电子政务应用

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DatabaseMetaData.java：源码内容

}
/**
* Get a comma separated list of time and date functions.
*
* @return the list
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public String getTimeDateFunctions() throws java.sql.SQLException {
return "DAYOFWEEK,WEEKDAY,DAYOFMONTH,DAYOFYEAR,MONTH,DAYNAME,"
+ "MONTHNAME,QUARTER,WEEK,YEAR,HOUR,MINUTE,SECOND,PERIOD_ADD,"
+ "PERIOD_DIFF,TO_DAYS,FROM_DAYS,DATE_FORMAT,TIME_FORMAT,"
+ "CURDATE,CURRENT_DATE,CURTIME,CURRENT_TIME,NOW,SYSDATE,"
+ "CURRENT_TIMESTAMP,UNIX_TIMESTAMP,FROM_UNIXTIME,"
+ "SEC_TO_TIME,TIME_TO_SEC";
}
/**
* Get a description of all the standard SQL types supported by this
* database. They are ordered by DATA_TYPE and then by how closely the
* data type maps to the corresponding JDBC SQL type.
*
*
* Each type description has the following columns:
*
* <OL>
* <li>
* TYPE_NAME String => Type name
* </li>
* <li>
* DATA_TYPE short => SQL data type from java.sql.Types
* </li>
* <li>
* PRECISION int => maximum precision
* </li>
* <li>
* LITERAL_PREFIX String => prefix used to quote a literal (may be
* null)
* </li>
* <li>
* LITERAL_SUFFIX String => suffix used to quote a literal (may be
* null)
* </li>
* <li>
* CREATE_PARAMS String => parameters used in creating the type (may
* be null)
* </li>
* <li>
* NULLABLE short => can you use NULL for this type?
*
* <UL>
* <li>
* typeNoNulls - does not allow NULL values
* </li>
* <li>
* typeNullable - allows NULL values
* </li>
* <li>
* typeNullableUnknown - nullability unknown
* </li>
* </ul>
*
* </li>
* <li>
* CASE_SENSITIVE boolean=> is it case sensitive?
* </li>
* <li>
* SEARCHABLE short => can you use "WHERE" based on this type:
*
* <UL>
* <li>
* typePredNone - No support
* </li>
* <li>
* typePredChar - Only supported with WHERE .. LIKE
* </li>
* <li>
* typePredBasic - Supported except for WHERE .. LIKE
* </li>
* <li>
* typeSearchable - Supported for all WHERE ..
* </li>
* </ul>
*
* </li>
* <li>
* UNSIGNED_ATTRIBUTE boolean => is it unsigned?
* </li>
* <li>
* FIXED_PREC_SCALE boolean => can it be a money value?
* </li>
* <li>
* AUTO_INCREMENT boolean => can it be used for an auto-increment
* value?
* </li>
* <li>
* LOCAL_TYPE_NAME String => localized version of type name (may be
* null)
* </li>
* <li>
* MINIMUM_SCALE short => minimum scale supported
* </li>
* <li>
* MAXIMUM_SCALE short => maximum scale supported
* </li>
* <li>
* SQL_DATA_TYPE int => unused
* </li>
* <li>
* SQL_DATETIME_SUB int => unused
* </li>
* <li>
* NUM_PREC_RADIX int => usually 2 or 10
* </li>
* </ol>
*
*
* @return ResultSet each row is a SQL type description
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
/**
* Get a description of all the standard SQL types supported by this
* database. They are ordered by DATA_TYPE and then by how closely the
* data type maps to the corresponding JDBC SQL type.
*
*
* Each type description has the following columns:
*
* <OL>
* <li>
* TYPE_NAME String => Type name
* </li>
* <li>
* DATA_TYPE short => SQL data type from java.sql.Types
* </li>
* <li>
* PRECISION int => maximum precision
* </li>
* <li>
* LITERAL_PREFIX String => prefix used to quote a literal (may be
* null)
* </li>
* <li>
* LITERAL_SUFFIX String => suffix used to quote a literal (may be
* null)
* </li>
* <li>
* CREATE_PARAMS String => parameters used in creating the type (may
* be null)
* </li>
* <li>
* NULLABLE short => can you use NULL for this type?
*
* <UL>
* <li>
* typeNoNulls - does not allow NULL values
* </li>
* <li>
* typeNullable - allows NULL values
* </li>
* <li>
* typeNullableUnknown - nullability unknown
* </li>
* </ul>
*
* </li>
* <li>
* CASE_SENSITIVE boolean=> is it case sensitive?
* </li>
* <li>
* SEARCHABLE short => can you use "WHERE" based on this type:
*
* <UL>
* <li>
* typePredNone - No support
* </li>
* <li>
* typePredChar - Only supported with WHERE .. LIKE
* </li>
* <li>
* typePredBasic - Supported except for WHERE .. LIKE
* </li>
* <li>
* typeSearchable - Supported for all WHERE ..
* </li>
* </ul>
*
* </li>
* <li>
* UNSIGNED_ATTRIBUTE boolean => is it unsigned?
* </li>
* <li>
* FIXED_PREC_SCALE boolean => can it be a money value?
* </li>
* <li>
* AUTO_INCREMENT boolean => can it be used for an auto-increment
* value?
* </li>
* <li>
* LOCAL_TYPE_NAME String => localized version of type name (may be
* null)
* </li>
* <li>
* MINIMUM_SCALE short => minimum scale supported
* </li>
* <li>
* MAXIMUM_SCALE short => maximum scale supported
* </li>
* <li>
* SQL_DATA_TYPE int => unused
* </li>
* <li>
* SQL_DATETIME_SUB int => unused
* </li>
* <li>
* NUM_PREC_RADIX int => usually 2 or 10
* </li>
* </ol>
*
*
* @return ResultSet each row is a SQL type description
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public java.sql.ResultSet getTypeInfo() throws java.sql.SQLException {
Field[] fields = new Field[18];
fields[0] = new Field("", "TYPE_NAME", Types.CHAR, 32);
fields[1] = new Field("", "DATA_TYPE", Types.SMALLINT, 5);
fields[2] = new Field("", "PRECISION", Types.INTEGER, 10);
fields[3] = new Field("", "LITERAL_PREFIX", Types.CHAR, 4);
fields[4] = new Field("", "LITERAL_SUFFIX", Types.CHAR, 4);
fields[5] = new Field("", "CREATE_PARAMS", Types.CHAR, 32);
fields[6] = new Field("", "NULLABLE", Types.SMALLINT, 5);
fields[7] = new Field("", "CASE_SENSITIVE", Types.CHAR, 3);
fields[8] = new Field("", "SEARCHABLE", Types.SMALLINT, 3);
fields[9] = new Field("", "UNSIGNED_ATTRIBUTE", Types.CHAR, 3);
fields[10] = new Field("", "FIXED_PREC_SCALE", Types.CHAR, 3);
fields[11] = new Field("", "AUTO_INCREMENT", Types.CHAR, 3);
fields[12] = new Field("", "LOCAL_TYPE_NAME", Types.CHAR, 32);
fields[13] = new Field("", "MINIMUM_SCALE", Types.SMALLINT, 5);
fields[14] = new Field("", "MAXIMUM_SCALE", Types.SMALLINT, 5);
fields[15] = new Field("", "SQL_DATA_TYPE", Types.INTEGER, 10);
fields[16] = new Field("", "SQL_DATETIME_SUB", Types.INTEGER, 10);
fields[17] = new Field("", "NUM_PREC_RADIX", Types.INTEGER, 10);
byte[][] rowVal = null;
ArrayList tuples = new ArrayList();
/*
* The following are ordered by java.sql.Types, and
* then by how closely the MySQL type matches the
* JDBC Type (per spec)
*/
/*
* MySQL Type: BIT (silently converted to TINYINT(1))
* JDBC Type: BIT
*/
rowVal = new byte[18][];
rowVal[0] = s2b("BIT");
rowVal[1] = Integer.toString(java.sql.Types.BIT).getBytes();
// JDBC Data type
rowVal[2] = s2b("1"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("true"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("BIT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: BOOL (silently converted to TINYINT(1))
* JDBC Type: BIT
*/
rowVal = new byte[18][];
rowVal[0] = s2b("BOOL");
rowVal[1] = Integer.toString(java.sql.Types.BIT).getBytes();
// JDBC Data type
rowVal[2] = s2b("1"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("true"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("BOOL"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: TINYINT
* JDBC Type: TINYINT
*/
rowVal = new byte[18][];
rowVal[0] = s2b("TINYINT");
rowVal[1] = Integer.toString(java.sql.Types.TINYINT).getBytes();
// JDBC Data type
rowVal[2] = s2b("3"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M)] [UNSIGNED] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("true"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("TINYINT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: BIGINT
* JDBC Type: BIGINT
*/
rowVal = new byte[18][];
rowVal[0] = s2b("BIGINT");
rowVal[1] = Integer.toString(java.sql.Types.BIGINT).getBytes();
// JDBC Data type
rowVal[2] = s2b("19"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M)] [UNSIGNED] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("true"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("BIGINT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: LONG VARBINARY
* JDBC Type: LONGVARBINARY
*/
rowVal = new byte[18][];
rowVal[0] = s2b("LONG VARBINARY");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARBINARY).getBytes();
// JDBC Data type
rowVal[2] = s2b("16777215"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("true"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("LONG VARBINARY"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: MEDIUMBLOB
* JDBC Type: LONGVARBINARY
*/
rowVal = new byte[18][];
rowVal[0] = s2b("MEDIUMBLOB");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARBINARY).getBytes();
// JDBC Data type
rowVal[2] = s2b("16777215"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("true"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("MEDIUMBLOB"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: LONGBLOB
* JDBC Type: LONGVARBINARY
*/
rowVal = new byte[18][];
rowVal[0] = s2b("LONGBLOB");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARBINARY).getBytes();
// JDBC Data type
rowVal[2] = Integer.toString(Integer.MAX_VALUE).getBytes();
// Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("true"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("LONGBLOB"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: BLOB
* JDBC Type: LONGVARBINARY
*/
rowVal = new byte[18][];
rowVal[0] = s2b("BLOB");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARBINARY).getBytes();
// JDBC Data type
rowVal[2] = s2b("65535"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("true"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("BLOB"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: TINYBLOB
* JDBC Type: LONGVARBINARY
*/
rowVal = new byte[18][];
rowVal[0] = s2b("TINYBLOB");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARBINARY).getBytes();
// JDBC Data type
rowVal[2] = s2b("255"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("true"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("TINYBLOB"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: VARBINARY (sliently converted to VARCHAR(M) BINARY)
* JDBC Type: VARBINARY
*/
rowVal = new byte[18][];
rowVal[0] = s2b("VARBINARY");
rowVal[1] = Integer.toString(java.sql.Types.VARBINARY).getBytes();
// JDBC Data type
rowVal[2] = s2b("255"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b("(M)"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("true"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("VARBINARY"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: BINARY (silently converted to CHAR(M) BINARY)
* JDBC Type: BINARY
*/
rowVal = new byte[18][];
rowVal[0] = s2b("BINARY");
rowVal[1] = Integer.toString(java.sql.Types.BINARY).getBytes();
// JDBC Data type
rowVal[2] = s2b("255"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b("(M)"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("true"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("BINARY"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: LONG VARCHAR
* JDBC Type: LONGVARCHAR
*/
rowVal = new byte[18][];
rowVal[0] = s2b("LONG VARCHAR");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARCHAR).getBytes();
// JDBC Data type
rowVal[2] = s2b("16777215"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("LONG VARCHAR"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: MEDIUMTEXT
* JDBC Type: LONGVARCHAR
*/
rowVal = new byte[18][];
rowVal[0] = s2b("MEDIUMTEXT");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARCHAR).getBytes();
// JDBC Data type
rowVal[2] = s2b("16777215"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("MEDIUMTEXT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: LONGTEXT
* JDBC Type: LONGVARCHAR
*/
rowVal = new byte[18][];
rowVal[0] = s2b("LONGTEXT");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARCHAR).getBytes();
// JDBC Data type
rowVal[2] = Integer.toString(Integer.MAX_VALUE).getBytes();
// Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("LONGTEXT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: TEXT
* JDBC Type: LONGVARCHAR
*/
rowVal = new byte[18][];
rowVal[0] = s2b("TEXT");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARCHAR).getBytes();
// JDBC Data type
rowVal[2] = s2b("65535"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("TEXT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: TINYTEXT
* JDBC Type: LONGVARCHAR
*/
rowVal = new byte[18][];
rowVal[0] = s2b("TINYTEXT");
rowVal[1] = Integer.toString(java.sql.Types.LONGVARCHAR).getBytes();
// JDBC Data type
rowVal[2] = s2b("255"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("TINYTEXT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: CHAR
* JDBC Type: CHAR
*/
rowVal = new byte[18][];
rowVal[0] = s2b("CHAR");
rowVal[1] = Integer.toString(java.sql.Types.CHAR).getBytes();
// JDBC Data type
rowVal[2] = s2b("255"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b("(M)"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("CHAR"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: NUMERIC (silently converted to DECIMAL)
* JDBC Type: NUMERIC
*/
rowVal = new byte[18][];
rowVal[0] = s2b("NUMERIC");
rowVal[1] = Integer.toString(java.sql.Types.NUMERIC).getBytes();
// JDBC Data type
rowVal[2] = s2b("17"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M[,D])] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("NUMERIC"); // Locale Type Name
rowVal[13] = s2b("308"); // Minimum Scale
rowVal[14] = s2b("308"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: DECIMAL
* JDBC Type: DECIMAL
*/
rowVal = new byte[18][];
rowVal[0] = s2b("DECIMAL");
rowVal[1] = Integer.toString(java.sql.Types.DECIMAL).getBytes();
// JDBC Data type
rowVal[2] = s2b("17"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M[,D])] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("DECIMAL"); // Locale Type Name
rowVal[13] = s2b("-308"); // Minimum Scale
rowVal[14] = s2b("308"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: INTEGER
* JDBC Type: INTEGER
*/
rowVal = new byte[18][];
rowVal[0] = s2b("INTEGER");
rowVal[1] = Integer.toString(java.sql.Types.INTEGER).getBytes();
// JDBC Data type
rowVal[2] = s2b("10"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M)] [UNSIGNED] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("true"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("INTEGER"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: INT
* JDBC Type: INTEGER
*/
rowVal = new byte[18][];
rowVal[0] = s2b("INT");
rowVal[1] = Integer.toString(java.sql.Types.INTEGER).getBytes();
// JDBC Data type
rowVal[2] = s2b("10"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M)] [UNSIGNED] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("true"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("INT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: MEDIUMINT
* JDBC Type: INTEGER
*/
rowVal = new byte[18][];
rowVal[0] = s2b("MEDIUMINT");
rowVal[1] = Integer.toString(java.sql.Types.INTEGER).getBytes();
// JDBC Data type
rowVal[2] = s2b("7"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M)] [UNSIGNED] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("true"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("MEDIUMINT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: SMALLINT
* JDBC Type: SMALLINT
*/
rowVal = new byte[18][];
rowVal[0] = s2b("SMALLINT");
rowVal[1] = Integer.toString(java.sql.Types.SMALLINT).getBytes();
// JDBC Data type
rowVal[2] = s2b("5"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M)] [UNSIGNED] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("true"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("SMALLINT"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: DOUBLE
* JDBC Type: FLOAT (is really an alias for DOUBLE from JDBC's perspective)
*/
rowVal = new byte[18][];
rowVal[0] = s2b("DOUBLE");
rowVal[1] = Integer.toString(java.sql.Types.FLOAT).getBytes();
// JDBC Data type
rowVal[2] = s2b("17"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M,D)] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("DOUBLE"); // Locale Type Name
rowVal[13] = s2b("-308"); // Minimum Scale
rowVal[14] = s2b("308"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: FLOAT
* JDBC Type: REAL (this is the SINGLE PERCISION floating point type)
*/
rowVal = new byte[18][];
rowVal[0] = s2b("FLOAT");
rowVal[1] = Integer.toString(java.sql.Types.REAL).getBytes();
// JDBC Data type
rowVal[2] = s2b("10"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M,D)] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("FLOAT"); // Locale Type Name
rowVal[13] = s2b("-38"); // Minimum Scale
rowVal[14] = s2b("38"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: DOUBLE
* JDBC Type: DOUBLE
*/
rowVal = new byte[18][];
rowVal[0] = s2b("DOUBLE");
rowVal[1] = Integer.toString(java.sql.Types.DOUBLE).getBytes();
// JDBC Data type
rowVal[2] = s2b("17"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M,D)] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("DOUBLE"); // Locale Type Name
rowVal[13] = s2b("-308"); // Minimum Scale
rowVal[14] = s2b("308"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: DOUBLE PRECISION
* JDBC Type: DOUBLE
*/
rowVal = new byte[18][];
rowVal[0] = s2b("DOUBLE PRECISION");
rowVal[1] = Integer.toString(java.sql.Types.DOUBLE).getBytes();
// JDBC Data type
rowVal[2] = s2b("17"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M,D)] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("DOUBLE PRECISION"); // Locale Type Name
rowVal[13] = s2b("-308"); // Minimum Scale
rowVal[14] = s2b("308"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: REAL (does not map to Types.REAL)
* JDBC Type: DOUBLE
*/
rowVal = new byte[18][];
rowVal[0] = s2b("REAL");
rowVal[1] = Integer.toString(java.sql.Types.DOUBLE).getBytes();
// JDBC Data type
rowVal[2] = s2b("17"); // Precision
rowVal[3] = s2b(""); // Literal Prefix
rowVal[4] = s2b(""); // Literal Suffix
rowVal[5] = s2b("[(M,D)] [ZEROFILL]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("true"); // Auto Increment
rowVal[12] = s2b("REAL"); // Locale Type Name
rowVal[13] = s2b("-308"); // Minimum Scale
rowVal[14] = s2b("308"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: VARCHAR
* JDBC Type: VARCHAR
*/
rowVal = new byte[18][];
rowVal[0] = s2b("VARCHAR");
rowVal[1] = Integer.toString(java.sql.Types.VARCHAR).getBytes();
// JDBC Data type
rowVal[2] = s2b("255"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b("(M)"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("VARCHAR"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: ENUM
* JDBC Type: VARCHAR
*/
rowVal = new byte[18][];
rowVal[0] = s2b("ENUM");
rowVal[1] = Integer.toString(java.sql.Types.VARCHAR).getBytes();
// JDBC Data type
rowVal[2] = s2b("65535"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("ENUM"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: SET
* JDBC Type: VARCHAR
*/
rowVal = new byte[18][];
rowVal[0] = s2b("SET");
rowVal[1] = Integer.toString(java.sql.Types.VARCHAR).getBytes();
// JDBC Data type
rowVal[2] = s2b("64"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("SET"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: DATE
* JDBC Type: DATE
*/
rowVal = new byte[18][];
rowVal[0] = s2b("DATE");
rowVal[1] = Integer.toString(java.sql.Types.DATE).getBytes();
// JDBC Data type
rowVal[2] = s2b("0"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("DATE"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: TIME
* JDBC Type: TIME
*/
rowVal = new byte[18][];
rowVal[0] = s2b("TIME");
rowVal[1] = Integer.toString(java.sql.Types.TIME).getBytes();
// JDBC Data type
rowVal[2] = s2b("0"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("TIME"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: DATETIME
* JDBC Type: TIMESTAMP
*/
rowVal = new byte[18][];
rowVal[0] = s2b("DATETIME");
rowVal[1] = Integer.toString(java.sql.Types.TIMESTAMP).getBytes();
// JDBC Data type
rowVal[2] = s2b("0"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b(""); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("DATETIME"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
/*
* MySQL Type: TIMESTAMP
* JDBC Type: TIMESTAMP
*/
rowVal = new byte[18][];
rowVal[0] = s2b("TIMESTAMP");
rowVal[1] = Integer.toString(java.sql.Types.TIMESTAMP).getBytes();
// JDBC Data type
rowVal[2] = s2b("0"); // Precision
rowVal[3] = s2b("'"); // Literal Prefix
rowVal[4] = s2b("'"); // Literal Suffix
rowVal[5] = s2b("[(M)]"); // Create Params
rowVal[6] = Integer.toString(java.sql.DatabaseMetaData.typeNullable)
.getBytes();
// Nullable
rowVal[7] = s2b("false"); // Case Sensitive
rowVal[8] = Integer.toString(java.sql.DatabaseMetaData.typeSearchable)
.getBytes();
// Searchable
rowVal[9] = s2b("false"); // Unsignable
rowVal[10] = s2b("false"); // Fixed Prec Scale
rowVal[11] = s2b("false"); // Auto Increment
rowVal[12] = s2b("TIMESTAMP"); // Locale Type Name
rowVal[13] = s2b("0"); // Minimum Scale
rowVal[14] = s2b("0"); // Maximum Scale
rowVal[15] = s2b("0"); // SQL Data Type (not used)
rowVal[16] = s2b("0"); // SQL DATETIME SUB (not used)
rowVal[17] = s2b("10"); // NUM_PREC_RADIX (2 or 10)
tuples.add(rowVal);
return buildResultSet(fields, tuples);
}
/**
* JDBC 2.0 Get a description of the user-defined types defined in a
* particular schema. Schema specific UDTs may have type JAVA_OBJECT,
* STRUCT, or DISTINCT.
*
*
* Only types matching the catalog, schema, type name and type criteria
* are returned. They are ordered by DATA_TYPE, TYPE_SCHEM and
* TYPE_NAME. The type name parameter may be a fully qualified name. In
* this case, the catalog and schemaPattern parameters are ignored.
*
*
*
* Each type description has the following columns:
*
* <OL>
* <li>
* TYPE_CAT String => the type's catalog (may be null)
* </li>
* <li>
* TYPE_SCHEM String => type's schema (may be null)
* </li>
* <li>
* TYPE_NAME String => type name
* </li>
* <li>
* CLASS_NAME String => Java class name
* </li>
* <li>
* DATA_TYPE String => type value defined in java.sql.Types. One
* of JAVA_OBJECT, STRUCT, or DISTINCT
* </li>
* <li>
* REMARKS String => explanatory comment on the type
* </li>
* </ol>
*
*
*
* Note: If the driver does not support UDTs then an empty result
* set is returned.
*
*
* @param catalog a catalog name; "" retrieves those without a catalog;
* null means drop catalog name from the selection criteria
* @param schemaPattern a schema name pattern; "" retrieves those without a
* schema
* @param typeNamePattern a type name pattern; may be a fully qualified
* name
* @param types a list of user-named types to include (JAVA_OBJECT, STRUCT,
* or DISTINCT); null returns all types
*
* @return ResultSet - each row is a type description
*
* @exception SQLException if a database-access error occurs.
*/
public java.sql.ResultSet getUDTs(String catalog, String schemaPattern,
String typeNamePattern, int[] types) throws SQLException {
Field[] fields = new Field[6];
fields[0] = new Field("", "TYPE_CAT", Types.VARCHAR, 32);
fields[1] = new Field("", "TYPE_SCHEM", Types.VARCHAR, 32);
fields[2] = new Field("", "TYPE_NAME", Types.VARCHAR, 32);
fields[3] = new Field("", "CLASS_NAME", Types.VARCHAR, 32);
fields[4] = new Field("", "DATA_TYPE", Types.VARCHAR, 32);
fields[5] = new Field("", "REMARKS", Types.VARCHAR, 32);
ArrayList tuples = new ArrayList();
return buildResultSet(fields, tuples);
}
/**
* What's the url for this database?
*
* @return the url or null if it can't be generated
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public String getURL() throws java.sql.SQLException {
return this.conn.getURL();
}
/**
* What's our user name as known to the database?
*
* @return our database user name
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public String getUserName() throws java.sql.SQLException {
if (this.conn.useHostsInPrivileges()) {
Statement stmt = null;
ResultSet rs = null;
try {
stmt = this.conn.createStatement();
if (stmt.getMaxRows() != 0) {
stmt.setMaxRows(0);
}
rs = stmt.executeQuery("SELECT USER()");
rs.next();
return rs.getString(1);
} finally {
if (rs != null) {
try {
rs.close();
} catch (Exception ex) {
AssertionFailedException.shouldNotHappen(ex);
}
rs = null;
}
if (stmt != null) {
try {
stmt.close();
} catch (Exception ex) {
AssertionFailedException.shouldNotHappen(ex);
}
stmt = null;
}
}
} else {
return this.conn.getUser();
}
}
/**
* Get a description of a table's columns that are automatically updated
* when any value in a row is updated. They are unordered.
*
*
* Each column description has the following columns:
*
* <OL>
* <li>
* SCOPE short => is not used
* </li>
* <li>
* COLUMN_NAME String => column name
* </li>
* <li>
* DATA_TYPE short => SQL data type from java.sql.Types
* </li>
* <li>
* TYPE_NAME String => Data source dependent type name
* </li>
* <li>
* COLUMN_SIZE int => precision
* </li>
* <li>
* BUFFER_LENGTH int => length of column value in bytes
* </li>
* <li>
* DECIMAL_DIGITS short => scale
* </li>
* <li>
* PSEUDO_COLUMN short => is this a pseudo column like an Oracle
* ROWID
*
* <UL>
* <li>
* versionColumnUnknown - may or may not be pseudo column
* </li>
* <li>
* versionColumnNotPseudo - is NOT a pseudo column
* </li>
* <li>
* versionColumnPseudo - is a pseudo column
* </li>
* </ul>
*
* </li>
* </ol>
*
*
* @param catalog a catalog name; "" retrieves those without a catalog
* @param schema a schema name; "" retrieves those without a schema
* @param table a table name
*
* @return ResultSet each row is a column description
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public java.sql.ResultSet getVersionColumns(String catalog, String schema,
String table) throws java.sql.SQLException {
Field[] fields = new Field[8];
fields[0] = new Field("", "SCOPE", Types.SMALLINT, 5);
fields[1] = new Field("", "COLUMN_NAME", Types.CHAR, 32);
fields[2] = new Field("", "DATA_TYPE", Types.SMALLINT, 5);
fields[3] = new Field("", "TYPE_NAME", Types.CHAR, 16);
fields[4] = new Field("", "COLUMN_SIZE", Types.CHAR, 16);
fields[5] = new Field("", "BUFFER_LENGTH", Types.CHAR, 16);
fields[6] = new Field("", "DECIMAL_DIGITS", Types.CHAR, 16);
fields[7] = new Field("", "PSEUDO_COLUMN", Types.SMALLINT, 5);
return buildResultSet(fields, new ArrayList());
// do TIMESTAMP columns count?
}
/**
* Can all the procedures returned by getProcedures be called by the
* current user?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean allProceduresAreCallable() throws java.sql.SQLException {
return false;
}
/**
* Can all the tables returned by getTable be SELECTed by the current user?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean allTablesAreSelectable() throws java.sql.SQLException {
return false;
}
/**
* Does a data definition statement within a transaction force the
* transaction to commit?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean dataDefinitionCausesTransactionCommit()
throws java.sql.SQLException {
return true;
}
/**
* Is a data definition statement within a transaction ignored?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean dataDefinitionIgnoredInTransactions()
throws java.sql.SQLException {
return false;
}
/**
* JDBC 2.0 Determine whether or not a visible row delete can be detected
* by calling ResultSet.rowDeleted(). If deletesAreDetected() returns
* false, then deleted rows are removed from the result set.
*
* @param type set type, i.e. ResultSet.TYPE_XXX
*
* @return true if changes are detected by the resultset type
*
* @exception SQLException if a database-access error occurs.
*/
public boolean deletesAreDetected(int type) throws SQLException {
return false;
}
/**
* Did getMaxRowSize() include LONGVARCHAR and LONGVARBINARY blobs?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean doesMaxRowSizeIncludeBlobs() throws java.sql.SQLException {
return true;
}
/**
* Extracts foreign key info for one table.
*
* @param rows the list of rows to add to
* @param rs the result set from 'SHOW CREATE TABLE'
* @param catalog the database name
*
* @return the list of rows with new rows added
*
* @throws SQLException if a database access error occurs
*/
public List extractForeignKeyForTable(ArrayList rows,
java.sql.ResultSet rs, String catalog) throws SQLException {
byte[][] row = new byte[3][];
row[0] = rs.getBytes(1);
row[1] = s2b(SUPPORTS_FK);
String createTableString = rs.getString(2);
StringTokenizer lineTokenizer = new StringTokenizer(createTableString,
"n");
StringBuffer commentBuf = new StringBuffer("comment; ");
boolean firstTime = true;
while (lineTokenizer.hasMoreTokens()) {
String line = lineTokenizer.nextToken().trim();
String constraintName = null;
if (StringUtils.startsWithIgnoreCase(line, "CONSTRAINT")) {
boolean usingBackTicks = true;
int beginPos = line.indexOf("`");
if (beginPos == -1) {
beginPos = line.indexOf(""");
usingBackTicks = false;
}
if (beginPos != -1) {
int endPos = -1;
if (usingBackTicks) {
endPos = line.indexOf("`", beginPos + 1);
} else {
endPos = line.indexOf(""", beginPos + 1);
}
if (endPos != -1) {
constraintName = line.substring(beginPos + 1, endPos);
line = line.substring(endPos + 1, line.length()).trim();
}
}
}
if (line.startsWith("FOREIGN KEY")) {
if (line.endsWith(",")) {
line = line.substring(0, line.length() - 1);
}
// Remove all back-ticks
int lineLength = line.length();
StringBuffer lineBuf = new StringBuffer(lineLength);
for (int i = 0; i < lineLength; i++) {
char c = line.charAt(i);
if (c != '`') {
lineBuf.append(c);
}
}
line = lineBuf.toString();
StringTokenizer keyTokens = new StringTokenizer(line, "()",
false);
keyTokens.nextToken(); // eat 'FOREIGN KEY'
String localColumnNamesString = keyTokens.nextToken();
String referCatalogTableString = keyTokens.nextToken();
StringTokenizer referSchemaTable = new StringTokenizer(referCatalogTableString
.trim(), " .");
String referColumnNamesString = keyTokens.nextToken();
referSchemaTable.nextToken(); //discard the REFERENCES token
int numTokensLeft = referSchemaTable.countTokens();
String referCatalog = null;
String referTable = null;
if (numTokensLeft == 2) {
// some versions of MySQL don't report the database name
referCatalog = referSchemaTable.nextToken();
referTable = referSchemaTable.nextToken();
} else {
referTable = referSchemaTable.nextToken();
referCatalog = catalog;
}
if (!firstTime) {
commentBuf.append("; ");
} else {
firstTime = false;
}
if (constraintName != null) {
commentBuf.append(constraintName);
} else {
commentBuf.append("not_available");
}
commentBuf.append("(");
commentBuf.append(localColumnNamesString);
commentBuf.append(") REFER ");
commentBuf.append(referCatalog);
commentBuf.append("/");
commentBuf.append(referTable);
commentBuf.append("(");
commentBuf.append(referColumnNamesString);
commentBuf.append(")");
int lastParenIndex = line.lastIndexOf(")");
if (lastParenIndex != (line.length() - 1)) {
String cascadeOptions = cascadeOptions = line.substring(lastParenIndex
+ 1);
commentBuf.append(" ");
commentBuf.append(cascadeOptions);
}
}
}
row[2] = s2b(commentBuf.toString());
rows.add(row);
return rows;
}
/**
* Creates a result set similar enough to 'SHOW TABLE STATUS' to allow the
* same code to work on extracting the foreign key data
*
* @param conn the database connection to use
* @param metadata the DatabaseMetaData instance calling this method
* @param catalog the database name to extract foreign key info for
* @param tableName the table to extract foreign key info for
*
* @return A result set that has the structure of 'show table status'
*
* @throws SQLException if a database access error occurs.
*/
public ResultSet extractForeignKeyFromCreateTable(
java.sql.Connection conn, java.sql.DatabaseMetaData metadata,
String catalog, String tableName) throws SQLException {
ArrayList tableList = new ArrayList();
java.sql.ResultSet rs = null;
java.sql.Statement stmt = null;
if (tableName != null) {
tableList.add(tableName);
} else {
try {
rs = metadata.getTables(catalog, "", "%",
new String[] { "TABLE" });
while (rs.next()) {
tableList.add(rs.getString("TABLE_NAME"));
}
} finally {
if (rs != null) {
rs.close();
}
rs = null;
}
}
ArrayList rows = new ArrayList();
Field[] fields = new Field[3];
fields[0] = new Field("", "Name", Types.CHAR, Integer.MAX_VALUE);
fields[1] = new Field("", "Type", Types.CHAR, 255);
fields[2] = new Field("", "Comment", Types.CHAR, Integer.MAX_VALUE);
int numTables = tableList.size();
try {
stmt = conn.createStatement();
if (stmt.getMaxRows() != 0) {
stmt.setMaxRows(0);
}
for (int i = 0; i < numTables; i++) {
String tableToExtract = (String) tableList.get(i);
String query = new StringBuffer("SHOW CREATE TABLE ").append(
"`").append(catalog).append("`.`").append(tableToExtract)
.append("`")
.toString();
rs = stmt.executeQuery(query);
while (rs.next()) {
extractForeignKeyForTable(rows, rs, catalog);
}
}
} finally {
if (rs != null) {
rs.close();
}
rs = null;
if (stmt != null) {
stmt.close();
}
stmt = null;
}
return buildResultSet(fields, rows);
}
/**
* JDBC 2.0 Determine whether or not a visible row insert can be detected
* by calling ResultSet.rowInserted().
*
* @param type set type, i.e. ResultSet.TYPE_XXX
*
* @return true if changes are detected by the resultset type
*
* @exception SQLException if a database-access error occurs.
*/
public boolean insertsAreDetected(int type) throws SQLException {
return false;
}
/**
* @see DatabaseMetaData#locatorsUpdateCopy()
*/
public boolean locatorsUpdateCopy() throws SQLException {
return true;
}
/**
* Are concatenations between NULL and non-NULL values NULL? A JDBC
* compliant driver always returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean nullPlusNonNullIsNull() throws java.sql.SQLException {
return true;
}
/**
* Are NULL values sorted at the end regardless of sort order?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean nullsAreSortedAtEnd() throws java.sql.SQLException {
return false;
}
/**
* Are NULL values sorted at the start regardless of sort order?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean nullsAreSortedAtStart() throws java.sql.SQLException {
if (this.conn.getIO().versionMeetsMinimum(4, 0, 2)
&& !this.conn.getIO().versionMeetsMinimum(4, 0, 11)) {
return true;
} else {
return false;
}
}
/**
* Are NULL values sorted high?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean nullsAreSortedHigh() throws java.sql.SQLException {
return false;
}
/**
* Are NULL values sorted low?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean nullsAreSortedLow() throws java.sql.SQLException {
return !nullsAreSortedHigh();
}
/**
* DOCUMENT ME!
*
* @param type DOCUMENT ME!
*
* @return DOCUMENT ME!
*
* @throws SQLException DOCUMENT ME!
*/
public boolean othersDeletesAreVisible(int type) throws SQLException {
return false;
}
/**
* DOCUMENT ME!
*
* @param type DOCUMENT ME!
*
* @return DOCUMENT ME!
*
* @throws SQLException DOCUMENT ME!
*/
public boolean othersInsertsAreVisible(int type) throws SQLException {
return false;
}
/**
* JDBC 2.0 Determine whether changes made by others are visible.
*
* @param type set type, i.e. ResultSet.TYPE_XXX
*
* @return true if changes are visible for the result set type
*
* @exception SQLException if a database-access error occurs.
*/
public boolean othersUpdatesAreVisible(int type) throws SQLException {
return false;
}
/**
* DOCUMENT ME!
*
* @param type DOCUMENT ME!
*
* @return DOCUMENT ME!
*
* @throws SQLException DOCUMENT ME!
*/
public boolean ownDeletesAreVisible(int type) throws SQLException {
return false;
}
/**
* DOCUMENT ME!
*
* @param type DOCUMENT ME!
*
* @return DOCUMENT ME!
*
* @throws SQLException DOCUMENT ME!
*/
public boolean ownInsertsAreVisible(int type) throws SQLException {
return false;
}
/**
* JDBC 2.0 Determine whether a result set's own changes visible.
*
* @param type set type, i.e. ResultSet.TYPE_XXX
*
* @return true if changes are visible for the result set type
*
* @exception SQLException if a database-access error occurs.
*/
public boolean ownUpdatesAreVisible(int type) throws SQLException {
return false;
}
/**
* Does the database store mixed case unquoted SQL identifiers in lower
* case?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean storesLowerCaseIdentifiers() throws java.sql.SQLException {
return false;
}
/**
* Does the database store mixed case quoted SQL identifiers in lower case?
* A JDBC compliant driver will always return false.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean storesLowerCaseQuotedIdentifiers()
throws java.sql.SQLException {
return false;
}
/**
* Does the database store mixed case unquoted SQL identifiers in mixed
* case?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean storesMixedCaseIdentifiers() throws java.sql.SQLException {
return true;
}
/**
* Does the database store mixed case quoted SQL identifiers in mixed case?
* A JDBC compliant driver will always return false.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean storesMixedCaseQuotedIdentifiers()
throws java.sql.SQLException {
return false;
}
/**
* Does the database store mixed case unquoted SQL identifiers in upper
* case?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean storesUpperCaseIdentifiers() throws java.sql.SQLException {
return false;
}
/**
* Does the database store mixed case quoted SQL identifiers in upper case?
* A JDBC compliant driver will always return true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean storesUpperCaseQuotedIdentifiers()
throws java.sql.SQLException {
return false;
}
/**
* Is the ANSI92 entry level SQL grammar supported? All JDBC compliant
* drivers must return true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsANSI92EntryLevelSQL() throws java.sql.SQLException {
return true;
}
/**
* Is the ANSI92 full SQL grammar supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsANSI92FullSQL() throws java.sql.SQLException {
return false;
}
/**
* Is the ANSI92 intermediate SQL grammar supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsANSI92IntermediateSQL() throws java.sql.SQLException {
return false;
}
/**
* Is "ALTER TABLE" with add column supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsAlterTableWithAddColumn()
throws java.sql.SQLException {
return true;
}
/**
* Is "ALTER TABLE" with drop column supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsAlterTableWithDropColumn()
throws java.sql.SQLException {
return true;
}
/**
* JDBC 2.0 Return true if the driver supports batch updates, else return
* false.
*
* @return DOCUMENT ME!
*
* @throws SQLException DOCUMENT ME!
*/
public boolean supportsBatchUpdates() throws SQLException {
return true;
}
/**
* Can a catalog name be used in a data manipulation statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsCatalogsInDataManipulation()
throws java.sql.SQLException {
// Servers before 3.22 could not do this
return this.conn.getIO().versionMeetsMinimum(3, 3, 22);
}
/**
* Can a catalog name be used in a index definition statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsCatalogsInIndexDefinitions()
throws java.sql.SQLException {
return false;
}
/**
* Can a catalog name be used in a privilege definition statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsCatalogsInPrivilegeDefinitions()
throws java.sql.SQLException {
return false;
}
/**
* Can a catalog name be used in a procedure call statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsCatalogsInProcedureCalls()
throws java.sql.SQLException {
return false;
}
/**
* Can a catalog name be used in a table definition statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsCatalogsInTableDefinitions()
throws java.sql.SQLException {
return false;
}
/**
* Is column aliasing supported?
*
*
* If so, the SQL AS clause can be used to provide names for computed
* columns or to provide alias names for columns as required. A JDBC
* compliant driver always returns true.
*
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsColumnAliasing() throws java.sql.SQLException {
return true;
}
/**
* Is the CONVERT function between SQL types supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsConvert() throws java.sql.SQLException {
return true;
}
/**
* Is CONVERT between the given SQL types supported?
*
* @param fromType the type to convert from
* @param toType the type to convert to
*
* @return true if so
*
* @throws java.sql.SQLException if an error occurs
*
* @see Types
*/
public boolean supportsConvert(int fromType, int toType)
throws java.sql.SQLException {
switch (fromType) {
/* The char/binary types can be converted
* to pretty much anything.
*/
case java.sql.Types.CHAR:
case java.sql.Types.VARCHAR:
case java.sql.Types.LONGVARCHAR:
case java.sql.Types.BINARY:
case java.sql.Types.VARBINARY:
case java.sql.Types.LONGVARBINARY:
switch (toType) {
case java.sql.Types.DECIMAL:
case java.sql.Types.NUMERIC:
case java.sql.Types.REAL:
case java.sql.Types.TINYINT:
case java.sql.Types.SMALLINT:
case java.sql.Types.INTEGER:
case java.sql.Types.BIGINT:
case java.sql.Types.FLOAT:
case java.sql.Types.DOUBLE:
case java.sql.Types.CHAR:
case java.sql.Types.VARCHAR:
case java.sql.Types.LONGVARCHAR:
case java.sql.Types.BINARY:
case java.sql.Types.VARBINARY:
case java.sql.Types.LONGVARBINARY:
case java.sql.Types.OTHER:
case java.sql.Types.DATE:
case java.sql.Types.TIME:
case java.sql.Types.TIMESTAMP:
return true;
default:
return false;
}
/* We don't handle the BIT type
* yet.
*/
case java.sql.Types.BIT:
return false;
/* The numeric types. Basically they can convert
* among themselves, and with char/binary types.
*/
case java.sql.Types.DECIMAL:
case java.sql.Types.NUMERIC:
case java.sql.Types.REAL:
case java.sql.Types.TINYINT:
case java.sql.Types.SMALLINT:
case java.sql.Types.INTEGER:
case java.sql.Types.BIGINT:
case java.sql.Types.FLOAT:
case java.sql.Types.DOUBLE:
switch (toType) {
case java.sql.Types.DECIMAL:
case java.sql.Types.NUMERIC:
case java.sql.Types.REAL:
case java.sql.Types.TINYINT:
case java.sql.Types.SMALLINT:
case java.sql.Types.INTEGER:
case java.sql.Types.BIGINT:
case java.sql.Types.FLOAT:
case java.sql.Types.DOUBLE:
case java.sql.Types.CHAR:
case java.sql.Types.VARCHAR:
case java.sql.Types.LONGVARCHAR:
case java.sql.Types.BINARY:
case java.sql.Types.VARBINARY:
case java.sql.Types.LONGVARBINARY:
return true;
default:
return false;
}
/* MySQL doesn't support a NULL type. */
case java.sql.Types.NULL:
return false;
/* With this driver, this will always be a serialized
* object, so the char/binary types will work.
*/
case java.sql.Types.OTHER:
switch (toType) {
case java.sql.Types.CHAR:
case java.sql.Types.VARCHAR:
case java.sql.Types.LONGVARCHAR:
case java.sql.Types.BINARY:
case java.sql.Types.VARBINARY:
case java.sql.Types.LONGVARBINARY:
return true;
default:
return false;
}
/* Dates can be converted to char/binary types. */
case java.sql.Types.DATE:
switch (toType) {
case java.sql.Types.CHAR:
case java.sql.Types.VARCHAR:
case java.sql.Types.LONGVARCHAR:
case java.sql.Types.BINARY:
case java.sql.Types.VARBINARY:
case java.sql.Types.LONGVARBINARY:
return true;
default:
return false;
}
/* Time can be converted to char/binary types */
case java.sql.Types.TIME:
switch (toType) {
case java.sql.Types.CHAR:
case java.sql.Types.VARCHAR:
case java.sql.Types.LONGVARCHAR:
case java.sql.Types.BINARY:
case java.sql.Types.VARBINARY:
case java.sql.Types.LONGVARBINARY:
return true;
default:
return false;
}
/* Timestamp can be converted to char/binary types
* and date/time types (with loss of precision).
*/
case java.sql.Types.TIMESTAMP:
switch (toType) {
case java.sql.Types.CHAR:
case java.sql.Types.VARCHAR:
case java.sql.Types.LONGVARCHAR:
case java.sql.Types.BINARY:
case java.sql.Types.VARBINARY:
case java.sql.Types.LONGVARBINARY:
case java.sql.Types.TIME:
case java.sql.Types.DATE:
return true;
default:
return false;
}
/* We shouldn't get here! */
default:
return false; // not sure
}
}
/**
* Is the ODBC Core SQL grammar supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsCoreSQLGrammar() throws java.sql.SQLException {
return true;
}
/**
* Are correlated subqueries supported? A JDBC compliant driver always
* returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsCorrelatedSubqueries() throws java.sql.SQLException {
return false;
}
/**
* Are both data definition and data manipulation statements within a
* transaction supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsDataDefinitionAndDataManipulationTransactions()
throws java.sql.SQLException {
return false;
}
/**
* Are only data manipulation statements within a transaction supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsDataManipulationTransactionsOnly()
throws java.sql.SQLException {
return false;
}
/**
* If table correlation names are supported, are they restricted to be
* different from the names of the tables? A JDBC compliant driver always
* returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsDifferentTableCorrelationNames()
throws java.sql.SQLException {
return true;
}
/**
* Are expressions in "ORDER BY" lists supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsExpressionsInOrderBy() throws java.sql.SQLException {
return true;
}
/**
* Is the ODBC Extended SQL grammar supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsExtendedSQLGrammar() throws java.sql.SQLException {
return false;
}
/**
* Are full nested outer joins supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsFullOuterJoins() throws java.sql.SQLException {
return false;
}
/**
* JDBC 3.0
*
* @return DOCUMENT ME!
*/
public boolean supportsGetGeneratedKeys() {
return true;
}
/**
* Is some form of "GROUP BY" clause supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsGroupBy() throws java.sql.SQLException {
return true;
}
/**
* Can a "GROUP BY" clause add columns not in the SELECT provided it
* specifies all the columns in the SELECT?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsGroupByBeyondSelect() throws java.sql.SQLException {
return true;
}
/**
* Can a "GROUP BY" clause use columns not in the SELECT?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsGroupByUnrelated() throws java.sql.SQLException {
return false;
}
/**
* Is the SQL Integrity Enhancement Facility supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsIntegrityEnhancementFacility()
throws java.sql.SQLException {
return false;
}
/**
* Is the escape character in "LIKE" clauses supported? A JDBC compliant
* driver always returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsLikeEscapeClause() throws java.sql.SQLException {
return true;
}
/**
* Is there limited support for outer joins? (This will be true if
* supportFullOuterJoins is true.)
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsLimitedOuterJoins() throws java.sql.SQLException {
return true;
}
/**
* Is the ODBC Minimum SQL grammar supported? All JDBC compliant drivers
* must return true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsMinimumSQLGrammar() throws java.sql.SQLException {
return true;
}
/**
* Does the database support mixed case unquoted SQL identifiers?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsMixedCaseIdentifiers() throws java.sql.SQLException {
return false;
}
/**
* Does the database support mixed case quoted SQL identifiers? A JDBC
* compliant driver will always return true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsMixedCaseQuotedIdentifiers()
throws java.sql.SQLException {
return false;
}
/**
* @see DatabaseMetaData#supportsMultipleOpenResults()
*/
public boolean supportsMultipleOpenResults() throws SQLException {
return false;
}
/**
* Are multiple ResultSets from a single execute supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsMultipleResultSets() throws java.sql.SQLException {
return false;
}
/**
* Can we have multiple transactions open at once (on different
* connections)?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsMultipleTransactions() throws java.sql.SQLException {
return true;
}
/**
* @see DatabaseMetaData#supportsNamedParameters()
*/
public boolean supportsNamedParameters() throws SQLException {
return false;
}
/**
* Can columns be defined as non-nullable? A JDBC compliant driver always
* returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsNonNullableColumns() throws java.sql.SQLException {
return true;
}
/**
* Can cursors remain open across commits?
*
* @return true if so
*
* @throws java.sql.SQLException if a database access error occurs
*
* @see Connection#disableAutoClose
*/
public boolean supportsOpenCursorsAcrossCommit()
throws java.sql.SQLException {
return false;
}
/**
* Can cursors remain open across rollbacks?
*
* @return true if so
*
* @throws java.sql.SQLException if an error occurs
*
* @see Connection#disableAutoClose
*/
public boolean supportsOpenCursorsAcrossRollback()
throws java.sql.SQLException {
return false;
}
/**
* Can statements remain open across commits?
*
* @return true if so
*
* @throws java.sql.SQLException if an error occurs
*
* @see Connection#disableAutoClose
*/
public boolean supportsOpenStatementsAcrossCommit()
throws java.sql.SQLException {
return false;
}
/**
* Can statements remain open across rollbacks?
*
* @return true if so
*
* @throws java.sql.SQLException if an error occurs
*
* @see Connection#disableAutoClose
*/
public boolean supportsOpenStatementsAcrossRollback()
throws java.sql.SQLException {
return false;
}
/**
* Can an "ORDER BY" clause use columns not in the SELECT?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsOrderByUnrelated() throws java.sql.SQLException {
return false;
}
/**
* Is some form of outer join supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsOuterJoins() throws java.sql.SQLException {
return true;
}
/**
* Is positioned DELETE supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsPositionedDelete() throws java.sql.SQLException {
return false;
}
/**
* Is positioned UPDATE supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsPositionedUpdate() throws java.sql.SQLException {
return false;
}
/**
* JDBC 2.0 Does the database support the concurrency type in combination
* with the given result set type?
*
* @param type defined in java.sql.ResultSet
* @param concurrency type defined in java.sql.ResultSet
*
* @return true if so
*
* @exception SQLException if a database-access error occurs.
*
* @see Connection
*/
public boolean supportsResultSetConcurrency(int type, int concurrency)
throws SQLException {
return ((type == ResultSet.TYPE_SCROLL_INSENSITIVE)
&& ((concurrency == ResultSet.CONCUR_READ_ONLY)
|| (concurrency == ResultSet.CONCUR_UPDATABLE)));
}
/**
* @see DatabaseMetaData#supportsResultSetHoldability(int)
*/
public boolean supportsResultSetHoldability(int holdability)
throws SQLException {
return (holdability == ResultSet.HOLD_CURSORS_OVER_COMMIT);
}
/**
* JDBC 2.0 Does the database support the given result set type?
*
* @param type defined in java.sql.ResultSet
*
* @return true if so
*
* @exception SQLException if a database-access error occurs.
*
* @see Connection
*/
public boolean supportsResultSetType(int type) throws SQLException {
return (type == ResultSet.TYPE_SCROLL_INSENSITIVE);
}
/**
* @see DatabaseMetaData#supportsSavepoints()
*/
public boolean supportsSavepoints() throws SQLException {
return false;
}
/**
* Can a schema name be used in a data manipulation statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSchemasInDataManipulation()
throws java.sql.SQLException {
return false;
}
/**
* Can a schema name be used in an index definition statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSchemasInIndexDefinitions()
throws java.sql.SQLException {
return false;
}
/**
* Can a schema name be used in a privilege definition statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSchemasInPrivilegeDefinitions()
throws java.sql.SQLException {
return false;
}
/**
* Can a schema name be used in a procedure call statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSchemasInProcedureCalls()
throws java.sql.SQLException {
return false;
}
/**
* Can a schema name be used in a table definition statement?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSchemasInTableDefinitions()
throws java.sql.SQLException {
return false;
}
/**
* Is SELECT for UPDATE supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSelectForUpdate() throws java.sql.SQLException {
return false;
}
/**
* @see DatabaseMetaData#supportsStatementPooling()
*/
public boolean supportsStatementPooling() throws SQLException {
return false;
}
/**
* Are stored procedure calls using the stored procedure escape syntax
* supported?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsStoredProcedures() throws java.sql.SQLException {
return false;
}
/**
* Are subqueries in comparison expressions supported? A JDBC compliant
* driver always returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSubqueriesInComparisons()
throws java.sql.SQLException {
return this.conn.getIO().versionMeetsMinimum(4, 1, 0);
}
/**
* Are subqueries in exists expressions supported? A JDBC compliant driver
* always returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSubqueriesInExists() throws java.sql.SQLException {
return this.conn.getIO().versionMeetsMinimum(4, 1, 0);
}
/**
* Are subqueries in "in" statements supported? A JDBC compliant driver
* always returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSubqueriesInIns() throws java.sql.SQLException {
return this.conn.getIO().versionMeetsMinimum(4, 1, 0);
}
/**
* Are subqueries in quantified expressions supported? A JDBC compliant
* driver always returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsSubqueriesInQuantifieds()
throws java.sql.SQLException {
return this.conn.getIO().versionMeetsMinimum(4, 1, 0);
}
/**
* Are table correlation names supported? A JDBC compliant driver always
* returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsTableCorrelationNames() throws java.sql.SQLException {
return true;
}
/**
* Does the database support the given transaction isolation level?
*
* @param level the values are defined in java.sql.Connection
*
* @return true if so
*
* @throws java.sql.SQLException if a database access error occurs
*
* @see Connection
*/
public boolean supportsTransactionIsolationLevel(int level)
throws java.sql.SQLException {
if (this.conn.supportsIsolationLevel()) {
switch (level) {
case java.sql.Connection.TRANSACTION_READ_COMMITTED:
case java.sql.Connection.TRANSACTION_READ_UNCOMMITTED:
case java.sql.Connection.TRANSACTION_REPEATABLE_READ:
case java.sql.Connection.TRANSACTION_SERIALIZABLE:
return true;
default:
return false;
}
} else {
return false;
}
}
/**
* Are transactions supported? If not, commit is a noop and the isolation
* level is TRANSACTION_NONE.
*
* @return true if transactions are supported
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsTransactions() throws java.sql.SQLException {
return this.conn.supportsTransactions();
}
/**
* Is SQL UNION supported? A JDBC compliant driver always returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsUnion() throws java.sql.SQLException {
return this.conn.getIO().versionMeetsMinimum(4, 0, 0);
}
/**
* Is SQL UNION ALL supported? A JDBC compliant driver always returns true.
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean supportsUnionAll() throws java.sql.SQLException {
return this.conn.getIO().versionMeetsMinimum(4, 0, 0);
}
/**
* JDBC 2.0 Determine whether or not a visible row update can be detected
* by calling ResultSet.rowUpdated().
*
* @param type set type, i.e. ResultSet.TYPE_XXX
*
* @return true if changes are detected by the resultset type
*
* @exception SQLException if a database-access error occurs.
*/
public boolean updatesAreDetected(int type) throws SQLException {
return false;
}
/**
* Does the database use a file for each table?
*
* @return true if the database uses a local file for each table
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean usesLocalFilePerTable() throws java.sql.SQLException {
return false;
}
/**
* Does the database store tables in a local file?
*
* @return true if so
*
* @throws java.sql.SQLException DOCUMENT ME!
*/
public boolean usesLocalFiles() throws java.sql.SQLException {
return false;
}
/**
* Parses the cascade option string and returns the DBMD constant that
* represents it (for deletes)
*
* @param cascadeOptions the comment from 'SHOW TABLE STATUS'
*
* @return the DBMD constant that represents the cascade option
*/
private int getCascadeDeleteOption(String cascadeOptions) {
int onDeletePos = cascadeOptions.indexOf("ON DELETE");
if (onDeletePos != -1) {
String deleteOptions = cascadeOptions.substring(onDeletePos,
cascadeOptions.length());
if (deleteOptions.startsWith("ON DELETE CASCADE")) {
return DatabaseMetaData.importedKeyCascade;
} else if (deleteOptions.startsWith("ON DELETE SET NULL")) {
return DatabaseMetaData.importedKeySetNull;
} else if (deleteOptions.startsWith("ON DELETE RESTRICT")) {
return DatabaseMetaData.importedKeyRestrict;
} else if (deleteOptions.startsWith("ON DELETE NO ACTION")) {
return DatabaseMetaData.importedKeyNoAction;
}
}
return DatabaseMetaData.importedKeyNoAction;
}
/**
* Parses the cascade option string and returns the DBMD constant that
* represents it (for Updates)
*
* @param cascadeOptions the comment from 'SHOW TABLE STATUS'
*
* @return the DBMD constant that represents the cascade option
*/
private int getCascadeUpdateOption(String cascadeOptions) {
int onUpdatePos = cascadeOptions.indexOf("ON UPDATE");
if (onUpdatePos != -1) {
String updateOptions = cascadeOptions.substring(onUpdatePos,
cascadeOptions.length());
if (updateOptions.startsWith("ON UPDATE CASCADE")) {
return DatabaseMetaData.importedKeyCascade;
} else if (updateOptions.startsWith("ON UPDATE SET NULL")) {
return DatabaseMetaData.importedKeySetNull;
} else if (updateOptions.startsWith("ON UPDATE RESTRICT")) {
return DatabaseMetaData.importedKeyRestrict;
} else if (updateOptions.startsWith("ON UPDATE NO ACTION")) {
return DatabaseMetaData.importedKeyNoAction;
}
}
return DatabaseMetaData.importedKeyNoAction;
}
/**
* Adds to the tuples list the exported keys of exportingTable based on the
* keysComment from the 'show table status' sql command. KeysComment is
* that part of the comment field that follows the "InnoDB free ...;"
* prefix.
*
* @param catalog the database to use
* @param exportingTable the table keys are being exported from
* @param keysComment the comment from 'show table status'
* @param tuples the rows to add results to
* @param fkTableName the foreign key table name
*
* @throws SQLException if a database access error occurs
*/
private void getExportKeyResults(String catalog, String exportingTable,
String keysComment, List tuples, String fkTableName)
throws SQLException {
getResultsImpl(catalog, exportingTable, keysComment, tuples,
fkTableName, true);
}
/**
* Returns the DELETE and UPDATE foreign key actions from the given 'SHOW
* TABLE STATUS' string, with the DELETE action being the first item in
* the array, and the UPDATE action being the second.
*
* @param commentString the comment from 'SHOW TABLE STATUS'
*
* @return int[] [0] = delete action, [1] = update action
*/
private int[] getForeignKeyActions(String commentString) {
int[] actions = new int[] {
DatabaseMetaData.importedKeyNoAction,
DatabaseMetaData.importedKeyNoAction
};
int lastParenIndex = commentString.lastIndexOf(")");
if (lastParenIndex != (commentString.length() - 1)) {
String cascadeOptions = commentString.substring(lastParenIndex + 1)
.trim().toUpperCase();
actions[0] = getCascadeDeleteOption(cascadeOptions);
actions[1] = getCascadeUpdateOption(cascadeOptions);
}
return actions;
}
/**
* Populates the tuples list with the imported keys of importingTable based
* on the keysComment from the 'show table status' sql command.
* KeysComment is that part of the comment field that follows the "InnoDB
* free ...;" prefix.
*
* @param catalog the database to use
* @param importingTable the table keys are being imported to
* @param keysComment the comment from 'show table status'
* @param tuples the rows to add results to
*
* @throws SQLException if a database access error occurs
*/
private void getImportKeyResults(String catalog, String importingTable,
String keysComment, List tuples) throws SQLException {
getResultsImpl(catalog, importingTable, keysComment, tuples, null, false);
}
private void getResultsImpl(String catalog, String table,
String keysComment, List tuples, String fkTableName, boolean isExport)
throws SQLException {
// keys will equal something like this:
// (parent_service_id child_service_id) REFER ds/subservices(parent_service_id child_service_id)
// parse of the string into three phases:
// 1: parse the opening parentheses to determine how many results there will be
// 2: read in the schema name/table name
// 3: parse the closing parentheses
int firstLeftParenIndex = keysComment.indexOf('(');
String constraintName = keysComment.substring(0, firstLeftParenIndex)
.trim();
keysComment = keysComment.substring(firstLeftParenIndex,
keysComment.length());
StringTokenizer keyTokens = new StringTokenizer(keysComment.trim(),
"()", false);
String localColumnNamesString = keyTokens.nextToken();
StringTokenizer localColumnNames = new StringTokenizer(localColumnNamesString,
" ,");
String referCatalogTableString = keyTokens.nextToken();
StringTokenizer referSchemaTable = new StringTokenizer(referCatalogTableString,
" /");
String referColumnNamesString = keyTokens.nextToken();
StringTokenizer referColumnNames = new StringTokenizer(referColumnNamesString,
" ,");
referSchemaTable.nextToken(); //discard the REFER token
String referCatalog = referSchemaTable.nextToken();
String referTable = referSchemaTable.nextToken();
if (isExport && !referTable.equals(table)) {
return;
}
if (localColumnNames.countTokens() != referColumnNames.countTokens()) {
throw new SQLException("Error parsing foriegn keys definition",
SQLError.SQL_STATE_GENERAL_ERROR);
}
int keySeqIndex = 1;
byte[] connectionCatalogAsBytes = null;
if (catalog == null) {
connectionCatalogAsBytes = s2b(this.conn.getCatalog());
} else {
connectionCatalogAsBytes = s2b(catalog);
}
while (localColumnNames.hasMoreTokens()) {
byte[][] tuple = new byte[14][];
String localColumnName = localColumnNames.nextToken();
String referColumnName = referColumnNames.nextToken();
tuple[FKTABLE_CAT] = connectionCatalogAsBytes;
tuple[FKTABLE_SCHEM] = null;
tuple[FKTABLE_NAME] = s2b((isExport) ? fkTableName : table);
tuple[FKCOLUMN_NAME] = s2b(localColumnName);
tuple[PKTABLE_CAT] = s2b(referCatalog);
tuple[PKTABLE_SCHEM] = null;
tuple[PKTABLE_NAME] = s2b((isExport) ? table : referTable);
tuple[PKCOLUMN_NAME] = s2b(referColumnName);
tuple[KEY_SEQ] = s2b(Integer.toString(keySeqIndex++));
int[] actions = getForeignKeyActions(keysComment);
tuple[UPDATE_RULE] = s2b(Integer.toString(actions[1]));
tuple[DELETE_RULE] = s2b(Integer.toString(actions[0]));
tuple[FK_NAME] = s2b(constraintName);
tuple[PK_NAME] = null; //not available from show table status
tuple[DEFERRABILITY] = s2b(Integer.toString(
java.sql.DatabaseMetaData.importedKeyNotDeferrable));
tuples.add(tuple);
}
}
private String getTableNameWithCase(String table) {
String tableNameWithCase = (this.conn.lowerCaseTableNames()
? table.toLowerCase() : table);
return tableNameWithCase;
}
private java.sql.ResultSet buildResultSet(com.mysql.jdbc.Field[] fields,
java.util.ArrayList rows) throws SQLException {
int fieldsLength = fields.length;
for (int i = 0; i < fieldsLength; i++) {
fields[i].setConnection(this.conn);
}
return new com.mysql.jdbc.ResultSet(this.conn.getCatalog(), fields,
new RowDataStatic(rows), this.conn);
}
/**
* Converts the given string to bytes, using the connection's character
* encoding, or if not available, the JVM default encoding.
*
* @param s DOCUMENT ME!
*
* @return DOCUMENT ME!
*/
private byte[] s2b(String s) {
if ((this.conn != null) && this.conn.useUnicode()) {
try {
String encoding = this.conn.getEncoding();
if (encoding == null) {
return s.getBytes();
} else {
SingleByteCharsetConverter converter = this.conn.getCharsetConverter(encoding);
if (converter != null) {
return converter.toBytes(s);
} else {
return s.getBytes(encoding);
}
}
} catch (java.io.UnsupportedEncodingException E) {
return s.getBytes();
}
} else {
return s.getBytes();
}
}
}