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Get Latest [Jun-2024] Conduct effective penetration tests using DumpsMaterials C-HANADEV-18

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SAP C-HANADEV-18 Certification Exam is designed for professionals who want to validate their skills and knowledge in developing and deploying SAP HANA applications. Certified Development Associate – SAP HANA 2.0 SPS06 certification will test your ability to develop and optimize database models, design and implement security measures, and create and implement data integration solutions. Passing C-HANADEV-18 exam will demonstrate your expertise in SAP HANA 2.0 SPS06 and your readiness to work with SAP HANA technology.

NEW QUESTION 51
Which of the following are characteristics of database procedures?

Database procedures can have both input and output parameters; however, a parameter CANNOT be both input and output.

Database procedures can have several output parameters, and a mix of both scalar and table types is possible.

If, in the database procedure header, you use the READS SQL DATA option, then INSERT statements are prohibited; however, dynamic SQL is allowed.

If, in the database procedure header, you use the SQL SECURITY INVOKER option, then only the owner of the procedure can start it.

According to the SAP HANA SQLScript Reference1, database procedures are subroutines that can be called from SQL statements or other database procedures. Database procedures can have the following characteristics:
* Database procedures can have both input and output parameters; however, a parameter CANNOT be both input and output. Input parameters are used to pass values to the procedure, while output parameters are used to return values from the procedure. A parameter can be either scalar or table type, depending on the data type and cardinality. A parameter cannot be both input and output, because this would create ambiguity and inconsistency in the parameter passing mechanism. For example, you cannot declare a parameter as IN OUT, or assign a value to an input parameter, or read a value from an output parameter. For more information on database procedure parameters, see [Parameters of Database Procedures]2.
* Database procedures can have several output parameters, and a mix of both scalar and table types is possible. Output parameters are used to return values from the procedure to the caller. A procedure can have zero or more output parameters, depending on the purpose and logic of the procedure. Output parameters can be either scalar or table type, depending on the data type and cardinality. A procedure can have a mix of both scalar and table output parameters, as long as they are compatible with the caller’s expectations and syntax. For example, you can use a SELECT statement with INTO clause to assign values to scalar output parameters, or use a SELECT statement with RESULT clause to return a table output parameter. For more information on database procedure output parameters, see [Output Parameters of Database Procedures]3.
* If, in the database procedure header, you use the READS SQL DATA option, then INSERT statements are prohibited; however, dynamic SQL is allowed. The READS SQL DATA option is used to indicate that the procedure only reads data from the database, and does not modify or write any data. This option is useful for performance optimization and security enforcement, as it allows the database to apply certain optimizations and checks to the procedure. However, this option also imposes some restrictions on the procedure, such as prohibiting any INSERT, UPDATE, DELETE, or MERGE statements, or any other statements that modify the database state. Dynamic SQL, which is SQL code that is constructed
* and executed at run time, is still allowed, as long as it does not violate the READS SQL DATA option. For more information on the READS SQL DATA option, see [Procedure Header Options]4.
* If, in the database procedure header, you use the SQL SECURITY INVOKER option, then only the owner of the procedure can start it. The SQL SECURITY INVOKER option is used to indicate that the procedure is executed with the privileges of the user who invokes the procedure, rather than the privileges of the user who created the procedure. This option is useful for security enforcement and access control, as it allows the database to apply the appropriate authorization checks and restrictions to the procedure. However, this option does not affect who can start the procedure, as this is determined by the GRANT EXECUTE statement, which grants the execute privilege on the procedure to a specific user or role. The SQL SECURITY INVOKER option only affects how the procedure is executed, not who can execute it. For more information on the SQL SECURITY INVOKER option, see [Procedure Header Options]4.
References: 1: SAP HANA SQLScript Reference 2: Parameters of Database Procedures 3: Output Parameters of Database Procedures 4: Procedure Header Options

NEW QUESTION 52
Which of the following are characteristics of SAPUI5? There are 3 correct answers to this question.

Provides an extensibility concept

Enables responsive application design

Supports customer-specific theming

Renders the UI on the server side

Provides a device-specific user experience

NEW QUESTION 53
How do you debug a Node.js module in SAP Web IDE for SAP HANA? Please choose the correct answer.

Set the enabled parameter to true in the section debugger of the xsengine.ini file.

Add the sap.hana .xs.debugger::Debugger role to the HDI Container’s #RT User.

Start the debugger from the XS command line interface and run the program in SAP Web IDE for SAP HANA.

Attach the debugger to the application in the SAP Web IDE for SAP HANA.

NEW QUESTION 54
You work on a multi-target application that uses the SAP HANA Deployment Infrastructure (HDI). Which operations can you perform in the SAP Web IDE for SAP HANA?
There are 2 correct answers to this question.

Create objects in the SAP HANA repository.

Deploy HTML5 modules to the SAP HANA database.

Choose the supported SAP HANA versions.

Configure the artifact namespaces.

NEW QUESTION 55
You need to install SAP HANA 2.0, express edition to develop a native SAP HANA application. Which of the following deployment options do you have?
There are 2 correct answers to this question.

Installation on Windows Server

Installation on Mac OS

Installation on Linux OS

Usage of virtual machine on Microsoft Windows

NEW QUESTION 56
You implement a native SAP HANA application using SAP HANA extended application services, advanced model (XS advanced) and SAPUI5. Where is the UI rendering executed? Please choose the correct answer.

On the SAPUI5 HTML5 module

On the SAP Fiori front-end server

On the front-end client device

On the XS advanced application server

NEW QUESTION 57
You are asked to produce sales value for the month using sales order line items (sales price per item x quantity sold) what do you use to achieve this in a calculated column of a calculation view? There are 2 correct answers to this question.

Keep flag

Dynamic join

Transparent filter

Non-equijoin

NEW QUESTION 58
You developed a multi-target application that contains only a database module. Which environment are the runtime objects created in? Please choose the correct answer.

Java Runtime Environment (JRE)

SAP HANA Runtime Tools (HRTT)

SAP Web IDE for SAP HANA

HANA Deployment Infrastructure Container

NEW QUESTION 59
You want to exclusively use declarative logic in an SQL Script procedure. Which of the following operators can you use? There are 2 correct answers to this question.

COMM IT statement

IF condition

TABLE variable

MAP_REDUCE function

NEW QUESTION 60
Which join type is NOT supported by join optimization (pruning)? Please choose the correct answer.

Outer Join

Text Join

Referential Join

Inner Join

NEW QUESTION 61
After reviewing the SQL Analyzer results, which of the following would you consider for optimizing the performance? There are 2 correct answers to this question.

Re-prioritize with Workload Management.

Use CE functions.

Modify SQL hints.

Change the data model.

According to the SAP HANA Performance Guide for Developers1, the SQL Analyzer tool can help you understand and analyze the execution plan of a SQL statement, and identify potential bottlenecks and optimizations. Some of the possible optimizations are:
* Modify SQL hints: SQL hints are directives that you can add to a SQL statement to influence the behavior of the SQL optimizer. For example, you can use hints to specify a join type, a join order, a join condition, a table distribution, or a parallel degree. SQL hints can help you improve the performance of a query by overriding the default choices of the optimizer, or by providing additional information that the optimizer cannot infer from the data or statistics. However, SQL hints should be used with caution, as they can also have negative effects if they are not compatible with the data characteristics or the system configuration. Therefore, you should always test the impact of SQL hints on the query execution time and resource consumption, and compare the results with the original query without hints. You can use the SQL Analyzer tool to view the effect of SQL hints on the execution plan, and modify them accordingly. For more information on SQL hints, see [SAP HANA SQL and System Views Reference].
* Change the data model: The data model is the logical representation of the data and the relationships among them. The data model can have a significant impact on the performance of a query, as it determines how the data is stored, accessed, and processed by the database. A well-designed data model can reduce the complexity and cost of a query, and enable the use of efficient operators and algorithms.
On the other hand, a poorly-designed data model can lead to redundant or inconsistent data, unnecessary joins or aggregations, or suboptimal access paths. Therefore, you should always review the data model and consider changing it if it does not meet the requirements of the query or the application. For example, you can use different types of views, such as calculation views, analytical views, or attribute views, to model the data according to the business logic and the analytical needs. You can also use different types of tables, such as column tables, row tables, or partitioned tables, to store the data according to the access patterns and the distribution strategies. You can use the SQL Analyzer tool to view the data model of the query, and identify the possible changes that can improve the performance.
For more information on data modeling, see [SAP HANA Modeling Guide].
References: 1: SAP HANA Performance Guide for Developers : SAP HANA SQL and System Views Reference : SAP HANA Modeling Guide

NEW QUESTION 62
What is the package descriptor package.json used for? There are 2 correct answers to this question.

To define back-end destinations

To set the router version

To list the package dependencies

To define the routes

The package descriptor package.json is a JSON file that defines the build, deployment, and runtime dependencies of a JavaScript application in SAP HANA XS Advanced. The package.json file is mandatory for JavaScript applications and it is located in the general section of the project. As well as the application name and version, dependencies to other Node.js modules, the Node.js version, run scripts, and the main program are configured. The package descriptor package.json is used for the following purposes:
* To list the package dependencies: The package.json file contains a dependencies property that lists the names and versions of the Node.js modules that the application depends on. These modules are installed by the npm install command during the build process and are available in the node_modules folder of the application. The dependencies property can also specify the scope and type of the dependencies, such as devDependencies for development-only modules, or peerDependencies for modules that are required by other modules.
* To define the routes: The package.json file contains a sap.cloud.service property that defines the name of the service that the application provides or consumes. This name is used to generate the routes for the application in the XS advanced environment. The routes are defined in the xs-app.json file, which is located in the same folder as the package.json file. The routes specify the rules for forwarding requests to the back-end microservices or destinations.
The following purposes are not achieved by the package descriptor package.json, but by other files or tools:
* To define back-end destinations: The back-end destinations are defined in the mta.yaml file, which is the deployment descriptor file that specifies the metadata and dependencies for the multi-target application (MTA) project. The mta.yaml file is located in the root folder of the MTA project and is used by the Cloud Foundry environment to deploy the application. The back-end destinations are declared as resources of type org.cloudfoundry.existing-service or org.cloudfoundry.managed-service, and are bound to the application modules by the requires property.
* To set the router version: The router version is set by the @sap/approuter module, which is a Node.js module that provides the application router service for the XS advanced environment. The application router service is responsible for routing requests to the appropriate destinations and for authenticating users. The @sap/approuter module is installed by the npm install command during the build process and is available in the node_modules folder of the application. The version of the @sap/approuter module is specified in the dependencies property of the package.json file.
References:
* [SAP HANA Deployment Infrastructure Reference], Chapter 5: HDI with XS Advanced, Section 5.1:
Developing with the SAP Web IDE for SAP HANA, Subsection 5.1.2: Configure Application Routing (xs-app.json), pp. 101-104.
* [SAP HANA Platform Documentation], SAP HANA Developer Guide for SAP HANA XS Advanced Model, Chapter 4: Developing HTML5 Applications, Section 4.1: Developing HTML5 Applications Using SAP Web IDE for SAP HANA, Subsection 4.1.3: Configure Application Routing (xs-app.json), pp. 77-80.

NEW QUESTION 63
Which parameters does the APPLY_FILTER function support? There are 2 correct answers to this question.

Filter condition

Join condition

Entity set

Table variable

NEW QUESTION 64
You work on a multi-target application that uses the SAP HANA Deployment Infrastructure (HDI). Which operations can you perform in the SAP Web IDE for SAP HANA?
There are 2 correct answers to this question.

Create objects in the SAP HANA repository.

Deploy HTML5 modules to the SAP HANA database.

Choose the supported SAP HANA versions.

Configure the artifact namespaces.

The SAP Web IDE for SAP HANA is a web-based development tool that allows you to create and manage multi-target applications (MTAs) that use the SAP HANA Deployment Infrastructure (HDI). HDI is a service layer that enables you to deploy database development artifacts to HDI containers, which are isolated schemas that represent runtime objects. Some of the operations that you can perform in the SAP Web IDE for SAP HANA are:
* Deploy HTML5 modules to the SAP HANA database: HTML5 modules are web applications that run on the XS advanced runtime and can access HDI containers via service bindings. You can create, edit,
* test, and deploy HTML5 modules from the SAP Web IDE for SAP HANA using the MTA development perspective and the build and run commands. You can also use the HTML5 module template wizard to generate a basic HTML5 module with the required configuration files and dependencies.
* Configure the artifact namespaces: Artifact namespaces are prefixes that are added to the names of the database artifacts that are deployed to the HDI containers. They help to avoid name conflicts and to organize the artifacts in a logical way. You can configure the artifact namespaces in the SAP Web IDE for SAP HANA by editing the .hdiconfig file in the db module of your MTA project. You can also use the namespace template wizard to generate a .hdiconfig file with a default namespace.
The following operations are not possible or not recommended in the SAP Web IDE for SAP HANA:
* Create objects in the SAP HANA repository: The SAP HANA repository is a legacy feature that was used to store and manage design-time artifacts in SAP HANA 1.0. It has been deprecated since SAP HANA 2.0 SPS 02 and replaced by HDI. Therefore, you should not create objects in the SAP HANA repository, but rather use HDI containers and the SAP Web IDE for SAP HANA to develop and deploy database artifacts.
* Choose the supported SAP HANA versions: The SAP Web IDE for SAP HANA does not allow you to choose the supported SAP HANA versions for your MTA project. The supported SAP HANA versions depend on the HDI version and the SAP HANA Cloud Platform, which are determined by the target environment where you deploy your MTA project. You can check the compatibility of the HDI version and the SAP HANA Cloud Platform in the SAP HANA Deployment Infrastructure Reference.
References:
* [SAP HANA Deployment Infrastructure Reference], Chapter 5: HDI with XS Advanced, Section 5.1:
Developing with the SAP Web IDE for SAP HANA, pp. 101-106.
* [SAP HANA Platform Documentation], SAP HANA Developer Guide for SAP HANA XS Advanced Model, Chapter 4: Developing HTML5 Applications, Section 4.1: Developing HTML5 Applications Using SAP Web IDE for SAP HANA, pp. 77-82.

NEW QUESTION 65
You create a simple data model to store user information. The model contains two tables: one for the user information, and the other for user address details.
The user can only have one address. You also need a view to show the complete information of the user including the address.
Which actions do you perform if you use CDS artifacts only? Please choose the correct answer.

Create two entities for the user and address.
Create an association in the user entity to the address entity.
Define a User Details view using select on the address entity and using the association to read the user information.

Create two entities for the user and address.
Create an association in the user entity to the address entity.

Define a User Details view using select on the user entity and using the association to read the address information.
Create two entities for the user and address.
Extend the user entity with address columns.

Create a view named User Details using select on the user entity.
x-s Create two entities for the user and address.
Create a User Details calculation view and join the user and address information.

NEW QUESTION 66
You need to view the data model exposed by an OData V2 service. What must you append to the service URL? Please choose the correct answer.

$schema

$service definition

$metadata

$format

An OData V2 service is a web service that exposes data from a data source, such as a SAP HANA database, in a standardized and interoperable format based on the OData protocol version 2.0. An OData V2 service consists of one or more entity sets, which are collections of entities of the same type. An entity is a data object that has properties and a unique key. An OData V2 service can also define associations between entity sets, which are relationships that specify how entities are related to each other. An OData V2 service can also define function imports, which are operations that can be invoked by the client to perform specific tasks.
An OData V2 service exposes a data model that describes the structure and semantics of the data and the operations that are supported by the service. The data model is represented in an XML document that conforms to the OData Metadata XML Schema. The data model contains information such as the entity types, the entity sets, the associations, the function imports, the namespaces, the annotations, and the service document.
To
view the data model exposed by an OData V2 service, you need to append the $metadata system query option to the service URL. The $metadata system query option requests the metadata document of the service. For example, if the service URL is http://services.odata.org/V2/Northwind/Northwind.svc, then the metadata document URL is http://services.odata.org/V2/Northwind/Northwind.svc/$metadata. The metadata document URL can be accessed by any HTTP client, such as a web browser, and it returns the XML representation of the data model.
The other options are incorrect because they are not system query options that can be used to view the data model exposed by an OData V2 service. $schema is not a valid system query option in OData V2. $service definition is a system query option in OData V4, not OData V2, and it requests the service definition document, which is a JSON document that describes the capabilities and annotations of the service. $format is a system query option that can be used to specify the desired format of the response, such as XML or JSON, but it does not request the data model of the service. References:
* SAP HANA Platform 2.0 SPS06: OData V2 Developer Guide, Section 1.1
* SAP HANA Platform 2.0 SPS06: OData V2 Developer Guide, Section 2.1
* SAP HANA Platform 2.0 SPS06: OData V2 Developer Guide, Section 2.6
* OData Version 2.0: Part 1 – Protocol, Section 2.2.6
* OData Version 2.0: Part 3 – CSDL, Section 1

NEW QUESTION 67
What statement must you insert to the following OData service to complete the navigation definition from the customer entity set to the corresponding sales orders? Please choose the correct answer.
service{ “sample.odata::customer” as customer” navigates (“Customer_Orders* as “toOrders);
“sample.odata::salesorder” as “Orders”;)

Aggregation

Association

Key specification

Join condition

NEW QUESTION 68
Which OData capacities are supported in SAP HANA extended application services, advanced model (XSA)? There are 3 correct answers to this question.

Union

Aggregation

Join

Projection

Association

NEW QUESTION 69
You created an HDI database role, using the SAP Web IDE for SAP HANA and deployed your project. Afterward, you made some modifications to the runtime role.
What happens when you change and re-build the design-time role? Please choose the correct answer.

The runtime modifications are kept.

The deployment of the role fails.

You need to confirm the runtime modifications

The runtime modifications are overwritten.

NEW QUESTION 70
You need to create a native SAP HANA application that fully leverages the SAP HANA platform. How do you implement data-intensive calculations?
Please choose the correct answer.

Push the calculations onto the application layer.

Push the calculations onto the database layer

Push the calculations onto the presentation layer.

Distribute calculations between application layer and presentation layer.

NEW QUESTION 71
You need to manage an exception in a SQLScript. Which SQLScript features can you use? There are 2 correct answers to this question.

DECLARE EXIT HANDLER

SIGNAL

DEFINE RESIGNAL

CREATE EXIT HANDLER

NEW QUESTION 72
You need to create a native SAP HANA application that fully leverages the SAP HANA platform. How do you implement data-intensive calculations?
Please choose the correct answer.

Push the calculations onto the application layer.

Push the calculations onto the database layer

Push the calculations onto the presentation layer.

Distribute calculations between application layer and presentation layer.

To create a native SAP HANA application that fully leverages the SAP HANA platform, you should implement data-intensive calculations on the database layer, using SQLScript or calculation views. SQLScript is a scripting language that allows you to write stored procedures, functions, and triggers that perform complex calculations and data transformations on the SAP HANA database. Calculation views are graphical or scripted views that define data models based on tables, views, or other calculation views, and apply filters, joins, aggregations, and other operations on the data. By pushing the calculations onto the database layer, you can take advantage of the in-memory processing, parallelization, and optimization capabilities of SAP HANA, and reduce the data transfer and network latency between the application layer and the database layer123.
The other options are not correct because they do not fully leverage the SAP HANA platform, and they may result in poor performance, high resource consumption, and increased complexity. Pushing the calculations onto the application layer means that you use a programming language, such as Java or Node.js, to perform the calculations on the application server, which may not be as efficient or scalable as the database server. Pushing the calculations onto the presentation layer means that you use a UI framework, such as SAPUI5 or SAP Fiori, to perform the calculations on the client device, such as a browser or a mobile device, which may not have enough processing power or memory to handle large or complex data sets. Distributing the calculations between the application layer and the presentation layer means that you split the calculations into different parts and execute them on different layers, which may introduce inconsistency, redundancy, and dependency issues. References:
* SAP HANA Platform, SAP HANA SQL and System Views Reference, SQLScript Guide
* SAP HANA Platform, SAP HANA Modeling Guide for SAP HANA Web Workbench, Calculation Views
* SAP HANA Platform, Developing Applications with SAP HANA Cloud Platform, Developing Multi-Target Applications, Developing Database Modules

NEW QUESTION 73
What key words are contained in the application descriptor file (xs-app.json)? There are 2 correct answers to this question.

routes

role-templates

tenant-mode

authentication Method

The application descriptor file (xs-app.json) is a JSON file that defines the routing and authentication configuration for an HTML5 module in a multi-target application (MTA) project. It is located in the root folder of the HTML5 module and is used by the managed application router to dispatch requests to the appropriate destinations and to authenticate users. Some of the key words that are contained in the xs-app.json file are:
* routes: This is an array of objects that specify the rules for forwarding requests to the back-end microservices or destinations. Each route object has a source property that defines a regular expression to match the request path, and a destination property that defines the name of the destination to which the request should be forwarded. Optionally, a route object can also have other properties, such as authentication, csrfProtection, service, or scope, to further configure the routing behavior.
* authenticationMethod: This is a property that defines the authentication method to be used for the HTML5 module. It can have one of the following values: route, which means that the authentication method is defined by the route configuration; none, which means that no authentication is required; or approuter, which means that the authentication is delegated to the approuter service. The authenticationMethod property can be set at the global level for the entire HTML5 module, or at the route level for a specific route.
The following key words are not contained in the xs-app.json file, but in other files related to the MTA project:
* role-templates: This is an array of objects that define the roles and their corresponding scopes and attributes for the application. The role-templates are defined in the xs-security.json file, which is the application security descriptor file that specifies the security configuration for the application. The xs-security.json file is located in the root folder of the db module and is used by the User Account and Authentication (UAA) service to manage the authorization and trust management for the application.
* tenant-mode: This is a property that defines the tenant mode for the application. It can have one of the following values: dedicated, which means that the application runs in a dedicated schema for each tenant; shared, which means that the application runs in a shared schema for all tenants; or mixed, which means that the application runs in a mixed mode depending on the tenant context. The tenant-mode property is defined in the mta.yaml file, which is the deployment descriptor file that specifies the metadata and dependencies for the MTA project. The mta.yaml file is located in the root folder of the MTA project and is used by the Cloud Foundry environment to deploy the application.
References:
* [SAP HANA Deployment Infrastructure Reference], Chapter 5: HDI with XS Advanced, Section 5.1:
Developing with the SAP Web IDE for SAP HANA, Subsection 5.1.2: Configure Application Routing (xs-app.json), pp. 101-104.
* [SAP HANA Platform Documentation], SAP HANA Developer Guide for SAP HANA XS Advanced Model, Chapter 4: Developing HTML5 Applications, Section 4.1: Developing HTML5 Applications Using SAP Web IDE for SAP HANA, Subsection 4.1.3: Configure Application Routing (xs-app.json), pp. 77-80.

NEW QUESTION 74
Which OData capacity do you use when you need to restrict the number or selection of exposed columns?
Please choose the correct answer.

Parameter entity sets

Aggregation

Key specification

Property projection

Property projection is an OData capability that allows you to restrict the number or selection of exposed columns in an OData service. Property projection is achieved by using the $select query option, which specifies a subset of properties to be included in the response. The $select query option can be applied to a single entity, a collection of entities, or a complex type. Property projection can be used to reduce the payload size and improve the performance of the OData service.
For example, suppose you have an OData service that exposes a Products entity set with the following properties: ID, Name, Category, Price, and Description. If you want to restrict the number or selection of exposed columns to only ID and Name, you can use the $select query option as follows:
GET /Products?$select=ID,Name
The result is: { “@odata.context”: “$metadata#Products(ID,Name)”, “value”: [ { “ID”: 1, “Name”: “Laptop” }, { “ID”: 2, “Name”: “Mouse” }, { “ID”: 3, “Name”: “Keyboard” } ] }
The following OData capabilities are not used to restrict the number or selection of exposed columns, but for other purposes:
* Parameter entity sets: Parameter entity sets are a way to define entity sets that require one or more parameters to be specified in the request. Parameter entity sets can be used to implement function imports or actions that return a collection of entities. Parameter entity sets can also be used to filter or sort the results based on the parameters.
* Aggregation: Aggregation is a way to apply aggregate functions, such as sum, count, min, max, or average, to the properties of an entity set or a complex type. Aggregation can be used to perform calculations or analysis on the data. Aggregation is achieved by using the $apply query option, which specifies a transformation pipeline with various operators, such as groupby, aggregate, filter, or order by.
* Key specification: Key specification is a way to define the key properties of an entity type, which uniquely identify an entity instance within an entity set. Key specification is part of the entity type definition in the metadata document of the OData service. Key specification can be used to retrieve a single entity by its key values.
References:
* [OData Version 4.0 Part 2: URL Conventions], Section 5.1.1: System Query Option $select, pp. 10-11.
* [OData Version 4.0 Part 3: Common Schema Definition Language (CSDL)], Section 13: Entity Model, Subsection 13.2: Entity Sets, pp. 88-89.

NEW QUESTION 75
A Node.js module is executed for the first time in SAP HANA extended application services, advanced model (XS advanced). Which of the following activities are performed automatically? There are 2 correct answers to this question.

The source code is compiled to create an executable binary file.

A new SAP HANA Deployment Infrastructure (HDI) container is created.

The required modules are downloaded based on module dependencies.

A new service is executed on the application server.

Earning the C_HANADEV_18 certification can be beneficial for developers who want to enhance their career prospects in the field of SAP HANA development. Certified Development Associate – SAP HANA 2.0 SPS06 certification can demonstrate to employers that a developer has the necessary skills and knowledge to work with SAP HANA 2.0 SPS06 effectively. This can lead to better job opportunities, higher salaries, and greater recognition in the industry.

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