Upgrade JDK 5.0 Update 1 or 2 to customize and deploy WebServices-axis!

Upgrade JDK 5.0 Update 1 or 2 to customize and deploy WebServices-axis!

JDK 1.4.x is normal!
However, when JDK 5.0 customizes and deploys WebServices-axis, run the following command:
Java org. Apache. axis. Client. adminclient deploy. WSDD
Always abnormal!
Upgrade to update 1:
Java version "1.5.0 _ 01"
Java (TM) 2 Runtime Environment, Standard Edition (build 1.5.0 _ 01-b08)
Java hotspot (TM) Client VM (build 1.5.0 _ 01-b08, mixed mode, sharing)
Finally, you can!
Related downloads:

JDK 5.0 Update 1:
Http://dlc.sun.com/jdk/jdk-1_5_0_01-windows-i586-p.exe

Resin 2.1.16 (recommended because it is smaller than Tomcat)
Http://www.caucho.com/download/resin-2.1.16.zip

Tomcat 5.5.7
Http://apache.justdn.org/jakarta/tomcat-5/v5.5.7/bin/jakarta-tomcat-5.5.7.zip

Apache WebServices-axis V1.1: (Jun 16,200 3)
Http://apache.freelamp.com/ws/axis/1_1/axis-1_1.zip
After decompression, copy the axis directory under the axis-1_1/webapps/directory to the resin or Tomcat webapps directory!

Javamail API 1.3.2 FCs:
Http: // 192.18.97.52/ECOM/ecomticketservlet/begin0c28a9f424724b9dd60f1da518a6c32a/-2147483648/755528103/1/540782/540770/755528103/2ts +/westcoastfsend/javamail-1_3_2-oth-JPR/javamail-1_3_2-oth-JPR: 1/javamail-1_3_2.zip

JavaBeans (TM) activation framework 1.0.2:
Http: // 192.18.97.131/ECOM/ecomticketservlet/tests/-2147483648/755539779/1/359918/359906/755539779/2ts +/westcoastfsend/7017-jaf-1.0.2-oth-jpr/7017-jaf-1.0.2-oth-jpr: 1/jaf-1_0_2-upd.zip

XML security version 1.2 of the Java Library:
Http://xml.apache.org/security/dist/java-library/xml-security-bin-1_2_0.zip

List:
Activation. Jar
Axis-ant.jar
Axis. Jar
Commons-discovery.jar
Commons-logging-api.jar
Commons-logging.jar
Jaxrpc. Jar
Log4j-1.2.8.jar
Mail. Jar
SAAJ. Jar
Stylebook-1.0-b3_xalan-2.jar
Wsdl4j. Jar
Xalan. Jar
Xercesimpl. Jar
Xml-apis.jar
Xmlparserapis. Jar
Xmlsec. Jar
Xmlsecsamples. Jar
Xmlsectests. Jar

Class1.java File Save to/webapps/axis/WEB-INF/classes/class1.java
Run: javac class1.java to compile it into class1.class:
Public class class1
{
Public static void main ()
{
System. Out. println ("Hello world! ");
// System. Out. println (new example sclass1 (). sayhelloto ("world! "));
}
Public String sayhelloto (string who)
{
Return "Hello:" + WHO;
}
Public String sayhellotoo (string who)
{
Return "Hello:" + WHO;
}
}

Http: // localhost: 1080/axis/services/class1service? WSDL
Save as: XX. WSDL
Deploy. WSDD (undeploy. WSDD) file,
Deploy. WSDD (undeploy. WSDD) Deployment File
<Deployment xmlns = "http://xml.apache.org/axis/wsdd/" xmlns: Java = "http://xml.apache.org/axis/wsdd/providers/java">
<Service name = "class1service" provider = "Java: RPC">
<Parameter name = "classname" value = "class1"/>
<Parameter name = "allowedmethods" value = "*"/>
</Service>
</Deployment>

Client:

(A) Generate a client stub (stub) from the WSDL File)Code, Server framework (skeleton) Code and Data Type files in WSDL (generate corresponding Java code)
It can be generated by the command line ::
Java org. Apache. axis. WSDL. wsdl2java -- skeletondeploy true XX. WSDL

1. Deploy. WSDD: Deployment description file of myservice
2. myservice. Java: interface file of myservice
3. myserviceservice. Java: Obtain the interface file of myservice.
4. myserviceservicelocator. Java: implements the myserviceservice interface.
5. myservicesoapbindingimpl. Java: implements the myservice interface and adds the business logic to it.
6. myservicesoapbindingskeleton. Java: the Server framework code of myservice to implement the interfaces of myservice, org. Apache. axis. WSDL. Skeleton.
7. myservicesoapbindingstub. Java: client stub code of myservice to implement the myservice Interface
8. undeploy. WSDD: unregister the deployment description file of the myservice service.

(B)
Dynamic WebServices call:
See: Wang Yonggang
Wscaller: common web service client and Test Tool
Http://www.contextfree.net/wangyg/c/wsCaller/wsCaller.html

Import org. Apache. axis. constants;
Import org. Apache. axis. encoding. Ser. simpledeserializer;
Import org. Apache. axis. WSDL. gen. parser;
Import org. Apache. axis. WSDL. symboltable .*;

Import javax. WSDL .*;
// Import javax. WSDL. Extensions. Soap. soapaddress;
Import javax. xml. namespace. QNAME;
Import javax. xml. rpc. call;
Import javax. xml. rpc. encoding. deserializer;
Import javax. xml. rpc. encoding. deserializerfactory;

Import java. util .*;

// Import localhost. axis. Services;
// Web service dynamic invoker

Public class dynamicinvoker
{
Private parser wsdlparser = NULL;
Private map services = NULL;

Public dynamicinvoker (string wsdlurl) throws exception
{
Wsdlparser = new Parser ();
Wsdlparser. Run (wsdlurl );
Services = enumsymtabentry (serviceentry. Class );
}

Public map invoke (string servicename,
String portname,
String operationname,
Vector parametervalues) throws exception
{
Vector inputs = new vector ();
String returnname = NULL;

Serviceentry = (serviceentry) services. Get (servicename );
Service = serviceentry. getservice ();
Org. Apache. axis. Client. Service clientservice = new
Org. Apache. axis. Client. Service (wsdlparser, Service. getqname ());

Call call = clientservice. createcall (QNAME. valueof (portname), QNAME. valueof (operationname ));
(Org. Apache. axis. Client. Call). setTimeout (New INTEGER (15*1000 ));

Bindingentry = getbindingentry (servicename, portname );
Operation o = getoperation (bindingentry, operationname );
Parameters = bindingentry. getparameters (O );

If (parameters. returnparam! = NULL)
{
// QNAME returntype = org. Apache. axis. WSDL. tojava. utils. getxsitype (parameters. returnparam );
QNAME returnqname = parameters. returnparam. getqname ();
Returnname = returnqname. getlocalpart ();
}

Int size = parameters. List. Size ();
For (INT I = 0; I <size; I ++)
{
Parameter P = (parameter) parameters. list. Get (I );
Switch (P. getmode ())
{
Case parameter. In:
Inputs. Add (getparamdata (Org. Apache. axis. Client. Call) Call
, P
, (String) parametervalues. elementat (I )));
Break;
Case parameter. out:
Break;
Case parameter. inout:
Inputs. Add (getparamdata (Org. Apache. axis. Client. Call) call,
P,
(String) parametervalues. elementat (I )));
Break;
}
}

Object ret = call. Invoke (inputs. toarray ());
Map outputs = call. getoutputparams ();
Hashmap map = new hashmap ();
If (Ret! = NULL & returnname! = NULL)
{
Map. Put (returnname, RET );
}
If (outputs! = NULL)
{
For (iterator I = outputs. keyset (). iterator (); I. hasnext ();)
{
Object OBJ = I. Next ();
String name;
Object value;
If (obj. getclass (). getname (). Equals ("Java. Lang. String "))
{
Name = (string) OBJ;
}
Else
{
Name = (QNAME) OBJ). getlocalpart ();
}
Value = outputs. Get (OBJ );
Map. Put (name, value );
}
}
Return map;
}

Public vector enumservicenames ()
{
Vector v = new vector ();
Iterator I = services. keyset (). iterator ();
While (I. hasnext ())
{
String S = (string) I. Next ();
V. addelement (s );
}
Return V;
}

Public vector enumportnames (string servicename)
{< br> vector v = new vector ();
serviceentry = (serviceentry) services. get (servicename);
map ports = serviceentry. getservice (). getports ();
iterator I = ports. keyset (). iterator ();
while (I. hasnext ()
{< br> string S = (string) I. next ();
v. addelement (s);
}< br> return V;
}

Public vector enumoperationnames (string servicename, string portname)
{< br> vector v = new vector ();
bindingentry entry = getbindingentry (servicename, portname);
Set Operations = entry. getoperations ();
iterator I = operations. iterator ();
while (I. hasnext ()
{< br> operation o = (operation) I. next ();
string S = O. getname ();
v. addelement (s);
}< br> return V;
}

Public parameters enumparameters (string servicename
, string portname
, string operationname)
{< br> bindingentry entry = getbindingentry (servicename, portname );
operation o = getoperation (entry, operationname);
parameters = entry. getparameters (o);
return parameters;
}

Public String getparametermodestring (parameter P)
{< br> string ret = NULL;
switch (P. getmode ()
{< br> case parameter. in:
ret = "[in]";
break;
case parameter. inout:
ret = "[In, out]";
break;
case parameter. out:
ret = "[out]";
break;
}< br> return ret;
}

Private bindingentry getbindingentry (string servicename, string portname)
{
Serviceentry = (serviceentry) services. Get (servicename );
Port port = serviceentry. getservice (). getport (portname );
Binding binding = port. getbinding ();
Symboltable table = wsdlparser. getsymboltable ();
Return table. getbindingentry (binding. getqname ());
}

Private operation getoperation (bindingentry entry, string operationname)
{
Set Operations = entry. getoperations ();
Iterator I = operations. iterator ();
While (I. hasnext ())
{
Operation o = (operation) I. Next ();
If (operationname. Equals (O. getname ()))
{
Return O;
}
}
Return NULL;
}

// Return map of <QNAME. getlocalpart, symtabentry>
Private map enumsymtabentry (class CLs)
{
Hashmap ret = new hashmap ();
Hashmap map = wsdlparser. getsymboltable (). gethashmap ();
Iterator = map. entryset (). iterator ();
While (iterator. hasnext ())
{
Map. Entry entry = (Map. Entry) iterator. Next ();
QNAME key = (QNAME) entry. getkey ();
Vector v = (vector) entry. getvalue ();
Int size = V. Size ();
For (INT I = 0; I <size; ++ I)
{
Symtabentry = (symtabentry) v. elementat (I );
If (CLS. isinstance (symtabentry ))
{
Ret. Put (key. getlocalpart (), symtabentry );
}
}
}
Return ret;
}

Private object getparamdata (Org. Apache. axis. Client. Call C, parameter P,
String Arg) throws exception
{
// Get the QNAME representing the parameter type
QNAME paramtype = org. Apache. axis. WSDL. tojava. utils. getxsitype (P );

Typeentry type = P. GetType ();
If (type instanceof basetype & (basetype) type). isbasetype ())
{
Deserializerfactory factory = C. gettypemapping (). getdeserializer (paramtype );
Deserializer = factory. getdeserializeras (constants.
Axis_sax );
If (deserializer instanceof simpledeserializer)
{
Return (simpledeserializer) deserializer). makevalue (ARG );
}
}
Throw new runtimeexception ("not know how to convert'" + Arg
+ "'Into" + C );
}
}

Class apptest
{
Public static void main (string [] ARGs) throws exception
{
System. Out. println ("Hello world! ");
// Dynamically call webservics
String location = "http: // localhost: 1080/axis/services/class1service? WSDL ";
Dynamicinvoker invoker = new dynamicinvoker (location );
Vector vservices = invoker. enumservicenames ();
Object [] services = vservices. toarray ();
Arrays. Sort (services );
For (INT I = 0; I <services. length; I ++)
{
String servicename = (string) services [I];
System. Out. println (servicename );
Vector v = invoker. enumportnames (servicename );
String portname = (string) v. elementat (0 );
V = invoker. enumoperationnames (servicename, portname );
Object [] operationnames = V. toarray ();
Arrays. Sort (operationnames );
For (Int J = 0; j <operationnames. length; j ++)
{
String operationname = (string) operationnames [J];
System. Out. println ("/t" + (string) operationnames [J]);
Parameters = invoker. enumparameters (servicename, portname, operationname );
Vector v = parameters. List;
Vector parametervalues = new vector ();
For (int K = 0; k <v. Size (); k ++)
{
Parameter para = (parameter) v. elementat (k );
System. Out. Print ("/T" + para. getqname (). getlocalpart ());
If (para. GetType (). getqname (). getlocalpart (). Equals ("string "))
{
Parametervalues. addelement ("asdasdas ");
}
Else
{
Parametervalues. addelement (null );
}
System. Out. Print ("/t" + para. GetType (). getqname (). getlocalpart ());
System. Out. println ("/t" + invoker. getparametermodestring (para ));
}
Map result = invoker. Invoke (servicename, portname, operationname, parametervalues );
For (iterator it = result. keyset (). iterator (); it. hasnext ();)
{
String name = (string) it. Next ();
Object value = result. Get (name );
String line;
If (value! = NULL)
{
Line = Name + "=" + result. Get (name). tostring () + "/N ";
}
Else
{
Line = Name + "= (null)/n ";
}
System. Out. println (line );
}
}
}

// Call the proxy class to call WebServices
Localhost. axis. Services. class1service. class1 x = new localhost. axis. Services. class1service. class1servicelocator (). getclass1service ();
// (Localhost. axis. Services. class1service. class1servicesoapbindingstub) x). setmaintainsession (true );
System. Out. println (X. sayhelloto ("Three ADAs "));
}
}