/*
* The Apache Software License, Version 1.1
*
*
* Copyright (c) 2001 The Apache Software Foundation. All rights
* reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
*
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
*
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in
* the documentation and/or other materials provided with the
* distribution.
*
* 3. The end-user documentation included with the redistribution,
* if any, must include the following acknowledgment:
* "This product includes software developed by the
* Apache Software Foundation (http://www.apache.org/)."
* Alternately, this acknowledgment may appear in the software itself,
* if and wherever such third-party acknowledgments normally appear.
*
* 4. The names "Axis" and "Apache Software Foundation" must
* not be used to endorse or promote products derived from this
* software without prior written permission. For written
* permission, please contact apache@apache.org.
*
* 5. Products derived from this software may not be called "Apache",
* nor may "Apache" appear in their name, without prior written
* permission of the Apache Software Foundation.
*
* THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED
* WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
* OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL THE APACHE SOFTWARE FOUNDATION OR
* ITS CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF
* USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
* ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
* OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT
* OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
* SUCH DAMAGE.
* ====================================================================
*
* This software consists of voluntary contributions made by many
* individuals on behalf of the Apache Software Foundation. For more
* information on the Apache Software Foundation, please see
* <http://www.apache.org/>.
*/
package test.wsdl.roundtrip;
import java.util.Date;
import java.math.BigDecimal;
import java.math.BigInteger;
import test.wsdl.roundtrip.RoundtripPortType;
import test.wsdl.roundtrip.BondInvestment;
import test.wsdl.roundtrip.StockInvestment;
import test.wsdl.roundtrip.PreferredStockInvestment;
import test.wsdl.roundtrip.CallOptions;
import test.wsdl.roundtrip.InvalidTickerSymbol;
import test.wsdl.roundtrip.InvalidTradeExchange;
import test.wsdl.roundtrip.InvalidCompanyId;
import java.rmi.RemoteException;
/**
* This class contains the implementations of the methods defined in the
* RoundtripPortType interface. Most of the methods compare the actual
* values received from the client against some expected values.
*
* @version 1.00 06 Feb 2002
* @author Brent Ulbricht
*/
public class RoundtripTestSoapBindingImpl implements RoundtripPortType {
public float getRealtimeLastTradePrice(StockInvestment in0) throws RemoteException {
if ((in0.getLastTradePrice() == 200.55F) &&
(in0.getTradeExchange().equals("NYSE")) &&
(in0.getName().equals("International Business Machines")) &&
(in0.getId() == 1)) {
return 201.25F;
} else {
throw new RemoteException("Actual Value Did Not Match Expected Value.");
}
} // getRealtimeLastTradePrice
public PreferredStockInvestment getDividends(PreferredStockInvestment in0) throws RemoteException {
if ((in0.getLastTradePrice() == 10.50F) &&
(in0.getTradeExchange().equals("NASDAQ")) &&
(in0.getName().equals("SOAP Inc.")) &&
(in0.getId() == 202) &&
(in0.getDividendsInArrears() == 100.44D) &&
(in0.getPreferredYield().equals(new BigDecimal("7.00")))) {
in0.setName("AXIS Inc.");
in0.setId(203);
in0.setTradeExchange("NASDAQ");
in0.setLastTradePrice(11.50F);
in0.setDividendsInArrears(101.44D);
in0.setPreferredYield(new BigDecimal("8.00"));
return in0;
} else {
throw new RemoteException("Actual Value Did Not Match Expected Value.");
}
} // getDividend
public BondInvestment methodBondInvestmentInOut(BondInvestment in0) throws RemoteException {
short[] shortArray = {(short) 36};
byte[] byteArray = {(byte) 7};
CallOptions[] callOptions = new CallOptions[2];
callOptions[0] = new CallOptions();
callOptions[0].setCallDate(new Date(1013441507308L));
callOptions[1] = new CallOptions();
callOptions[1].setCallDate(new Date(1013441507328L));
Short[] wrapperShortArray = {new Short((short) 33), new Short((short) 86)};
Byte[] wrapperByteArray = {new Byte((byte) 4), new Byte((byte) 18)};
BondInvestment sendValue = new BondInvestment();
sendValue.setOptions(callOptions);
sendValue.setOptions2(callOptions);
sendValue.setOptions3(callOptions[0]);
sendValue.setWrapperShortArray(wrapperShortArray);
sendValue.setWrapperByteArray(wrapperByteArray);
sendValue.setWrapperDouble(new Double(33.232D));
sendValue.setWrapperFloat(new Float(2.23F));
sendValue.setWrapperInteger(new Integer(3));
sendValue.setWrapperShort(new Short((short) 2));
sendValue.setWrapperByte(new Byte((byte) 21));
sendValue.setWrapperBoolean(new Boolean(false));
sendValue.setShortArray(shortArray);
sendValue.setByteArray(byteArray);
sendValue.setCallableDate(new Date(1012937862997L));
sendValue.setBondAmount(new BigDecimal("2735.23"));
sendValue.setPortfolioType(new BigInteger("21093"));
sendValue.setTradeExchange("AMEX");
sendValue.setFiftyTwoWeekHigh(415.012D);
sendValue.setLastTradePrice(8795.32F);
sendValue.setYield(575L);
sendValue.setStockBeta(3);
sendValue.setDocType((short) 45);
sendValue.setTaxIndicator((byte) 8);
if ((in0.getStockBeta() == 32) &&
(in0.getDocType() == (short) 35) &&
(in0.getTaxIndicator() == (byte) 3))
;
else
throw new RemoteException("Actual attribute values did not match expected values.");
if ((in0.getOptions()[0].getCallDate().equals(new Date(1013441507388L))) &&
(in0.getOptions()[1].getCallDate().equals(new Date(1013441507390L))) &&
(((CallOptions[])in0.getOptions2())[0].getCallDate().equals(new Date(1013441507388L))) &&
(((CallOptions[])in0.getOptions2())[1].getCallDate().equals(new Date(1013441507390L))) &&
(in0.getWrapperShortArray()[0].equals(new Short((short) 23))) &&
(in0.getWrapperShortArray()[1].equals(new Short((short) 56))) &&
(in0.getWrapperByteArray()[0].equals(new Byte((byte) 2))) &&
(in0.getWrapperByteArray()[1].equals(new Byte((byte) 15))) &&
(in0.getWrapperDouble().equals(new Double(2323.232D))) &&
(in0.getWrapperFloat().equals(new Float(23.023F))) &&
(in0.getWrapperInteger().equals(new Integer(2093))) &&
(in0.getWrapperShort().equals(new Short((short) 203))) &&
(in0.getWrapperByte().equals(new Byte((byte) 20))) &&
(in0.getWrapperBoolean().equals(new Boolean(true))) &&
(in0.getShortArray()[0] == (short) 30) &&
(in0.getByteArray()[0] == (byte) 1) &&
(in0.getCallableDate().equals(new Date(1012937861996L))) &&
(in0.getBondAmount().equals(new BigDecimal("2675.23"))) &&
(in0.getPortfolioType().equals(new BigInteger("2093"))) &&
(in0.getTradeExchange().equals("NYSE")) &&
(in0.getFiftyTwoWeekHigh() == 45.012D) &&
(in0.getLastTradePrice() == 87895.32F) &&
(in0.getYield() == 5475L) &&
(in0.getStockBeta() == 32) &&
(in0.getDocType() == (short) 35) &&
(in0.getTaxIndicator() == (byte) 3)) {
return sendValue;
} else {
throw new RemoteException("Actual values did not match expected values.");
}
} // methodBondInvestmentInOut
public BondInvestment methodBondInvestmentOut() throws RemoteException {
short[] shortArray = {(short) 36};
byte[] byteArray = {(byte) 7};
CallOptions[] callOptions = new CallOptions[2];
callOptions[0] = new CallOptions();
callOptions[0].setCallDate(new Date(1013441507308L));
callOptions[1] = new CallOptions();
callOptions[1].setCallDate(new Date(1013441507328L));
Short[] wrapperShortArray = {new Short((short) 33), new Short((short) 86)};
Byte[] wrapperByteArray = {new Byte((byte) 4), new Byte((byte) 18)};
BondInvestment sendValue = new BondInvestment();
sendValue.setOptions(callOptions);
sendValue.setOptions2(callOptions);
sendValue.setOptions3(callOptions[0]);
sendValue.setWrapperShortArray(wrapperShortArray);
sendValue.setWrapperByteArray(wrapperByteArray);
sendValue.setWrapperDouble(new Double(33.232D));
sendValue.setWrapperFloat(new Float(2.23F));
sendValue.setWrapperInteger(new Integer(3));
sendValue.setWrapperShort(new Short((short) 2));
sendValue.setWrapperByte(new Byte((byte) 21));
sendValue.setWrapperBoolean(new Boolean(false));
sendValue.setShortArray(shortArray);
sendValue.setByteArray(byteArray);
sendValue.setCallableDate(new Date(1012937862997L));
sendValue.setBondAmount(new BigDecimal("2735.23"));
sendValue.setPortfolioType(new BigInteger("21093"));
sendValue.setTradeExchange("AMEX");
sendValue.setFiftyTwoWeekHigh(415.012D);
sendValue.setLastTradePrice(8795.32F);
sendValue.setYield(575L);
sendValue.setStockBeta(3);
sendValue.setDocType((short) 45);
sendValue.setTaxIndicator((byte) 8);
return sendValue;
} // methodBondInvestmentOut
public void methodBondInvestmentIn(BondInvestment in0) throws RemoteException {
if (!((in0.getOptions()[0].getCallDate().equals(new Date(1013441507388L))) &&
(in0.getOptions()[1].getCallDate().equals(new Date(1013441507390L))) &&
(((CallOptions[])in0.getOptions2())[0].getCallDate().equals(new Date(1013441507388L))) &&
(((CallOptions[])in0.getOptions2())[1].getCallDate().equals(new Date(1013441507390L))) &&
(in0.getWrapperShortArray()[0].equals(new Short((short) 23))) &&
(in0.getWrapperShortArray()[1].equals(new Short((short) 56))) &&
(in0.getWrapperByteArray()[0].equals(new Byte((byte) 2))) &&
(in0.getWrapperByteArray()[1].equals(new Byte((byte) 15))) &&
(in0.getWrapperDouble().equals(new Double(2323.232D))) &&
(in0.getWrapperFloat().equals(new Float(23.023F))) &&
(in0.getWrapperInteger().equals(new Integer(2093))) &&
(in0.getWrapperShort().equals(new Short((short) 203))) &&
(in0.getWrapperByte().equals(new Byte((byte) 20))) &&
(in0.getWrapperBoolean().equals(new Boolean(true))) &&
(in0.getShortArray()[0] == (short) 30) &&
(in0.getByteArray()[0] == (byte) 1) &&
(in0.getCallableDate().equals(new Date(1012937861996L))) &&
(in0.getBondAmount().equals(new BigDecimal("2675.23"))) &&
(in0.getPortfolioType().equals(new BigInteger("2093"))) &&
(in0.getTradeExchange().equals("NYSE")) &&
(in0.getFiftyTwoWeekHigh() == 45.012D) &&
(in0.getLastTradePrice() == 87895.32F) &&
(in0.getYield() == 5475L) &&
(in0.getStockBeta() == 32) &&
(in0.getDocType() == (short) 35) &&
(in0.getTaxIndicator() == (byte) 3))) {
throw new RemoteException("Actual values did not match expected values.");
}
} // methodBondInvestmentIn
public String[][] methodStringMArrayOut() throws RemoteException {
String[][] sendArray = { {"Out-0-0"}, {"Out-1-0"}};
return sendArray;
} // methodStringMArrayOut
public void methodStringMArrayIn(String[][] in0) throws RemoteException {
if (!((in0[0][0].equals("In-0-0")) &&
(in0[0][1].equals("In-0-1")) &&
(in0[1][0].equals("In-1-0")) &&
(in0[1][1].equals("In-1-1")))) {
throw new RemoteException("The actual values did not match expected values.");
}
} // methodStringMArrayIn
public String[][] methodStringMArrayInOut(String[][] in0) throws RemoteException {
String[][] sendArray = { {"Response-0-0", "Response-0-1"}, {"Response-1-0", "Response-1-1"}};
if ((in0[0][0].equals("Request-0-0")) &&
(in0[0][1].equals("Request-0-1")) &&
(in0[1][0].equals("Request-1-0")) &&
(in0[1][1].equals("Request-1-1"))) {
return sendArray;
} else {
throw new RemoteException("The actual values did not match expected values.");
}
} // methodStringMArrayInOut
public int[] methodIntArrayOut() throws RemoteException {
int[] returnByteArray = {3, 78, 102};
return returnByteArray;
} // methodIntArrayOut
public void methodIntArrayIn(int[] in0) throws RemoteException {
if (!((in0[0] == 91) &&
(in0[1] == 54) &&
(in0[2] == 47) &&
(in0[3] == 10))) {
throw new RemoteException("The actual values did not match expected values.");
}
} // methodIntArrayIn
public int[] methodIntArrayInOut(int[] in0) throws RemoteException {
int[] returnByteArray = {12, 39, 50, 60, 28, 39};
if ((in0[0] == 90) &&
(in0[1] == 34) &&
(in0[2] == 45) &&
(in0[3] == 239) &&
(in0[4] == 45) &&
(in0[5] == 10)) {
return returnByteArray;
} else {
throw new RemoteException("The actual values did not match expected values.");
}
} // methodIntArrayIn
public void methodAllTypesIn(String in0,
BigInteger in1,
BigDecimal in2,
Date in3,
boolean in4,
byte in5,
short in6,
int in7,
long in8,
float in9,
double in10,
byte[] in11,
Boolean in13,
Byte in14,
Short in15,
Integer in16,
Long in17,
Float in18,
Double in19,
Byte[] in12) throws RemoteException {
if (!((in0.equals(new String("Request methodAllTypesIn"))) &&
(in1.equals(new BigInteger("545"))) &&
(in2.equals(new BigDecimal("546.545"))) &&
(in3.equals(new Date(1012937861986L))) &&
(in13.equals(new Boolean(false))) &&
(in14.equals(new Byte((byte) 11))) &&
(in15.equals(new Short((short) 45))) &&
(in16.equals(new Integer(101))) &&
(in17.equals(new Long(232309L))) &&
(in18.equals(new Float(67634.12F))) &&
(in19.equals(new Double(892387.232D))) &&
(in4) &&
(in5 == (byte) 2) &&
(in6 == (short) 14) &&
(in7 == 234) &&
(in8 == 10900L) &&
(in9 == 23098.23F) &&
(in10 == 2098098.01D) &&
(in11[0] == (byte) 5) &&
(in11[1] == (byte) 10) &&
(in11[2] == (byte) 12) &&
(in12[0].equals(new Byte((byte) 9))) &&
(in12[1].equals(new Byte((byte) 7))))) {
throw new RemoteException("Expected values did not match actuals.");
}
} // methodAllTypesIn
public Byte[] methodSoapByteArray(Byte[] in0) throws RemoteException {
Byte[] expected = {new Byte((byte) 17), new Byte((byte) 11)};
Byte[] returnByte = {new Byte((byte) 3), new Byte((byte) 7)};
if ((in0[0].equals(expected[0])) && (in0[1].equals(expected[1]))) {
return returnByte;
} else {
throw new RemoteException("Expecting a Byte array with 17 and 11.");
}
} // methodSoapByteArray
public byte[] methodByteArray(byte[] in0) throws RemoteException {
byte[] returnByte = {(byte) 5, (byte) 4};
if ((in0[0] == (byte) 3) && (in0[1] == (byte) 9)) {
return returnByte;
} else {
throw new RemoteException("Expecting a byte array with 3 and 9.");
}
} // methodByteArray
public Date methodDateTime(Date in0) throws RemoteException {
Date expectedDate = new Date(1012937861996L);
if (in0.equals(expectedDate)) {
return new Date(1012937861800L);
} else {
throw new RemoteException("Expecting a Date value of " + expectedDate + ".");
}
} // methodDateTime
public BigDecimal methodBigDecimal(BigDecimal in0) throws RemoteException {
if (in0.equals(new BigDecimal("3434.456"))) {
return new BigDecimal("903483.304");
} else {
throw new RemoteException("Expecting a BigDecimal value of 3434.456.");
}
} // methodBigDecimal
public BigInteger methodBigInteger(BigInteger in0) throws RemoteException {
if (in0.equals(new BigInteger("8789"))) {
return new BigInteger("2323");
} else {
throw new RemoteException("Expecting a BigInteger value of 8789.");
}
} // methodBigInteger
public String methodString(String in0) throws RemoteException {
if (in0.equals("Request")) {
return "Response";
} else {
throw new RemoteException("Expecting a string value of \"Request\"");
}
} // methodString
public double methodDouble(double in0) throws RemoteException {
if (in0 == 87502.002D) {
return 567.547D;
} else {
throw new RemoteException("Expecting a double value of 87502.002D");
}
} // methodDouble
public float methodFloat(float in0) throws RemoteException {
if (in0 == 8787.25F) {
return 12325.545F;
} else {
throw new RemoteException("Expecting a float value of 8787.25F");
}
} // methodFloat
public long methodLong(long in0) throws RemoteException {
if (in0 == 45425L) {
return 787985L;
} else {
throw new RemoteException("Expecting a long value of 45425L.");
}
} // methodLong
public int methodInt(int in0) throws RemoteException {
if (in0 == 1215) {
return 10232;
} else {
throw new RemoteException("Expecting an int value of 1215.");
}
} // methodInt
public short methodShort(short in0) throws RemoteException {
if (in0 == (short) 302) {
return(short) 124;
} else {
throw new RemoteException("Expecting a short value of 302.");
}
} // methodShort
public byte methodByte(byte in0) throws RemoteException {
if (in0 == (byte) 61) {
return(byte) 35;
} else {
throw new RemoteException("Expecting a byte value of 61.");
}
} // methodByte
public boolean methodBoolean(boolean in0) throws RemoteException {
if (in0) {
return false;
} else {
throw new RemoteException("Expecting a boolean value of true.");
}
} // methodBoolean
public CallOptions[] methodCallOptions(CallOptions[] in0) throws RemoteException {
if (in0[0].getCallDate().equals(new Date(1013459984577L))) {
in0[0] = new CallOptions();
in0[0].setCallDate(new Date(1013459984507L));
return in0;
} else {
throw new RemoteException("Actual value did not match expected value.");
}
} // methodCallOptions
public Float methodSoapFloat(Float in0) throws RemoteException {
if (in0.equals(new Float(23423.234F))) {
return new Float(232.23F);
} else {
throw new RemoteException("Expecting a float value of 23423.234F");
}
} // methodSoapFloat
public Double methodSoapDouble(Double in0) throws RemoteException {
if (in0.equals(new Double(123423.234D))) {
return new Double(2232.23D);
} else {
throw new RemoteException("Expecting a float value of 123423.234D");
}
} // methodSoapDouble
public Boolean methodSoapBoolean(Boolean in0) throws RemoteException {
if (in0.equals(new Boolean(true))) {
return new Boolean(false);
} else {
throw new RemoteException("Expecting a boolean value of true");
}
} // methodSoapBoolean
public Byte methodSoapByte(Byte in0) throws RemoteException {
if (in0.equals(new Byte((byte) 9))) {
return new Byte((byte) 10);
} else {
throw new RemoteException("Expecting a byte value of 9");
}
} // methodSoapByte
public Short methodSoapShort(Short in0) throws RemoteException {
if (in0.equals(new Short((short) 32))) {
return new Short((short) 44);
} else {
throw new RemoteException("Expecting a short value of 32");
}
} // methodSoapShort
public Integer methodSoapInt(Integer in0) throws RemoteException {
if (in0.equals(new Integer(332))) {
return new Integer(441);
} else {
throw new RemoteException("Expecting a short value of 332");
}
} // methodSoapInt
public Long methodSoapLong(Long in0) throws RemoteException {
if (in0.equals(new Long(3321L))) {
return new Long(4412L);
} else {
throw new RemoteException("Expecting a short value of 3321L");
}
} // methodSoapLong
public void throwInvalidTickerException()
throws InvalidTickerSymbol, RemoteException {
throw new InvalidTickerSymbol("Invalid Ticker Symbol Received");
} // throwInvalidTickerSymbol
public void throwInvalidTradeExchange()
throws InvalidTickerSymbol,
InvalidTradeExchange,
InvalidCompanyId,
RemoteException {
throw new InvalidTradeExchange("Invalid Trade Exchange Received");
} // throwInvalidTradeExchange
} // End class RoundtripTypesTestSoapBindingImpl