nuance cloud connector что это
Nuance Omnipage Ultimate 19.6
Решил предложить вам познакомиться с профессиональной программой, которая отлично умеет оптически распознавать символы, вы сможете простыми методами вести преобразование отсканированного документа в обычный текстовый документ. Я знаю, что на нашем проекте есть более известная программа в этом направлении, однако решил предложить вам скачать Omnipage с нашего сайта, вероятно альтернатива вам придется по душе.
Программа позволит вас точно оптически распознать документ с сохранением его структуры, после чего происходить быстрое конвертирование вашего документа в обычный редактируемый и отформатированный текст. После того как текст будет получен, вы сможете с легкостью редактировать его в любых редакторах. Стоит отметить вот что, Omnipage умеет работать более с сотней языков на которых напечатан исходный текст, в том числе присутствует Русская поддержка. Дополнительно при установке утилиты вы сможете установить также программу для конвертации документа формата PDF в простые текстовые форматы, также можно установить инструмент, который позволит вам создавать PDF документ из текстовых файлов.
Omnipage умеет распознавать текст на разных азиатских языках, также можно работать как с вертикальным так и горизонтальным текстом на Японском, Корейском и Китайском языках. В этой версии продукта вы получите более современные методы распознавания документа, более простые инструменты для работы, переработанный интерфейс с поддержкой не только Русского языка. Пользоваться Omnipage может как новичок так и опытный пользователь, каждый для себя сможет найти необходимые возможности. В целом присутствует неплохой справочник, при запуске вам будет доступно несколько советов.
Разработчик: Nuance Communications, Inc.
Лицензия: ShareWare
Язык: Multi + Русский
Размер: 3.94 GB
ОС: Windows
Скачать: Nuance Omnipage Ultimate 19.6
Nuance Intelligent Engagement Cloud – Cloud IVR
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Time for the cloud
Deliver differentiated customer experiences while giving organizations increased flexibility, faster time to market, and reduced operational expenses.
Cloud computing eliminates the capital expense of building and maintaining server infrastructure, shifts support costs, and allows you to pay incrementally only for services used.
Utilizing cloud services allow organizations to more quickly adjust to changing demand while their employees focus on projects that move the business forward.
Shorten project timelines and create a more predictable time‑to‑market by eliminating server and software provisioning, giving you the competitive advantage you need.
Create intelligent, two‑way conversational experiences using leading AI and NLU that improve customer self‑service and business results.
Nuance Cloud Connector 3.2.1396
Быстрое и безопасное подключение между Microsoft Windows и облако
В дополнение к интеграции с OmniPage, соединитель облако нюанс создает сетевой диск под Microsoft Windows, так что вы можете использовать облако хранения, как легко, как будто это другой жесткий диск, подключенный к вашему компьютеру. Теперь можно перемещаться, организовать копирование и свободно перемещать файлы между Microsoft Windows и все ваши учетные записи хранения облако. С разъемом облако нюанс вы вводите имя пользователя и пароль один раз, чтобы получить одновременный доступ к вашим файлам через все Облако Услуги хранения.
Разъему облако нюанс работает с широким кругом облако и стандартных сетевых услуг, включая:
Amazon S3
AT&T синаптических хранения
Caringo касторовое
EMC Atmos онлайн
Google для хранения
Nirvanix
Mezeo
Windows/Azure
Box.NET
Облаке
Peer1 CloudOne
Rackspace CloudFiles
FTP
WebDav
Общая папка сервера
Обзор
Nuance Cloud Connector это программное обеспечение Shareware в категории (2), разработанная Nuance Communications.
Проверяли обновления 440 раз пользователями нашего клиентского приложения UpdateStar в прошлом месяце.
Последняя версия Nuance Cloud Connector-3.2.1396, выпущенный на 24.10.2016. Первоначально он был добавлен в нашу базу данных на 29.06.2011.
Nuance Cloud Connector работает на следующих операционных системах: Windows.
Пользователи Nuance Cloud Connector дал ему Рейтинг 3 из 5 звезд.
SAP Cloud Platform Cloud Connector – A Brief Guide for Beginners
1. Overview
SAP HANA Cloud connector connects between on-demand applications in SAP HANA Cloud Platform and existing on-premise systems. The Cloud connector runs as on-premise agent in a secured network and acts as a reverse invoke proxy between the on-premise network and SAP HANA Cloud Platform.
Due to its reverse invoke support, the configuration is not required in the on-premise firewall to allow external access from the cloud to internal systems. The Cloud connector provides control over:
1.1. Advantages
Compared to the approach of opening ports in the firewall and using reverse proxies in the DMZ to establish access to on-premise systems, the Cloud connector has the following advantages:
2. Step by step process to Install Cloud Connector
This document illustrates the step by step installation process of Cloud connector 2.x on Microsoft Windows OS.
2.1. Prerequisites
Below are the prerequisites for successfully installation of Cloud Connector 2.x.
2.1.1. Hardware
2.1.2. Software
2.2. Setup the Required Software
2.2.1. Downloading Cloud Connector Installation Archive
2.2.2. Setup the Environment Variable
2.3. Installation
Note : As the cloud connector is registered and started as a Windows Service, we can start it later within the Administrative Tools/Services administration tool of Windows (service is named SAP HANA Cloud Connector 2.0), if we decide not to start it immediately. There, we can also do restarts of the service whenever this is needed.
3. Post Installation Configuration
3.1. Establish connection to the cloud account
Now we connect the freshly installed cloud connector to the HCP developer account.
Logon to the cloud connector administration UI by invoking the URL https://localhost:8443 in a Web browser. The cloud connector logon screen then is shown in the browser. As user and password, use the pre-defined user Administrator and password manage.
As we have installed the Cloud connector on our IDES, the URL would be
4. Step By Step Guide of a Sample Application Development
4.1. Business Scenario
This will be a simple sum calculator of two numbers. There will be a web url through which user will pass 2 numbers and will get the result as summation of the two given input.
The summation logic will be written in a Function Module in IDES system(SAP ECC on-premise) and will be called from HANA Cloud through Cloud Connector. The java web application will be deployed and hosted on the Hana Cloud Platform and call the Function Module via the Cloud Connector.
4.2. Function Module in ECC
A sample Function Module – “ZDEMO_CAL_HCC” is written to sum of two numbers which are taking as input and result will be exported as output.
4.3. Cloud Connector Configuration – Configure the on premise resources
Login to the Cloud Connector and Click on the Account Dashboard. It is observed that the account in Hana trial is already connected with a green status. We can add more accounts using add button.
4.3.1. Exposing Intranet Systems
To allow the on-demand applications to access a certain back-end system on the intranet, this can be managed using the Cloud connector access control management.
1. Go to the Access Control tab page and Choose Add.
2. Internal Host and Internal Port specify the actual host and port under which the target system can be reached. It needs to be an existing network address that can be resolved on the intranet and has network visibility for the Cloud connector without any proxy.
3. Virtual Host specifies the host name exactly as it is specified as the URL property in the HTTP destination configuration in SAP HANA Cloud Platform. The virtual host can be a fake name and does not need to exist.
4. The Virtual Port allows distinguishing between different entry points of the back-end system.
4.3.2. Limiting the Accessible Services
In addition to allowing access to a particular host and port, specifying which function modules (Resources) are allowed to be invoked on that host. All other RFC requests are denied by the Cloud connector.
1. To define the permitted function modules (Resources) for a particular back-end system, choose the row corresponding to that back-end system. A dialog appears, prompting to enter the specific function module name to allow.
2. The Cloud connector checks that the function module name of an incoming request is exactly as specified in the configuration. If it is not, the request is denied.
3. If selected the Prefix option, the Cloud connector allows all incoming requests, for which the function module name begins with the specified string.
4. The Enabled checkbox allows to specify whether that resource should be initially enabled or disabled.
4.4. Hana Cloud Configuration – Destination
Connectivity destinations are part of SAP HANA Cloud Platform connectivity service and are used for the outbound communication of a cloud application to a remote system. They contain the connection details for the remote communication of an application.
Connectivity destinations are represented by symbolic names that are used by on-demand applications to refer to remote connections. The connectivity service resolves the destination at runtime based on the symbolic name provided. The result is an object that contains customer-specific configuration details, such as the URL of the remote system or service, the authentication type, and the relative credentials.
The currently supported destination types are HTTP, Mail and RFC.
Here, the steps to create the RFC destination type
5. Open the HANA Cloud Platform Cockpit
6. Click on Destination.>New Destination
4.5. Develop Application
SAP HANA Cloud Platform applications can be based on the Java EE Web application model and hence can develop applications for SAP HANA Cloud Platform just like for any application server.
Next steps are the process to develop the Application which will call the RFC in ECC.
4.5.1. Creation of a Dynamic Web Project
8. Open the Eclipse IDE for Java EE Developers and switch to the Workbench screen.
10. In the Project name field, enter the name of the Project.
11. In the Target Runtime pane, select the runtime to use to deploy this Project application. Here we are using “SAP HANA Cloud”
12. In the Configuration pane, use the default configuration.
4.5.2. Creation of a Servlet
2. Enter the package and class name.
3. Choose Finish to generate the servlet. The Java Editor with the ConnectivityRFCDemo opens.
4. Change the doGet(…) method so that it receives the input from user, call the Function Module using the Destination created in HCP and result back to the user with the output.
5. Save the changes.
Java Code: Attached in the file named “code.txt”
4.5.3. Creation of a JSP Page
2. Create two JSP File, one for the input of two numbers and another for the output file.
3. Here the two JSP file named Calculator.jsp and Result.jsp.
4. Code for Calculator.jsp:
5. Code for Result.jsp:
4.6. Deployment
2. The Run On Server dialog box appears. Make sure that the manually define a new server option is selected.
4. For Server’s host name, use the landscape host depending on the account type. As we are using Hana Trail account, we are using hanatraial.ondemand.com
6. On the New Server wizard page, specify the application name as mycalc (only lowercase Latin letters and digits are allowed).
7. From the Runtime dropdown box, select a specific runtime. If the Automatic option is selected, the server will load the target run-time of the application.
8. Enter the account name, user name, and password.
9. Choose Finish. This triggers the publishing of the application on SAP HANA Cloud Platform.
10. After publishing has completed, the Internal Web Browser opens and shows the application.
11. Once it is deployed on the HANA Cloud Platform, it can be monitored from the HCP Cockpit.
4.7. Test
Once the application is deployed in the HANA Cloud Platform, we can get the url from the HCP Cockpit to test it from the Browser.
Here for our case, the url is: https://mycalc>account number>trial.hanatrial.ondemand.com/DemoCalculator/Calculator.jsp
Assigned Tags
Let me just add a few comments:
The Cloud connector can be used to connect on-premise database, or BI tools to SAP HANA databases in the cloud in both direction
Accessing a HANA DB in the Cloud from an on-premise SQL studio is built into the SCC. However, for the other direction (accessing an on-premise database from a Cloud App) more work is required. One way to do it is to install an additional SAP Business Connector next to the database and use it to translate the SQL/JDBC based protocol to HTTP. The details are outlined in the following document: http://scn.sap.com/docs/DOC-28581. (This document describes as an example how to call an RFC module in the backend, but it can be used for all kinds of other scenarios as well, like accessing an on-premise database, or an FTP server, an MQ Series system or an EDI subconverter. Basically every system, that the SAP Business Connector can communicate with, can be accessed that way.)
I know you are limiting this example to Windows, but I just want to mention that the SCC is also available for Linux and MacOS.
Environment variable for has been set to the Java installation directory, so that the bin subfolder can be found.
Additionally, on Windows the SCC is also able to find a Java installation from the Registry, e.g. the Registry Key «HKEY_LOCAL_MACHINE\SOFTWARE\JavaSoft\Java Development Kit\CurrentVersion». This key is usually created by the Java installation. If it points to an up-to-date Java 6 or 7 installation, the SCC will use it.
Also, if you have the choice, I would recommend Java 7. The SCC still works with Java 6, but it is to be expected that in the future it will require Java 7. So it is a good idea to switch to Java 7 already now. (Java 8 still has incompatibilities with the SCC.)
Thanks a lot for the additional info.
Regards, Anton (Moderator)
it is a great document for beginners, in this document you had provided the way to connect to SAP system but would please provide me some information if I have to connect to XSOData from hana system to fiori app in web ide where I am using proxy IP address to access my xsodata, fiori app and back end data.
i have gone thru the sizing requirement provided by you to connect setup CC,
we are planning to implement CC between HCI and PO.. i would like understand would there be any changes in case if we have huge data (message sizes/ number of messages) that is being transferred between HCI and PO
I don’t think that will be a fare decision to place CC in between HCI and PO where these (HCI and PO) can be connected without using CC itself.
Can you help me? Thank You!
the comments to this document should only relate to the document. For support requests and problem reports I suggest that you open your own discussion thread in the Cloud Platform Developer Center forum.
In order to trouble-shoot your problem you will probably have to describe your setup, network & proxy settings etc. in a bit more detail and attach logs & traces of the Cloud Connector and of the HCP app. All this is not related to this document here and would clutter the comments section.
Best Regards, Ulrich
thanks for the guide.
I’ve following problem:
On step 3.1 (Login into Cloud connector with Administrator and manage) fails.
‘User authentication failed’ appears.
Could someone help me please?
I’ve solved my problem 🙂
Where would sum of two integer data will be stored?In ON-premise System or where?
This example does not use any data storage, it’s only for illustrating communication.
As I don’t have JAVA Quota in HCP,i couldn’t execute the above example.I would like to test Cloud connector on premise System with data storage or some other example.?Any Suggestion please.
Very useful tutorial. I’have done everything up to the servlet completion. It seems the source code is in a file Java Code: Attached in the file named “code.txt” but I’m not able to find the attachment: can you kindly help?.
Is there a limit to how many backend SAP / non-sap systems the CC can connect to?
where can i finde the code.txt?
I have de code.txt and it´s works 😀 :
import java.io.IOException;
import javax.servlet.ServletException;
import javax.servlet.annotation.WebServlet;
import javax.servlet.http.HttpServlet;
import javax.servlet.http.HttpServletRequest;
import javax.servlet.http.HttpServletResponse;
import com.sap.conn.jco.AbapException;
import com.sap.conn.jco.JCoDestination;
import com.sap.conn.jco.JCoDestinationManager;
import com.sap.conn.jco.JCoException;
import com.sap.conn.jco.JCoFunction;
import com.sap.conn.jco.JCoParameterList;
import com.sap.conn.jco.JCoRepository;
import java.io.PrintWriter;
/**
* Servlet implementation class ConnectivityFRCDemo
*/
@WebServlet(«/ConnectivityRFCDemo»)
public class ConnectivityRFCDemo extends HttpServlet <
private static final long serialVersionUID = 1L;
/**
* @see HttpServlet#HttpServlet()
*/
public ConnectivityFRCDemo() <
super();
// TODO Auto-generated constructor stub
>
/**
* @see HttpServlet#doGet(HttpServletRequest request, HttpServletResponse response)
*/
protected void doGet(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException <
PrintWriter responseWriter = response.getWriter();
try
<
// access the RFC Destination «JCoDemoSystem»
JCoDestination destination=JCoDestinationManager.getDestination(«Connector»);
int input1 = Integer.parseInt(request.getParameter(«input1»));
int input2 = Integer.parseInt(request.getParameter(«input2»));
JCoRepository repo=destination.getRepository();
JCoFunction stfcConnection=repo.getFunction(«Function_Module»);
JCoParameterList imports=stfcConnection.getImportParameterList();
imports.setValue(«P_INPUT1», input1);
imports.setValue(«P_INPUT2», input2);
stfcConnection.execute(destination);
JCoParameterList exports=stfcConnection.getExportParameterList();
int resptext=exports.getInt(«P_RESULT»);
request.getSession().setAttribute(«Result», («»+resptext));
response.sendRedirect(«Result.jsp»);
>
catch (AbapException ae)
<
//just for completeness: As this function module does not have an exception
//in its signature, this exception cannot occur. However,you should always
//take care of AbapExceptions
>
catch (JCoException e)
<
response.addHeader(«Content-type», «text/html»);
responseWriter.println(» «);
responseWriter.println(«