Muck procedure on, however unmanaged inquiry is rarely heard and considered. Well it is a secret gem in RAP world where in the event that we need to zero in on just Understood activity and a rundown report where determination is the principal rules, this ought to be an able decision.

All in all, assuming that the questioner asks you, When should Unmanaged Question be picked? You have the instant response above. Remember it.

Compact discs Custom Substances are composed where Cds usefulness isn’t adequate for information determination. It tends to be connected with a model where the information requires a Programming interface or a capability module to be called where the information can’t be straightforwardly separated from the information source.

The majority of us are in a deception that the RAP is just accessible in the cloud, while it begins from S/4HANA 1909 variant. One more inquiry question for you.

These are accessible from ABAP discharge 7.55. The runtime is executed by ABAP Class. The custom Cds substance doesn’t have a SELECT assertion and the runtime is executed by adding the comment @ObjectModel.query.implementedBy.

Trigger a Workflow to Send an Email Whenever a Material is Created

Let’s get it created with Unmanaged Query in RAP.

Create a Custom CDS Entity

Implement the Class

Execute the class ZCL_CUST_ENTITY_COMP: The ABAP code can be carried out in the strategy for the connection point if_rap_query_provider. This connection point has just a single technique Select. The boundaries of the technique are io_request and io_response which is the groundwork of the client-server engineering of HTTP convention. The paging and the channel can undoubtedly be gotten from the io_request.

Trust the code is more clear!

When the class is made, one generally attempts to execute the Cds View to check in the event that information is getting showed (as adjusted by the propensity for a designer) . In any case, the custom Compact discs elements are not executed.

Create Service Binding

Following stage is to make the Service Binding. Right snap on the help definition and make the assistance restricting. Distribute the assistance and see it.

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Preview the Output

Select the element and snap on review, the outcome is very much shown.

Select the component and snap on survey, the result is especially shown.

Trust, another component for Soothing ABAP programming model is substantially more fascinating and helps with contriving amazing arrangements!

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SAP BTP SAP Conversational AI

Elevate Your Conversations with SAP BTP SAP Conversational AI! Unleash the power of seamless communication and automation within your business processes. Explore the synergy of SAP Business Technology Platform (BTP) and Conversational AI for a transformative digital experience. Learn more about the future of intelligent conversations

1. Make a bot, I have named it as mutual funds and added casual banter and hello abilities.
2. Make an expectation @invest – This plan is liable for the main client input, when the client starts a solicitation to contribute. To explain client input, we have made articulations.

I have added below expressions.

3. Make a restricted entity, #Invest. This substance is mindful to find the word put resources into an expectation. In the event that a sentence contains the word contribute, it will direct to contribute aim. The articulations in the goal are then related to the element #invest. SAP BTP SAP Conversational AI.

4. Make another intent @mutualfund. This expectation is liable for the client input about the particular common asset he wishes to contribute. The articulations are the kind of assets which the bot anticipates from the client.

SAP BTP: Decoding the Business Technology Platform

5. Make confined substance #Fundtype. This substance distinguishes the asset name in a given articulation.

It is time to train the bot.

6. Make an expertise called invest.

7. The trigger of this skill would be that intent @Invest should be present.

8. In the necessities tab, we have composed if @invest as contribute, that is on the off chance that contribute is finished, implies in the event that the client has entered that he wishes to contribute. We add a message as type fast answers.

9. We have added quick replies are SBI, ICIC and HDFC.

Press save.

10. In the activity tab – Snap on update discussion and snap on GO TO.

11. Write divert to assign expertise and hang tight for client input.

SAP BTP Services

12. Prior to this step, make one more expertise as allocate. When we present to the client the assets, we would sit tight for the client input and would divert to expertise allocate.

13. The trigger of the distribute expertise is check if plan @mutualfund is available that is assuming the client has entered the asset type.

14. In the requirement tab, we would check if specifically the entity #fundtype is present. Click on new replies for If #funds is complete.

Click on update conversation – edit memory.

Set memory fields and store the user input in the memory. In this, in variable FundName, we have assigned from memory i.e. “{{memory.funds.raw}}” .It will get the value of the entity type.

In the Activities, Compose message as message Asset {{memory.FundName}} is alloted! The memory variable will be tended to as the variable in which memory was put away. Then, at that point, click on update discussion – >edit memory->unset memory fields. This is utilized to unset the client input, very much like clear articulation in abap.

Hope the design is fine. Train the bot and test it.

In the principal explanation ability good tidings is set off. In the subsequent one, ability put is set off in which the client has wanted to contribute and the plan @invest is distinguished by the bot. Consequently as this necessity is satisfied, the bot has asked fast answers from the client. The client can choose one of the buttons.

As client chooses one of the buttons, the expertise dispense is diverted and the bot checks if the purpose @mutualfund and substance #fundtype is found, the memory is caught and the activity text is set off!

All things considered, for certain new presentations as update_conversation, A bot is given an out and out another usefulness. Might we at any point additionally request that the client enter the sum to contribute and call an odata administration to store the asset and the sum! Remain tuned!

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