我相信您可以用Axis创建一个小型SOAP客户机。轴安装说明。

要从移动设备(尤其是Android手机)调用web服务，我使用了一种非常简单的方法。我没有使用任何web服务客户端API试图调用web服务。我打电话的方法如下。

Create a simple HTTP connection by using the Java standard API HttpURLConnection. Form a SOAP request. (You can make help of SOAPUI to make a SOAP request.) Set doOutPut flag as true. Set HTTP header values like content-length, Content type, and User-agent. Do not forget to set Content-length value as it is a mandatory. Write entire the SOAP request to the output stream. Call the method to make a connection and receive the response (In my case I used getResonseCode). If your received response code as It means you are succeeded to call web service. Now take an input stream on the same HTTP connection and receive the string object. This string object is a SOAP response. If the response code is other than 200 then take a ErrorInput stream on same HTTPobject and receive the error if any. Parse the received response using SAXParser (in my case) or DOMParaser or any other parsing mechanism.

我已经在Android手机上实现了这个过程，并且它正在成功运行。我能够解析响应，即使它超过700 KB。

SOAP是一种不适合在Android(或一般的移动设备)上使用的技术，因为它需要处理/解析开销。REST服务是一种轻量级的解决方案，这就是我的建议。Android自带SAX解析器，使用起来相当简单。如果您绝对需要在移动设备上处理/解析SOAP，那么我为您感到遗憾，我能提供的最好的建议就是不要使用SOAP。

要从android调用SOAP web服务，请尝试使用此客户端

不要忘记在java构建路径中添加ksoap2-android.jar

public class WsClient {
    private static final String SOAP_ACTION = "somme";
    private static final String OPERATION_NAME = "somme";
    private static final String WSDL_TARGET_NAMESPACE = "http://example.ws";
    private static final String SOAP_ADDRESS = "http://192.168.1.2:8080/axis2/services/Calculatrice?wsdl";

    public String caclculerSomme() {

        String res = null;
        SoapObject request = new SoapObject(WSDL_TARGET_NAMESPACE,
                OPERATION_NAME);
        request.addProperty("a", "5");
        request.addProperty("b", "2");

        SoapSerializationEnvelope envelope = new SoapSerializationEnvelope(
                SoapEnvelope.VER11);
        envelope.dotNet = true;
        envelope.setOutputSoapObject(request);
        HttpTransportSE httpTransport = new HttpTransportSE(SOAP_ADDRESS);

        try {
            httpTransport.call(SOAP_ACTION, envelope);
            String result = envelope.getResponse().toString();
            res = result;
            System.out.println("############# resull is :" + result);
        } catch (Exception exception) {
            System.out.println("########### ERRER" + exception.getMessage());
        }

        return res;
    }
}

Few months ago I was working with jax-ws web service in j2ee application, There we were using CXF wsdl2java to generate WS client stub from the WSDL file and with those client stubs we consumed the web services. Few weeks ago, when I was trying to consume the web service in the same way in android platform I couldn't, because the android jar has not all the "jax-ws" supporting classes in it. That time I didn't find any such tool ( if I wasn't failed to google efficiently) to meet my requirement --

从WSDL获取客户端存根。 并使用一些参数调用服务(java业务请求 对象)。 获取响应业务对象。

因此，我开发了自己的Android SOAP客户端生成工具。你需要遵循以下步骤:

从WSDL获取WS客户端存根，将其放入您的项目中。 例如，对于某些服务“ComplexOperationService”，实例化 Service，获取端点端口并调用服务方法，并从Web服务获取响应:

eg:

ComplexOperationService service = new ComplexOperationService( );
ComplexOperation port= service.getComplexOperationPort();    
SomeComplexRequest request = --Get some complex request----;    
SomeComplexResp resp = port.operate( request  );

您不需要关心服务类/请求/响应类或任何其他类以及方法，因为您知道它们都是从WSDL生成的。 当然，您不需要知道soap动作/信封/名称空间等等。就像我们开发人员一直做的那样调用这个方法。

添加Soap库(ksoap2-android-assembly-3.2.0-jar-with-dependencies.jar)

Fn_Confirm_CollectMoney_Approval(

        HashMap < String, String > str1,
        HashMap < String, String > str2,
        HashMap < String, String > str3) {

    Object response = null;
    String METHOD_NAME = "CollectMoney";
    String NAMESPACE = "http://xxx/yyy/xxx";
    String URL = "http://www.w3schools.com/webservices/tempconvert.asmx";
    String SOAP_ACTION = "";

    try {

        SoapObject RequestParent = new SoapObject(NAMESPACE, METHOD_NAME);

        SoapObject Request1 = new SoapObject(NAMESPACE, "req");

        PropertyInfo pi = new PropertyInfo();

        Set mapSet1 = (Set) str1.entrySet();

        Iterator mapIterator1 = mapSet1.iterator();

        while (mapIterator1.hasNext()) {

            Map.Entry mapEntry = (Map.Entry) mapIterator1.next();

            String keyValue = (String) mapEntry.getKey();

            String value = (String) mapEntry.getValue();

            pi = new PropertyInfo();

            pi.setNamespace("java:com.xxx");

            pi.setName(keyValue);

            pi.setValue(value);

            Request1.addProperty(pi);
        }

        mapSet1 = (Set) str3.entrySet();

        mapIterator1 = mapSet1.iterator();

        while (mapIterator1.hasNext()) {

            Map.Entry mapEntry = (Map.Entry) mapIterator1.next();

            // getKey Method of HashMap access a key of map
            String keyValue = (String) mapEntry.getKey();

            // getValue method returns corresponding key's value
            String value = (String) mapEntry.getValue();

            pi = new PropertyInfo();

            pi.setNamespace("java:com.xxx");

            pi.setName(keyValue);

            pi.setValue(value);

            Request1.addProperty(pi);
        }

        SoapObject HeaderRequest = new SoapObject(NAMESPACE, "XXX");

        Set mapSet = (Set) str2.entrySet();

        Iterator mapIterator = mapSet.iterator();

        while (mapIterator.hasNext()) {

            Map.Entry mapEntry = (Map.Entry) mapIterator.next();

            // getKey Method of HashMap access a key of map
            String keyValue = (String) mapEntry.getKey();

            // getValue method returns corresponding key's value
            String value = (String) mapEntry.getValue();

            pi = new PropertyInfo();

            pi.setNamespace("java:com.xxx");

            pi.setName(keyValue);

            pi.setValue(value);

            HeaderRequest.addProperty(pi);
        }

        Request1.addSoapObject(HeaderRequest);

        RequestParent.addSoapObject(Request1);

        SoapSerializationEnvelope soapEnvelope = new SoapSerializationEnvelope(
                SoapEnvelope.VER10);

        soapEnvelope.dotNet = false;

        soapEnvelope.setOutputSoapObject(RequestParent);

        HttpTransportSE transport = new HttpTransportSE(URL, 120000);

        transport.debug = true;

        transport.call(SOAP_ACTION, soapEnvelope);

        response = (Object) soapEnvelope.getResponse();

        int cols = ((SoapObject) response).getPropertyCount();

        Object objectResponse = (Object) ((SoapObject) response)
                .getProperty("Resp");

        SoapObject subObject_Resp = (SoapObject) objectResponse;


        modelObject = new ResposeXmlModel();

        String MsgId = subObject_Resp.getProperty("MsgId").toString();


        modelObject.setMsgId(MsgId);

        String OrgId = subObject_Resp.getProperty("OrgId").toString();


        modelObject.setOrgId(OrgId);

        String ResCode = subObject_Resp.getProperty("ResCode").toString();


        modelObject.setResCode(ResCode);

        String ResDesc = subObject_Resp.getProperty("ResDesc").toString();


        modelObject.setResDesc(ResDesc);

        String TimeStamp = subObject_Resp.getProperty("TimeStamp")
                .toString();


        modelObject.setTimestamp(ResDesc);

        return response.toString();

    } catch (Exception ex) {

        ex.printStackTrace();

        return null;
    }

}