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XML Web Service Suite

View detailed information about XML Web Service Suite, check out its system requirements, FAQ, frequently asked questions, and download links.
XML Web Service Suite is a powerful and integrated tool for creating, hosting and interacting with XML Web services. From a single source you can create service interfaces and define procedures for getting, inserting, updating and deleting information from XML documents. XML Web Service Suite offers integrated support for SOAP, WSDL, WSDL2 and…

Hi,
I would like to ask you if you can share your source code.
I want to create web service (JAVA). Can I use the source code that you share?
If you share your source code, I can modify, fix bugs and improve the code.
Thank you.

We are testing to see if we can connect to a IBM Notes client remotely via a Web Browser. We are using the Notes Client 8.5.1.6 version.
We are having trouble connecting to the Notes client via a web browser. We have tried all of the following and have had no luck.
1) ActiveX version of Java and Netscape browser
2) Using IE8 browser
3) Using Firefox browser
4) Using Safari browser
5) Using IE7 browser
6) Using IE5.5 browser
7) Using Opera browser
8) Using Netscape 4.7.2
9) Using IE8 beta (tried this before).
We are getting the following error when trying to connect to the client via a web browser:
“Notes Connect failed.
The server is not configured to allow remote connections to this client.”
We have tried to…

Error on Windows 7 Professional, IE8
I am using a webservice from QA Framework (
I am writing unit tests (using WUnit and NUnit).
When I execute them, I got following error:
Synchronous invocation
System.Reflection.TargetInvocationException: Exception has been thrown by the target of an invocation. —> System.Runtime.InteropServices.COMException: Retrieving the COM class factory for component with CLSID {00024500-0000-0000-C000-000000000046} failed due to the following error: 80040154
I found a lot of people with this…

Updating the web service code from.net to Java 384a16bd22

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This macro simulates the scattering of light off of an electron. It is based on the relationship between light and energy.
The macro takes 3 inputs:
– The wavelength of the light (String)
– The kinetic energy of the electron (Double)
– The angle between the incoming light and the incoming electron (Double)
Using this information, the macro then performs the following calculations:
– Calculates the energy of the photon
– Calculates the energy of the electron
– Calculates the new energy of the electron
– Calculates the photon energy as a fraction of the electron energy
– Calculates the wavelength of the light
– Calculates the new wavelength of the light
– Calculates the final energy of the electron
– Calculates the change in angle between the incoming light and electron
Once the macro has finished its calculations, it prints to the clipboard the following:
– New wavelength of the light (String)
– Old wavelength of the light (String)
– Difference in wavelength (String)
– New wavelength of the electron (String)
– Old wavelength of the electron (String)
– Difference in wavelength (String)
– New kinetic energy of the electron (Double)
– Old kinetic energy of the electron (Double)
– Difference in kinetic energy (Double)
– New angle between the electron and the light (Double)
– Old angle between the electron and the light (Double)
– Difference in angle (Double)
The simulation is based on the work of Compton (1923) and the momentum and energy equations derived in the process. The model was also tested against equations derived from the complete treatment of light-electron scattering (Compton, 1923).
This macro was developed for the AVS Physics Workbench on a Windows 7 operating system.
SUMMARY:
This macro simulates the scattering of light off of an electron. It is based on the relationship between light and energy.
The macro takes 3 inputs:
– The wavelength of the light (String)
– The kinetic energy of the electron (Double)
– The angle between the incoming light and the incoming electron (Double)
Using this information, the macro then performs the following calculations:
– Calculates the energy of the photon
– Calculates the energy of the electron
– Calculates the new energy of the electron
– Calculates the photon energy as a fraction of the electron energy
– Calculates the wavelength of the light
– Calcul

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