Learn how to develop an application using SAP Mobile Platform SDK 3.0 for Windows 8.1

How To Guide: Windows Application Development
using SAP Mobile Platform SDK 3.0 for Windows 8.1
SAP Mobile Platform
This how-to guide explores the core features that are available in Windows SDK,
development environment and also details how to develop a sample SAP application
using this development kit with step by step instructions that details every stage of
the development process.
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How To Guide: Windows App Development using
SAP Mobile Platform SDK 3.0 for Windows 8.1

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Abstract
Windows Software Development Kit (SDK) for Windows 8.1 is the latest version of Windows SDK that lets
you develop Windows apps. The Windows Software Development Kit (SDK) for Windows 8.1 contains
headers, libraries, and tools you can use when you create apps that run on Windows operating systems.
You can use the Windows SDK, along with your chosen development environment, to write Windows
Store apps and desktop apps for Windows 8.1 as well as Windows 8, Windows Server 2012, Windows
Server 2008 R2, and Windows Server 2008.
SAP Mobile Platform 3.0 is the latest in the series of Mobile Application Development Platforms (MADP)
from SAP that provides an open development environment, enabling users to develop mobile
applications with familiar environments and languages, open source tools and third party toolkits,
libraries and frameworks. Using SMP 3.0 it is possible to swiftly design cost-effective and intuitive apps
with the most open and standards - based mobile application development platform.
SAP recently announced the release of SAP Mobile Platform SDK 3.0 SP07 which includes many new
Windows features like providing offline support for Windows applications, Windows push notifications
and certificate authentication directly with SAP Gateway. This service pack release furthers strengthens
the capabilities of SAP Mobile Platform SDK 3.0 with the ability to build truly world-class Windows 8.1
applications for SAP with support for all the native features and functionality offered by the best Windows
devices in the market.
This how-to guide explores the new features that are available with SAP Mobile Platform SDK 3.0 SP07
and explains how to develop a sample application that integrates with an SAP backend using this
development kit with step by step instructions captured at every stage of the development process. Also
included is an overview of the Windows SDK including its core features, the development environment,
pre-requisites, various data operations and the procedures for app development using the SDK. We at
Innovapptive have made every attempt to make this how-to guide as simple as possible. Hence, wherever
possible, code snippets and screen shots have been provided to render the explanation more
meaningful.

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Overview of Windows SDK for 8.1
The SDK kit for Windows 8.1 consists of headers, libraries and tools you can use when you create apps
that run on windows operating systems. Using Windows SDK along with your chosen development
environment, you can develop windows store apps and desktop apps for a variety of windows operating
systems such as Windows 8.1, Windows 8, Windows 7, Windows Vista, Windows Server 2012, Windows
Server 2008 R2 and Windows Server 2008.
As a mobile application development platform, it solves mobility challenges and supports mobile apps
that syncs with your business to enterprise (B2E) or business-to-consumer (B2C) use cases. Apart from
that, it allows flexibility in balancing device user requirements with enterprise requirements.
Key features
Seamlessly connect to SAP mobile platform endpoints to access your enterprise data.
Create, update, and delete SAP objects.
Query SAP objects using OData.
Leverages your own strongly-typed C# objects.
Streamline the authentication and onboarding process.
Use the same C# API for iOS and Android.
Leverage async/await to ensure that your UI is responsive and you code simple
Provides a simple, yet compact API.
The windows SDK also includes the Windows App Certification Kit 3.3 (Windows ACK) to test your app for
a variety of operating systems such as Windows 8, Windows 8.1, and Windows 8.1 phone certification
program. However, one thing to be noted here is windows SDK no longer consists of a complete-line
build environment; you can proceed installing Visual Studio 2013 that includes the appropriate compo-
nents of the Windows SDK.
SAP Mobile Platform
B2E
B2B
B2C
Open and
Standards-
based
Rapid with
SDKs
Native
Hybrid
Mobile Web
Metadata
SMS
Android
iOS
Windows
Offline
App
Services
Platform
Services
Layered Protection
of the Enterprise
Back-end
Agnostic
Lifecycle
Management
Analytics and
Reporting

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Enterprise App Development using SAP Mobile Platform
As a developer, your main objective is to write applications that solves business paradigms and meets the
business goals and requirements. Apart from taking care of the business requirements, there are a variety
of enterprise requirements that are common to all the applications including authentication, data security,
administration, offline access, push notifications and synchronization. This is where SAP Mobile Platform
(SMP) SDK helps you to write applications to meet your business requirements in a much simpler manner
and simultaneously helps you to delegate the responsibilities of meeting enterprise requirements to a
higher authority.
SAP Mobile Platform SDK 3.0 SP07 - Support for Windows
SAP Mobile Platform SDK 3.0 SP07 now comes with the capability to build truly world-class Windows 8.1
applications for SAP with support for all the native features and functionality. There are several key
features that have been added in SMP SDK to support Windows. One important aspect of SMP SDK is
that it not only supports the Windows Store applications but it also supports any Windows machine
running .NET 4.5 or higher. So in essence, you could build an application using the SDK for both the new
Windows 8.1 operating system and also for older legacy Windows machines running .NET 4.5 or higher.
Also, using the Universal Windows app project templates, it is now possible to build applications using a
single code base that runs on Windows Phone and Windows. These are exciting times in the mobility
arena and I am quite optimistic about the future of SMP Windows SDK.
New features in SMP SDK 3.0 SP07 for Windows support -
Offline Support for Windows - An offline OData store is initialized and populated with a list of
OData collection end-points to be stored offline on the device. Device users can fully manipu-
late this data (query, update, create, delete, and so on), then merge the updates to the
back-end with offline changes. An Offline application is well suited when connectivity may
become unrelaible, or requires infrequent updates of back-end data.
Technical Cache - A new feature called Technical cache for Windows (8.1 and Phone 8.1) has
been added, that provides enhanced support for online applications that are occasionally
offline. The technical cache extends the OData API to enhance online applications in cases
where the application is occasionally offline by optimizing application-to-server communica-
tion for online stores, performing conditional HTTP or OData requests to optimize network
bandwidth utilization for cached responses from previous OData requests, and using cached
content to improve application performance.
Certificate authentication directly with SAP Gateway in the MAF Logon Core – certificate
based authentication for SAP Gateway allows for certificate based authentication when
connecting to a Gateway server. The certificate is provided by Afaria or a plugin via the certifi-
cate provider interface. The functionality matches that of SAP Mobile Platform Server, and
applies to conversation manager as well. Scenarios supported include:
Standard HTTPS communication, certificate requested by the TLS layer.
HTTPS communication, the server responds with a certificate challenge.
HTTP communication, the server responds with a certificate challenge.
SAML support - The Hybrid SDK (Kapsel) plugins now support Security Assertion Markup
Language (SAML) for authentication in Windows applications.

Windows Push Notifications.
An important point to be noted is the APIs that are provided on the 3 platforms such as Windows desk-
top, Windows tablets and Windows Phone 8.1 are identical. The platform variances are handled inside
the libraries and hence you can call LogonCore or ODataOnline (or any other library) APIs in the same
fashion, irrespective of the targeted Windows platform. Apart from that, you can use the universal
windows app project templates to build applications with the help of a single code base that runs on
Windows phone and Windows.
Other important value added feature in SDK is the dynamic nature of consuming the OData services.
Instead of having to add a service reference to the OData Service at the time of design to build the proxy
classes with respect to WCF applications, you can build applications, which can dynamically consume any
OData service at runtime using the SMP SDK. Apart from that, even complex properties can be handled in
the sample application during runtime.
Supported environments and devices
Windows Store Applications
Windows 8.1 (WinRT APIs) (Ex: Surface Pro 3, any PC with Windows 8.1 etc.)
Windows Phone 8.1 (WinRT APIs) (Ex: Lumia 1520, HTC One M8 etc.)
Unsupported environments and devices
Silverlight Runtime on Windows Phone
Windows Phone (from version 7.0 to 8.0)
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Windows Desktop Applications
Any system running .NET 4.5 or higher – 4.5.1 and 4.5.2
Windows 8.1
The API set that is available for Windows store applications was always windows runtime. The API set
available for Windows Phone from version 7.0 to 8.0 was a modified Silverlight Runtime. With the unifica-
tion of tablet and phone platforms by Microsoft, the Windows Phone 8.1 now supports the Windows
runtime and the modified Sliverlight Runtime’s (to ensure backward compatibility) API set.
For building universal applications that can target both the Windows and Windows phone devices with a
single code base (business logic that can be shared between the devices), Microsoft Visual Studio 2013 +
Update 2 is required.
Note: You can also try Microsoft Visual Studio + Update 3 to build applications.
Development Environment
Windows Store Applications
Windows 8.1 x 64 – Pro or above version, since Hyper-V is required
Microsoft Visual Studio 2013 + Update 2 and above
Windows Desktop Applications (any system running .NET 4.5 or higher)
Microsoft Visual Studio 2013 + Update 2 and above

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Windows application development using the OData API
We will use the Windows mobile application - mCustomer to demonstrate how SMP SDK 3.0 SP07 can be
leveraged to integrate an SAP backend to a Windows mobile application. The mCustomer app is a
customer contact information lookup and management application, which can be used to search the list
of customer accounts under an organization, based on parameters like the sales organization, distribution
channel and division. The app also allows users to further drill down a speciﬁc customer account to get
detailed information of the account under various heads such as the Address of the Account, Communi-
cation Details (Telephone, Fax, etc), Contact Persons and also the Quick Sales information. The application
syncs with SAP to get customer contacts, letting the user to edit contacts.
Prerequisite - Windows mobile app UI development using Windows Phone SDK has been completed.
The subsequent sections of this document explores the procedures and the logic that we have incorpo-
rated to integrate the Windows mobile application to an SAP backend using SMP SDK 3.0. We earnestly
believe this will help you get started to build your own application and integrate to an SAP backend using
the steps below -
1. Register devices and connect users
2. Initialize an online store
3. Read operations
4. Bind responses to UI controls
5. Perform CUD (create, update and delete) operations
6. Perform logging operations.

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Step 1 - Register devices and connect users
Overview
Registration is also referred to as onboarding a device, which is the first stage in windows application
development. Register a device and login as a user using LogonCore and SecureStore library calls.
A new device needs to be registered with the SMP, before it can accomplish any of the CRUD operations
against the backend, as part of the administration capabilities. This process is typically referred to as
onboarding and is quite helpful for administration purposes. You now have a device history log that tends
to be quite helpful for troubleshooting purposes. Apart from that, you can target the specific device for
any notification, when it comes to server initiated push notifications.
With the new SMP SDK, the process of onboarding a device has become pretty simple by just making
asynchronous calls using the await/async keywords. The compiler on its part takes care of all the heavy
stuff and the end result is code that closely resembles synchronous code. Once you successfully onboard,
an application connection ID is created and sent to the device along with the server response. This appli-
cation ID uniquely identifies the device and this application ID is passed to the header during further
communication with the SMP server.
Prerequisites
1. Initially create project in Visual Studio
2. Add certain libraries to the project
3. Define the application and client password policy using the cockpit in the SMP server.
Figure 1: Create New project

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To create a project in Visual Studio
1. In the FILE menu, click New and then click Project.
2. In the New Project screen:
a. Click Blank App (Windows Phone)
b. Type the name of the project and browse to deﬁne the location where you want to save the
project ﬁles.
c. Click OK to create the new project.
Creating libraries
To get the app running, you need to add certain libraries to the project. These libraries allow you to use
the OData APIs as well as the SMP APIs. ODATA libraries are available in the NuGet store, while SMP
libraries come with the SMP 3.0 mobile SDK install.
To ADD libraries -
1. From the PROJECT menu of the mCustomer – Microsoft Visual Studio screen, click Manage NuGet
Packages.
2. From the Solution Explorer of the mCustomer – Microsoft Visual Studio screen, click Manage NuGet
Packages.
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Figure 2: Create New Library

Mobile Quality Management for SAP® ERP
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3. In the mCustomer – Manage NuGet Packages screen:
a. Search for the libraries that you want to install in the Search box to display a list of packages.
b. Click Install corresponding to the package that you want to install. A conﬁrmation sign is
displayed (in green) notifying that the package has been successfully installed.
c. Click Settings to proceed adding NuGet packages.
Note: All pre-installed packages are also displayed with a conﬁrmation sign.
Figure 3: Add NuGet Packages (From Project Menu)
Figure 4: Create NuGet Packages (From Solution Explorer)

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Figure 5: mCustomer – Manage NuGet Packages
Figure 6: mCustomer – Manage NuGet Packages

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4. In the Options screen:
a. Under NuGet Package Manager, click Package Sources to display the list of package sources
that are available.
b. In the Available Packages section, click the package source (SMP) to add the path to SMP
NuGet packages as one of the package sources (on your local system)
c. Type the name of the package sources and deﬁne the folder (source), where you want to
install these packages.
d. Click OK to save the changes.
5. In the mCustomer – Manage NuGet Packages screen:
a. Click the + button to add a new NuGet Source. At the bottom of this window, Fill in the
name, in our case SMP, and the point the Source to the location of SMP OData Framework
(Normally <SMP SDK install path> NativeSDK OData FrameworkWindows .
b. Click OK to close & Save the changes
c. Repeat Step 1, but change the NuGet Source as shown in below screenshot. And follow the
procedure to add libraries to the project.
Figure 7: mCustomer – Options (Add Package Sources)

Procedure
1. Initialize the logonCore variable using the following code snippet.
var logonCore = await
SAP.Logon.Core.LogonCore.InitWithApplicationIdAsync(“<Application id>");
2. Call RegisterWithContextAsync to register the device that sends an HTTP POST request to the SMP
server with a payload to identify the device with the SMP server. Subsequently, the SMP registers the
device and reverts the registration information as part of the response.
var logonContext = new LogonContext
{
RegistrationContext = new RegistrationContext
{
ApplicationId = “<Application id>",
ServerHost = “<Server HostAddress>”,
IsHttps = <True/False>
ServerPort = <SMP Server Port>
BackendUserName = “<Backend User name >”,
BackendPassword = “<Backend Password>”,
SecurityConfig = “<Security Config>”,
}
};
Once the LogonContext is available, We can now perform Registration
// registers the device
await logonCore.RegisterWithContextAsync(logonContext);
3. Persist locally all registration information received from SMP server using the following code snippet.
await logonCore.PersistRegistrationAsync(passcode, logonContext);
The passcode is a randomly chosen password that is eligible for the passcode policy reverted by the
server.
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Figure 8: mCustomer – Options (Install Packages)

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4. Store the application connection ID after logon:
string connectionId =
(string)logonContext.RegistrationContext.ConnectionData["ApplicationConnectionId"];
Registration Process Flow
Depending on device status and the password policy, the registration and log on process varies, which is
outlined as follows:
Logon Process Flow
If the device is registered:
• OnNavigatedTo - Windows Store applications
• Event handler for the Windows Loaded event - Windows desktop applications
OnNavigatedTo is called when a page is about to appear in a frame, which tends be an ideal time to
check whether a device is registered or not. This is executed by calling InitWithApplicationIdAsync.
When a fully initialized logonCore is returned, the application tries to create a DataVault on the registered
device. If a DataVault already exists, the application attempts to unlock the DataVault without any
password, if successful,RegistrationContext is loaded. If the DataVault does not exist, a new LogonContext
is generated with default values -
• If the device is already registered, the application unlocks the DataVault by sending in NULL
as the password. If this process fails, the user is prompted to type a password for the DataVault.
• If the device is not registered, call RegisterWithContextAsync to register the device with SMP
server.
To check whether the device is registered or not:

Procedure
1. Conﬁgure the HTTPClient to open the online store. The below listed conﬁguration can handle basic
and SAML authentications. Apart from that, X-CSRF-Token handling is enabled and the connection id is
sent automatically in each request -
var client = new SAP.Net.Http.HttpClient(
new System.Net.Http.HttpClientHandler() {
Credentials = new System.Net.NetworkCredential(
(string)registrationContext.BackendUserName,
(string)registrationContext.BackendPassword)
}, true
);
client.DefaultRequestHeaders.TryAddWithoutValidation("X-SMP-APPCID",
connectionId);
client.DefaultRequestHeaders.TryAddWithoutValidation("X-SUP-APPCID",
connectionId);
client.ShouldHandleXcsrfToken = true;
client.ShouldHandleSamlRequests = true;
client.SamlFinishEndpoint = new UriBuilder(registrationContext.IsHttps ? "https"
: "http",
registrationContext.ServerHost,
registrationContext.ServerPort, "/SAMLAuthLauncher").Uri;
client.SamlFinishEndpointParameter = "finishEndpointParam";
await SharedContext.Context.Store.OpenAsync(client);
2. Create an online ODataStore using one of the two overloaded constructors as outlined below:
Constructor 1
public ODataStore(string serviceUri, ODataStore.EntityFormat entityFormat =
ODataStore.EntityFormat.XML);
//The first parameter is the URI for the OData Service passed as a string
//The second parameter is the entity format. The default option is XML.
//Using JSON greatly reduces network traffic and is recommended.
public enum EntityFormat
{
JSON = 0,
XML = 1,
}
//Example:
var store = new ODataStore("uri");
Constructor 2:
public ODataStore(Uri serviceUri, ODataStore.EntityFormat entityFormat =
ODataStore.EntityFormat.XML);
//The first parameter is the URI for the OData Service passed as a System.Uri
//The second parameter is the entity format. The default option is XML.
//Using JSON greatly reduces network traffic and is recommended.
public enum EntityFormat
{
JSON = 0,
XML = 1,
}
//Example:
var store = new ODataStore(new Uri("uri"), EntityFormat.JSON);
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Step 3 - Perform Read Operations
Overview
The following ﬂowchart pictorially depicts the sequential ﬂow of Read operations.
Call steps 1 and 2 only once, when the application starts.
Procedure
1. Create an instance of Online ODataStore (Refer earlier procedure on initiating an Online Store).
2. Pass the instance of SAP.Net.Http.HttpClient to call OpenAsync by executing the below sub-steps:
a. Create an instance SAP.Net.Http.HttpClient.
b. Send in System.Net.Http.HttpClientHandler in the constructor to pass in the credentials.
c. Use SAP.Net.Http.HttpClient to pass in the headers (for example, X-SUP-APPCID).
new System.Net.Http.HttpClientHandler { Credentials = new
NetworkCredential(“user", “password") }, true);
client.DefaultRequestHeaders.TryAddWithoutValidation("X-SMP-APPCID",appcon
nid);
await store.OpenAsync(client);
3. Call ScheduleReadEntitySet passing in the collection name, which is outlined in the following code
snippet:
// Read the collection and wait for the response
// Note: The collection name can include filters. For example,
Suppliers?$top=5

var execution = store.ScheduleReadEntitySet(collectionName);
IODataResponse response = await execution.Response;
// Subsequent calls to read collections
var execution = store.ScheduleReadEntitySet(anotherCollectionName);
The Response property is called asynchronously.
Supplementary section: How to make HTTP requests from Whitelisted connections
You can make HTTP Get requests from either whitelisted OData or JSON service connections.
Prerequisites
Deﬁne a whitelisted back-end connection used by the application in SMP Server using Management
Cockpit.
Procedure
1. If the whitelisted connection is an OData service:
a. Create a new instance of ODataStore: var store = new ODataStore(“Uri");
b. Follow the steps Making HTTP Get Requests.
2. If the whitelisted connection is a JSON service:
a. Create a new instance of SAP.Net.Http.HttpClient that is initialized using the credentials from the
DataVault, add the application connection ID as a header, and submit the request asynchronously.
b. In order to parse response, use native JSON libraries to parse response. Follow the below code
snippet.
//Add a new System.Net.Http.HttpClientHandler in the constructor for
SAP.Net.Http.HttpClient()
//to pass in the credentials
new System.Net.Http.HttpClientHandler()
{
Credentials =
new System.Net.NetworkCredential(
Globals.LogonCore.LogonContext.RegistrationContext.BackendUserName,
Globals.LogonCore.LogonContext.RegistrationContext.BackendPassword),
},
true); // will be disposed by the store!
client.DefaultRequestHeaders.TryAddWithoutValidation("X-SMP-APPCID",
connectionId);
// Send a request asynchronously continue when complete
HttpResponseMessage response = await client.GetAsync(url);
// Check that response was successful or throw exception
response.EnsureSuccessStatusCode();
// Read response asynchronously as JsonValue and write out top facts for each
country
var content = await response.Content.ReadAsStringAsync();
// Parse it into an JsonObject
var jsonContent = JsonObject.Parse(content);
var airport = jsonContent.GetNamedValue("name").GetString();
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Step 4 - Bind responses to UI controls
Overview
This procedure implies binding the OData response to a UI control. The ODataEntitySet is a major com-
ponent of the response from SMP server. You need to take care of the following points when you bind a
response to a UI control:
• ODataEntitySet represents an OData collection. Ex: All BusinessPartners that match a speci-
fied criteria.
• ODataEntitySet is also an IObservableCollection, which implies UI controls are bound to the
ODataEntitySet that is automatically updated when you add or remove entities from the set.
• ODataEntity denotes a single row of an OData collection. Ex: A single BusinessPartner.
• ODataEntity implements the INotifyPropertyChanged interface.
• Some helpful methods that operate on ODataEntity include DeepCopy, GetNavigationProp-
erty, and so on.
Procedure
1. Pass CollectionName as parameter and use Await on the Response property to call ScheduleReadEnti-
tySet method. If an exception is returned, display an error message; else,cast response.Payload to ODa-
taEntitySet and store in variable <X>.
// Cast response.Payload to IODataEntitySet and store in variable X
var execution = Store.ScheduleReadEntitySet(collectionName);
try
{
this.EntitySet = (IODataEntitySet)((IODataResponseSingle)response).Payload;
}
catch (Exception)
{
throw;
}
2. Set the DataContext of the XAML page to the variable <X> at design time or runtime. Using the Prop-
erties member field (also referred as an indexer), bind the properties of a single entity in the set.
this.DataContext = SharedContext.Context = new DataContext();
<GridView x:Name="ItemGridView"
ItemsSource="{Binding EntitySet}"
<DataTemplate x:Key="Standard250x250ItemTemplate">
<TextBlock Text="{Binding Properties[Name].Value}"
Supplementary section: Bind responses to UI controls using LINQ
You can use Language-Integrated Query (LINQ) to bind a response to a UI control. LINQ enables you to
manipulate the ODataEntitySet, and write complex filters.
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Procedure
1. Use LINQ to ﬁlter the ODataEntitySet (use either lambda expression or SQL) and then display the
results:
// LINQ extension method using the lambda style
var filteredEntitySet = entitySet.Where(e =>
((string)e.Properties["Address/State"].Value) == "WA");
// LINQ extension method using the SQL style
var filteredEntitySet = from e in entitySet
where ((string)e.Properties["Address/State"].Value) == "WA"
select e;
foreach (var e in filteredEntitySet)
{
Console.WriteLine(e.Properties["Name"].Value);
}
Step 5 - Perform CUD (Create, Update, Delete) Operations
You can perform the CUD and other operations on the OData source.
Create Operations
You can use the ScheduleCreateEntity method to create an entity in the backend. This method uses
ODataEntity and the CollectionName as parameters. An entity is created locally and passed in as a
parameter to the ScheduleCreateEntity method.
The following steps illustrates how you can execute the Create operations -
1. Create a local ODataEntity and set values for the properties.
2. Set the PropertyCreationMode with any of the available options like All, Keys, Mandatory and Optional.
You can combine the PropertyCreationMode using the binary | operator
3. Call the ScheduleCreateEntity method on the ODataStore. Await the Response property.
var entity = new SAP.Data.OData.Online.ODataEntity(“TypeName");
entity.Properties["ID"].Value = XYZ;
entity.Properties["Name"].Value = “XYZ";
Store.AllocateProperties(entity,
SAP.Data.OData.Store.PropertyCreationMode.All);
var execution = Store.ScheduleCreateEntity(entity, collectionName);
await execution.Response;
//You can also store the Response object in a variable and perform
operations against it,
//if you know that the server returns something when an entity is created
var response = await execution.Response;
Update Operations
You can update an ODataEntity using the ScheduleUpdateEntity method on the ODataStore. Apply the
DeepCopy() method to make a real copy (in contrast to a reference copy) of an entity. Make the necessary
updates on the real copy of the ODataEntity. This ensures that the original entity remains intact and the
app remains in a consistent state, even if the update operation fails in any of the situations including
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network disconnection and server error. The following are the steps:
1. Create a deep copy of an existing entity for a temporary ODataEntity variable.
2. Update the properties of the temporary ODataEntity variable (copiedEntity).
3. Call the ScheduleUpdateEntity method on the ODataStore. Await the Response property.
Note that DeepCopy() only makes a shallow copy of any child objects, in case they are available. For
instance, if your ODataEntitySet is created using the $expand option, then you have parent and child
entities such as SalesOrder and SalesOrderItems respectively. When you execute a DeepCopy(), it makes
a deep copy of the parent object and a shallow copy of the child object.
var copiedEntity = entity.DeepCopy();
copiedEntity.Properties["Name"].Value = newName;
var execution = Store.ScheduleUpdateEntity(copiedEntity);
Delete Operations
You can delete an ODataEntity using the ScheduleDeleteEntity method on the ODataStore.The following
is the code snippet for performing this operation.
var execution = Store.ScheduleDeleteEntity(entity);
Miscellaneous Operations
There are a number of miscellaneous operations that you can call on an entity. The following is the list of
operations (methods) -
public IODataRequestExecution SchedulePatchEntity(IODataEntity entity,
Dictionary<string, string> options = null);
public IODataRequestExecution ScheduleReadEntity(IODataEntity entity,
public IODataRequestExecution ScheduleReadEntity(string resourcePath,
public IODataRequestExecution ScheduleReadPropertyComplex(string resourcePath,
public IODataRequestExecution ScheduleReadPropertyLink(string resourcePath,
public IODataRequestExecution ScheduleReadPropertyLinkSet(string resourcePath,
public IODataRequestExecution ScheduleReadPropertyPrimitive(string resourcePath,
public IODataRequestExecution ScheduleReadPropertyRaw(string resourcePath,
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21
Function Imports
Function imports are helpful in providing custom functionality and are not bounded to any collection.
However, having prior knowledge of return type of the function import would be useful.
var resourcePath = “GetProductsByRating?rating=5”;
var execution = Store.ScheduleFunction(resourcePath);
var response = (await execution.Response) as IODataResponseSingle;
if (response != null)
{
if (response.PayloadType == ODataType.EntitySet)
{
this.EntitySet =
(IODataEntitySet)((IODataResponseSingle)response).Payload;
}
}
Step 6 - Logging operations
Overview
SMP provides support through logs and traces that lets administrators, developers and support profes-
sionals to troubleshoot application issues. All logs have a common format and are stored in the SMP
server database. All log entries for a specific business or application flow (for instance, ODatarequest or a
registration) are associated across the client and server stack. This lets you visualize and comprehend the
end-to-end flow, helping you in identifying the source of an application problem. Apart from logs and
traces, you can even activate end to end tracing on the basis of a single user or device to offer support to
execute end-to-end diagnostics to identify performance or functional application issues.
Administrators and support professionals can identify problem areas with the help of system logs that
collect log messages. Similarly, developers can identify code problems by tracking debug level log
messages. You can set the log level for individual logging components to specify the amount of captured
information.
Application tracing captures additional business data for a request. Typical example include message
data, payloads, HTTP headers and URIs, which can be used for troubleshooting application problems.
How much business data is captured in application traces is assessed by the application developer. You
can enable tracing for individual logging components, as per your specific business requirements.
This is the last stage of the windows based application development, wherein you can log various appli-
cation events by specifying a log level and then subsequently upload the client log to SMP server for
analysis.
Prerequisites
Define the client log and trace policies in SMP server using the cockpit.
Conclusion
In the light of SMP becoming the standard for developing applications that can integrate to any backend
including SAP, the aim of this guide is to provide you a conceptual and a procedural framework of how
you can get started to create a simple windows based application integrated to SAP.

For more information
To learn more about Innovapptive’s mPower™ App Suite, Enterprise Mobility Strategy
and Consulting, Rapid Deployment Solutions and Custom Development Services,
contact your Innovapptive sales representative, visit us at www.innovapptive.com or
you can email Innovapptive directly at sales@innovapptive.com
Innovapptive is a 2015 SAP Pinnacle Award winner, a 2014 SAP Pinnacle Award finalist
and a 2014 SAP Mobile App Challenge winner. Innovapptive is focused on enabling
instant mobilization for global 2,000 customers, by accelerating their time to market
and value. Innovapptive helps customers achieve instant mobilization through one of
the world’s largest portfolios of mobile apps on SAP Store, which are capable of
running both on native operating systems and SAP Fiori. Innovapptive’s portfolio of
mobile apps is complemented by proprietary technology to allow limitless customiza-
tions through simple configurations. By leveraging these mobile solutions and tech-
nology, together with a cloud-based enterprise-branded app store and a configurable
app wrapper security tool set, several of the world’s largest customers have instantly
mobilized their enterprises in as few as four to six weeks. The team at Innovapptive
brings a unique and unparalleled combination of SAP, mobile and industry experience
and have transformed large global 2000 customers such as MARS Chocolate, AMGEN,
Forest City Enterprises, Semperian, EBY-Brown and Vallourec USA Corp to name a few.
© Copyright Innovapptive Inc. 2015
Innovapptive Inc.
7322 Southwest Freeway, Suite 1816
Houston, TX 77074
USA
Produced in the United States of America
April 2015
All Rights Reserved
About Innovapptive
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