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Replaced the tabs with spaces so we do not mess up the formatting, used the expand command from linux

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This commit is contained in:
nbaars
2014-09-15 16:40:51 +02:00
parent 9bb1cb8d9c
commit 3ae898784f
118 changed files with 21208 additions and 21214 deletions
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714
src/main/java/org/owasp/webgoat/lessons/SoapRequest.java
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@ -62,421 +62,421 @@ import org.owasp.webgoat.session.WebgoatContext;
public class SoapRequest extends SequentialLessonAdapter
{
public final static String firstName = "getFirstName";
public final static String firstName = "getFirstName";
public final static String lastName = "getLastName";
public final static String lastName = "getLastName";
public final static String loginCount = "getLoginCount";
public final static String loginCount = "getLoginCount";
public final static String ccNumber = "getCreditCard";
public final static String ccNumber = "getCreditCard";
// int instead of boolean to keep track of method invocation count
static int accessFirstName;
// int instead of boolean to keep track of method invocation count
static int accessFirstName;
static int accessLastName;
static int accessLastName;
static int accessCreditCard;
static int accessCreditCard;
static int accessLoginCount;
static int accessLoginCount;
private static WebgoatContext webgoatContext;
private static WebgoatContext webgoatContext;
/**
* We maintain a static reference to WebgoatContext, since this class is also automatically
* instantiated by the Axis web services module, which does not call setWebgoatContext()
* (non-Javadoc)
*
* @see org.owasp.webgoat.lessons.AbstractLesson#setWebgoatContext(org.owasp.webgoat.session.WebgoatContext)
*/
@Override
public void setWebgoatContext(WebgoatContext webgoatContext)
{
SoapRequest.webgoatContext = webgoatContext;
}
/**
* We maintain a static reference to WebgoatContext, since this class is also automatically
* instantiated by the Axis web services module, which does not call setWebgoatContext()
* (non-Javadoc)
*
* @see org.owasp.webgoat.lessons.AbstractLesson#setWebgoatContext(org.owasp.webgoat.session.WebgoatContext)
*/
@Override
public void setWebgoatContext(WebgoatContext webgoatContext)
{
SoapRequest.webgoatContext = webgoatContext;
}
@Override
public WebgoatContext getWebgoatContext()
{
return SoapRequest.webgoatContext;
}
@Override
public WebgoatContext getWebgoatContext()
{
return SoapRequest.webgoatContext;
}
protected Category getDefaultCategory()
{
return Category.WEB_SERVICES;
}
protected Category getDefaultCategory()
{
return Category.WEB_SERVICES;
}
protected List<String> getHints(WebSession s)
{
List<String> hints = new ArrayList<String>();
hints
.add("Accessible operations are delimited by the &lt;operation&gt; tag contained within the &lt;portType&gt; section of the WSDL. <BR> Below is an example of a typical operation (getFirstName): <br><br>"
+ "&lt;wsdl:portType name=\"SoapRequest\"&gt; <br>"
+ "&lt;wsdl:<strong>operation name=\"getFirstName\"</strong>&gt;<br>"
+ "&lt;wsdl:input message=\"impl:getFirstNameRequest\" name=\"getFirstNameRequest\" /&gt;<br>"
+ "&lt;wsdl:output message=\"impl:getFirstNameResponse\" name=\"getFirstNameResponse\" /&gt;<br>"
+ "&lt;wsdlsoap:operation soapAction=\"\" /&gt;"
+ "&lt;/wsdl:portType&gt;<br><br>"
+ "The methods invoked are defined by the input and output message attributes. "
+ "Example: <strong>\"getFirstNameRequest\"</strong>");
hints
.add("There are several tags within a SOAP envelope. "
+ "Each namespace is defined in the &lt;definitions&gt; section of the WSDL, and is declared using the (xmlns:namespace_name_here=\"namespace_reference_location_here\") format.<br><br>"
+ "The following example defines a tag \"&lt;xsd:\", whose attribute structure will reference the namespace location assigned to it in the declaration:<br>"
+ "<strong>xmlns:xsd=\"http://www.w3.org/2001/XMLSchema</strong>");
hints
.add("Determine what parameters and types are required by the message definition corresponding to the operation's request method. "
+ "This example defines a parameter (id) of type (int) in the namespace (xsd) for the method (getFirstNameRequest):<br>"
+ "&lt;wsdl:message name=\"getFirstNameRequest\"<br><br>"
+ "&lt;wsdl:<strong>part name=\"id\" type=\"xsd:int\"</strong> /&gt;<br>"
+ "&lt;/wsdl:message&gt;<br><br>"
+ "Examples of other types:<br>"
+ "{boolean, byte, base64Binary, double, float, int, long, short, unsignedInt, unsignedLong, unsignedShort, string}.<br>");
String soapEnv = "A SOAP request uses the following HTTP header: <br><br> "
+ "SOAPAction: some action header, can be &quot;&quot; <br><br>"
+ "The SOAP message body has the following format:<br>"
+ "&lt;?xml version=\"1.0\" encoding=\"UTF-8\"?&gt; <br>"
+ "&lt;SOAP-ENV:Envelope xmlns:SOAP-ENV=\"http://schemas.xmlsoap.org/soap/envelope/\" <br>"
+ " xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\" <br>"
+ " xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"&gt; <br>"
+ "&nbsp;&nbsp;&lt;SOAP-ENV:Body&gt; <br>"
+ "&nbsp;&nbsp;&nbsp;&nbsp;&lt;ns1:getFirstName SOAP-ENV:encodingStyle=\"http://schemas.xmlsoap.org/soap/encoding/\" xmlns:ns1=\"http://lessons\"&gt; <br>"
+ "&nbsp;&nbsp;&nbsp;&nbsp;&lt;id xsi:type=\"xsd:int\"&gt;101&lt;/id&gt; <br>"
+ "&nbsp;&nbsp;&nbsp;&nbsp;&lt;/ns1:getFirstName&gt; <br>" + "&nbsp;&nbsp;&lt;/SOAP-ENV:Body&gt; <br>"
+ "&lt;/SOAP-ENV:Envelope&gt; <br><br>"
+ "Intercept the HTTP request and try to create a SOAP request.";
soapEnv.replaceAll("(?s) ", "&nbsp;");
hints.add(soapEnv);
protected List<String> getHints(WebSession s)
{
List<String> hints = new ArrayList<String>();
hints
.add("Accessible operations are delimited by the &lt;operation&gt; tag contained within the &lt;portType&gt; section of the WSDL. <BR> Below is an example of a typical operation (getFirstName): <br><br>"
+ "&lt;wsdl:portType name=\"SoapRequest\"&gt; <br>"
+ "&lt;wsdl:<strong>operation name=\"getFirstName\"</strong>&gt;<br>"
+ "&lt;wsdl:input message=\"impl:getFirstNameRequest\" name=\"getFirstNameRequest\" /&gt;<br>"
+ "&lt;wsdl:output message=\"impl:getFirstNameResponse\" name=\"getFirstNameResponse\" /&gt;<br>"
+ "&lt;wsdlsoap:operation soapAction=\"\" /&gt;"
+ "&lt;/wsdl:portType&gt;<br><br>"
+ "The methods invoked are defined by the input and output message attributes. "
+ "Example: <strong>\"getFirstNameRequest\"</strong>");
hints
.add("There are several tags within a SOAP envelope. "
+ "Each namespace is defined in the &lt;definitions&gt; section of the WSDL, and is declared using the (xmlns:namespace_name_here=\"namespace_reference_location_here\") format.<br><br>"
+ "The following example defines a tag \"&lt;xsd:\", whose attribute structure will reference the namespace location assigned to it in the declaration:<br>"
+ "<strong>xmlns:xsd=\"http://www.w3.org/2001/XMLSchema</strong>");
hints
.add("Determine what parameters and types are required by the message definition corresponding to the operation's request method. "
+ "This example defines a parameter (id) of type (int) in the namespace (xsd) for the method (getFirstNameRequest):<br>"
+ "&lt;wsdl:message name=\"getFirstNameRequest\"<br><br>"
+ "&lt;wsdl:<strong>part name=\"id\" type=\"xsd:int\"</strong> /&gt;<br>"
+ "&lt;/wsdl:message&gt;<br><br>"
+ "Examples of other types:<br>"
+ "{boolean, byte, base64Binary, double, float, int, long, short, unsignedInt, unsignedLong, unsignedShort, string}.<br>");
String soapEnv = "A SOAP request uses the following HTTP header: <br><br> "
+ "SOAPAction: some action header, can be &quot;&quot; <br><br>"
+ "The SOAP message body has the following format:<br>"
+ "&lt;?xml version=\"1.0\" encoding=\"UTF-8\"?&gt; <br>"
+ "&lt;SOAP-ENV:Envelope xmlns:SOAP-ENV=\"http://schemas.xmlsoap.org/soap/envelope/\" <br>"
+ " xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\" <br>"
+ " xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"&gt; <br>"
+ "&nbsp;&nbsp;&lt;SOAP-ENV:Body&gt; <br>"
+ "&nbsp;&nbsp;&nbsp;&nbsp;&lt;ns1:getFirstName SOAP-ENV:encodingStyle=\"http://schemas.xmlsoap.org/soap/encoding/\" xmlns:ns1=\"http://lessons\"&gt; <br>"
+ "&nbsp;&nbsp;&nbsp;&nbsp;&lt;id xsi:type=\"xsd:int\"&gt;101&lt;/id&gt; <br>"
+ "&nbsp;&nbsp;&nbsp;&nbsp;&lt;/ns1:getFirstName&gt; <br>" + "&nbsp;&nbsp;&lt;/SOAP-ENV:Body&gt; <br>"
+ "&lt;/SOAP-ENV:Envelope&gt; <br><br>"
+ "Intercept the HTTP request and try to create a SOAP request.";
soapEnv.replaceAll("(?s) ", "&nbsp;");
hints.add(soapEnv);
return hints;
}
return hints;
}
private final static Integer DEFAULT_RANKING = new Integer(100);
private final static Integer DEFAULT_RANKING = new Integer(100);
protected Integer getDefaultRanking()
{
return DEFAULT_RANKING;
}
protected Integer getDefaultRanking()
{
return DEFAULT_RANKING;
}
public String getTitle()
{
return "Create a SOAP Request";
}
public String getTitle()
{
return "Create a SOAP Request";
}
protected Element makeOperationsLine(WebSession s)
{
ElementContainer ec = new ElementContainer();
protected Element makeOperationsLine(WebSession s)
{
ElementContainer ec = new ElementContainer();
Table t1 = new Table().setCellSpacing(0).setCellPadding(2);
Table t1 = new Table().setCellSpacing(0).setCellPadding(2);
if (s.isColor())
{
t1.setBorder(1);
}
if (s.isColor())
{
t1.setBorder(1);
}
TR tr = new TR();
tr.addElement(new TD().addElement("How many operations are defined in the WSDL: "));
tr.addElement(new TD(new Input(Input.TEXT, "count", "")));
Element b = ECSFactory.makeButton("Submit");
tr.addElement(new TD(b).setAlign("LEFT"));
t1.addElement(tr);
TR tr = new TR();
tr.addElement(new TD().addElement("How many operations are defined in the WSDL: "));
tr.addElement(new TD(new Input(Input.TEXT, "count", "")));
Element b = ECSFactory.makeButton("Submit");
tr.addElement(new TD(b).setAlign("LEFT"));
t1.addElement(tr);
ec.addElement(t1);
ec.addElement(t1);
return ec;
}
return ec;
}
protected Element makeTypeLine(WebSession s)
{
ElementContainer ec = new ElementContainer();
protected Element makeTypeLine(WebSession s)
{
ElementContainer ec = new ElementContainer();
Table t1 = new Table().setCellSpacing(0).setCellPadding(2);
Table t1 = new Table().setCellSpacing(0).setCellPadding(2);
if (s.isColor())
{
t1.setBorder(1);
}
if (s.isColor())
{
t1.setBorder(1);
}
TR tr = new TR();
tr.addElement(new TD()
.addElement("Now, what is the type of the (id) parameter in the \"getFirstNameRequest\" method: "));
tr.addElement(new TD(new Input(Input.TEXT, "type", "")));
Element b = ECSFactory.makeButton("Submit");
tr.addElement(new TD(b).setAlign("LEFT"));
t1.addElement(tr);
TR tr = new TR();
tr.addElement(new TD()
.addElement("Now, what is the type of the (id) parameter in the \"getFirstNameRequest\" method: "));
tr.addElement(new TD(new Input(Input.TEXT, "type", "")));
Element b = ECSFactory.makeButton("Submit");
tr.addElement(new TD(b).setAlign("LEFT"));
t1.addElement(tr);
ec.addElement(t1);
ec.addElement(t1);
return ec;
}
return ec;
}
protected Element createContent(WebSession s)
{
return super.createStagedContent(s);
}
protected Element createContent(WebSession s)
{
return super.createStagedContent(s);
}
protected Element doStage1(WebSession s) throws Exception
{
return viewWsdl(s);
}
protected Element doStage1(WebSession s) throws Exception
{
return viewWsdl(s);
}
protected Element doStage2(WebSession s) throws Exception
{
return determineType(s);
}
protected Element doStage2(WebSession s) throws Exception
{
return determineType(s);
}
protected Element doStage3(WebSession s) throws Exception
{
return createSoapEnvelope(s);
}
protected Element doStage3(WebSession s) throws Exception
{
return createSoapEnvelope(s);
}
protected Element viewWsdl(WebSession s)
{
ElementContainer ec = new ElementContainer();
protected Element viewWsdl(WebSession s)
{
ElementContainer ec = new ElementContainer();
// DEVNOTE: Test for stage completion.
try
{
int operationCount = 0;
operationCount = s.getParser().getIntParameter("count");
// DEVNOTE: Test for stage completion.
try
{
int operationCount = 0;
operationCount = s.getParser().getIntParameter("count");
if (operationCount == 4)
{
getLessonTracker(s).setStage(2);
s.setMessage("Stage 1 completed.");
if (operationCount == 4)
{
getLessonTracker(s).setStage(2);
s.setMessage("Stage 1 completed.");
// Redirect user to Stage2 content.
ec.addElement(doStage2(s));
}
else
{
s.setMessage("Sorry, that is an incorrect count. Try Again.");
}
} catch (NumberFormatException nfe)
{
// DEVNOTE: Eat the exception.
// ec.addElement( new P().addElement( nfe.getMessage() ) );
s.setMessage("Sorry, that answer is invalid. Try again.");
} catch (ParameterNotFoundException pnfe)
{
// DEVNOTE: Eat the exception.
// ec.addElement( new P().addElement( pnfe.getMessage() ) );
} catch (Exception e)
{
s.setMessage("Error generating " + this.getClass().getName());
e.printStackTrace();
}
// Redirect user to Stage2 content.
ec.addElement(doStage2(s));
}
else
{
s.setMessage("Sorry, that is an incorrect count. Try Again.");
}
} catch (NumberFormatException nfe)
{
// DEVNOTE: Eat the exception.
// ec.addElement( new P().addElement( nfe.getMessage() ) );
s.setMessage("Sorry, that answer is invalid. Try again.");
} catch (ParameterNotFoundException pnfe)
{
// DEVNOTE: Eat the exception.
// ec.addElement( new P().addElement( pnfe.getMessage() ) );
} catch (Exception e)
{
s.setMessage("Error generating " + this.getClass().getName());
e.printStackTrace();
}
// DEVNOTE: Conditionally display Stage1 content depending on whether stage is completed or
// not
if (getLessonTracker(s).getStage() == 1)
// if ( null == (getLessonTracker(s).getLessonProperties().getProperty(WebSession.STAGE)) ||
// (getLessonTracker(s).getLessonProperties().getProperty(WebSession.STAGE)).equals("1") )
{
ec.addElement(makeOperationsLine(s));
// DEVNOTE: Conditionally display Stage1 content depending on whether stage is completed or
// not
if (getLessonTracker(s).getStage() == 1)
// if ( null == (getLessonTracker(s).getLessonProperties().getProperty(WebSession.STAGE)) ||
// (getLessonTracker(s).getLessonProperties().getProperty(WebSession.STAGE)).equals("1") )
{
ec.addElement(makeOperationsLine(s));
A a = new A("services/SoapRequest?WSDL", "WebGoat WSDL File");
ec.addElement(new P().addElement("View the following WSDL and count available operations:"));
ec.addElement(new BR());
ec.addElement(a);
}
A a = new A("services/SoapRequest?WSDL", "WebGoat WSDL File");
ec.addElement(new P().addElement("View the following WSDL and count available operations:"));
ec.addElement(new BR());
ec.addElement(a);
}
// getLessonTracker( s ).setCompleted( SoapRequest.completed );
// getLessonTracker( s ).setCompleted( SoapRequest.completed );
return (ec);
}
return (ec);
}
protected Element determineType(WebSession s)
{
ElementContainer ec = new ElementContainer();
protected Element determineType(WebSession s)
{
ElementContainer ec = new ElementContainer();
// DEVNOTE: Test for stage completion.
try
{
String paramType = "";
paramType = s.getParser().getStringParameter("type");
// DEVNOTE: Test for stage completion.
try
{
String paramType = "";
paramType = s.getParser().getStringParameter("type");
// if (paramType.equalsIgnoreCase("int"))
if (paramType.equals("int"))
{
getLessonTracker(s).setStage(3);
s.setMessage("Stage 2 completed. ");
// s.setMessage(
// "Now, you'll craft a SOAP envelope for invoking a web service directly.");
// if (paramType.equalsIgnoreCase("int"))
if (paramType.equals("int"))
{
getLessonTracker(s).setStage(3);
s.setMessage("Stage 2 completed. ");
// s.setMessage(
// "Now, you'll craft a SOAP envelope for invoking a web service directly.");
// Redirect user to Stage2 content.
ec.addElement(doStage3(s));
}
else
{
s.setMessage("Sorry, that is an incorrect type. Try Again.");
}
} catch (ParameterNotFoundException pnfe)
{
// DEVNOTE: Eat the exception.
// ec.addElement( new P().addElement( pnfe.getMessage() ) );
} catch (Exception e)
{
s.setMessage("Error generating " + this.getClass().getName());
e.printStackTrace();
}
// Redirect user to Stage2 content.
ec.addElement(doStage3(s));
}
else
{
s.setMessage("Sorry, that is an incorrect type. Try Again.");
}
} catch (ParameterNotFoundException pnfe)
{
// DEVNOTE: Eat the exception.
// ec.addElement( new P().addElement( pnfe.getMessage() ) );
} catch (Exception e)
{
s.setMessage("Error generating " + this.getClass().getName());
e.printStackTrace();
}
// DEVNOTE: Conditionally display Stage2 content depending on whether stage is completed or
// not
if (getLessonTracker(s).getStage() == 2)
// if ( null == (getLessonTracker(s).getLessonProperties().getProperty(WebSession.STAGE)) ||
// (getLessonTracker(s).getLessonProperties().getProperty(WebSession.STAGE)).equals("2") )
{
ec.addElement(makeTypeLine(s));
// DEVNOTE: Conditionally display Stage2 content depending on whether stage is completed or
// not
if (getLessonTracker(s).getStage() == 2)
// if ( null == (getLessonTracker(s).getLessonProperties().getProperty(WebSession.STAGE)) ||
// (getLessonTracker(s).getLessonProperties().getProperty(WebSession.STAGE)).equals("2") )
{
ec.addElement(makeTypeLine(s));
A a = new A("services/SoapRequest?WSDL", "WebGoat WSDL File");
ec.addElement(new P().addElement("View the following WSDL and count available operations:"));
ec.addElement(new BR());
ec.addElement(a);
}
A a = new A("services/SoapRequest?WSDL", "WebGoat WSDL File");
ec.addElement(new P().addElement("View the following WSDL and count available operations:"));
ec.addElement(new BR());
ec.addElement(a);
}
// getLessonTracker( s ).setCompleted( SoapRequest.completed );
// getLessonTracker( s ).setCompleted( SoapRequest.completed );
return (ec);
}
return (ec);
}
protected Element createSoapEnvelope(WebSession s)
{
ElementContainer ec = new ElementContainer();
protected Element createSoapEnvelope(WebSession s)
{
ElementContainer ec = new ElementContainer();
// Determine how many methods have been accessed. User needs to check at least two methods
// before completing the lesson.
if ((accessFirstName + accessLastName + accessCreditCard + accessLoginCount) >= 2)
{
/** Reset function access counters **/
accessFirstName = accessLastName = accessCreditCard = accessLoginCount = 0;
// SoapRequest.completed = true;
makeSuccess(s);
}
else
{
// Determine how many methods have been accessed. User needs to check at least two methods
// before completing the lesson.
if ((accessFirstName + accessLastName + accessCreditCard + accessLoginCount) >= 2)
{
/** Reset function access counters **/
accessFirstName = accessLastName = accessCreditCard = accessLoginCount = 0;
// SoapRequest.completed = true;
makeSuccess(s);
}
else
{
// display Stage2 content
ec
.addElement(new P()
.addElement("Intercept the request and invoke any method by sending a valid SOAP request for a valid account. <br/>"));
ec
.addElement(new P()
.addElement("You must access at least 2 of the methods to pass the lesson. <br/>"));
Element b = ECSFactory.makeButton("Press to generate an HTTP request");
ec.addElement(b);
// display Stage2 content
ec
.addElement(new P()
.addElement("Intercept the request and invoke any method by sending a valid SOAP request for a valid account. <br/>"));
ec
.addElement(new P()
.addElement("You must access at least 2 of the methods to pass the lesson. <br/>"));
Element b = ECSFactory.makeButton("Press to generate an HTTP request");
ec.addElement(b);
// conditionally display invoked methods
if ((accessFirstName + accessLastName + accessCreditCard + accessLoginCount) > 0)
{
ec.addElement("<br><br>Methods Invoked:<br>");
ec.addElement("<ul>");
if (accessFirstName > 0)
{
ec.addElement("<li>getFirstName</li>");
}
if (accessLastName > 0)
{
ec.addElement("<li>getLastName</li>");
}
if (accessCreditCard > 0)
{
ec.addElement("<li>getCreditCard</li>");
}
if (accessLoginCount > 0)
{
ec.addElement("<li>getLoginCount</li>");
}
ec.addElement("</ul>");
}
// conditionally display invoked methods
if ((accessFirstName + accessLastName + accessCreditCard + accessLoginCount) > 0)
{
ec.addElement("<br><br>Methods Invoked:<br>");
ec.addElement("<ul>");
if (accessFirstName > 0)
{
ec.addElement("<li>getFirstName</li>");
}
if (accessLastName > 0)
{
ec.addElement("<li>getLastName</li>");
}
if (accessCreditCard > 0)
{
ec.addElement("<li>getCreditCard</li>");
}
if (accessLoginCount > 0)
{
ec.addElement("<li>getLoginCount</li>");
}
ec.addElement("</ul>");
}
A a = new A("services/SoapRequest?WSDL", "WebGoat WSDL File");
ec.addElement(new BR());
ec.addElement(a);
}
A a = new A("services/SoapRequest?WSDL", "WebGoat WSDL File");
ec.addElement(new BR());
ec.addElement(a);
}
// getLessonTracker( s ).setCompleted( SoapRequest.completed );
return (ec);
}
// getLessonTracker( s ).setCompleted( SoapRequest.completed );
return (ec);
}
public String getResults(int id, String field)
{
try
{
Connection connection = DatabaseUtilities.getConnection("guest", getWebgoatContext());
PreparedStatement ps = connection.prepareStatement("SELECT * FROM user_data WHERE userid = ?");
ps.setInt(1, id);
try
{
ResultSet results = ps.executeQuery();
if ((results != null) && (results.next() == true)) { return results.getString(field); }
} catch (SQLException sqle)
{
}
} catch (Exception e)
{
}
return null;
}
public String getResults(int id, String field)
{
try
{
Connection connection = DatabaseUtilities.getConnection("guest", getWebgoatContext());
PreparedStatement ps = connection.prepareStatement("SELECT * FROM user_data WHERE userid = ?");
ps.setInt(1, id);
try
{
ResultSet results = ps.executeQuery();
if ((results != null) && (results.next() == true)) { return results.getString(field); }
} catch (SQLException sqle)
{
}
} catch (Exception e)
{
}
return null;
}
public String getCreditCard(int id)
{
String result = getResults(id, "cc_number");
// SoapRequest.completed = true;
public String getCreditCard(int id)
{
String result = getResults(id, "cc_number");
// SoapRequest.completed = true;
if (result != null)
{
// DEVNOTE: Always set method access counter to (1) no matter how many times it is
// accessed.
// This is intended to be used to determine how many methods have been accessed, not how
// often.
accessCreditCard = 1;
return result;
}
return null;
}
if (result != null)
{
// DEVNOTE: Always set method access counter to (1) no matter how many times it is
// accessed.
// This is intended to be used to determine how many methods have been accessed, not how
// often.
accessCreditCard = 1;
return result;
}
return null;
}
public String getFirstName(int id)
{
String result = getResults(id, "first_name");
if (result != null)
{
// DEVNOTE: Always set method access counter to (1) no matter how many times it is
// accessed.
// This is intended to be used to determine how many methods have been accessed, not how
// often.
accessFirstName = 1;
return result;
}
return null;
}
public String getFirstName(int id)
{
String result = getResults(id, "first_name");
if (result != null)
{
// DEVNOTE: Always set method access counter to (1) no matter how many times it is
// accessed.
// This is intended to be used to determine how many methods have been accessed, not how
// often.
accessFirstName = 1;
return result;
}
return null;
}
public String getLastName(int id)
{
String result = getResults(id, "last_name");
if (result != null)
{
// DEVNOTE: Always set method access counter to (1) no matter how many times it is
// accessed.
// This is intended to be used to determine how many methods have been accessed, not how
// often.
accessLastName = 1;
return result;
}
return null;
}
public String getLastName(int id)
{
String result = getResults(id, "last_name");
if (result != null)
{
// DEVNOTE: Always set method access counter to (1) no matter how many times it is
// accessed.
// This is intended to be used to determine how many methods have been accessed, not how
// often.
accessLastName = 1;
return result;
}
return null;
}
public String getLoginCount(int id)
{
String result = getResults(id, "login_count");
if (result != null)
{
// DEVNOTE: Always set method access counter to (1) no matter how many times it is
// accessed.
// This is intended to be used to determine how many methods have been accessed, not how
// often.
accessLoginCount = 1;
return result;
}
return null;
}
public String getLoginCount(int id)
{
String result = getResults(id, "login_count");
if (result != null)
{
// DEVNOTE: Always set method access counter to (1) no matter how many times it is
// accessed.
// This is intended to be used to determine how many methods have been accessed, not how
// often.
accessLoginCount = 1;
return result;
}
return null;
}
}