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///////////////////////////////////////////////////////////////////////////////
//
// JTOpen (IBM Toolbox for Java - OSS version)
//
// Filename: RSoftwareResource.java
//
// The source code contained herein is licensed under the IBM Public License
// Version 1.0, which has been approved by the Open Source Initiative.
// Copyright (C) 1997-2000 International Business Machines Corporation and
// others. All rights reserved.
//
///////////////////////////////////////////////////////////////////////////////
package com.ibm.as400.resource;
import com.ibm.as400.access.AS400;
import com.ibm.as400.access.ExtendedIllegalStateException;
import com.ibm.as400.access.Trace;
import com.ibm.as400.data.PcmlException;
import com.ibm.as400.data.ProgramCallDocument;
import java.beans.PropertyVetoException;
/**
The RSoftwareResource class represents a software product.
The following attribute IDs are supported:
- {@link #LEVEL LEVEL}
- {@link #LOAD_ERROR_INDICATOR LOAD_ERROR_INDICATOR}
- {@link #LOAD_ID LOAD_ID}
- {@link #LOAD_STATE LOAD_STATE}
- {@link #LOAD_TYPE LOAD_TYPE}
- {@link #MINIMUM_BASE_VRM MINIMUM_BASE_VRM}
- {@link #MINIMUM_TARGET_RELEASE MINIMUM_TARGET_RELEASE}
- {@link #PRIMARY_LANGUAGE_LOAD_ID PRIMARY_LANGUAGE_LOAD_ID}
- {@link #PRODUCT_ID PRODUCT_ID}
- {@link #PRODUCT_OPTION PRODUCT_OPTION}
- {@link #REGISTRATION_TYPE REGISTRATION_TYPE}
- {@link #REGISTRATION_VALUE REGISTRATION_VALUE}
- {@link #RELEASE_LEVEL RELEASE_LEVEL}
- {@link #REQUIREMENTS_MET REQUIREMENTS_MET}
- {@link #SUPPORTED_FLAG SUPPORTED_FLAG}
- {@link #SYMBOLIC_LOAD_STATE SYMBOLIC_LOAD_STATE}
Use any of these attribute IDs with
{@link com.ibm.as400.resource.ChangeableResource#getAttributeValue getAttributeValue()}
to access the attribute values for an RSoftwareResource.
// Create an RSoftwareResource object to refer to a specific software product.
AS400 system = new AS400("MYSYSTEM", "MYUSERID", "MYPASSWORD");
RSoftwareResource product = new RSoftwareResource(system, "5722JC1");
// Get the load error indicator.
String loadErrorIndicator = (String)product.getAttributeValue(RSoftwareResource.LOAD_ERROR_INDICATOR);
@deprecated Use
{@link com.ibm.as400.access.Product Product} instead, as this package may be removed in the future.
**/
//
// Implementation notes:
//
// 1. This class is not complete. It should include the other formats for the
// API as well as a complementing list class.
//
// 2. We should get a bean info and a icon for this.
//
public class RSoftwareResource
extends ChangeableResource
{
private static final String copyright = "Copyright (C) 1997-2000 International Business Machines Corporation and others.";
static final long serialVersionUID = 4L;
//-----------------------------------------------------------------------------------------
// Presentation.
//-----------------------------------------------------------------------------------------
private static PresentationLoader presentationLoader_ = new PresentationLoader("com.ibm.as400.resource.ResourceMRI");
private static final String PRESENTATION_KEY_ = "SOFTWARE_RESOURCE";
//-----------------------------------------------------------------------------------------
// Attribute IDs.
//
// * If you add an attribute here, make sure and add it to the class javadoc.
//-----------------------------------------------------------------------------------------
// Private data.
static ResourceMetaDataTable attributes_ = new ResourceMetaDataTable(presentationLoader_, PRESENTATION_KEY_);
private static ProgramMap getterMap_ = new ProgramMap();
private static final String QSZRTVPR_ = "qszrtvpr";
/**
Attribute ID for level. This identifies a read-only String attribute,
which represents the level identifier of the product. The format is
Lxx for the operating system and Licensed Internal
Code, or "" for all other products.
**/
public static final String LEVEL = "LEVEL";
static {
attributes_.add(LEVEL, String.class, true);
getterMap_.add(LEVEL, QSZRTVPR_, "receiver.level");
}
/**
Attribute ID for load error indicator. This identifies a read-only String attribute,
which indicates if there is a known error for this load. Possible values are:
- {@link #LOAD_ERROR_INDICATOR_ERROR LOAD_ERROR_INDICATOR_ERROR}
- An error was found the last time that the state of this load was checked
or updated.
- {@link #LOAD_ERROR_INDICATOR_NONE LOAD_ERROR_INDICATOR_NONE}
- No error was found the last time that the state of this load was checked
or updated.
**/
public static final String LOAD_ERROR_INDICATOR = "LOAD_ERROR_INDICATOR";
/**
Attribute value indicating that an error was found the last time that the state
of this load was checked or updated.
@see #LOAD_ERROR_INDICATOR_ERROR
**/
public static final String LOAD_ERROR_INDICATOR_ERROR = "*ERROR";
/**
Attribute value indicating that no error was found the last time that the state
of this load was checked or updated.
@see #LOAD_ERROR_INDICATOR_NONE
**/
public static final String LOAD_ERROR_INDICATOR_NONE = "*NONE";
static {
attributes_.add(LOAD_ERROR_INDICATOR, String.class, true,
new Object[] { LOAD_ERROR_INDICATOR_ERROR, LOAD_ERROR_INDICATOR_NONE }, null, true);
getterMap_.add(LOAD_ERROR_INDICATOR, QSZRTVPR_, "receiver.loadErrorIndicator");
}
/**
Attribute ID for load ID. This identifies a read-only String attribute,
which represents the load ID of the product load for which information was
returned. Possible values are:
- "5050" - The code load.
- A load ID.
**/
public static final String LOAD_ID = "LOAD_ID";
/**
Attribute value indicating the code load.
@see #LOAD_ID
**/
public static final String LOAD_ID_CODE = "*CODE";
static {
attributes_.add(LOAD_ID, String.class, true,
new Object[] { "5050" }, null, false);
getterMap_.add(LOAD_ID, QSZRTVPR_, "receiver.loadID");
}
/**
Attribute ID for load state. This identifies a read-only String attribute,
which represents the state of the load.
**/
public static final String LOAD_STATE = "LOAD_STATE";
static {
attributes_.add(LOAD_STATE, String.class, true);
getterMap_.add(LOAD_STATE, QSZRTVPR_, "receiver.loadState");
}
/**
Attribute ID for load type. This identifies a read-only String attribute,
which represents the type of the load. Possible values are:
- {@link #LOAD_TYPE_CODE LOAD_TYPE_CODE} - The load is a code load.
- {@link #LOAD_TYPE_LANGUAGE LOAD_TYPE_LANGUAGE} - The load is a language load.
**/
public static final String LOAD_TYPE = "LOAD_TYPE";
/**
Attribute value indicating that the load is a code load.
@see #LOAD_TYPE
**/
public static final String LOAD_TYPE_CODE = "*CODE";
/**
Attribute value indicating that the load is a language load.
@see #LOAD_TYPE
**/
public static final String LOAD_TYPE_LANGUAGE = "*LNG";
static {
attributes_.add(LOAD_TYPE, String.class, true,
new Object[] { LOAD_TYPE_CODE, LOAD_TYPE_LANGUAGE }, null, true);
getterMap_.add(LOAD_TYPE, QSZRTVPR_, "receiver.loadType");
}
/**
Attribute ID for minimum base VRM. This identifies a read-only String attribute,
which represents the minimum release level that is allowed for the *BASE option
that will run with the current level of the option for the product. Possible values are:
- {@link #MINIMUM_BASE_VRM_MATCH MINIMUM_BASE_VRM_MATCH} - The release of the option
matches that of the base.
- The release value in the form
VxRxMx.
**/
public static final String MINIMUM_BASE_VRM = "MINIMUM_BASE_VRM";
/**
Attribute value indicating the release of the option matches that of the base.
@see #MINIMUM_BASE_VRM
**/
public static final String MINIMUM_BASE_VRM_MATCH = "*MATCH";
static {
attributes_.add(MINIMUM_BASE_VRM, String.class, true,
new Object[] { MINIMUM_BASE_VRM_MATCH }, null, false );
getterMap_.add(MINIMUM_BASE_VRM, QSZRTVPR_, "receiver.minimumVRMofBaseRequiredOption");
}
/**
Attribute ID for minimum target release. This identifies a read-only String attribute,
which represents the minimum release of the operating system to which the Save
Licensed Program (SAVLICPGM) command will allow the product to be saved,
in the form VxRxMx.
**/
public static final String MINIMUM_TARGET_RELEASE = "MINIMUM_TARGET_RELEASE";
static {
attributes_.add(MINIMUM_TARGET_RELEASE, String.class, true);
getterMap_.add(MINIMUM_TARGET_RELEASE, QSZRTVPR_, "receiver.minimumTargetRelease");
}
/**
Attribute ID for primary language load ID. This identifies a read-only String attribute,
which represents the primary language of the product option for code loads, or "" if
no language is installed, or for language loads.
**/
public static final String PRIMARY_LANGUAGE_LOAD_ID = "PRIMARY_LANGUAGE_LOAD_ID";
static {
attributes_.add(PRIMARY_LANGUAGE_LOAD_ID, String.class, true);
getterMap_.add(PRIMARY_LANGUAGE_LOAD_ID, QSZRTVPR_, "receiver.primaryLanguageLoadID");
}
/**
Attribute ID for product ID. This identifies a read-only String attribute,
which represents the product ID.
**/
public static final String PRODUCT_ID = "PRODUCT_ID";
/**
Attribute value indicating the product ID for the operating system.
@see #PRODUCT_ID
**/
public static final String PRODUCT_ID_OPERATING_SYSTEM = "*OPSYS";
static {
attributes_.add(PRODUCT_ID, String.class, true );
getterMap_.add(PRODUCT_ID, QSZRTVPR_, "receiver.productID");
}
/**
Attribute ID for product option. This identifies a read-only String attribute,
which represents the product option. Possible values are:
- {@link #PRODUCT_OPTION_BASE PRODUCT_OPTION_BASE} - The
base option.
- A product option.
**/
public static final String PRODUCT_OPTION = "PRODUCT_OPTION";
/**
Attribute value indicating the base option.
@see #PRODUCT_OPTION
**/
public static final String PRODUCT_OPTION_BASE = "0000";
static {
attributes_.add(PRODUCT_OPTION, String.class, true,
new Object[] { PRODUCT_OPTION_BASE }, null, false );
getterMap_.add(PRODUCT_OPTION, QSZRTVPR_, "receiver.productOption");
}
/**
Attribute ID for registration type. This identifies a read-only String attribute,
which represents the registration type, which makes up part of the registration
ID of the product.
**/
public static final String REGISTRATION_TYPE = "REGISTRATION_TYPE";
static {
attributes_.add(REGISTRATION_TYPE, String.class, true);
getterMap_.add(REGISTRATION_TYPE, QSZRTVPR_, "receiver.registrationType");
}
/**
Attribute ID for registration value. This identifies a read-only String attribute,
which represents the registration value, which makes up part of the registration
ID of the product.
**/
public static final String REGISTRATION_VALUE = "REGISTRATION_VALUE";
static {
attributes_.add(REGISTRATION_VALUE, String.class, true);
getterMap_.add(REGISTRATION_VALUE, QSZRTVPR_, "receiver.registrationValue");
}
/**
Attribute ID for release level. This identifies a read-only String attribute,
which represents the release level.
**/
public static final String RELEASE_LEVEL = "RELEASE_LEVEL";
/**
Attribute value indicating the release level of the currently installed operating
system.
@see #RELEASE_LEVEL
**/
public static final String RELEASE_LEVEL_CURRENT = "*CUR";
/**
Attribute value indicating the only release level
for which a product load is found.
@see #RELEASE_LEVEL
**/
public static final String RELEASE_LEVEL_ONLY = "*ONLY";
/**
Attribute value indicating the previous
release with modification level 0 of the operating system.
@see #RELEASE_LEVEL
**/
public static final String RELEASE_LEVEL_PREVIOUS = "*PRV";
static {
attributes_.add(RELEASE_LEVEL, String.class, true);
getterMap_.add(RELEASE_LEVEL, QSZRTVPR_, "receiver.releaseLevel");
}
/**
Attribute ID for requirements met. This identifies a read-only String attribute,
which indicates whether then product requirements are met between a base and option
value. Possible values are:
- {@link #REQUIREMENTS_MET_UNKNOWN REQUIREMENTS_MET_UNKNOWN} - There is
not enough information available to determine if the release requirements have
been met, or if {@link #LOAD_TYPE LOAD_TYPE} is set to
{@link #LOAD_TYPE_LANGUAGE LOAD_TYPE_LANGUAGE}.
- {@link #REQUIREMENTS_MET_ALL REQUIREMENTS_MET_ALL} - The releases
of the base and option meet all requirements.
- {@link #REQUIREMENTS_MET_TOO_OLD_COMPARED_TO_BASE REQUIREMENTS_MET_TOO_OLD_COMPARED_TO_BASE} -
The release of the option is too old compared to the base.
- {@link #REQUIREMENTS_MET_TOO_OLD_COMPARED_TO_OPTION REQUIREMENTS_MET_TOO_OLD_COMPARED_TO_BASE} -
The release of the base is too old compared to the option.
**/
public static final String REQUIREMENTS_MET = "REQUIREMENTS_MET";
/**
Attribute value indicating that not enough information is available to determine
if the release requirements have been met.
@see #REQUIREMENTS_MET
**/
public static final String REQUIREMENTS_MET_UNKNOWN = "0";
/**
Attribute value indicating that the releases
of the base and option meet all requirements.
@see #REQUIREMENTS_MET
**/
public static final String REQUIREMENTS_MET_ALL = "1";
/**
Attribute value indicating that the release of the option is too old compared to the base.
@see #REQUIREMENTS_MET
**/
public static final String REQUIREMENTS_MET_TOO_OLD_COMPARED_TO_BASE = "2";
/**
Attribute value indicating that the release of the base is too old compared to the option.
@see #REQUIREMENTS_MET
**/
public static final String REQUIREMENTS_MET_TOO_OLD_COMPARED_TO_OPTION = "3";
static {
attributes_.add(REQUIREMENTS_MET, String.class, true,
new Object[] { REQUIREMENTS_MET_UNKNOWN,
REQUIREMENTS_MET_ALL,
REQUIREMENTS_MET_TOO_OLD_COMPARED_TO_BASE,
REQUIREMENTS_MET_TOO_OLD_COMPARED_TO_OPTION }, null, true);
getterMap_.add(REQUIREMENTS_MET, QSZRTVPR_, "receiver.requirementsMetBetweenBaseAndOptionValue");
}
/**
Attribute ID for requirements met. This identifies a read-only Boolean attribute,
which indicates whether this load is currently supported.
**/
public static final String SUPPORTED_FLAG = "SUPPORTED_FLAG";
static {
attributes_.add(SUPPORTED_FLAG, Boolean.class, true);
getterMap_.add(SUPPORTED_FLAG, QSZRTVPR_, "receiver.supportedFlag", new BooleanValueMap("0", "1"));
}
/**
Attribute ID for symbolic load state. This identifies a read-only String attribute,
which represents the symbolic state of the load. Possible values are:
- {@link #SYMBOLIC_LOAD_STATE_DEFINED SYMBOLIC_LOAD_STATE_DEFINED} - The
load is defined. The product load object for this load does not exist.
- {@link #SYMBOLIC_LOAD_STATE_CREATED SYMBOLIC_LOAD_STATE_CREATED} - The
product load object for this load exists.
- {@link #SYMBOLIC_LOAD_STATE_PACKAGED SYMBOLIC_LOAD_STATE_PACKAGED} - The
product load object for this has been packaged.
- {@link #SYMBOLIC_LOAD_STATE_DAMAGED SYMBOLIC_LOAD_STATE_DAMAGED} - The
product load object for this has been damaged.
- {@link #SYMBOLIC_LOAD_STATE_LOADED SYMBOLIC_LOAD_STATE_LOADED} - The
product is being loaded or deleted.
- {@link #SYMBOLIC_LOAD_STATE_INSTALLED SYMBOLIC_LOAD_STATE_INSTALLED} - The
product load object was loaded.
**/
public static final String SYMBOLIC_LOAD_STATE = "SYMBOLIC_LOAD_STATE";
/**
Attribute value indicating that the
load is defined. The product load object for this load does not exist.
@see #SYMBOLIC_LOAD_STATE
**/
public static final String SYMBOLIC_LOAD_STATE_DEFINED = "*DEFINED";
/**
Attribute value indicating that the product load object for this load exists.
@see #SYMBOLIC_LOAD_STATE
**/
public static final String SYMBOLIC_LOAD_STATE_CREATED = "*CREATED";
/**
Attribute value indicating that the product load object has been packaged.
@see #SYMBOLIC_LOAD_STATE
**/
public static final String SYMBOLIC_LOAD_STATE_PACKAGED = "*PACKAGED";
/**
Attribute value indicating that the product load object has been damaged.
@see #SYMBOLIC_LOAD_STATE
**/
public static final String SYMBOLIC_LOAD_STATE_DAMAGED = "*DAMAGED";
/**
Attribute value indicating that the product load object is being loaded or deleted.
@see #SYMBOLIC_LOAD_STATE
**/
public static final String SYMBOLIC_LOAD_STATE_LOADED = "*LOADED";
/**
Attribute value indicating that the product load object was loaded.
@see #SYMBOLIC_LOAD_STATE
**/
public static final String SYMBOLIC_LOAD_STATE_INSTALLED = "*INSTALLED";
static {
attributes_.add(SYMBOLIC_LOAD_STATE, String.class, true,
new Object[] { SYMBOLIC_LOAD_STATE_DEFINED,
SYMBOLIC_LOAD_STATE_CREATED,
SYMBOLIC_LOAD_STATE_PACKAGED,
SYMBOLIC_LOAD_STATE_DAMAGED,
SYMBOLIC_LOAD_STATE_LOADED,
SYMBOLIC_LOAD_STATE_INSTALLED }, null, true);
getterMap_.add(SYMBOLIC_LOAD_STATE, QSZRTVPR_, "receiver.symbolicLoadState");
}
//-----------------------------------------------------------------------------------------
// PCML document initialization.
//-----------------------------------------------------------------------------------------
private static final String DOCUMENT_NAME_ = "com.ibm.as400.resource.RSoftwareResource";
private static ProgramCallDocument staticDocument_ = null;
static {
// Create a static version of the PCML document, then clone it for each document.
// This will improve performance, since we will only have to deserialize the PCML
// object once.
try {
staticDocument_ = new ProgramCallDocument();
staticDocument_.setDocument(DOCUMENT_NAME_);
}
catch(PcmlException e) {
if (Trace.isTraceOn())
Trace.log(Trace.ERROR, "Error instantiating ProgramCallDocument", e);
}
}
//-----------------------------------------------------------------------------------------
// Private data.
//-----------------------------------------------------------------------------------------
private String productID_ = PRODUCT_ID_OPERATING_SYSTEM;
private String releaseLevel_ = RELEASE_LEVEL_CURRENT;
private String productOption_ = PRODUCT_OPTION_BASE;
private String loadID_ = LOAD_ID_CODE;
private ProgramAttributeGetter attributeGetter_ = null;
private ProgramCallDocument document_ = null;
//-----------------------------------------------------------------------------------------
// Constructors.
//-----------------------------------------------------------------------------------------
/**
Constructs an RSoftwareResource object.
**/
public RSoftwareResource()
{
super(presentationLoader_.getPresentation(PRESENTATION_KEY_), null, attributes_);
}
/**
Constructs an RSoftwareResource object.
@param system The system.
@param productID The product ID, or {@link #PRODUCT_ID_OPERATING_SYSTEM PRODUCT_ID_OPERATING_SYSTEM}
to refer to the operating system.
**/
public RSoftwareResource(AS400 system, String productID)
{
this();
try {
setSystem(system);
}
catch(PropertyVetoException e) {
// Ignore.
}
setProductID(productID);
}
/**
Constructs an RSoftwareResource object.
@param system The system.
@param productID The product ID, or {@link #PRODUCT_ID_OPERATING_SYSTEM PRODUCT_ID_OPERATING_SYSTEM}
to refer to the operating system.
@param releaseLevel The release level. Possible values are:
- {@link #RELEASE_LEVEL_CURRENT RELEASE_LEVEL_CURRENT} - Use the release level of
the currently installed operating system.
- {@link #RELEASE_LEVEL_ONLY RELEASE_LEVEL_ONLY} - Use the only release level
for which a product load is found.
- {@link #RELEASE_LEVEL_PREVIOUS RELEASE_LEVEL_PREVIOUS} - Use the previous
release with modification level 0 of the operating system.
- A release level, in the form
VxRxMx.
@param productOption The option number for which is being requested, or
{@link #PRODUCT_OPTION_BASE PRODUCT_OPTION_BASE} for the base option.
**/
public RSoftwareResource(AS400 system, String productID, String releaseLevel, String productOption)
{
this();
try {
setSystem(system);
}
catch(PropertyVetoException e) {
// Ignore.
}
setProductID(productID);
setReleaseLevel(releaseLevel);
setProductOption(productOption);
}
/**
Constructs an RSoftwareResource object.
@param system The system.
@param productID The product ID, or {@link #PRODUCT_ID_OPERATING_SYSTEM PRODUCT_ID_OPERATING_SYSTEM}
to refer to the operating system.
@param releaseLevel The release level. Possible values are:
- {@link #RELEASE_LEVEL_CURRENT RELEASE_LEVEL_CURRENT} - Use the release level of
the currently installed operating system.
- {@link #RELEASE_LEVEL_ONLY RELEASE_LEVEL_ONLY} - Use the only release level
for which a product load is found.
- {@link #RELEASE_LEVEL_PREVIOUS RELEASE_LEVEL_PREVIOUS} - Use the previous
release with modification level 0 of the operating system.
- A release level, in the form
VxRxMx.
@param productOption The option number for which is being requested, or
{@link #PRODUCT_OPTION_BASE PRODUCT_OPTION_BASE} for the base option.
@param loadID The load ID, or {@link #LOAD_ID_CODE LOAD_ID_CODE} for the code load.
**/
public RSoftwareResource(AS400 system, String productID, String releaseLevel, String productOption, String loadID)
{
this();
try {
setSystem(system);
}
catch(PropertyVetoException e) {
// Ignore.
}
setProductID(productID);
setReleaseLevel(releaseLevel);
setProductOption(productOption);
setLoadID(loadID);
}
/**
Computes the resource key.
@param system The system.
@param productID The product ID.
@param releaseLevel The release level.
@param productOption The product option.
@param loadID The load ID.
**/
static Object computeResourceKey(AS400 system, String productID, String releaseLevel, String productOption, String loadID)
{
StringBuffer buffer = new StringBuffer();
buffer.append(RSoftwareResource.class);
buffer.append(':');
buffer.append(system.getSystemName());
buffer.append(':');
buffer.append(system.getUserId());
buffer.append(':');
buffer.append(productID);
buffer.append(':');
buffer.append(releaseLevel);
buffer.append(':');
buffer.append(productOption);
buffer.append(':');
buffer.append(loadID);
return buffer.toString();
}
/**
Establishes the connection to the system.
The method is called by the resource framework automatically
when the connection needs to be established.
@exception ResourceException If an error occurs.
**/
protected void establishConnection()
throws ResourceException
{
// Call the superclass.
super.establishConnection();
// Initialize the PCML document.
document_ = (ProgramCallDocument)staticDocument_.clone();
AS400 system = getSystem();
try {
document_.setSystem(system);
document_.setValue("qszrtvpr.productInformation.productID", productID_);
document_.setValue("qszrtvpr.productInformation.releaseLevel", releaseLevel_);
document_.setValue("qszrtvpr.productInformation.productOption", productOption_);
document_.setValue("qszrtvpr.productInformation.loadID", loadID_);
}
catch(PcmlException e) {
if (Trace.isTraceOn())
Trace.log(Trace.ERROR, "Error setting PCML document values", e);
}
// Initialize the attribute getter.
attributeGetter_ = new ProgramAttributeGetter(system, document_, getterMap_);
}
/**
Freezes any property changes. After this is called, property
changes should not be made. Properties are not the same thing
as attributes. Properties are basic pieces of information
which must be set to make the object usable, such as the system
and path.
The method is called by the resource framework automatically
when the properties need to be frozen.
@exception ResourceException If an error occurs.
**/
protected void freezeProperties()
throws ResourceException
{
// Call the superclass.
super.freezeProperties();
// Update the presentation.
Presentation presentation = getPresentation();
presentation.setName(productID_);
StringBuffer buffer = new StringBuffer(productID_);
buffer.append('-');
buffer.append(releaseLevel_);
buffer.append('-');
buffer.append(productOption_);
buffer.append('-');
buffer.append(loadID_);
presentation.setFullName(buffer.toString());
// Update the resource key.
if (getResourceKey() == null)
setResourceKey(computeResourceKey(getSystem(), productID_, releaseLevel_, productOption_, loadID_));
}
/**
Returns the unchanged value of an attribute. If the attribute
value has a uncommitted change, this returns the unchanged value.
If the attribute value does not have a uncommitted change, this
returns the same value as getAttributeValue().
@param attributeID Identifies the attribute.
@return The attribute value, or null if the attribute
value is not available.
@exception ResourceException If an error occurs.
**/
public Object getAttributeUnchangedValue(Object attributeID)
throws ResourceException
{
Object value = super.getAttributeUnchangedValue(attributeID);
if (value == null) {
// Establish the connection if needed.
if (! isConnectionEstablished())
establishConnection();
value = attributeGetter_.getValue(attributeID);
// Check to see if the software resource exists (the API will not result
// in an exception in this case).
try {
if (document_.getIntValue("qszrtvpr.receiver.bytesAvailable") == 0)
throw new ResourceException(ResourceException.ATTRIBUTES_NOT_RETURNED);
}
catch(PcmlException e) {
throw new ResourceException(e);
}
}
return value;
}
/**
Returns the load ID.
@return The load ID.
**/
public String getLoadID()
{
return loadID_;
}
/**
Returns the product ID.
@return The product ID.
**/
public String getProductID()
{
return productID_;
}
/**
Returns the product option.
@return The product option.
**/
public String getProductOption()
{
return productOption_;
}
/**
Returns the release level.
@return The release level.
**/
public String getReleaseLevel()
{
return releaseLevel_;
}
/**
Refreshes the values for all attributes. This does not cancel
uncommitted changes. This method fires an attributeValuesRefreshed()
ResourceEvent.
@exception ResourceException If an error occurs.
**/
public void refreshAttributeValues()
throws ResourceException
{
super.refreshAttributeValues();
if (attributeGetter_ != null)
attributeGetter_.clearBuffer();
}
/**
Sets the load ID. This does not change the software product
on the system. Instead, it changes the software product
to which this object references.
The default value is LOAD_ID_CODE.
@param loadID The load ID, or {@link #LOAD_ID_CODE LOAD_ID_CODE} for the code load.
**/
public void setLoadID(String loadID)
{
if (loadID == null)
throw new NullPointerException("loadID");
if (arePropertiesFrozen())
throw new ExtendedIllegalStateException("propertiesFrozen", ExtendedIllegalStateException.PROPERTY_NOT_CHANGED);
String oldValue = loadID_;
loadID_ = loadID;
firePropertyChange("loadID", oldValue, loadID_);
}
/**
Sets the product ID. This does not change the software product
on the system. Instead, it changes the software product
to which this object references.
The default value is PRODUCT_ID_OPERATING_SYSTEM.
@param productID The product ID, or {@link #PRODUCT_ID_OPERATING_SYSTEM PRODUCT_ID_OPERATING_SYSTEM}
to refer to the operating system.
**/
public void setProductID(String productID)
{
if (productID == null)
throw new NullPointerException("productID");
if (arePropertiesFrozen())
throw new ExtendedIllegalStateException("propertiesFrozen", ExtendedIllegalStateException.PROPERTY_NOT_CHANGED);
String oldValue = productID_;
productID_ = productID;
firePropertyChange("productID", oldValue, productID_);
}
/**
Sets the product option. This does not change the software product
on the system. Instead, it changes the software product
to which this object references.
The default value is PRODUCT_OPTION_BASE.
@param productOption The option number for which is being requested, or
{@link #PRODUCT_OPTION_BASE PRODUCT_OPTION_BASE} for the base option.
**/
public void setProductOption(String productOption)
{
if (productOption == null)
throw new NullPointerException("productOption");
if (arePropertiesFrozen())
throw new ExtendedIllegalStateException("propertiesFrozen", ExtendedIllegalStateException.PROPERTY_NOT_CHANGED);
String oldValue = productOption_;
productOption_ = productOption;
firePropertyChange("productOption", oldValue, productOption_);
}
/**
Sets the release level. This does not change the software product
on the system. Instead, it changes the software product
to which this object references.
The default value is RELEASE_LEVEL_CURRENT.
@param releaseLevel The release level. Possible values are:
- {@link #RELEASE_LEVEL_CURRENT RELEASE_LEVEL_CURRENT} - Use the release level of
the currently installed operating system.
- {@link #RELEASE_LEVEL_ONLY RELEASE_LEVEL_ONLY} - Use the only release level
for which a product load is found.
- {@link #RELEASE_LEVEL_PREVIOUS RELEASE_LEVEL_PREVIOUS} - Use the previous
release with modification level 0 of the operating system.
- A release level, in the form
VxRxMx.
**/
public void setReleaseLevel(String releaseLevel)
{
if (releaseLevel == null)
throw new NullPointerException("releaseLevel");
if (arePropertiesFrozen())
throw new ExtendedIllegalStateException("propertiesFrozen", ExtendedIllegalStateException.PROPERTY_NOT_CHANGED);
String oldValue = releaseLevel_;
releaseLevel_ = releaseLevel;
firePropertyChange("releaseLevel", oldValue, releaseLevel_);
}
}