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The Open Source version of the IBM Toolbox for Java
///////////////////////////////////////////////////////////////////////////////
//
// JTOpen (IBM Toolbox for Java - OSS version)
//
// Filename: AS400JDBCDataSourceBeanInfo.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) 1997-2003 International Business Machines Corporation and
// others. All rights reserved.
//
///////////////////////////////////////////////////////////////////////////////
package com.ibm.as400.access;
import java.awt.Image;
import java.beans.BeanDescriptor;
import java.beans.BeanInfo;
import java.beans.EventSetDescriptor;
import java.beans.PropertyDescriptor;
import java.beans.SimpleBeanInfo;
/**
* The AS400JDBCDataSourceBeanInfo class provides bean information for the
* AS400JDBCDataSource class.
**/
public class AS400JDBCDataSourceBeanInfo extends SimpleBeanInfo {
static final String copyright = "Copyright (C) 1997-2003 International Business Machines Corporation and others.";
// Class this bean info represents.
private final static Class beanClass = AS400JDBCDataSource.class;
// Handles loading the appropriate resource bundle
// private static ResourceBundleLoader loader_;
private static EventSetDescriptor[] events_;
private static PropertyDescriptor[] properties_;
static {
try {
EventSetDescriptor changed = new EventSetDescriptor(beanClass, "propertyChange",
java.beans.PropertyChangeListener.class, "propertyChange");
changed.setDisplayName(ResourceBundleLoader.getText("EVT_NAME_PROPERTY_CHANGE"));
changed.setShortDescription(ResourceBundleLoader.getText("EVT_DESC_PROPERTY_CHANGE"));
EventSetDescriptor[] events = { changed };
events_ = events;
// ***** PROPERTIES
PropertyDescriptor access = new PropertyDescriptor("access", beanClass, "getAccess", "setAccess");
access.setBound(true);
access.setConstrained(false);
access.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_ACCESS", null));
access.setShortDescription(AS400JDBCDriver.getResource("ACCESS_DESC", null));
PropertyDescriptor additionalAuthenticationFactor = new PropertyDescriptor("additionalAuthenticationFactor",
beanClass, "getAdditionalAuthenticationFactor", "setAdditionalAuthenticationFactor");
additionalAuthenticationFactor.setBound(true);
additionalAuthenticationFactor.setConstrained(false);
additionalAuthenticationFactor.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_ADDITIONAL_AUTHENTICATION_FACTOR", null));
additionalAuthenticationFactor.setShortDescription(AS400JDBCDriver.getResource("ADDITIONAL_AUTHENTICATION_FACTOR_DESC", null));
PropertyDescriptor behaviorOverride = new PropertyDescriptor("behaviorOverride", beanClass,
"getBehaviorOverride", "setBehaviorOverride"); // @J7A
behaviorOverride.setBound(true); // @J7A
behaviorOverride.setConstrained(false); // @J7A
behaviorOverride.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_BEHAVIOR_OVERRIDE", null)); // @J7A
behaviorOverride.setShortDescription(AS400JDBCDriver.getResource("BEHAVIOR_OVERRIDE_DESC", null)); // @J7A
PropertyDescriptor bidiStringType = new PropertyDescriptor("bidiStringType", beanClass, "getBidiStringType",
"setBidiStringType"); // @A3A
bidiStringType.setBound(true); // @A3A
bidiStringType.setConstrained(false); // @A3A
bidiStringType.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_BIDI_STRING_TYPE", null)); // @A3A
bidiStringType.setShortDescription(AS400JDBCDriver.getResource("BIDI_STRING_TYPE_DESC", null)); // @A3A
PropertyDescriptor bidiImplicitReordering = new PropertyDescriptor("bidiImplicitReordering", beanClass,
"isBidiImplicitReordering", "setBidiImplicitReordering"); // @K24
bidiImplicitReordering.setBound(true); // @K24
bidiImplicitReordering.setConstrained(false); // @K24
bidiImplicitReordering
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_BIDI_IMPLICIT_REORDERING", null)); // @K24
bidiImplicitReordering
.setShortDescription(AS400JDBCDriver.getResource("BIDI_IMPLICIT_REORDERING_DESC", null)); // @K24
PropertyDescriptor bidiNumericOrdering = new PropertyDescriptor("bidiNumericOrdering", beanClass,
"isBidiNumericOrdering", "setBidiNumericOrdering"); // @K24
bidiNumericOrdering.setBound(true); // @K24
bidiNumericOrdering.setConstrained(false); // @K24
bidiNumericOrdering.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_BIDI_NUMERIC_ORDERING", null)); // @K24
bidiNumericOrdering.setShortDescription(AS400JDBCDriver.getResource("BIDI_NUMERIC_ORDERING_DESC", null)); // @K24
PropertyDescriptor bigDecimal = new PropertyDescriptor("bigDecimal", beanClass, "isBigDecimal",
"setBigDecimal");
bigDecimal.setBound(true);
bigDecimal.setConstrained(false);
bigDecimal.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_BIG_DECIMAL", null));
bigDecimal.setShortDescription(AS400JDBCDriver.getResource("BIG_DECIMAL_DESC", null));
PropertyDescriptor blockCriteria = new PropertyDescriptor("blockCriteria", beanClass, "getBlockCriteria",
"setBlockCriteria");
blockCriteria.setBound(true);
blockCriteria.setConstrained(false);
blockCriteria.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_BLOCK_CRITERIA", null));
blockCriteria.setShortDescription(AS400JDBCDriver.getResource("BLOCK_CRITERIA_DESC", null));
PropertyDescriptor blockSize = new PropertyDescriptor("blockSize", beanClass, "getBlockSize",
"setBlockSize");
blockSize.setBound(true);
blockSize.setConstrained(false);
blockSize.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_BLOCK_SIZE", null));
blockSize.setShortDescription(AS400JDBCDriver.getResource("BLOCK_SIZE_DESC", null));
PropertyDescriptor cursorHold = new PropertyDescriptor("cursorHold", beanClass, "isCursorHold",
"setCursorHold");
cursorHold.setBound(true);
cursorHold.setConstrained(false);
cursorHold.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_CURSOR_HOLD", null));
cursorHold.setShortDescription(AS400JDBCDriver.getResource("CURSOR_HOLD_DESC", null));
PropertyDescriptor cursorSensitivity = new PropertyDescriptor("cursorSensitivity", beanClass,
"getCursorSensitivity", "setCursorSensitivity"); // @J6A
cursorSensitivity.setBound(true); // @J6A
cursorSensitivity.setConstrained(false); // @J6A
cursorSensitivity.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_CURSOR_SENSITIVITY", null)); // @J6A
cursorSensitivity.setShortDescription(AS400JDBCDriver.getResource("CURSOR_SENSITIVITY_DESC", null)); // @J6A
PropertyDescriptor databaseName = new PropertyDescriptor("databaseName", beanClass, "getDatabaseName",
"setDatabaseName");
databaseName.setBound(true);
databaseName.setConstrained(false);
databaseName.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DATABASE_NAME", null));
databaseName.setShortDescription(AS400JDBCDriver.getResource("DATABASE_NAME_DESC", null));
PropertyDescriptor dataCompression = new PropertyDescriptor("dataCompression", beanClass,
"isDataCompression", "setDataCompression");
dataCompression.setBound(true);
dataCompression.setConstrained(false);
dataCompression.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DATA_COMPRESSION", null));
dataCompression.setShortDescription(AS400JDBCDriver.getResource("DATA_COMPRESSION_DESC", null));
PropertyDescriptor dataSourceName = new PropertyDescriptor("dataSourceName", beanClass, "getDataSourceName",
"setDataSourceName");
dataSourceName.setBound(true);
dataSourceName.setConstrained(false);
dataSourceName.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DATASOURCE_NAME", null));
dataSourceName.setShortDescription(AS400JDBCDriver.getResource("DATASOURCE_NAME_DESC", null));
PropertyDescriptor dataTruncation = new PropertyDescriptor("dataTruncation", beanClass, "isDataTruncation",
"setDataTruncation");
dataTruncation.setBound(true);
dataTruncation.setConstrained(false);
dataTruncation.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DATA_TRUNCATION", null));
dataTruncation.setShortDescription(AS400JDBCDriver.getResource("DATA_TRUNCATION_DESC", null));
PropertyDescriptor dateFormat = new PropertyDescriptor("dateFormat", beanClass, "getDateFormat",
"setDateFormat");
dateFormat.setBound(true);
dateFormat.setConstrained(false);
dateFormat.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DATE_FORMAT", null));
dateFormat.setShortDescription(AS400JDBCDriver.getResource("DATE_FORMAT_DESC", null));
PropertyDescriptor dateSeparator = new PropertyDescriptor("dateSeparator", beanClass, "getDateSeparator",
"setDateSeparator");
dateSeparator.setBound(true);
dateSeparator.setConstrained(false);
dateSeparator.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DATE_SEPARATOR", null));
dateSeparator.setShortDescription(AS400JDBCDriver.getResource("DATE_SEPARATOR_DESC", null));
PropertyDescriptor decimalSeparator = new PropertyDescriptor("decimalSeparator", beanClass,
"getDecimalSeparator", "setDecimalSeparator");
decimalSeparator.setBound(true);
decimalSeparator.setConstrained(false);
decimalSeparator.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DECIMAL_SEPARATOR", null));
decimalSeparator.setShortDescription(AS400JDBCDriver.getResource("DECIMAL_SEPARATOR_DESC", null));
PropertyDescriptor description = new PropertyDescriptor("description", beanClass, "getDescription",
"setDescription");
description.setBound(true);
description.setConstrained(false);
description.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DESCRIPTION", null));
description.setShortDescription(AS400JDBCDriver.getResource("DESCRIPTION_DESC", null));
PropertyDescriptor driver = new PropertyDescriptor("driver", beanClass, "getDriver", "setDriver"); // @A2A
driver.setBound(true); // @A2A
driver.setConstrained(false); // @A2A
driver.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DRIVER", null)); // @A2A
driver.setShortDescription(AS400JDBCDriver.getResource("DRIVER_DESC", null)); // @A2A
PropertyDescriptor errors = new PropertyDescriptor("errors", beanClass, "getErrors", "setErrors");
errors.setBound(true);
errors.setConstrained(false);
errors.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_ERRORS", null));
errors.setShortDescription(AS400JDBCDriver.getResource("ERRORS_DESC", null));
PropertyDescriptor extendedDynamic = new PropertyDescriptor("extendedDynamic", beanClass,
"isExtendedDynamic", "setExtendedDynamic");
extendedDynamic.setBound(true);
extendedDynamic.setConstrained(false);
extendedDynamic.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_EXTENDED_DYNAMIC", null));
extendedDynamic.setShortDescription(AS400JDBCDriver.getResource("EXTENDED_DYNAMIC_DESC", null));
PropertyDescriptor extendedMetaData = new PropertyDescriptor("extendedMetaData", beanClass,
"isExtendedMetaData", "setExtendedMetaData"); // @J2A
extendedMetaData.setBound(true); // @J2A
extendedMetaData.setConstrained(false); // @J2A
extendedMetaData.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_EXTENDED_METADATA", null)); // @J2A
extendedMetaData.setShortDescription(AS400JDBCDriver.getResource("EXTENDED_METADATA_DESC", null)); // @J2A
PropertyDescriptor extendedMetadata = new PropertyDescriptor("extendedMetadata", beanClass,
"isExtendedMetadata", "setExtendedMetadata"); // @J2A
extendedMetadata.setBound(true); // @J2A
extendedMetadata.setConstrained(false); // @J2A
extendedMetadata.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_EXTENDED_METADATA", null)); // @J2A
extendedMetadata.setShortDescription(AS400JDBCDriver.getResource("EXTENDED_METADATA_DESC", null)); // @J2A
PropertyDescriptor fullOpen = new PropertyDescriptor("fullOpen", beanClass, "isFullOpen", "setFullOpen"); // @W1A
fullOpen.setBound(true); // @W1A
fullOpen.setConstrained(false); // @W1A
fullOpen.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_FULL_OPEN", null)); // @W1A
fullOpen.setShortDescription(AS400JDBCDriver.getResource("FULL_OPEN_DESC", null)); // @W1A
// @KBL Added support to specify if input locators should be allocated as type
// hold or not hold
PropertyDescriptor holdLocators = new PropertyDescriptor("holdInputLocators", beanClass,
"isHoldInputLocators", "setHoldInputLocators"); // @KBL
holdLocators.setBound(true); // @KBL
holdLocators.setConstrained(false); // @KBL
holdLocators.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_HOLD_LOCATORS", null)); // @KBL
holdLocators.setShortDescription(AS400JDBCDriver.getResource("HOLD_LOCATORS_DESC", null)); // @KBL
PropertyDescriptor holdStatements = new PropertyDescriptor("holdStatements", beanClass, "isHoldStatements",
"setHoldStatements"); // @KBL
holdStatements.setBound(true); // @KBL
holdStatements.setConstrained(false); // @KBL
holdStatements.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_HOLD_STATEMENTS", null)); // @KBL
holdStatements.setShortDescription(AS400JDBCDriver.getResource("HOLD_STATEMENTS_DESC", null)); // @KBL
PropertyDescriptor lazyClose = new PropertyDescriptor("lazyClose", beanClass, "isLazyClose",
"setLazyClose"); // @A1A
lazyClose.setBound(true); // @A1A
lazyClose.setConstrained(false); // @A1A
lazyClose.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_LAZY_CLOSE", null)); // @A1A
lazyClose.setShortDescription(AS400JDBCDriver.getResource("LAZY_CLOSE_DESC", null)); // @A1A
PropertyDescriptor libraries = new PropertyDescriptor("libraries", beanClass, "getLibraries",
"setLibraries");
libraries.setBound(true);
libraries.setConstrained(false);
libraries.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_LIBRARIES", null));
libraries.setShortDescription(AS400JDBCDriver.getResource("LIBRARIES_DESC", null));
PropertyDescriptor lobThreshold = new PropertyDescriptor("lobThreshold", beanClass, "getLobThreshold",
"setLobThreshold");
lobThreshold.setBound(true);
lobThreshold.setConstrained(false);
lobThreshold.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_LOB_THRESHOLD", null));
lobThreshold.setShortDescription(AS400JDBCDriver.getResource("LOB_THRESHOLD_DESC", null));
PropertyDescriptor naming = new PropertyDescriptor("naming", beanClass, "getNaming", "setNaming");
naming.setBound(true);
naming.setConstrained(false);
naming.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_NAMING", null));
naming.setShortDescription(AS400JDBCDriver.getResource("NAMING_DESC", null));
PropertyDescriptor packageName = new PropertyDescriptor("package", beanClass, "getPackage", "setPackage");
packageName.setBound(true);
packageName.setConstrained(false);
packageName.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PACKAGE", null));
packageName.setShortDescription(AS400JDBCDriver.getResource("PACKAGE_DESC", null));
PropertyDescriptor packageAdd = new PropertyDescriptor("packageAdd", beanClass, "isPackageAdd",
"setPackageAdd");
packageAdd.setBound(true);
packageAdd.setConstrained(false);
packageAdd.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PACKAGE_ADD", null));
packageAdd.setShortDescription(AS400JDBCDriver.getResource("PACKAGE_ADD_DESC", null));
PropertyDescriptor packageCache = new PropertyDescriptor("packageCache", beanClass, "isPackageCache",
"setPackageCache");
packageCache.setBound(true);
packageCache.setConstrained(false);
packageCache.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PACKAGE_CACHE", null));
packageCache.setShortDescription(AS400JDBCDriver.getResource("PACKAGE_CACHE_DESC", null));
PropertyDescriptor packageClear = new PropertyDescriptor("packageClear", beanClass, "isPackageClear",
"setPackageClear");
packageClear.setBound(true);
packageClear.setConstrained(false);
packageClear.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PACKAGE_CLEAR", null));
packageClear.setShortDescription(AS400JDBCDriver.getResource("PACKAGE_CLEAR_DESC", null));
PropertyDescriptor packageCriteria = new PropertyDescriptor("packageCriteria", beanClass,
"getPackageCriteria", "setPackageCriteria");
packageCriteria.setBound(true);
packageCriteria.setConstrained(false);
packageCriteria.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PACKAGE_CRITERIA", null));
packageCriteria.setShortDescription(AS400JDBCDriver.getResource("PACKAGE_CRITERIA_DESC", null));
PropertyDescriptor packageError = new PropertyDescriptor("packageError", beanClass, "getPackageError",
"setPackageError");
packageError.setBound(true);
packageError.setConstrained(false);
packageError.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PACKAGE_ERROR", null));
packageError.setShortDescription(AS400JDBCDriver.getResource("PACKAGE_ERROR_DESC", null));
PropertyDescriptor packageLibrary = new PropertyDescriptor("packageLibrary", beanClass, "getPackageLibrary",
"setPackageLibrary");
packageLibrary.setBound(true);
packageLibrary.setConstrained(false);
packageLibrary.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PACKAGE_LIBRARY", null));
packageLibrary.setShortDescription(AS400JDBCDriver.getResource("PACKAGE_LIBRARY_DESC", null));
PropertyDescriptor password = new PropertyDescriptor("password", beanClass, null, "setPassword");
password.setBound(true);
password.setConstrained(false);
password.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PASSWORD", null));
password.setShortDescription(AS400JDBCDriver.getResource("PASSWORD_DESC", null));
PropertyDescriptor prefetch = new PropertyDescriptor("prefetch", beanClass, "isPrefetch", "setPrefetch");
prefetch.setBound(true);
prefetch.setConstrained(false);
prefetch.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PREFETCH", null));
prefetch.setShortDescription(AS400JDBCDriver.getResource("PREFETCH_DESC", null));
PropertyDescriptor prompt = new PropertyDescriptor("prompt", beanClass, "isPrompt", "setPrompt");
prompt.setBound(true);
prompt.setConstrained(false);
prompt.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PROMPT", null));
prompt.setShortDescription(AS400JDBCDriver.getResource("PROMPT_DESC", null));
PropertyDescriptor proxyServer = new PropertyDescriptor("proxyServer", beanClass, "getProxyServer",
"setProxyServer");
proxyServer.setBound(true);
proxyServer.setConstrained(false);
proxyServer.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PROXY_SERVER", null));
proxyServer.setShortDescription(AS400JDBCDriver.getResource("PROXY_SERVER_DESC", null));
PropertyDescriptor qaqqiniLibrary = new PropertyDescriptor("qaqqiniLibrary", beanClass, "getQaqqiniLibrary",
"setQaqqiniLibrary");
qaqqiniLibrary.setBound(true);
qaqqiniLibrary.setConstrained(false);
qaqqiniLibrary.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_QAQQINILIB", null));
qaqqiniLibrary.setShortDescription(AS400JDBCDriver.getResource("QAQQINILIB_DESC", null));
PropertyDescriptor remarks = new PropertyDescriptor("remarks", beanClass, "getRemarks", "setRemarks");
remarks.setBound(true);
remarks.setConstrained(false);
remarks.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_REMARKS", null));
remarks.setShortDescription(AS400JDBCDriver.getResource("REMARKS_DESC", null));
// @J3 New property
PropertyDescriptor savePassword = new PropertyDescriptor("savePasswordWhenSerialized", beanClass,
"isSavePasswordWhenSerialized", "setSavePasswordWhenSerialized");
savePassword.setBound(true); // @J4C
savePassword.setConstrained(false);
savePassword.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SAVE_PASSWORD_WHEN_SERIALIZED", null));
savePassword.setShortDescription(AS400JDBCDriver.getResource("SAVE_PASSWORD_WHEN_SERIALIZED", null));
PropertyDescriptor secondaryUrl = new PropertyDescriptor("secondaryUrl", beanClass, "getSecondaryUrl",
"setSecondaryUrl");
secondaryUrl.setBound(true);
secondaryUrl.setConstrained(false);
secondaryUrl.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SECONDARY_URL", null));
secondaryUrl.setShortDescription(AS400JDBCDriver.getResource("SECONDARY_URL_DESC", null));
PropertyDescriptor secure = new PropertyDescriptor("secure", beanClass, "isSecure", "setSecure");
secure.setBound(true);
secure.setConstrained(false);
secure.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SECURE", null));
secure.setShortDescription(AS400JDBCDriver.getResource("SECURE_DESC", null));
PropertyDescriptor serverName = new PropertyDescriptor("serverName", beanClass, "getServerName",
"setServerName");
serverName.setBound(true);
serverName.setConstrained(false);
serverName.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SERVER_NAME", null));
serverName.setShortDescription(AS400JDBCDriver.getResource("SERVER_NAME_DESC", null));
PropertyDescriptor sort = new PropertyDescriptor("sort", beanClass, "getSort", "setSort");
sort.setBound(true);
sort.setConstrained(false);
sort.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SORT", null));
sort.setShortDescription(AS400JDBCDriver.getResource("SORT_DESC", null));
PropertyDescriptor sortLanguage = new PropertyDescriptor("sortLanguage", beanClass, "getSortLanguage",
"setSortLanguage");
sortLanguage.setBound(true);
sortLanguage.setConstrained(false);
sortLanguage.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SORT_LANGUAGE", null));
sortLanguage.setShortDescription(AS400JDBCDriver.getResource("SORT_LANGUAGE_DESC", null));
PropertyDescriptor sortTable = new PropertyDescriptor("sortTable", beanClass, "getSortTable",
"setSortTable");
sortTable.setBound(true);
sortTable.setConstrained(false);
sortTable.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SORT_TABLE", null));
sortTable.setShortDescription(AS400JDBCDriver.getResource("SORT_TABLE_DESC", null));
PropertyDescriptor sortWeight = new PropertyDescriptor("sortWeight", beanClass, "getSortWeight",
"setSortWeight");
sortWeight.setBound(true);
sortWeight.setConstrained(false);
sortWeight.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SORT_WEIGHT", null));
sortWeight.setShortDescription(AS400JDBCDriver.getResource("SORT_WEIGHT_DESC", null));
PropertyDescriptor stayAlive = new PropertyDescriptor("stayAlive", beanClass, "getStayAlive",
"setStayAlive");
stayAlive.setBound(true);
stayAlive.setConstrained(false);
stayAlive.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_STAY_ALIVE", null));
stayAlive.setShortDescription(AS400JDBCDriver.getResource("STAY_ALIVE_DESC", null));
PropertyDescriptor threadUsed = new PropertyDescriptor("threadUsed", beanClass, "isThreadUsed",
"setThreadUsed");
threadUsed.setBound(true);
threadUsed.setConstrained(false);
threadUsed.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_THREAD_USED", null));
threadUsed.setShortDescription(AS400JDBCDriver.getResource("THREAD_USED_DESC", null));
PropertyDescriptor timeFormat = new PropertyDescriptor("timeFormat", beanClass, "getTimeFormat",
"setTimeFormat");
timeFormat.setBound(true);
timeFormat.setConstrained(false);
timeFormat.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TIME_FORMAT", null));
timeFormat.setShortDescription(AS400JDBCDriver.getResource("TIME_FORMAT_DESC", null));
PropertyDescriptor timeSeparator = new PropertyDescriptor("timeSeparator", beanClass, "getTimeSeparator",
"setTimeSeparator");
timeSeparator.setBound(true);
timeSeparator.setConstrained(false);
timeSeparator.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TIME_SEPARATOR", null));
timeSeparator.setShortDescription(AS400JDBCDriver.getResource("TIME_SEPARATOR_DESC", null));
PropertyDescriptor tlsTruststore = new PropertyDescriptor("tlsTruststore", beanClass, "getTlsTruststore",
"setTlsTruststore");
tlsTruststore.setBound(true);
tlsTruststore.setConstrained(false);
tlsTruststore.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TLS_TRUSTSTORE", null));
tlsTruststore.setShortDescription(AS400JDBCDriver.getResource("TLS_TRUSTSTORE_DESC", null));
PropertyDescriptor tlsTruststorePassword = new PropertyDescriptor("tlsTruststorePassword", beanClass, "getTlsTruststorePassword",
"setTlsTruststorePassword");
tlsTruststorePassword.setBound(true);
tlsTruststorePassword.setConstrained(false);
tlsTruststorePassword.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TLS_TRUSTSTORE_PASSWORD", null));
tlsTruststorePassword.setShortDescription(AS400JDBCDriver.getResource("TLS_TRUSTSTORE_PASSWORD_DESC", null));
PropertyDescriptor trace = new PropertyDescriptor("trace", beanClass, "isTrace", "setTrace"); // @w2c
trace.setBound(true);
trace.setConstrained(false);
trace.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRACE", null));
trace.setShortDescription(AS400JDBCDriver.getResource("TRACE_DESC", null));
PropertyDescriptor serverTrace = new PropertyDescriptor("serverTrace", beanClass, "getServerTrace",
"setServerTrace"); // @J1a
serverTrace.setBound(true); // @J1a
serverTrace.setConstrained(false); // @J1a
serverTrace.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRACE_SERVER", null)); // @J1a
serverTrace.setShortDescription(AS400JDBCDriver.getResource("TRACE_SERVER_DESC", null)); // @J1a
PropertyDescriptor traceServerCategories = new PropertyDescriptor("serverTraceCategories", beanClass,
"getServerTraceCategories", "setServerTraceCategories"); // @K4A
traceServerCategories.setBound(true); // @K4A
traceServerCategories.setConstrained(false); // @K4A
traceServerCategories.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRACE_SERVER", null)); // @K4A
traceServerCategories.setShortDescription(AS400JDBCDriver.getResource("TRACE_SERVER_DESC", null)); // @K4A
PropertyDescriptor traceToolbox = new PropertyDescriptor("toolboxTraceCategory", beanClass,
"getToolboxTraceCategory", "setToolboxTraceCategory"); // @K2A
traceToolbox.setBound(true); // @K2A
traceToolbox.setConstrained(false); // @K2A
traceToolbox.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRACE_TOOLBOX", null)); // @K2A
traceToolbox.setShortDescription(AS400JDBCDriver.getResource("TRACE_TOOLBOX_DESC", null)); // @K2A
PropertyDescriptor transactionIsolation = new PropertyDescriptor("transactionIsolation", beanClass,
"getTransactionIsolation", "setTransactionIsolation");
transactionIsolation.setBound(true);
transactionIsolation.setConstrained(false);
transactionIsolation.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRANSACTION_ISOLATION", null));
transactionIsolation.setShortDescription(AS400JDBCDriver.getResource("TRANSACTION_ISOLATION_DESC", null));
PropertyDescriptor translateBinary = new PropertyDescriptor("translateBinary", beanClass,
"isTranslateBinary", "setTranslateBinary");
translateBinary.setBound(true);
translateBinary.setConstrained(false);
translateBinary.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRANSLATE_BINARY", null));
translateBinary.setShortDescription(AS400JDBCDriver.getResource("TRANSLATE_BINARY_DESC", null));
PropertyDescriptor user = new PropertyDescriptor("user", beanClass, "getUser", "setUser");
user.setBound(true);
user.setConstrained(false);
user.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_USER", null));
user.setShortDescription(AS400JDBCDriver.getResource("USER_DESC", null));
PropertyDescriptor keepAlive = new PropertyDescriptor("keepAlive", beanClass, "isKeepAlive",
"setKeepAlive");
keepAlive.setBound(true);
keepAlive.setConstrained(false);
keepAlive.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_KEEP_ALIVE", null));
keepAlive.setShortDescription(AS400JDBCDriver.getResource("KEEP_ALIVE_DESC", null));
PropertyDescriptor loginTimeout = new PropertyDescriptor("loginTimeout", beanClass, "getLoginTimeout",
"setLoginTimeout"); // @K5A
loginTimeout.setBound(true); // @K5A
loginTimeout.setConstrained(false); // @K5A
loginTimeout.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_LOGIN_TIMEOUT", null)); // @K5A
loginTimeout.setShortDescription(AS400JDBCDriver.getResource("LOGIN_TIMEOUT_DESC", null)); // @K5A
PropertyDescriptor receiveBufferSize = new PropertyDescriptor("receiveBufferSize", beanClass,
"getReceiveBufferSize", "setReceiveBufferSize");
receiveBufferSize.setBound(true);
receiveBufferSize.setConstrained(false);
receiveBufferSize.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_RECEIVE_BUFFER_SIZE", null));
receiveBufferSize.setShortDescription(AS400JDBCDriver.getResource("RECEIVE_BUFFER_SIZE_DESC", null));
PropertyDescriptor sendBufferSize = new PropertyDescriptor("sendBufferSize", beanClass, "getSendBufferSize",
"setSendBufferSize");
sendBufferSize.setBound(true);
sendBufferSize.setConstrained(false);
sendBufferSize.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SEND_BUFFER_SIZE", null));
sendBufferSize.setShortDescription(AS400JDBCDriver.getResource("SEND_BUFFER_SIZE_DESC", null));
PropertyDescriptor soLinger = new PropertyDescriptor("soLinger", beanClass, "getSoLinger", "setSoLinger");
soLinger.setBound(true);
soLinger.setConstrained(false);
soLinger.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SO_LINGER", null));
soLinger.setShortDescription(AS400JDBCDriver.getResource("SO_LINGER_DESC", null));
PropertyDescriptor soTimeout = new PropertyDescriptor("soTimeout", beanClass, "getSoTimeout",
"setSoTimeout");
soTimeout.setBound(true);
soTimeout.setConstrained(false);
soTimeout.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SO_TIMEOUT", null));
soTimeout.setShortDescription(AS400JDBCDriver.getResource("SO_TIMEOUT_DESC", null));
PropertyDescriptor tcpNoDelay = new PropertyDescriptor("tcpNoDelay", beanClass, "isTcpNoDelay",
"setTcpNoDelay");
tcpNoDelay.setBound(true);
tcpNoDelay.setConstrained(false);
tcpNoDelay.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TCP_NO_DELAY", null));
tcpNoDelay.setShortDescription(AS400JDBCDriver.getResource("TCP_NO_DELAY_DESC", null));
// @M0A - added for UTF-16 support in the database
PropertyDescriptor packageCCSID = new PropertyDescriptor("packageCCSID", beanClass, "getPackageCCSID",
"setPackageCCSID");
packageCCSID.setBound(true);
packageCCSID.setConstrained(false);
packageCCSID.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PACKAGE_CCSID", null));
packageCCSID.setShortDescription(AS400JDBCDriver.getResource("PACKAGE_CCSID_DESC", null));
// @M0A - added for 63 digit decimal precision support
PropertyDescriptor minimumDivideScale = new PropertyDescriptor("minimumDivideScale", beanClass,
"getMinimumDivideScale", "setMinimumDivideScale");
minimumDivideScale.setBound(true);
minimumDivideScale.setConstrained(false);
minimumDivideScale.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_MINIMUM_DIVIDE_SCALE", null));
minimumDivideScale.setShortDescription(AS400JDBCDriver.getResource("MINIMUM_DIVIDE_SCALE_DESC", null));
// @A6A
PropertyDescriptor maximumBlockedInputRows = new PropertyDescriptor("maximumBlockedInputRows", beanClass,
"getMaximumBlockedInputRows", "setMaximumBlockedInputRows");
maximumBlockedInputRows.setBound(true);
maximumBlockedInputRows.setConstrained(false);
maximumBlockedInputRows
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_MAXIMUM_BLOCKED_INPUT_ROWS", null));
maximumBlockedInputRows
.setShortDescription(AS400JDBCDriver.getResource("MAXIMUM_BLOCKED_INPUT_ROWS_DESC", null));
// @M0A
PropertyDescriptor maximumPrecision = new PropertyDescriptor("maximumPrecision", beanClass,
"getMaximumPrecision", "setMaximumPrecision");
maximumPrecision.setBound(true);
maximumPrecision.setConstrained(false);
maximumPrecision.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_MAXIMUM_PRECISION", null));
maximumPrecision.setShortDescription(AS400JDBCDriver.getResource("MAXIMUM_PRECISION_DESC", null));
// @M0A
PropertyDescriptor maximumScale = new PropertyDescriptor("maximumScale", beanClass, "getMaximumScale",
"setMaximumScale");
maximumScale.setBound(true);
maximumScale.setConstrained(false);
maximumScale.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_MAXIMUM_SCALE", null));
maximumScale.setShortDescription(AS400JDBCDriver.getResource("MAXIMUM_SCALE_DESC", null));
// @M0A - added support for hex constant parser option
PropertyDescriptor translateHex = new PropertyDescriptor("translateHex", beanClass, "getTranslateHex",
"setTranslateHex");
translateHex.setBound(true); // @K5C
translateHex.setConstrained(false); // @K5C
translateHex.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRANSLATE_HEX", null)); // @K5C
translateHex.setShortDescription(AS400JDBCDriver.getResource("TRANSLATE_HEX_DESC", null)); // @K5C
// @KBA - added support for true auto commit
PropertyDescriptor trueAutoCommit = new PropertyDescriptor("trueAutoCommit", beanClass, "isTrueAutoCommit",
"setTrueAutoCommit"); // @KBA //@true
trueAutoCommit.setBound(true); // @KBA //@true
trueAutoCommit.setConstrained(false); // @KBA //@true
trueAutoCommit.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRUE_AUTO_COMMIT", null)); // @KBA
// //@true
trueAutoCommit.setShortDescription(AS400JDBCDriver.getResource("TRUE_AUTO_COMMIT_DESC", null)); // @KBA
// //@true
// @K94 - added support for holding a cursor across rollbacks
PropertyDescriptor rollbackCursorHold = new PropertyDescriptor("rollbackCursorHold", beanClass,
"isRollbackCursorHold", "setRollbackCursorHold"); // @K94
rollbackCursorHold.setBound(true); // @K94
rollbackCursorHold.setConstrained(false); // @K94
rollbackCursorHold.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_ROLLBACK_CURSOR_HOLD", null)); // @K94
rollbackCursorHold.setShortDescription(AS400JDBCDriver.getResource("ROLLBACK_CURSOR_HOLD_DESC", null)); // @K94
// @K54 - added support for variable-length field compression
PropertyDescriptor variableFieldCompression = new PropertyDescriptor("variableFieldCompression", beanClass,
"getVariableFieldCompression", "setVariableFieldCompression"); // @K3A
variableFieldCompression.setBound(true); // @K54
variableFieldCompression.setConstrained(false); // @K54
variableFieldCompression
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_VARIABLE_FIELD_COMPRESSION", null)); // @K54
variableFieldCompression
.setShortDescription(AS400JDBCDriver.getResource("VARIABLE_FIELD_COMPRESSION_DESC", null)); // @K54
// @540 - added support for query optimize goal
PropertyDescriptor queryOptimizeGoal = new PropertyDescriptor("queryOptimizeGoal", beanClass,
"getQueryOptimizeGoal", "setQueryOptimizeGoal"); // @540
queryOptimizeGoal.setBound(true); // @540
queryOptimizeGoal.setConstrained(false); // @540
queryOptimizeGoal.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_QUERY_OPTIMIZE_GOAL", null)); // @540
queryOptimizeGoal.setShortDescription(AS400JDBCDriver.getResource("QUERY_OPTIMIZE_GOAL_DESC", null)); // @540
// @540 - added support for XA loosely coupled support
PropertyDescriptor xaLooselyCoupledSupport = new PropertyDescriptor("xaLooselyCoupledSupport", beanClass,
"getXALooselyCoupledSupport", "setXALooselyCoupledSupport"); // @540
xaLooselyCoupledSupport.setBound(true); // @540
xaLooselyCoupledSupport.setConstrained(false); // @540
xaLooselyCoupledSupport
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_XA_LOOSELY_COUPLED_SUPPORT", null)); // @540
xaLooselyCoupledSupport
.setShortDescription(AS400JDBCDriver.getResource("XA_LOOSELY_COUPLED_SUPPORT_DESC", null)); // @540
// @PDA - added support for Translate Boolean
PropertyDescriptor translateBoolean = new PropertyDescriptor("translateBoolean", beanClass,
"isTranslateBoolean", "setTranslateBoolean");
translateBoolean.setBound(true);
translateBoolean.setConstrained(false);
translateBoolean.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRANSLATE_BOOLEAN", null));
translateBoolean.setShortDescription(AS400JDBCDriver.getResource("TRANSLATE_BOOLEAN_DESC", null));
// @PDA - added support for metadata source
PropertyDescriptor metaDataSource = new PropertyDescriptor("metaDataSource", beanClass, "getMetaDataSource",
"setMetaDataSource");
metaDataSource.setBound(true); // @PDC fix name
metaDataSource.setConstrained(false); // @PDC fix name
metaDataSource.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_METADATA_SOURCE", null)); // @PDC fix
// name
metaDataSource.setShortDescription(AS400JDBCDriver.getResource("METADATA_SOURCE_DESC", null)); // @PDC fix
// name
// @550 - added support for query storage limit
PropertyDescriptor queryStorageLimit = new PropertyDescriptor("queryStorageLimit", beanClass,
"getQueryStorageLimit", "setQueryStorageLimit"); // @550
queryStorageLimit.setBound(true); // @550
queryStorageLimit.setConstrained(false); // @550
queryStorageLimit.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_QUERY_STORAGE_LIMIT", null)); // @550
queryStorageLimit.setShortDescription(AS400JDBCDriver.getResource("QUERY_STORAGE_LIMIT_DESC", null)); // @550
// @DFA - added support for decfloat rounding mode
PropertyDescriptor decfloatRoundingMode = new PropertyDescriptor("decfloatRoundingMode", beanClass,
"getDecfloatRoundingMode", "setDecfloatRoundingMode"); // @DFA
decfloatRoundingMode.setBound(true); // @DFA
decfloatRoundingMode.setConstrained(false); // @DFA
decfloatRoundingMode.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DECFLOAT_ROUNDING_MODE", null)); // @DFA
decfloatRoundingMode.setShortDescription(AS400JDBCDriver.getResource("DECFLOAT_ROUNDING_MODE_DESC", null)); // @DFA
// @CE1 - added support for throwing sqlException when commit is called if
// autocommit is on
PropertyDescriptor autocommitException = new PropertyDescriptor("autocommitException", beanClass,
"isAutocommitException", "setAutocommitException"); // @CE1
autocommitException.setBound(true); // @CE1
autocommitException.setConstrained(false); // @CE1
autocommitException.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_AUTOCOMMIT_EXCEPTION", null)); // @CE1
autocommitException.setShortDescription(AS400JDBCDriver.getResource("AUTOCOMMIT_EXCEPTION_DESC", null)); // @CE1
// @AC1 - added support auto commit default on new connections
PropertyDescriptor autoCommit = new PropertyDescriptor("autoCommit", beanClass, "isAutoCommit",
"setAutoCommit"); // @AC1
autoCommit.setBound(true); // @AC1
autoCommit.setConstrained(false); // @AC1
autoCommit.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_AUTO_COMMIT", null)); // @AC1
autoCommit.setShortDescription(AS400JDBCDriver.getResource("AUTO_COMMIT_DESC", null)); // @AC1
// @igwrn - added support to ignore warnings
PropertyDescriptor ignoreWarnings = new PropertyDescriptor("ignoreWarnings", beanClass, "getIgnoreWarnings",
"setIgnoreWarnings");
ignoreWarnings.setBound(true);
ignoreWarnings.setConstrained(false);
ignoreWarnings.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_IGNORE_WARNINGS", null));
ignoreWarnings.setShortDescription(AS400JDBCDriver.getResource("IGNORE_WARNINGS_DESC", null));
// @pw3 - added support to allow/disallow "" and *current for user name and
// password
PropertyDescriptor secureCurrentUser = new PropertyDescriptor("secureCurrentUser", beanClass,
"isSecureCurrentUser", "setSecureCurrentUser");
secureCurrentUser.setBound(true);
secureCurrentUser.setConstrained(false);
secureCurrentUser.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SECURE_CURRENT_USER", null));
secureCurrentUser.setShortDescription(AS400JDBCDriver.getResource("SECURE_CURRENT_USER_DESC", null));
// @cc1 - added support for concurrent access resolution
PropertyDescriptor concurrentAccessResolution = new PropertyDescriptor("concurrentAccessResolution",
beanClass, "getConcurrentAccessResolution", "setConcurrentAccessResolution");
concurrentAccessResolution.setBound(true);
concurrentAccessResolution.setConstrained(false);
concurrentAccessResolution
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_CONCURRENT_ACCESS_RESOLUTION", null));
concurrentAccessResolution
.setShortDescription(AS400JDBCDriver.getResource("CONCURRENT_ACCESS_RESOLUTION_DESC", null));
// @dmy - added support for temp fix for jvm 1.6 memory stomping
PropertyDescriptor jvm16Synchronize = new PropertyDescriptor("jvm16Synchronize", beanClass,
"isJvm16Synchronize", "setJvm16Synchronize");
jvm16Synchronize.setBound(true);
jvm16Synchronize.setConstrained(false);
jvm16Synchronize.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_JVM16_SYNCHRONIZE", null));
jvm16Synchronize.setShortDescription(AS400JDBCDriver.getResource("JVM16_SYNCHRONIZE_DESC", null));
// @STIMEOUT - added support for socket timeout
PropertyDescriptor socketTimeout = new PropertyDescriptor("socketTimeout", beanClass, "getSocketTimeout",
"setSocketTimeout");
socketTimeout.setBound(true);
socketTimeout.setConstrained(false);
socketTimeout.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SOCKET_TIMEOUT", null));
socketTimeout.setShortDescription(AS400JDBCDriver.getResource("SOCKET_TIMEOUT_DESC", null));
// @D4A - added support for query replace truncated parameter
PropertyDescriptor queryReplaceTruncatedParameter = new PropertyDescriptor("queryReplaceTruncatedParameter",
beanClass, "getQueryReplaceTruncatedParameter", "setQueryReplaceTruncatedParameter");
queryReplaceTruncatedParameter.setBound(true);
queryReplaceTruncatedParameter.setConstrained(false);
queryReplaceTruncatedParameter
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_QUERY_REPLACE_TRUNCATED_PARAMETER", null));
queryReplaceTruncatedParameter
.setShortDescription(AS400JDBCDriver.getResource("QUERY_REPLACE_TRUNCATED_PARAMETER_DESC", null));
// @D4A - added support for query timeout mechanism
PropertyDescriptor queryTimeoutMechanism = new PropertyDescriptor("queryTimeoutMechanism", beanClass,
"getQueryTimeoutMechanism", "setQueryTimeoutMechanism");
queryTimeoutMechanism.setBound(true);
queryTimeoutMechanism.setConstrained(false);
queryTimeoutMechanism
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_QUERY_TIMEOUT_MECHANISM", null));
queryTimeoutMechanism
.setShortDescription(AS400JDBCDriver.getResource("QUERY_TIMEOUT_MECHANISM_DESC", null));
// @D4A - added support for query replace truncated parameter
PropertyDescriptor numericRangeError = new PropertyDescriptor("numericRangeError", beanClass,
"getNumericRangeError", "setNumericRangeError");
numericRangeError.setBound(true);
numericRangeError.setConstrained(false);
numericRangeError.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_NUMERIC_RANGE_ERROR", null));
numericRangeError.setShortDescription(AS400JDBCDriver.getResource("NUMERIC_RANGE_ERROR_DESC", null));
// @D4A - added support for query replace truncated parameter
PropertyDescriptor characterTruncation = new PropertyDescriptor("characterTruncation", beanClass,
"getCharacterTruncation", "setCharacterTruncation");
characterTruncation.setBound(true);
characterTruncation.setConstrained(false);
characterTruncation.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_CHARACTER_TRUNCATION", null));
characterTruncation.setShortDescription(AS400JDBCDriver.getResource("CHARACTER_TRUNCATION_DESC", null));
// Added missing properties.
PropertyDescriptor secondaryURL = new PropertyDescriptor("secondaryURL", beanClass, "getSecondaryURL",
"setSecondaryURL");
secondaryURL.setBound(true);
secondaryURL.setConstrained(false);
secondaryURL.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_SECONDARY_URL", null));
secondaryURL.setShortDescription(AS400JDBCDriver.getResource("SECONDARY_URL_DESC", null));
// Todo: set properties in MRI FILE
PropertyDescriptor packageCcsid = new PropertyDescriptor("packageCcsid", beanClass, "getPackageCcsid",
"setPackageCcsid");
packageCcsid.setBound(true);
packageCcsid.setConstrained(false);
packageCcsid.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PACKAGE_CCSID", null));
packageCcsid.setShortDescription(AS400JDBCDriver.getResource("PACKAGE_CCSID_DESC", null));
PropertyDescriptor toolboxTrace = new PropertyDescriptor("toolboxTrace", beanClass, "getToolboxTrace",
"setToolboxTrace");
toolboxTrace.setBound(true);
toolboxTrace.setConstrained(false);
toolboxTrace.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRACE_TOOLBOX", null));
toolboxTrace.setShortDescription(AS400JDBCDriver.getResource("TRACE_TOOLBOX_DESC", null));
PropertyDescriptor qaqqinilib = new PropertyDescriptor("qaqqinilib", beanClass, "getQaqqinilib",
"setQaqqinilib");
qaqqinilib.setBound(true);
qaqqinilib.setConstrained(false);
qaqqinilib.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_QAQQINILIB", null));
qaqqinilib.setShortDescription(AS400JDBCDriver.getResource("QAQQINILIB_DESC", null));
PropertyDescriptor trueAutocommit = new PropertyDescriptor("trueAutocommit", beanClass, "isTrueAutocommit",
"setTrueAutocommit");
trueAutocommit.setBound(true);
trueAutocommit.setConstrained(false);
trueAutocommit.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TRUE_AUTO_COMMIT", null));
trueAutocommit.setShortDescription(AS400JDBCDriver.getResource("TRUE_AUTO_COMMIT_DESC", null));
PropertyDescriptor metadataSource = new PropertyDescriptor("metadataSource", beanClass, "getMetadataSource",
"setMetadataSource");
metadataSource.setBound(true);
metadataSource.setConstrained(false);
metadataSource.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_METADATA_SOURCE", null));
metadataSource.setShortDescription(AS400JDBCDriver.getResource("METADATA_SOURCE_DESC", null));
PropertyDescriptor useBlockUpdate = new PropertyDescriptor("useBlockUpdate", beanClass, "isUseBlockUpdate",
"setUseBlockUpdate");
useBlockUpdate.setBound(true);
useBlockUpdate.setConstrained(false);
useBlockUpdate.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_USE_BLOCK_UPDATE", null));
useBlockUpdate.setShortDescription(AS400JDBCDriver.getResource("USE_BLOCK_UPDATE_DESC", null));
PropertyDescriptor describeOption = new PropertyDescriptor("describeOption", beanClass, "getDescribeOption",
"setDescribeOption");
describeOption.setBound(true);
describeOption.setConstrained(false);
describeOption.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DESCRIBE_OPTION", null));
describeOption.setShortDescription(AS400JDBCDriver.getResource("DESCRIBE_OPTION_DESC", null));
PropertyDescriptor decimalDataErrors = new PropertyDescriptor("decimalDataErrors", beanClass,
"getDecimalDataErrors", "setDecimalDataErrors");
decimalDataErrors.setBound(true);
decimalDataErrors.setConstrained(false);
decimalDataErrors.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_DECIMAL_DATA_ERRORS", null));
decimalDataErrors.setShortDescription(AS400JDBCDriver.getResource("DECIMAL_DATA_ERRORS_DESC", null));
PropertyDescriptor timestampFormat = new PropertyDescriptor("timestampFormat", beanClass,
"getTimestampFormat", "setTimestampFormat");
timestampFormat.setBound(true);
timestampFormat.setConstrained(false);
timestampFormat.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_TIMESTAMP_FORMAT", null));
timestampFormat.setShortDescription(AS400JDBCDriver.getResource("TIMESTAMP_FORMAT_DESC", null));
PropertyDescriptor useDrdaMetadataVersion = new PropertyDescriptor("useDrdaMetadataVersion", beanClass,
"isUseDrdaMetadataVersion", "setUseDrdaMetadataVersion");
useDrdaMetadataVersion.setBound(true);
useDrdaMetadataVersion.setConstrained(false);
useDrdaMetadataVersion
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_USE_DRDA_METADATA_VERSION", null));
useDrdaMetadataVersion
.setShortDescription(AS400JDBCDriver.getResource("USE_DRDA_METADATA_VERSION_DESC", null));
/* @V1A */
PropertyDescriptor portNumber = new PropertyDescriptor("portNumber", beanClass, "getPortNumber",
"setPortNumber");
portNumber.setBound(true);
portNumber.setConstrained(false);
portNumber.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_PORTNUMBER", null));
portNumber.setShortDescription(AS400JDBCDriver.getResource("PORTNUMBER_DESC", null));
PropertyDescriptor enableClientAffinitiesList = new PropertyDescriptor("enableClientAffinitiesList",
beanClass, "getEnableClientAffinitiesList", "setEnableClientAffinitiesList");
enableClientAffinitiesList.setBound(true);
enableClientAffinitiesList.setConstrained(false);
enableClientAffinitiesList
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_ENABLE_CLIENT_AFFINITIES_LIST", null));
enableClientAffinitiesList
.setShortDescription(AS400JDBCDriver.getResource("ENABLE_CLIENT_AFFINITIES_LIST_DESC", null));
PropertyDescriptor clientRerouteAlternateServerName = new PropertyDescriptor(
"clientRerouteAlternateServerName", beanClass, "getClientRerouteAlternateServerName",
"setClientRerouteAlternateServerName");
clientRerouteAlternateServerName.setBound(true);
clientRerouteAlternateServerName.setConstrained(false);
clientRerouteAlternateServerName.setDisplayName(
AS400JDBCDriver.getResource("PROP_NAME_CLIENT_REROUTE_ALTERNATE_SERVER_NAME", null));
clientRerouteAlternateServerName.setShortDescription(
AS400JDBCDriver.getResource("CLIENT_REROUTE_ALTERNATE_SERVER_NAME_DESC", null));
PropertyDescriptor clientRerouteAlternatePortNumber = new PropertyDescriptor(
"clientRerouteAlternatePortNumber", beanClass, "getClientRerouteAlternatePortNumber",
"setClientRerouteAlternatePortNumber");
clientRerouteAlternatePortNumber.setBound(true);
clientRerouteAlternatePortNumber.setConstrained(false);
clientRerouteAlternatePortNumber.setDisplayName(
AS400JDBCDriver.getResource("PROP_NAME_CLIENT_REROUTE_ALTERNATE_PORT_NUMBER", null));
clientRerouteAlternatePortNumber.setShortDescription(
AS400JDBCDriver.getResource("CLIENT_REROUTE_ALTERNATE_PORT_NUMBER_DESC", null));
PropertyDescriptor affinityFailbackInterval = new PropertyDescriptor("affinityFailbackInterval", beanClass,
"getAffinityFailbackInterval", "setAffinityFailbackInterval");
affinityFailbackInterval.setBound(true);
affinityFailbackInterval.setConstrained(false);
affinityFailbackInterval
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_AFFINITY_FAILBACK_INTERVAL", null));
affinityFailbackInterval
.setShortDescription(AS400JDBCDriver.getResource("AFFINITY_FAILBACK_INTERVAL_DESC", null));
PropertyDescriptor maxRetriesForClientReroute = new PropertyDescriptor("maxRetriesForClientReroute",
beanClass, "getMaxRetriesForClientReroute", "setMaxRetriesForClientReroute");
maxRetriesForClientReroute.setBound(true);
maxRetriesForClientReroute.setConstrained(false);
maxRetriesForClientReroute
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_MAX_RETRIES_FOR_CLIENT_REROUTE", null));
maxRetriesForClientReroute
.setShortDescription(AS400JDBCDriver.getResource("MAX_RETRIES_FOR_CLIENT_REROUTE_DESC", null));
PropertyDescriptor retryIntervalForClientReroute = new PropertyDescriptor("retryIntervalForClientReroute",
beanClass, "getRetryIntervalForClientReroute", "setRetryIntervalForClientReroute");
retryIntervalForClientReroute.setBound(true);
retryIntervalForClientReroute.setConstrained(false);
retryIntervalForClientReroute
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_RETRY_INTERVAL_FOR_CLIENT_REROUTE", null));
retryIntervalForClientReroute
.setShortDescription(AS400JDBCDriver.getResource("RETRY_INTERVAL_FOR_CLIENT_REROUTE_DESC", null));
PropertyDescriptor enableSeamlessFailover = new PropertyDescriptor("enableSeamlessFailover", beanClass,
"getEnableSeamlessFailover", "setEnableSeamlessFailover");
enableSeamlessFailover.setBound(true);
enableSeamlessFailover.setConstrained(false);
enableSeamlessFailover
.setDisplayName(AS400JDBCDriver.getResource("PROP_NAME_ENABLE_SEAMLESS_FAILOVER", null));
enableSeamlessFailover
.setShortDescription(AS400JDBCDriver.getResource("ENABLE_SEAMLESS_FAILOVER_DESC", null));
properties_ = new PropertyDescriptor[] { access, behaviorOverride, bidiStringType, bigDecimal,
blockCriteria, blockSize, cursorHold, cursorSensitivity, databaseName, dataCompression,
dataSourceName, dataTruncation, dateFormat, dateSeparator, // @A4C @J6C @J7c
decimalSeparator, description, driver, errors, extendedDynamic, extendedMetaData, extendedMetadata,
fullOpen, lazyClose, libraries, lobThreshold, naming, packageName, packageAdd, packageCache,
packageClear, // @W1c @J5C
packageCriteria, packageError, packageLibrary, password, prefetch, prompt, proxyServer, remarks,
savePassword, secondaryUrl, secure, serverName, sort, sortLanguage, sortTable, sortWeight,
threadUsed, timeFormat, timeSeparator, trace, transactionIsolation, translateBinary, user,
keepAlive, receiveBufferSize, sendBufferSize, soLinger, soTimeout, tcpNoDelay, packageCCSID,
minimumDivideScale, maximumPrecision, maximumScale, translateHex, traceToolbox, qaqqiniLibrary,
traceServerCategories, loginTimeout, trueAutoCommit, holdLocators, bidiImplicitReordering,
bidiNumericOrdering, holdStatements, rollbackCursorHold, variableFieldCompression,
queryOptimizeGoal, xaLooselyCoupledSupport, translateBoolean, metaDataSource, queryStorageLimit,
decfloatRoundingMode, autocommitException, autoCommit, ignoreWarnings, secureCurrentUser,
concurrentAccessResolution, jvm16Synchronize, socketTimeout, maximumBlockedInputRows,
queryReplaceTruncatedParameter, queryTimeoutMechanism, numericRangeError, characterTruncation,
secondaryURL, serverTrace, packageCcsid, toolboxTrace, qaqqinilib, trueAutocommit, metadataSource,
useBlockUpdate, describeOption, decimalDataErrors, timestampFormat, useDrdaMetadataVersion,
portNumber, enableClientAffinitiesList, clientRerouteAlternateServerName,
clientRerouteAlternatePortNumber, affinityFailbackInterval, maxRetriesForClientReroute,
retryIntervalForClientReroute, enableSeamlessFailover, additionalAuthenticationFactor, stayAlive,tlsTruststore,tlsTruststorePassword };
} catch (Exception e) {
throw new Error(e);
}
}
/**
* Returns the bean descriptor.
*
* @return The bean descriptor.
**/
public BeanDescriptor getBeanDescriptor() {
return new BeanDescriptor(beanClass);
}
/**
* Returns the index of the default event.
*
* @return The index to the default event.
**/
public int getDefaultEventIndex() {
return 0;
}
/**
* Returns the index of the default property.
*
* @return The index to the default property.
**/
public int getDefaultPropertyIndex() {
return 0;
}
/**
* Returns the descriptors for all events.
*
* @return The descriptors for all events.
**/
public EventSetDescriptor[] getEventSetDescriptors() {
return events_;
}
/**
* Returns an image for the icon.
*
* @param icon The icon size and color.
* @return The image.
**/
public Image getIcon(int icon) {
Image image = null;
switch (icon) {
case BeanInfo.ICON_MONO_16x16:
case BeanInfo.ICON_COLOR_16x16:
image = loadImage("AS400JDBCDataSource16.gif");
break;
case BeanInfo.ICON_MONO_32x32:
case BeanInfo.ICON_COLOR_32x32:
image = loadImage("AS400JDBCDataSource32.gif");
break;
}
return image;
}
/**
* Returns the descriptors for all properties.
*
* @return The descriptors for all properties.
**/
public PropertyDescriptor[] getPropertyDescriptors() {
return properties_;
}
}
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