The WS service in this article enables this service to be called in the DotNet environment.
File list:
SEI interface class IImage. java, class IIMageImpl that implements the SEI interface. java, the value type class FileInfo that describes file information. java, Web application deployment description file web. xml, WS release configuration file jaxrpc-ri.xml, WS compile configuration file config-interface.xml, build client pile config-wsdl.xml, build file builder. xml
Client Test class: Form1.cs.
This example starts with WSDL, so we need to have a WSDL file. The first step is to get this file.
(1) obtain the WSDL file.
To meet the interoperability requirements, the description of this file must be the document style binding and text format encoding. To get this file, first introduce the build file builder. xml:
<? Xml version = "1.0" encoding = "GBK"?>
<Project name = "webservice" default = "build" basedir = ".">
<Property name = "jaxrpc. lib. dir" value = "I: jwsdp-1.6jaxrpclib">
</Property>
<Property name = "jaxrpc. lib. dir1" value = "D: SunAppServerlib">
</Property>
<Property name = "classes. dir" value = ". uildclasses">
</Property>
<Property name = "src. dir" value = ". uildsrc">
</Property>
<Property name = "raw. war. file" value = "netservice-raw.war">
</Property>
<Property name = "cook. war. file" value = "netservice. war">
</Property>
<Property name = "nonclass. dir" value = ". uildonclass">
</Property>
<Property name = "build" value = "$ {nonclass. dir}">
</Property>
<Property name = "assemble" value = ". assemble">
</Property>
<Property name = "assemble. war" value = ". assemblewar">
</Property>
<Property name = "assemble. ear" value = ". assembleear">
</Property>
<Property name = "wsi. dir" value = ". wsi">
</Property>
<Property name = "wsi. server. dir" value = ". wsiserver">
</Property>
<Property name = "wsi. client. dir" value = ". wsiclient">
</Property>
