fr.soleil.tango.clientapi.InsertExtractUtils Maven / Gradle / Ivy
package fr.soleil.tango.clientapi;
import org.tango.utils.DevFailedUtils;
import fr.esrf.Tango.AttrDataFormat;
import fr.esrf.Tango.AttrWriteType;
import fr.esrf.Tango.DevFailed;
import fr.esrf.TangoApi.DeviceAttribute;
import fr.esrf.TangoApi.DeviceData;
import fr.soleil.tango.clientapi.factory.InsertExtractFactory;
import fr.soleil.tango.clientapi.util.TypeConversionUtil;
public final class InsertExtractUtils {
private static final String ERROR_MSG_DA = "cannot insert/extract a null DeviceAttribute";
private static final String ERROR_MSG_DD = "cannot insert/extract a null DeviceData";
private InsertExtractUtils() {
}
/**
* Extract read and write part values to an object for SCALAR, SPECTRUM and IMAGE
*
* @param da
* @return array of primitives for SCALAR, array of primitives for SPECTRUM, array of primitives array of primitives
* for IMAGE
* @throws DevFailed
*/
public static Object extract(final DeviceAttribute da) throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return InsertExtractFactory.getAttributeExtractor(da.getType()).extract(da);
}
/**
* Extract read values to an object for SCALAR, SPECTRUM and IMAGE
*
* @param da
* @return single value for SCALAR, array of primitives for SPECTRUM, 2D array of primitives for IMAGE
* @throws DevFailed
*/
public static Object extractRead(final DeviceAttribute da, final AttrDataFormat format) throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return InsertExtractFactory.getAttributeExtractor(da.getType()).extractRead(da, format);
}
/**
* Extract read values to an object for SCALAR, SPECTRUM and IMAGE
*
* @param da
* @return single value for SCALAR, array of primitives for SPECTRUM and IMAGE
* @throws DevFailed
*/
public static Object extractReadArray(final DeviceAttribute da, final AttrDataFormat format) throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return InsertExtractFactory.getAttributeExtractor(da.getType()).extractReadArray(da, format);
}
/**
* Extract write values to an object for SCALAR, SPECTRUM and IMAGE
*
* @param da
* @return single value for SCALAR, array of primitives for SPECTRUM, 2D array of primitives for IMAGE
* @throws DevFailed
*/
public static Object extractWrite(final DeviceAttribute da, final AttrWriteType writeType,
final AttrDataFormat format) throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return InsertExtractFactory.getAttributeExtractor(da.getType()).extractWrite(da, writeType, format);
}
/**
* Extract write values to an object for SCALAR, SPECTRUM and IMAGE
*
* @param da
* @return single value for SCALAR, array of primitives for SPECTRUM and IMAGE
* @throws DevFailed
*/
public static Object extractWriteArray(final DeviceAttribute da, final AttrWriteType writeType,
final AttrDataFormat format) throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return InsertExtractFactory.getAttributeExtractor(da.getType()).extractWriteArray(da, writeType, format);
}
/**
* Extract read and write part values to an object for SCALAR, SPECTRUM and IMAGE to the requested type
*
* @param
* @param da
* @param type
* the output type (e.g. double[].class for SCALAR, double[].class for SPECTRUM, double[][].class for
* IMAGE)
* @return array of primitives for SCALAR, array of primitives for SPECTRUM, 2D array of primitives for IMAGE
* @throws DevFailed
*/
public static T extract(final DeviceAttribute da, final Class type) throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return TypeConversionUtil.castToType(type, extract(da));
}
/**
* Extract read part values to an object for SCALAR, SPECTRUM and IMAGE to the requested type
*
* @param
* @param da
* @param type
* the output type (e.g. double.class for SCALAR, double[].class for SPECTRUM, double[][].class for
* IMAGE)
* @return single value for SCALAR, array of primitives for SPECTRUM, 2D array of primitives for IMAGE
* @throws DevFailed
*/
public static T extractRead(final DeviceAttribute da, final AttrDataFormat format, final Class type)
throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return TypeConversionUtil.castToType(type, extractRead(da, format));
}
/**
* Extract read part values to an object for SCALAR, SPECTRUM and IMAGE to the requested type
*
* @param
* @param da
* @param type
* the output type (e.g. double.class for SCALAR, double[].class for SPECTRUM, double[].class for IMAGE)
* @return single value for SCALAR, array of primitives for SPECTRUM and IMAGE
* @throws DevFailed
*/
public static T extractReadArray(final DeviceAttribute da, final AttrDataFormat format, final Class type)
throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return TypeConversionUtil.castToType(type, extractReadArray(da, format));
}
/**
* Extract write part values to an object for SCALAR, SPECTRUM and IMAGE to the requested type
*
* @param
* @param da
* @param type
* the output type (e.g. double.class for SCALAR, double[].class for SPECTRUM, double[][].class for
* IMAGE)
* @return single value for SCALAR, array of primitives for SPECTRUM, 2D array of primitives for IMAGE
* @throws DevFailed
*/
public static T extractWrite(final DeviceAttribute da, final AttrDataFormat format,
final AttrWriteType writeType, final Class type) throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return TypeConversionUtil.castToType(type, extractWrite(da, writeType, format));
}
/**
* Extract write part values to an object for SCALAR, SPECTRUM and IMAGE to the requested type
*
* @param
* @param da
* @param type
* the output type (e.g. double.class for SCALAR, double[].class for SPECTRUM, double[].class for IMAGE)
* @return single value for SCALAR, array of primitives for SPECTRUM and IMAGE
* @throws DevFailed
*/
public static T extractWriteArray(final DeviceAttribute da, final AttrWriteType writeType,
final AttrDataFormat format, final Class type) throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
return TypeConversionUtil.castToType(type, extractWriteArray(da, writeType, format));
}
public static Object extract(final DeviceData dd) throws DevFailed {
if (dd == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DD);
}
return InsertExtractFactory.getCommandExtractor(dd.getType()).extract(dd);
}
public static T extract(final DeviceData dd, final Class type) throws DevFailed {
if (dd == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DD);
}
final Object r = extract(dd);
return TypeConversionUtil.castToType(type, r);
}
public static void insert(final DeviceAttribute da, final Object value) throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
InsertExtractFactory.getAttributeInserter(da.getType()).insert(da, value);
}
public static void insert(final DeviceAttribute da, final Object value, final int dimX, final int dimY)
throws DevFailed {
if (da == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DA);
}
InsertExtractFactory.getAttributeInserter(da.getType()).insert(da, value, dimX, dimY);
}
public static void insert(final DeviceData dd, final int dataType, final Object value) throws DevFailed {
if (dd == null) {
DevFailedUtils.throwDevFailed(ERROR_MSG_DD);
}
InsertExtractFactory.getCommandInserter(dataType).insert(dd, value);
}
}
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