Examples of org.apache.turbine.services.rundata.TurbineRunData

Package org.apache.turbine.services.rundata

Examples of org.apache.turbine.services.rundata.TurbineRunData

org.apache.turbine.services.rundata.TurbineRunData
TurbineRunData is an extension to the RunData interface to be implemented by RunData implementations to be distributed by the Turbine RunData Service. The extensions define methods that are used by the service for initilizing the implementation, but which are not meant to be called by the actual client objects.
TurbineRunData extends also the Recyclable interface making it possible to pool its implementations for recycling. @author Ilkka Priha @author Jon S. Stevens @author Bernie Hoeneisen @author Daniel Rall @author Henning P. Schmiedehausen @version $Id: TurbineRunData.java 264148 2005-08-29 14:21:04Z henning $

                tryRunDataService = false;
            }
        }


        // Failed, create a default implementation using the Pool Service.
        TurbineRunData data =
                (TurbineRunData) TurbinePool.getInstance(DefaultTurbineRunData.class);


        // Cache some information that will be used elsewhere.
        data.setRequest(req);
        data.setResponse(res);


        // Let the implementation to create messages on demand.
        // data.setMessages(new FormMessages());


        // data.context = this.getServletContext();


        // Don't set this because if we want to output via
        // res.getOutputStream() then we will get an
        // IllegalStateException (already called getWriter()).  The
        // solution is to only do this if data.getOut() is called and
        // data.out is null. -jss


        // data.setOut(data.getResponse().getWriter());


        String contextPath = req.getContextPath();


        String scriptName = contextPath + data.getRequest().getServletPath();


        // Sets the default cookie parser.
        data.setCookieParser(new DefaultCookieParser());


        // Contains all of the GET/POST parameters.
        data.setParameterParser(new DefaultParameterParser());


        // Get the HttpSession object.
        data.setSession(data.getRequest().getSession(true));


        // Set the servlet configuration in RunData for use in loading
        // other servlets.
        data.setServletConfig(config);


        // Now set the ServerData.
        data.setServerData(new ServerData(data.getRequest().getServerName(),
                data.getRequest().getServerPort(),
                data.getRequest().getScheme(),
                scriptName,
                contextPath));
        return (RunData) data;
    }

View Full Code Here

                tryRunDataService = false;
            }
        }


        // Failed, create a default implementation using the Pool Service.
        TurbineRunData data =
                (TurbineRunData) TurbinePool.getInstance(DefaultTurbineRunData.class);


        // Cache some information that will be used elsewhere.
        data.setRequest(req);
        data.setResponse(res);


        // Let the implementation to create messages on demand.
        // data.setMessages(new FormMessages());


        // data.context = this.getServletContext();


        // Don't set this because if we want to output via
        // res.getOutputStream() then we will get an
        // IllegalStateException (already called getWriter()).  The
        // solution is to only do this if data.getOut() is called and
        // data.out is null. -jss


        // data.setOut(data.getResponse().getWriter());


        String contextPath = req.getContextPath();


        String scriptName = contextPath + data.getRequest().getServletPath();


        // Sets the default cookie parser.
        data.setCookieParser(new DefaultCookieParser());


        // Contains all of the GET/POST parameters.
        data.setParameterParser(new DefaultParameterParser());


        // Get the HttpSession object.
        data.setSession(data.getRequest().getSession(true));


        // Set the servlet configuration in RunData for use in loading
        // other servlets.
        data.setServletConfig(config);


        // Now set the ServerData.
        data.setServerData(new ServerData(data.getRequest().getServerName(),
                data.getRequest().getServerPort(),
                data.getRequest().getScheme(),
                scriptName,
                contextPath));
        return (RunData) data;
    }

View Full Code Here

        }


        // Failed, create a default implementation using the Pool Service.
        PoolService pool = (PoolService)
            TurbineServices.getInstance().getService(PoolService.SERVICE_NAME);
        TurbineRunData data = (TurbineRunData)
            pool.getInstance(DefaultTurbineRunData.class);


        // Cache some information that will be used elsewhere.
        data.setRequest(req);
        data.setResponse(res);
        
        // Let the implementation to create messages on demand.
        // data.setMessages(new FormMessages());


        // data.context = this.getServletContext();


        // Don't set this because if we want to output via
        // res.getOutputStream() then we will get an
        // IllegalStateException (already called getWriter()).  The
        // solution is to only do this if data.getOut() is called and
        // data.out is null. -jss


        // data.setOut(data.getResponse().getWriter());


        // Allow Turbine to work with both 2.2 (and 2.1) and 2.0
        // Servlet API.
        String contextPath = null;
        Class jsdkClass = HttpServletRequest.class;
        try
        {
            java.lang.reflect.Method meth =
                jsdkClass.getDeclaredMethod("getContextPath", null);
            contextPath = (String) meth.invoke(req, null);
        }
        catch (Exception ex)
        {
            // Ignore a NoSuchMethodException because it means we are
            // using Servlet API 2.0.  Make sure scriptName is not
            // null.
            contextPath = "";
        }


        String scriptName = contextPath + data.getRequest().getServletPath();


        // Sets the default cookie parser.
        data.setCookieParser(new DefaultCookieParser());


        // Contains all of the GET/POST parameters.
        data.setParameterParser(new DefaultParameterParser());


        // Get the HttpSession object.
        data.setSession( data.getRequest().getSession(true) );


        // Set the servlet configuration in RunData for use in loading
        // other servlets.
        data.setServletConfig(config);


        // Now set the ServerData.
        data.setServerData( new ServerData( data.getRequest().getServerName(),
                                data.getRequest().getServerPort(),
                                data.getRequest().getScheme(),
                                scriptName,
                                contextPath ) );
        return (RunData) data;
    }

View Full Code Here

        }


        // Failed, create a default implementation using the Pool Service.
        PoolService pool = (PoolService)
            TurbineServices.getInstance().getService(PoolService.SERVICE_NAME);
        TurbineRunData data = (TurbineRunData)
            pool.getInstance(DefaultTurbineRunData.class);


        // Cache some information that will be used elsewhere.
        data.setRequest(req);
        data.setResponse(res);
        
        // Let the implementation to create messages on demand.
        // data.setMessages(new FormMessages());


        // data.context = this.getServletContext();


        // Don't set this because if we want to output via
        // res.getOutputStream() then we will get an
        // IllegalStateException (already called getWriter()).  The
        // solution is to only do this if data.getOut() is called and
        // data.out is null. -jss


        // data.setOut(data.getResponse().getWriter());


        // Allow Turbine to work with both 2.2 (and 2.1) and 2.0
        // Servlet API.
        String contextPath = null;
        Class jsdkClass = HttpServletRequest.class;
        try
        {
            java.lang.reflect.Method meth =
                jsdkClass.getDeclaredMethod("getContextPath", null);
            contextPath = (String) meth.invoke(req, null);
        }
        catch (Exception ex)
        {
            // Ignore a NoSuchMethodException because it means we are
            // using Servlet API 2.0.  Make sure scriptName is not
            // null.
            contextPath = "";
        }


        String scriptName = contextPath + data.getRequest().getServletPath();


        // Sets the default cookie parser.
        data.setCookieParser(new DefaultCookieParser());


        // Contains all of the GET/POST parameters.
        data.setParameterParser(new DefaultParameterParser());


        // Get the HttpSession object.
        data.setSession( data.getRequest().getSession(true) );


        // Set the servlet configuration in RunData for use in loading
        // other servlets.
        data.setServletConfig(config);


        // Now set the ServerData.
        data.setServerData( new ServerData( data.getRequest().getServerName(),
                                data.getRequest().getServerPort(),
                                data.getRequest().getScheme(),
                                scriptName,
                                contextPath ) );
        return (RunData) data;
    }

View Full Code Here

                tryRunDataService = false;
            }
        }


        // Failed, create a default implementation using the Pool Service.
        TurbineRunData data =
                (TurbineRunData) TurbinePool.getInstance(DefaultTurbineRunData.class);


        // Cache some information that will be used elsewhere.
        data.setRequest(req);
        data.setResponse(res);


        // Let the implementation to create messages on demand.
        // data.setMessages(new FormMessages());


        // data.context = this.getServletContext();


        // Don't set this because if we want to output via
        // res.getOutputStream() then we will get an
        // IllegalStateException (already called getWriter()).  The
        // solution is to only do this if data.getOut() is called and
        // data.out is null. -jss


        // data.setOut(data.getResponse().getWriter());


        String contextPath = req.getContextPath();


        String scriptName = contextPath + data.getRequest().getServletPath();


        // Sets the default cookie parser.
        data.setCookieParser(new DefaultCookieParser());


        // Contains all of the GET/POST parameters.
        data.setParameterParser(new DefaultParameterParser());


        // Get the HttpSession object.
        data.setSession(data.getRequest().getSession(true));


        // Set the servlet configuration in RunData for use in loading
        // other servlets.
        data.setServletConfig(config);


        // Now set the ServerData.
        data.setServerData(new ServerData(data.getRequest().getServerName(),
                data.getRequest().getServerPort(),
                data.getRequest().getScheme(),
                scriptName,
                contextPath));
        return (RunData) data;
    }

View Full Code Here

        }


        // Failed, create a default implementation using the Pool Service.
        PoolService pool = (PoolService)
            TurbineServices.getInstance().getService(PoolService.SERVICE_NAME);
        TurbineRunData data = (TurbineRunData)
            pool.getInstance(DefaultTurbineRunData.class);


        // Cache some information that will be used elsewhere.
        data.setRequest(req);
        data.setResponse(res);


        // Let the implementation to create messages on demand.
        // data.setMessages(new FormMessages());


        // data.context = this.getServletContext();


        // Don't set this because if we want to output via
        // res.getOutputStream() then we will get an
        // IllegalStateException (already called getWriter()).  The
        // solution is to only do this if data.getOut() is called and
        // data.out is null. -jss


        // data.setOut(data.getResponse().getWriter());


        // Allow Turbine to work with both 2.2 (and 2.1) and 2.0
        // Servlet API.
        String contextPath = null;
        Class jsdkClass = HttpServletRequest.class;
        try
        {
            java.lang.reflect.Method meth =
                jsdkClass.getDeclaredMethod("getContextPath", null);
            contextPath = (String) meth.invoke(req, null);
        }
        catch (Exception ex)
        {
            // Ignore a NoSuchMethodException because it means we are
            // using Servlet API 2.0.  Make sure scriptName is not
            // null.
            contextPath = "";
        }


        String scriptName = contextPath + data.getRequest().getServletPath();


        // Sets the default cookie parser.
        data.setCookieParser(new DefaultCookieParser());


        // Contains all of the GET/POST parameters.
        data.setParameterParser(new DefaultParameterParser());


        // Get the HttpSession object.
        data.setSession( data.getRequest().getSession(true) );


        // Set the servlet configuration in RunData for use in loading
        // other servlets.
        data.setServletConfig(config);


        // Now set the ServerData.
        data.setServerData( new ServerData( data.getRequest().getServerName(),
                                data.getRequest().getServerPort(),
                                data.getRequest().getScheme(),
                                scriptName,
                                contextPath ) );
        return (RunData) data;
    }

View Full Code Here

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Related Classes of org.apache.turbine.services.rundata.TurbineRunData

org.apache.turbine.util.RunDataFactory

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