java.lang.Object
- com.ibm.crypto.hdwrCCA.provider.Debug

public class Debug
extends java.lang.Object

A utility class for debugging.

Field Summary

Fields
Modifier and Type	Field	Description
`static long`	`TYPE_ALL`	Defines a mask containing all of the possible types.
`static long`	`TYPE_API`	Defines an application programming interface (API) trace point.
`static long`	`TYPE_CALLBACK`	Defines a callback method trace point.
`static long`	`TYPE_DEFAULT_MESSAGE`	Defines the default message types.
`static long`	`TYPE_ENTRY`	Defines method entry trace points.
`static long`	`TYPE_ENTRY_EXIT`	Deprecated. `TYPE_ENTRY_EXIT` has been split into `TYPE_ENTRY` and `TYPE_EXIT`.
`static long`	`TYPE_ERR`	Defines an error message.
`static long`	`TYPE_ERROR`	Defines an error message.
`static long`	`TYPE_ERROR_EXC`	Defines an error or exception condition trace point.
`static long`	`TYPE_EXIT`	Defines method exit trace points.
`static long`	`TYPE_FATAL`	Defines a fatal message.
`static long`	`TYPE_FINE`	Equivalent to Level.FINE
`static long`	`TYPE_FINER`	Equivalent to Level.FINER
`static long`	`TYPE_FINEST`	Equivalent to Level.FINEST
`static long`	`TYPE_INFO`	Defines an informational message.
`static long`	`TYPE_INFORMATION`	Defines an informational message.
`static long`	`TYPE_LEVEL1`	Defines a "low-detail" trace point.
`static long`	`TYPE_LEVEL2`	Defines a "medium-detail" trace point.
`static long`	`TYPE_LEVEL3`	Defines a "high-detail" trace point.
`static long`	`TYPE_MISC_DATA`	Defines a miscellaneous data trace point.
`static long`	`TYPE_NONE`
`static long`	`TYPE_OBJ_CREATE`	Defines an object creation (constructor) trace point.
`static long`	`TYPE_OBJ_DELETE`	Defines an object deletion (destructor) trace point.
`static long`	`TYPE_PERF`	Defines a performance-monitoring trace point.
`static long`	`TYPE_PRIVATE`	Defines a `private` method trace point.
`static long`	`TYPE_PUBLIC`	Defines a public method trace point.
`static long`	`TYPE_STATIC`	Defines a static method trace point.
`static long`	`TYPE_SVC`	Defines a service code trace point.
`static long`	`TYPE_WARN`	Defines a warning message.
`static long`	`TYPE_WARNING`	Defines a warning message.

Constructor Summary

Constructors
Constructor Description

Debug(java.lang.String name, java.lang.String rbName)

Method Summary

All Methods Static Methods Instance Methods Concrete Methods
Modifier and Type	Method	Description
`void`	`data(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, byte[] data)`
`void`	`entry(long type, java.lang.Object loggingClass, java.lang.String loggingMethod)`
`void`	`entry(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.Object parm1)`
`void`	`entry(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.Object[] parms)`
`void`	`entry(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.Object parm1, java.lang.Object parm2)`
`void`	`exception(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.Throwable throwable)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, boolean retValue)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, byte retValue)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, char retValue)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, double retValue)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, float retValue)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, int retValue)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, long retValue)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, short retValue)`
`void`	`exit(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.Object retValue)`
`static Debug`	`getInstance(java.lang.String option)`	Get a Debug object corresponding to whether or not the given option is set.
`static Debug`	`getInstance(java.lang.String option, java.lang.String prefix)`	Get a Debug object corresponding to whether or not the given option is set.
`static void`	`Help()`
`static boolean`	`isOn(java.lang.String option)`	True if the system property "security.debug" contains the string "option".
`static java.util.logging.Level`	`longToLevel(long type)`
`static int`	`safeLongToInt(long l)`
`void`	`stackTrace(long type, java.lang.Object loggingClass, java.lang.String loggingMethod)`
`void`	`stackTrace(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.String text)`
`void`	`text(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.String text)`
`void`	`text(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.String text, java.lang.Object parm1)`
`void`	`text(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.String text, java.lang.Object[] parms)`
`void`	`text(long type, java.lang.Object loggingClass, java.lang.String loggingMethod, java.lang.String text, java.lang.Object parm1, java.lang.Object parm2)`
`static java.lang.String`	`toHexString(java.math.BigInteger b)`	return a hexadecimal printed representation of the specified BigInteger object.
`static java.lang.String`	`toString(byte[] b)`

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - TYPE_NONE
```
public static final long TYPE_NONE
```
    See Also:
    
    Constant Field Values
  - TYPE_ALL
```
public static final long TYPE_ALL
```
    Defines a mask containing all of the possible types.
    
    See Also:
    
    Constant Field Values
  - TYPE_FINE
```
public static final long TYPE_FINE
```
    Equivalent to Level.FINE
  - TYPE_FINER
```
public static final long TYPE_FINER
```
    Equivalent to Level.FINER
  - TYPE_FINEST
```
public static final long TYPE_FINEST
```
    Equivalent to Level.FINEST
  - TYPE_INFO
```
public static final long TYPE_INFO
```
    Defines an informational message. Use this type to indicate conditions that are worth noting but that do not require a user to take any precautions or perform an action. Sparing use of this type is suggested. An informational message is less severe than a warning message. This value is the same as TYPE_INFORMATION.
    
    See Also:
    
    Constant Field Values
  - TYPE_INFORMATION
```
public static final long TYPE_INFORMATION
```
    Defines an informational message. This value is the same as TYPE_INFO.
    
    See Also:
    
    Constant Field Values
  - TYPE_WARN
```
public static final long TYPE_WARN
```
    Defines a warning message. Use this type to inform a user that an abnormal condition has been detected. The particular condition will dictate whether the user has to take any action. A warning message is less severe than an error message. This value is the same as TYPE_WARNING.
    
    See Also:
    
    Constant Field Values
  - TYPE_WARNING
```
public static final long TYPE_WARNING
```
    Defines a warning message. This value is the same as TYPE_WARN.
    
    See Also:
    
    Constant Field Values
  - TYPE_ERR
```
public static final long TYPE_ERR
```
    Defines an error message. Use this type to inform the user of a serious failure in the execution of a program. An error message is less severe than a fatal message. This value is the same as TYPE_ERROR.
    Note: TYPE_ERR is included in the default mask of a Logger and should not be confused with TYPE_ERROR_EXC, which is intended to be used for trace records by Trace.
    
    See Also:
    
    Constant Field Values
  - TYPE_ERROR
```
public static final long TYPE_ERROR
```
    Defines an error message. This value is the same as TYPE_ERR.
    Note: TYPE_ERR is included in the default mask of a Logger and should not be confused with TYPE_ERROR_EXC, which is intended to be used for trace records by Trace.
    
    See Also:
    
    Constant Field Values
  - TYPE_FATAL
```
public static final long TYPE_FATAL
```
    Defines a fatal message. Use this type to report an error from which the program cannot recover. A fatal message is the most severe message.
    
    See Also:
    
    Constant Field Values
  - TYPE_DEFAULT_MESSAGE
```
public static final long TYPE_DEFAULT_MESSAGE
```
    Defines the default message types. The value is (TYPE_INFO | TYPE_WARN | TYPE_ERR | TYPE_FATAL.
    
    See Also:
    
    Constant Field Values
  - TYPE_PUBLIC
```
public static final long TYPE_PUBLIC
```
    Defines a public method trace point. This typically includes package and protected scope, as all of these methods may be used by other classes.
  - TYPE_API
```
public static final long TYPE_API
```
    Defines an application programming interface (API) trace point.
    
    See Also:
    
    Constant Field Values
  - TYPE_CALLBACK
```
public static final long TYPE_CALLBACK
```
    Defines a callback method trace point. Callbacks are typically used in listener classes, which have registered with another object to be notified when a specific record occurs.
    
    See Also:
    
    Constant Field Values
  - TYPE_ENTRY_EXIT
```
@Deprecated
public static final long TYPE_ENTRY_EXIT
```
    Deprecated.
    TYPE_ENTRY_EXIT has been split into TYPE_ENTRY and TYPE_EXIT.
    
    Defines method entry and exit trace points.
    
    See Also:
    
    Constant Field Values
  - TYPE_ENTRY
```
public static final long TYPE_ENTRY
```
    Defines method entry trace points. An entry trace point should be added to every significant method to track movement through an application. Trivial methods, such as getters and setters, generally don't have entry or exit trace points because of the added overhead.
    
    See Also:
    
    Constant Field Values
  - TYPE_EXIT
```
public static final long TYPE_EXIT
```
    Defines method exit trace points. An exit trace point should be added to every significant method to track movement through an application. Trivial methods, such as getters and setters, generally don't have entry or exit trace points because of the added overhead.
    
    See Also:
    
    Constant Field Values
  - TYPE_ERROR_EXC
```
public static final long TYPE_ERROR_EXC
```
    Defines an error or exception condition trace point. This type can be used to trace any exceptional condition.
    Note: TYPE_ERROR_EXC is included in the default mask of a Trace and should not be confused with TYPE_ERROR, which is intended to be used for message records by Logger.
    
    See Also:
    
    Constant Field Values
  - TYPE_MISC_DATA
```
public static final long TYPE_MISC_DATA
```
    Defines a miscellaneous data trace point. This type can be used to trace information not covered by any other trace type.
    
    See Also:
    
    Constant Field Values
  - TYPE_OBJ_CREATE
```
public static final long TYPE_OBJ_CREATE
```
    Defines an object creation (constructor) trace point.
    
    See Also:
    
    Constant Field Values
  - TYPE_OBJ_DELETE
```
public static final long TYPE_OBJ_DELETE
```
    Defines an object deletion (destructor) trace point. This type would generally be used in a finalize method.
    
    See Also:
    
    Constant Field Values
  - TYPE_PRIVATE
```
public static final long TYPE_PRIVATE
```
    Defines a private method trace point. Private trace points would be defined in methods with private scope.
    
    See Also:
    
    Constant Field Values
  - TYPE_STATIC
```
public static final long TYPE_STATIC
```
    Defines a static method trace point.
    
    See Also:
    
    Constant Field Values
  - TYPE_SVC
```
public static final long TYPE_SVC
```
    Defines a service code trace point. Service code is generally "low-level" code which provides commonly used services to other classes.
    
    See Also:
    
    Constant Field Values
  - TYPE_PERF
```
public static final long TYPE_PERF
```
    Defines a performance-monitoring trace point. This type can be used to measure the execution time of selected sections of an application.
    
    See Also:
    
    Constant Field Values
  - TYPE_LEVEL1
```
public static final long TYPE_LEVEL1
```
    Defines a "low-detail" trace point. Some trace implementations prefer the notion of a "trace level," in which level 1 implies minimal detail, level 2 implies more detail and level 3 implies the most detail. In such a system, these three types would be used exclusively.
    
    See Also:
    
    Constant Field Values
  - TYPE_LEVEL2
```
public static final long TYPE_LEVEL2
```
    Defines a "medium-detail" trace point. Some trace implementations prefer the notion of a "trace level," in which level 1 implies minimal detail, level 2 implies more detail and level 3 implies the most detail. In such a system, these three types would be used exclusively.
    
    See Also:
    
    Constant Field Values
  - TYPE_LEVEL3
```
public static final long TYPE_LEVEL3
```
    Defines a "high-detail" trace point. Some trace implementations prefer the notion of a "trace level," in which level 1 implies minimal detail, level 2 implies more detail and level 3 implies the most detail. In such a system, these three types would be used exclusively.
    
    See Also:
    
    Constant Field Values
- Constructor Detail
  - Debug
```
public Debug(java.lang.String name,
             java.lang.String rbName)
```
- Method Detail
  - Help
```
public static void Help()
```
  - getInstance
```
public static Debug getInstance(java.lang.String option)
```
    Get a Debug object corresponding to whether or not the given option is set. Set the prefix to be the same as option.
  - getInstance
```
public static Debug getInstance(java.lang.String option,
                                java.lang.String prefix)
```
    Get a Debug object corresponding to whether or not the given option is set. Set the prefix to be prefix.
  - isOn
```
public static boolean isOn(java.lang.String option)
```
    True if the system property "security.debug" contains the string "option".
  - data
```
public void data(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 byte[] data)
```
  - entry
```
public void entry(long type,
                  java.lang.Object loggingClass,
                  java.lang.String loggingMethod)
```
  - entry
```
public void entry(long type,
                  java.lang.Object loggingClass,
                  java.lang.String loggingMethod,
                  java.lang.Object parm1)
```
  - entry
```
public void entry(long type,
                  java.lang.Object loggingClass,
                  java.lang.String loggingMethod,
                  java.lang.Object parm1,
                  java.lang.Object parm2)
```
  - entry
```
public void entry(long type,
                  java.lang.Object loggingClass,
                  java.lang.String loggingMethod,
                  java.lang.Object[] parms)
```
  - exception
```
public void exception(long type,
                      java.lang.Object loggingClass,
                      java.lang.String loggingMethod,
                      java.lang.Throwable throwable)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 byte retValue)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 short retValue)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 int retValue)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 long retValue)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 float retValue)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 double retValue)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 char retValue)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 boolean retValue)
```
  - exit
```
public void exit(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 java.lang.Object retValue)
```
  - stackTrace
```
public void stackTrace(long type,
                       java.lang.Object loggingClass,
                       java.lang.String loggingMethod)
```
  - stackTrace
```
public void stackTrace(long type,
                       java.lang.Object loggingClass,
                       java.lang.String loggingMethod,
                       java.lang.String text)
```
  - text
```
public void text(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 java.lang.String text)
```
  - text
```
public void text(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 java.lang.String text,
                 java.lang.Object parm1)
```
  - text
```
public void text(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 java.lang.String text,
                 java.lang.Object parm1,
                 java.lang.Object parm2)
```
  - text
```
public void text(long type,
                 java.lang.Object loggingClass,
                 java.lang.String loggingMethod,
                 java.lang.String text,
                 java.lang.Object[] parms)
```
  - toHexString
```
public static java.lang.String toHexString(java.math.BigInteger b)
```
    return a hexadecimal printed representation of the specified BigInteger object. the value is formatted to fit on lines of at least 75 characters, with embedded newlines. Words are separated for readability, with eight words (32 bytes) per line.
  - toString
```
public static java.lang.String toString(byte[] b)
```
  - longToLevel
```
public static java.util.logging.Level longToLevel(long type)
```
  - safeLongToInt
```
public static int safeLongToInt(long l)
```

Class Debug

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

TYPE_NONE

TYPE_ALL

TYPE_FINE

TYPE_FINER

TYPE_FINEST

TYPE_INFO

TYPE_INFORMATION

TYPE_WARN

TYPE_WARNING

TYPE_ERR

TYPE_ERROR

TYPE_FATAL

TYPE_DEFAULT_MESSAGE

TYPE_PUBLIC

TYPE_API

TYPE_CALLBACK

TYPE_ENTRY_EXIT

TYPE_ENTRY

TYPE_EXIT

TYPE_ERROR_EXC

TYPE_MISC_DATA

TYPE_OBJ_CREATE

TYPE_OBJ_DELETE

TYPE_PRIVATE

TYPE_STATIC

TYPE_SVC

TYPE_PERF

TYPE_LEVEL1

TYPE_LEVEL2

TYPE_LEVEL3

Constructor Detail

Debug

Method Detail

Help

getInstance

getInstance

isOn

data

entry

entry

entry

entry

exception

exit

exit

exit

exit

exit

exit

exit

exit

exit

exit

stackTrace

stackTrace

text

text

text

text

toHexString

toString

longToLevel

safeLongToInt