Examples with ExtTypeInfoEnum org.h2.value.ExtTypeInfoEnum used on opensource projects

Example 1 with ExtTypeInfoEnum

use of org.h2.value.ExtTypeInfoEnum in project h2database by h2database.

the class ValueDataType method readValue.

/**
 * Read a value.
 *
 * @param buff the source buffer
 * @param columnType the data type of value, or {@code null}
 * @return the value
 */
Value readValue(ByteBuffer buff, TypeInfo columnType) {
    int type = buff.get() & 255;
    switch(type) {
        case NULL:
            return ValueNull.INSTANCE;
        case BOOLEAN_TRUE:
            return ValueBoolean.TRUE;
        case BOOLEAN_FALSE:
            return ValueBoolean.FALSE;
        case INT_NEG:
            return ValueInteger.get(-readVarInt(buff));
        case INTEGER:
            return ValueInteger.get(readVarInt(buff));
        case BIGINT_NEG:
            return ValueBigint.get(-readVarLong(buff));
        case BIGINT:
            return ValueBigint.get(readVarLong(buff));
        case TINYINT:
            return ValueTinyint.get(buff.get());
        case SMALLINT:
            return ValueSmallint.get(buff.getShort());
        case NUMERIC_0_1:
            return ValueNumeric.ZERO;
        case NUMERIC_0_1 + 1:
            return ValueNumeric.ONE;
        case NUMERIC_SMALL_0:
            return ValueNumeric.get(BigDecimal.valueOf(readVarLong(buff)));
        case NUMERIC_SMALL:
            {
                int scale = readVarInt(buff);
                return ValueNumeric.get(BigDecimal.valueOf(readVarLong(buff), scale));
            }
        case NUMERIC:
            {
                int scale = readVarInt(buff);
                return ValueNumeric.get(new BigDecimal(new BigInteger(readVarBytes(buff)), scale));
            }
        case DECFLOAT:
            {
                int scale = readVarInt(buff), len = readVarInt(buff);
                switch(len) {
                    case -3:
                        return ValueDecfloat.NEGATIVE_INFINITY;
                    case -2:
                        return ValueDecfloat.POSITIVE_INFINITY;
                    case -1:
                        return ValueDecfloat.NAN;
                    default:
                        byte[] b = Utils.newBytes(len);
                        buff.get(b, 0, len);
                        return ValueDecfloat.get(new BigDecimal(new BigInteger(b), scale));
                }
            }
        case DATE:
            return ValueDate.fromDateValue(readVarLong(buff));
        case TIME:
            return ValueTime.fromNanos(readTimestampTime(buff));
        case TIME_TZ:
            return ValueTimeTimeZone.fromNanos(readVarInt(buff) * DateTimeUtils.NANOS_PER_SECOND + readVarInt(buff), readTimeZone(buff));
        case TIMESTAMP:
            return ValueTimestamp.fromDateValueAndNanos(readVarLong(buff), readTimestampTime(buff));
        case TIMESTAMP_TZ_OLD:
            return ValueTimestampTimeZone.fromDateValueAndNanos(readVarLong(buff), readTimestampTime(buff), readVarInt(buff) * 60);
        case TIMESTAMP_TZ:
            return ValueTimestampTimeZone.fromDateValueAndNanos(readVarLong(buff), readTimestampTime(buff), readTimeZone(buff));
        case VARBINARY:
            return ValueVarbinary.getNoCopy(readVarBytes(buff));
        case BINARY:
            return ValueBinary.getNoCopy(readVarBytes(buff));
        case JAVA_OBJECT:
            return ValueJavaObject.getNoCopy(readVarBytes(buff));
        case UUID:
            return ValueUuid.get(buff.getLong(), buff.getLong());
        case VARCHAR:
            return ValueVarchar.get(readString(buff));
        case VARCHAR_IGNORECASE:
            return ValueVarcharIgnoreCase.get(readString(buff));
        case CHAR:
            return ValueChar.get(readString(buff));
        case ENUM:
            {
                int ordinal = readVarInt(buff);
                if (columnType != null) {
                    return ((ExtTypeInfoEnum) columnType.getExtTypeInfo()).getValue(ordinal, provider);
                }
                return ValueInteger.get(ordinal);
            }
        case INTERVAL:
            {
                int ordinal = buff.get();
                boolean negative = ordinal < 0;
                if (negative) {
                    ordinal = ~ordinal;
                }
                return ValueInterval.from(IntervalQualifier.valueOf(ordinal), negative, readVarLong(buff), ordinal < 5 ? 0 : readVarLong(buff));
            }
        case REAL_0_1:
            return ValueReal.ZERO;
        case REAL_0_1 + 1:
            return ValueReal.ONE;
        case DOUBLE_0_1:
            return ValueDouble.ZERO;
        case DOUBLE_0_1 + 1:
            return ValueDouble.ONE;
        case DOUBLE:
            return ValueDouble.get(Double.longBitsToDouble(Long.reverse(readVarLong(buff))));
        case REAL:
            return ValueReal.get(Float.intBitsToFloat(Integer.reverse(readVarInt(buff))));
        case BLOB:
            {
                int smallLen = readVarInt(buff);
                if (smallLen >= 0) {
                    byte[] small = Utils.newBytes(smallLen);
                    buff.get(small, 0, smallLen);
                    return ValueBlob.createSmall(small);
                } else if (smallLen == -3) {
                    return new ValueBlob(readLobDataDatabase(buff), readVarLong(buff));
                } else {
                    throw DbException.get(ErrorCode.FILE_CORRUPTED_1, "lob type: " + smallLen);
                }
            }
        case CLOB:
            {
                int smallLen = readVarInt(buff);
                if (smallLen >= 0) {
                    byte[] small = Utils.newBytes(smallLen);
                    buff.get(small, 0, smallLen);
                    return ValueClob.createSmall(small, readVarLong(buff));
                } else if (smallLen == -3) {
                    return new ValueClob(readLobDataDatabase(buff), readVarLong(buff), readVarLong(buff));
                } else {
                    throw DbException.get(ErrorCode.FILE_CORRUPTED_1, "lob type: " + smallLen);
                }
            }
        case ARRAY:
            {
                if (columnType != null) {
                    TypeInfo elementType = (TypeInfo) columnType.getExtTypeInfo();
                    return ValueArray.get(elementType, readArrayElements(buff, elementType), provider);
                }
                return ValueArray.get(readArrayElements(buff, null), provider);
            }
        case ROW:
            {
                int len = readVarInt(buff);
                Value[] list = new Value[len];
                if (columnType != null) {
                    ExtTypeInfoRow extTypeInfoRow = (ExtTypeInfoRow) columnType.getExtTypeInfo();
                    Iterator<Entry<String, TypeInfo>> fields = extTypeInfoRow.getFields().iterator();
                    for (int i = 0; i < len; i++) {
                        list[i] = readValue(buff, fields.next().getValue());
                    }
                    return ValueRow.get(columnType, list);
                }
                TypeInfo[] columnTypes = rowFactory.getColumnTypes();
                for (int i = 0; i < len; i++) {
                    list[i] = readValue(buff, columnTypes[i]);
                }
                return ValueRow.get(list);
            }
        case GEOMETRY:
            return ValueGeometry.get(readVarBytes(buff));
        case JSON:
            return ValueJson.getInternal(readVarBytes(buff));
        default:
            if (type >= INT_0_15 && type < INT_0_15 + 16) {
                int i = type - INT_0_15;
                if (columnType != null && columnType.getValueType() == Value.ENUM) {
                    return ((ExtTypeInfoEnum) columnType.getExtTypeInfo()).getValue(i, provider);
                }
                return ValueInteger.get(i);
            } else if (type >= BIGINT_0_7 && type < BIGINT_0_7 + 8) {
                return ValueBigint.get(type - BIGINT_0_7);
            } else if (type >= VARBINARY_0_31 && type < VARBINARY_0_31 + 32) {
                int len = type - VARBINARY_0_31;
                byte[] b = Utils.newBytes(len);
                buff.get(b, 0, len);
                return ValueVarbinary.getNoCopy(b);
            } else if (type >= VARCHAR_0_31 && type < VARCHAR_0_31 + 32) {
                return ValueVarchar.get(readString(buff, type - VARCHAR_0_31));
            }
            throw DbException.get(ErrorCode.FILE_CORRUPTED_1, "type: " + type);
    }
}

Example 2 with ExtTypeInfoEnum

use of org.h2.value.ExtTypeInfoEnum in project apollo by salesforce.

the class StreamTransfer method readTypeInfoEnum.

private ExtTypeInfo readTypeInfoEnum(DataInputStream in) throws IOException {
    ExtTypeInfo ext;
    int c = readInt(in);
    if (c > 0) {
        String[] enumerators = new String[c];
        for (int i = 0; i < c; i++) {
            enumerators[i] = readString(in);
        }
        ext = new ExtTypeInfoEnum(enumerators);
    } else {
        ext = null;
    }
    return ext;
}

Example 3 with ExtTypeInfoEnum

use of org.h2.value.ExtTypeInfoEnum in project apollo by salesforce.

the class StreamTransfer method writeTypeInfoEnum.

private void writeTypeInfoEnum(TypeInfo type, DataOutputStream out) throws IOException {
    ExtTypeInfoEnum ext = (ExtTypeInfoEnum) type.getExtTypeInfo();
    if (ext != null) {
        int c = ext.getCount();
        writeInt(c, out);
        for (int i = 0; i < c; i++) {
            writeString(ext.getEnumerator(i), out);
        }
    } else {
        writeInt(0, out);
    }
}

Example 4 with ExtTypeInfoEnum

use of org.h2.value.ExtTypeInfoEnum in project SpringStudy by myounghaklee.

the class Parser method parseEnumType.

private TypeInfo parseEnumType() {
    read(OPEN_PAREN);
    ArrayList<String> enumeratorList = new ArrayList<>();
    do {
        enumeratorList.add(readString());
    } while (readIfMore());
    return TypeInfo.getTypeInfo(Value.ENUM, -1L, -1, new ExtTypeInfoEnum(enumeratorList.toArray(new String[0])));
}

Example 5 with ExtTypeInfoEnum

use of org.h2.value.ExtTypeInfoEnum in project 468H2Project by lukeunderwood42.

the class ValueDataType method readValue.

/**
 * Read a value.
 *
 * @param buff the source buffer
 * @param columnType the data type of value, or {@code null}
 * @return the value
 */
Value readValue(ByteBuffer buff, TypeInfo columnType) {
    int type = buff.get() & 255;
    switch(type) {
        case NULL:
            return ValueNull.INSTANCE;
        case BOOLEAN_TRUE:
            return ValueBoolean.TRUE;
        case BOOLEAN_FALSE:
            return ValueBoolean.FALSE;
        case INT_NEG:
            return ValueInteger.get(-readVarInt(buff));
        case INTEGER:
            return ValueInteger.get(readVarInt(buff));
        case BIGINT_NEG:
            return ValueBigint.get(-readVarLong(buff));
        case BIGINT:
            return ValueBigint.get(readVarLong(buff));
        case TINYINT:
            return ValueTinyint.get(buff.get());
        case SMALLINT:
            return ValueSmallint.get(buff.getShort());
        case NUMERIC_0_1:
            return ValueNumeric.ZERO;
        case NUMERIC_0_1 + 1:
            return ValueNumeric.ONE;
        case NUMERIC_SMALL_0:
            return ValueNumeric.get(BigDecimal.valueOf(readVarLong(buff)));
        case NUMERIC_SMALL:
            {
                int scale = readVarInt(buff);
                return ValueNumeric.get(BigDecimal.valueOf(readVarLong(buff), scale));
            }
        case NUMERIC:
            {
                int scale = readVarInt(buff);
                return ValueNumeric.get(new BigDecimal(new BigInteger(readVarBytes(buff)), scale));
            }
        case DECFLOAT:
            {
                int scale = readVarInt(buff), len = readVarInt(buff);
                switch(len) {
                    case -3:
                        return ValueDecfloat.NEGATIVE_INFINITY;
                    case -2:
                        return ValueDecfloat.POSITIVE_INFINITY;
                    case -1:
                        return ValueDecfloat.NAN;
                    default:
                        byte[] b = Utils.newBytes(len);
                        buff.get(b, 0, len);
                        return ValueDecfloat.get(new BigDecimal(new BigInteger(b), scale));
                }
            }
        case DATE:
            return ValueDate.fromDateValue(readVarLong(buff));
        case TIME:
            return ValueTime.fromNanos(readTimestampTime(buff));
        case TIME_TZ:
            return ValueTimeTimeZone.fromNanos(readVarInt(buff) * DateTimeUtils.NANOS_PER_SECOND + readVarInt(buff), readTimeZone(buff));
        case TIMESTAMP:
            return ValueTimestamp.fromDateValueAndNanos(readVarLong(buff), readTimestampTime(buff));
        case TIMESTAMP_TZ_OLD:
            return ValueTimestampTimeZone.fromDateValueAndNanos(readVarLong(buff), readTimestampTime(buff), readVarInt(buff) * 60);
        case TIMESTAMP_TZ:
            return ValueTimestampTimeZone.fromDateValueAndNanos(readVarLong(buff), readTimestampTime(buff), readTimeZone(buff));
        case VARBINARY:
            return ValueVarbinary.getNoCopy(readVarBytes(buff));
        case BINARY:
            return ValueBinary.getNoCopy(readVarBytes(buff));
        case JAVA_OBJECT:
            return ValueJavaObject.getNoCopy(readVarBytes(buff));
        case UUID:
            return ValueUuid.get(buff.getLong(), buff.getLong());
        case VARCHAR:
            return ValueVarchar.get(readString(buff));
        case VARCHAR_IGNORECASE:
            return ValueVarcharIgnoreCase.get(readString(buff));
        case CHAR:
            return ValueChar.get(readString(buff));
        case ENUM:
            {
                int ordinal = readVarInt(buff);
                if (columnType != null) {
                    return ((ExtTypeInfoEnum) columnType.getExtTypeInfo()).getValue(ordinal, provider);
                }
                return ValueInteger.get(ordinal);
            }
        case INTERVAL:
            {
                int ordinal = buff.get();
                boolean negative = ordinal < 0;
                if (negative) {
                    ordinal = ~ordinal;
                }
                return ValueInterval.from(IntervalQualifier.valueOf(ordinal), negative, readVarLong(buff), ordinal < 5 ? 0 : readVarLong(buff));
            }
        case REAL_0_1:
            return ValueReal.ZERO;
        case REAL_0_1 + 1:
            return ValueReal.ONE;
        case DOUBLE_0_1:
            return ValueDouble.ZERO;
        case DOUBLE_0_1 + 1:
            return ValueDouble.ONE;
        case DOUBLE:
            return ValueDouble.get(Double.longBitsToDouble(Long.reverse(readVarLong(buff))));
        case REAL:
            return ValueReal.get(Float.intBitsToFloat(Integer.reverse(readVarInt(buff))));
        case BLOB:
            {
                int smallLen = readVarInt(buff);
                if (smallLen >= 0) {
                    byte[] small = Utils.newBytes(smallLen);
                    buff.get(small, 0, smallLen);
                    return ValueBlob.createSmall(small);
                } else if (smallLen == -3) {
                    return new ValueBlob(readLobDataDatabase(buff), readVarLong(buff));
                } else {
                    throw DbException.get(ErrorCode.FILE_CORRUPTED_1, "lob type: " + smallLen);
                }
            }
        case CLOB:
            {
                int smallLen = readVarInt(buff);
                if (smallLen >= 0) {
                    byte[] small = Utils.newBytes(smallLen);
                    buff.get(small, 0, smallLen);
                    return ValueClob.createSmall(small, readVarLong(buff));
                } else if (smallLen == -3) {
                    return new ValueClob(readLobDataDatabase(buff), readVarLong(buff), readVarLong(buff));
                } else {
                    throw DbException.get(ErrorCode.FILE_CORRUPTED_1, "lob type: " + smallLen);
                }
            }
        case ARRAY:
            {
                if (columnType != null) {
                    TypeInfo elementType = (TypeInfo) columnType.getExtTypeInfo();
                    return ValueArray.get(elementType, readArrayElements(buff, elementType), provider);
                }
                return ValueArray.get(readArrayElements(buff, null), provider);
            }
        case ROW:
            {
                int len = readVarInt(buff);
                Value[] list = new Value[len];
                if (columnType != null) {
                    ExtTypeInfoRow extTypeInfoRow = (ExtTypeInfoRow) columnType.getExtTypeInfo();
                    Iterator<Entry<String, TypeInfo>> fields = extTypeInfoRow.getFields().iterator();
                    for (int i = 0; i < len; i++) {
                        list[i] = readValue(buff, fields.next().getValue());
                    }
                    return ValueRow.get(columnType, list);
                }
                TypeInfo[] columnTypes = rowFactory.getColumnTypes();
                for (int i = 0; i < len; i++) {
                    list[i] = readValue(buff, columnTypes[i]);
                }
                return ValueRow.get(list);
            }
        case GEOMETRY:
            return ValueGeometry.get(readVarBytes(buff));
        case JSON:
            return ValueJson.getInternal(readVarBytes(buff));
        default:
            if (type >= INT_0_15 && type < INT_0_15 + 16) {
                int i = type - INT_0_15;
                if (columnType != null && columnType.getValueType() == Value.ENUM) {
                    return ((ExtTypeInfoEnum) columnType.getExtTypeInfo()).getValue(i, provider);
                }
                return ValueInteger.get(i);
            } else if (type >= BIGINT_0_7 && type < BIGINT_0_7 + 8) {
                return ValueBigint.get(type - BIGINT_0_7);
            } else if (type >= VARBINARY_0_31 && type < VARBINARY_0_31 + 32) {
                int len = type - VARBINARY_0_31;
                byte[] b = Utils.newBytes(len);
                buff.get(b, 0, len);
                return ValueVarbinary.getNoCopy(b);
            } else if (type >= VARCHAR_0_31 && type < VARCHAR_0_31 + 32) {
                return ValueVarchar.get(readString(buff, type - VARCHAR_0_31));
            }
            throw DbException.get(ErrorCode.FILE_CORRUPTED_1, "type: " + type);
    }
}