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* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
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package org.jooq.util.cubrid;
import java.math.BigDecimal;
import java.math.BigInteger;
import java.sql.Date;
import java.sql.Time;
import java.sql.Timestamp;
import java.util.UUID;
import org.jooq.DataType;
import org.jooq.SQLDialect;
import org.jooq.impl.DefaultDataType;
import org.jooq.impl.SQLDataType;
import org.jooq.types.UByte;
import org.jooq.types.UInteger;
import org.jooq.types.ULong;
import org.jooq.types.UShort;
/**
* Supported data types for the {@link SQLDialect#CUBRID} dialect
*
* @author Lukas Eder
*/
public class CUBRIDDataType {
// -------------------------------------------------------------------------
// Default SQL data types and synonyms thereof
// -------------------------------------------------------------------------
public static final DataType<Integer> INT = new DefaultDataType<Integer>(SQLDialect.CUBRID, SQLDataType.INTEGER, "int");
public static final DataType<Integer> INTEGER = new DefaultDataType<Integer>(SQLDialect.CUBRID, SQLDataType.INTEGER, "integer");
public static final DataType<Short> SHORT = new DefaultDataType<Short>(SQLDialect.CUBRID, SQLDataType.SMALLINT, "short");
public static final DataType<Short> SMALLINT = new DefaultDataType<Short>(SQLDialect.CUBRID, SQLDataType.SMALLINT, "smallint");
public static final DataType<Long> BIGINT = new DefaultDataType<Long>(SQLDialect.CUBRID, SQLDataType.BIGINT, "bigint");
public static final DataType<BigDecimal> DECIMAL = new DefaultDataType<BigDecimal>(SQLDialect.CUBRID, SQLDataType.DECIMAL, "decimal");
public static final DataType<BigDecimal> DEC = new DefaultDataType<BigDecimal>(SQLDialect.CUBRID, SQLDataType.DECIMAL, "dec");
public static final DataType<BigDecimal> NUMERIC = new DefaultDataType<BigDecimal>(SQLDialect.CUBRID, SQLDataType.DECIMAL, "numeric");
public static final DataType<Float> FLOAT = new DefaultDataType<Float>(SQLDialect.CUBRID, SQLDataType.REAL, "float");
public static final DataType<Float> REAL = new DefaultDataType<Float>(SQLDialect.CUBRID, SQLDataType.REAL, "real");
public static final DataType<Double> DOUBLE = new DefaultDataType<Double>(SQLDialect.CUBRID, SQLDataType.DOUBLE, "double");
public static final DataType<Double> DOUBLEPRECISION = new DefaultDataType<Double>(SQLDialect.CUBRID, SQLDataType.DOUBLE, "double precision");
public static final DataType<String> VARCHAR = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.VARCHAR, "varchar");
public static final DataType<String> CHARVARYING = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.VARCHAR, "char varying");
public static final DataType<String> CHARACTERVARYING = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.VARCHAR, "character varying");
public static final DataType<String> CHAR = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.CHAR, "char", "varchar");
public static final DataType<String> CHARACTER = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.CHAR, "character", "varchar");
public static final DataType<String> STRING = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.VARCHAR, "string");
public static final DataType<String> NCHAR = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.NCHAR, "nchar");
public static final DataType<String> CLOB = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.CLOB, "clob");
public static final DataType<Date> DATE = new DefaultDataType<Date>(SQLDialect.CUBRID, SQLDataType.DATE, "date");
public static final DataType<Time> TIME = new DefaultDataType<Time>(SQLDialect.CUBRID, SQLDataType.TIME, "time");
public static final DataType<Timestamp> DATETIME = new DefaultDataType<Timestamp>(SQLDialect.CUBRID, SQLDataType.TIMESTAMP, "datetime");
public static final DataType<Timestamp> TIMESTAMP = new DefaultDataType<Timestamp>(SQLDialect.CUBRID, SQLDataType.TIMESTAMP, "timestamp");
public static final DataType<byte[]> BITVARYING = new DefaultDataType<byte[]>(SQLDialect.CUBRID, SQLDataType.VARBINARY, "bit varying");
public static final DataType<byte[]> VARBIT = new DefaultDataType<byte[]>(SQLDialect.CUBRID, SQLDataType.VARBINARY, "varbit");
public static final DataType<byte[]> BIT = new DefaultDataType<byte[]>(SQLDialect.CUBRID, SQLDataType.BINARY, "bit");
public static final DataType<byte[]> BLOB = new DefaultDataType<byte[]>(SQLDialect.CUBRID, SQLDataType.BLOB, "blob");
// -------------------------------------------------------------------------
// Compatibility types for supported SQLDialect.CUBRID, SQLDataTypes
// -------------------------------------------------------------------------
protected static final DataType<Boolean> __BOOL = new DefaultDataType<Boolean>(SQLDialect.CUBRID, SQLDataType.BOOLEAN, "bit", "bit(1)");
protected static final DataType<Boolean> __BIT = new DefaultDataType<Boolean>(SQLDialect.CUBRID, SQLDataType.BIT, "bit", "bit(1)");
protected static final DataType<String> __LONGNVARCHAR = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.LONGNVARCHAR, "varchar");
protected static final DataType<String> __NCLOB = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.NCLOB, "clob");
protected static final DataType<String> __NVARCHAR = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.NVARCHAR, "varchar");
protected static final DataType<String> __LONGVARCHAR = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.LONGVARCHAR, "varchar");
protected static final DataType<byte[]> __LONGVARBINARY = new DefaultDataType<byte[]>(SQLDialect.CUBRID, SQLDataType.LONGVARBINARY, "blob");
protected static final DataType<Byte> __TINYINT = new DefaultDataType<Byte>(SQLDialect.CUBRID, SQLDataType.TINYINT, "smallint");
protected static final DataType<Double> __FLOAT = new DefaultDataType<Double>(SQLDialect.CUBRID, SQLDataType.DOUBLE, "double");
protected static final DataType<BigDecimal> __NUMERIC = new DefaultDataType<BigDecimal>(SQLDialect.CUBRID, SQLDataType.NUMERIC, "decimal");
protected static final DataType<UByte> __TINYINTUNSIGNED = new DefaultDataType<UByte>(SQLDialect.CUBRID, SQLDataType.TINYINTUNSIGNED, "smallint");
protected static final DataType<UShort> __SMALLINTUNSIGNED = new DefaultDataType<UShort>(SQLDialect.CUBRID, SQLDataType.SMALLINTUNSIGNED, "int");
protected static final DataType<UInteger> __INTEGERUNSIGNED = new DefaultDataType<UInteger>(SQLDialect.CUBRID, SQLDataType.INTEGERUNSIGNED, "bigint");
protected static final DataType<ULong> __BIGINTUNSIGNED = new DefaultDataType<ULong>(SQLDialect.CUBRID, SQLDataType.BIGINTUNSIGNED, "decimal");
// -------------------------------------------------------------------------
// Compatibility types for supported Java types
// -------------------------------------------------------------------------
protected static final DataType<BigInteger> __BIGINTEGER = new DefaultDataType<BigInteger>(SQLDialect.CUBRID, SQLDataType.DECIMAL_INTEGER, "decimal", "decimal");
protected static final DataType<UUID> __UUID = new DefaultDataType<UUID>(SQLDialect.CUBRID, SQLDataType.UUID, "varchar");
// -------------------------------------------------------------------------
// Dialect-specific data types and synonyms thereof
// -------------------------------------------------------------------------
public static final DataType<Double> MONETARY = new DefaultDataType<Double>(SQLDialect.CUBRID, SQLDataType.DOUBLE, "monetary");
public static final DataType<String> ENUM = new DefaultDataType<String>(SQLDialect.CUBRID, SQLDataType.VARCHAR, "enum", "varchar");
// These types are not yet formally supported
public static final DataType<Object> OBJECT = new DefaultDataType<Object>(SQLDialect.CUBRID, SQLDataType.OTHER, "object");
public static final DataType<Object> OID = new DefaultDataType<Object>(SQLDialect.CUBRID, SQLDataType.OTHER, "oid");
public static final DataType<Object> ELO = new DefaultDataType<Object>(SQLDialect.CUBRID, SQLDataType.OTHER, "elo");
public static final DataType<Object> MULTISET = new DefaultDataType<Object>(SQLDialect.CUBRID, SQLDataType.OTHER, "multiset");
public static final DataType<Object> SEQUENCE = new DefaultDataType<Object>(SQLDialect.CUBRID, SQLDataType.OTHER, "sequence");
public static final DataType<Object> SET = new DefaultDataType<Object>(SQLDialect.CUBRID, SQLDataType.OTHER, "set");
}