public static double[][] ReadMesh(string fileName)
{
double[][] meshes = new double[3][];
string[] meshNames = { "x", "y", "z" };
H5FileId fileId = H5F.open(fileName, H5F.OpenMode.ACC_RDONLY);
for (int i = 0; i < meshNames.Length; i++)
{
H5DataSetId dsId = H5D.open(fileId, "/Mesh/" + meshNames[i]);
H5DataTypeId dtId = H5D.getType(dsId);
if (!H5T.equal(dtId, H5T.copy(H5T.H5Type.NATIVE_FLOAT)))
{
Console.WriteLine("Error: Invalid dataset type, expected {0}", H5T.H5Type.NATIVE_FLOAT);
}
float[] mesh = new float[H5D.getStorageSize(dsId) / H5T.getSize(dtId)];
H5D.read(dsId, dtId, new H5Array <float>(mesh));
meshes[i] = mesh.Select(x => (double)x * 1000.0).ToArray(); // m -> mm
H5D.close(dsId);
H5T.close(dtId);
}
H5F.close(fileId);
return(meshes);
}
public static string AttributeAsString(H5AttributeId _attributeId)
{
H5DataTypeId dataTypeId = H5A.getType(_attributeId);
bool isVariableLength = H5T.isVariableString(dataTypeId);
if (isVariableLength)
{
// Variable length string attribute
// NOTE: This section only works if the array length is 1
VariableLengthString[] value = new VariableLengthString[1];
H5A.read <VariableLengthString>(_attributeId, dataTypeId,
new H5Array <VariableLengthString>(value));
return(value[0].ToString());
}
else
{
// Make length smaller so null termination character is not read
int length = (int)H5T.getSize(dataTypeId) - 1;
// Fixed length string attribute
byte[] valueBytes = new byte[length];
H5A.read <byte>(_attributeId, dataTypeId, new H5Array <byte>(valueBytes));
string value = System.Text.ASCIIEncoding.ASCII.GetString(valueBytes);
return(value);
}
}
public static string GetAttributeValue(H5ObjectWithAttributes objectWithAttributes, string name)
{
if (objectWithAttributes is null)
{
throw new ArgumentNullException(nameof(objectWithAttributes));
}
if (name is null)
{
throw new ArgumentNullException(nameof(name));
}
H5AttributeId h5AttributeId = H5A.open(objectWithAttributes, name);
H5DataTypeId h5DataTypeId = H5A.getType(h5AttributeId);
if (H5T.isVariableString(h5DataTypeId))
{
VariableLengthString[] variableLengthStrings = new VariableLengthString[1];
H5A.read(h5AttributeId, h5DataTypeId, new H5Array <VariableLengthString> (variableLengthStrings));
H5T.close(h5DataTypeId);
H5A.close(h5AttributeId);
return(variableLengthStrings[0].ToString());
}
byte[] bytes = new byte[H5T.getSize(h5DataTypeId)];
H5A.read(h5AttributeId, h5DataTypeId, new H5Array <byte> (bytes));
H5T.close(h5DataTypeId);
H5A.close(h5AttributeId);
return(Encoding.ASCII.GetString(bytes));
}
protected T[] getAttribute <T>(H5AttributeId aid)
{
H5DataTypeId sv = H5A.getType(aid);
int size = H5T.getSize(sv);
var attValue = new T[size];
H5A.read <T>(aid, sv, new H5Array <T>(attValue));
return(attValue);
}
void LoadRowData()
{
var dtype = H5D.getType(Id);
var size = H5T.getSize(dtype);
_row_data = new byte[FindNumberOfRows(), size];
H5D.read(Id, dtype, new H5Array <byte>(_row_data));
//TODO: Does this work with more than one row? Dunno. Probs not.
}
private void createHD5DataObject(H5GroupId h5GroupId, string pathName, ref HD5DataSetObject dataObject)
{
H5DataSetId datasetid = null;
H5DataSpaceId spaceid = null;
H5DataTypeId dataTypeid = null;
try
{
dataObject.GroupId = h5GroupId;
datasetid = H5D.open(h5GroupId, pathName);
dataObject.DatasetID = datasetid;
dataObject.DatasetName = pathName;
spaceid = H5D.getSpace(datasetid);
var dims = H5S.getSimpleExtentDims(spaceid);
dataTypeid = H5D.getType(datasetid);
dataObject.Dim = dims.Length;
HDF5DotNet.H5T.H5TClass classType = H5T.getClass(dataTypeid);
int size = H5T.getSize(dataTypeid);
H5T.Sign sign = H5T.Sign.TWOS_COMPLEMENT;
if (classType == H5T.H5TClass.INTEGER)
{
sign = H5T.getSign(dataTypeid);
}
//var rank = H5S.getSimpleExtentNDims(space);
//var statu = H5S.getSimpleExtentDims(space);
Boolean bString = H5T.isVariableString(dataTypeid);
//String name = H5T.getMemberName(dataType, 0);
// var type2 = H5T.getNativeType(dataType, H5T.Direction.DEFAULT);
Type type = getTypeof(classType, size, sign);
dataObject.DataType = type;
dataObject.Data = readData(dataObject);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
finally{
if (datasetid != null)
{
H5D.close(datasetid);
}
if (spaceid != null)
{
H5S.close(spaceid);
}
if (dataTypeid != null)
{
H5T.close(dataTypeid);
}
}
}
private void WriteData()
{
Console.WriteLine("Creating H5 file {0}...", filename);
// Rank is the number of dimensions of the data array.
const int RANK = 1;
// Create an HDF5 file.
// The enumeration type H5F.CreateMode provides only the legal
// creation modes. Missing H5Fcreate parameters are provided
// with default values.
H5FileId fileId = H5F.create(filename,
H5F.CreateMode.ACC_TRUNC);
// Prepare to create a data space for writing a 1-dimensional
// signed integer array.
long[] dims = new long[RANK];
dims[0] = count;
// Put descending ramp data in an array so that we can
// write it to the file.
mData[] dset_data = new mData[count];
for (int i = 0; i < count; i++)
{
dset_data[i] = new mData(i + 80, i + 40, i + 1);
}
// Create a data space to accommodate our 1-dimensional array.
// The resulting H5DataSpaceId will be used to create the
// data set.
H5DataSpaceId spaceId = H5S.create_simple(RANK, dims);
// Create a copy of a standard data type. We will use the
// resulting H5DataTypeId to create the data set. We could
// have used the HST.H5Type data directly in the call to
// H5D.create, but this demonstrates the use of H5T.copy
// and the use of a H5DataTypeId in H5D.create.
H5DataTypeId typeId = H5T.copy(H5T.H5Type.STD_REF_OBJ);
// Find the size of the type
int typeSize = H5T.getSize(typeId);
// Create the data set.
H5DataSetId dataSetId = H5D.create(fileId, dataSetName,
typeId, spaceId);
// Write the integer data to the data set.
H5D.write(dataSetId, new H5DataTypeId(H5T.H5Type.STD_REF_OBJ),
new H5Array <mData>(dset_data));
H5D.close(dataSetId);
H5F.close(fileId);
Console.WriteLine("H5 file {0} created successfully!", filename);
}
} // end of test_classes
static void test_integer_dtype()
{
const string GEN_FILE_NAME = "gen_types.h5";
const string INT_TYPE_NAME = "new integer type 1";
try
{
Console.Write("Testing getting some integer information");
H5FileId genfileId = H5F.open(GEN_FILE_NAME, H5F.OpenMode.ACC_RDONLY);
// Open the datatype to check.
H5DataTypeId dtypeId = H5T.open(genfileId, INT_TYPE_NAME);
int offset = H5T.getOffset(dtypeId);
if (offset != 0)
{
Console.WriteLine("Incorrect offset: {0}, should be {1}", offset, 0);
nerrors++;
}
int size = H5T.getSize(dtypeId);
if (size != 3)
{
Console.WriteLine("Incorrect size: {0}, should be {1}", size, 3);
nerrors++;
}
// Close datatype and file.
H5T.close(dtypeId);
H5F.close(genfileId);
Console.WriteLine("\t\tPASSED");
} // end of try block
catch (HDFException anyHDF5E)
{
Console.WriteLine(anyHDF5E.Message);
nerrors++;
}
catch (System.Exception sysE)
{
Console.WriteLine(sysE.TargetSite);
Console.WriteLine(sysE.Message);
nerrors++;
}
} // test_integer_dtype
private void WriteData(List <mData> data)
{
Console.WriteLine("Creating H5 file {0}...", filename);
const int RANK = 1;
long[] dims = new long[RANK];
dims[0] = count;
H5FileId fileId = H5F.create(filename, H5F.CreateMode.ACC_TRUNC);
H5DataSpaceId spaceId = H5S.create_simple(RANK, dims);
H5DataTypeId typeId = H5T.copy(H5T.H5Type.STD_REF_OBJ);
int typeSize = H5T.getSize(typeId);
H5DataSetId dataSetId = H5D.create(fileId, dataSetName, typeId, spaceId);
H5D.write(dataSetId, new H5DataTypeId(H5T.H5Type.STD_REF_OBJ), new H5Array <mData>(data.ToArray()));
H5D.close(dataSetId);
H5F.close(fileId);
Console.WriteLine("H5 file {0} created successfully!", filename);
}
public static T[] Read1DArray <T>(H5FileId fileId, string dataSetName)
{
H5DataSetId dataset = null;
H5DataSpaceId space = null;
H5DataTypeId dataType = null;
long[] dims;
try
{
dataset = H5D.open(fileId, dataSetName);
space = H5D.getSpace(dataset);
dims = H5S.getSimpleExtentDims(space);
dataType = H5D.getType(dataset);
if (typeof(T) == typeof(string))
{
int stringLength = H5T.getSize(dataType);
int a = (int)dims[0];
byte[] buffer = new byte[(int)(dims[0]) * stringLength];
H5D.read(dataset, dataType, new H5Array <byte>(buffer));
string stuff = System.Text.ASCIIEncoding.ASCII.GetString(buffer);
return(stuff.SplitInParts(stringLength).Select(ss => (T)(object)ss).ToArray());
}
T[] dataArray = new T[dims[0]];
var wrapArray = new H5Array <T>(dataArray);
H5D.read(dataset, dataType, wrapArray);
return(dataArray);
}
catch {
return(null);
}
finally
{
if (space != null)
{
H5S.close(space);
}
if (dataset != null)
{
H5D.close(dataset);
}
}
}
public static T ReadScalar <T>(H5FileId fileId, string datasetName)
{
H5DataSetId dataset = null;
H5DataSpaceId space = null;
H5DataTypeId dataType = null;
long[] dims;
T data = default(T);
try
{
dataset = H5D.open(fileId, datasetName);
space = H5D.getSpace(dataset);
dims = H5S.getSimpleExtentDims(space);
dataType = H5D.getType(dataset);
H5D.readScalar <T>(dataset, dataType, ref data);
if (typeof(T) == typeof(string))
{
int stringLength = H5T.getSize(dataType);
byte[] buffer = new byte[2 * stringLength];
H5D.read(dataset, dataType, new H5Array <byte>(buffer));
string stuff = System.Text.ASCIIEncoding.ASCII.GetString(buffer);
return((T)(stuff.SplitInParts(stringLength).Select(ss => (T)(object)ss)));
}
return(data);
}
catch
{
return(default(T));
}
finally
{
if (space != null)
{
H5S.close(space);
}
if (dataset != null)
{
H5D.close(dataset);
}
}
}
public static T[] Read1DArray <T>(this H5FileId fileId, string dataSetName)
{
var dataset = H5D.open(fileId, dataSetName);
var space = H5D.getSpace(dataset);
var dims = H5S.getSimpleExtentDims(space);
var dataType = H5D.getType(dataset);
if (typeof(T) == typeof(string))
{
int stringLength = H5T.getSize(dataType);
byte[] buffer = new byte[dims[0] * stringLength];
H5D.read(dataset, dataType, new H5Array <byte>(buffer));
string stuff = System.Text.ASCIIEncoding.ASCII.GetString(buffer);
return(stuff.SplitInParts(stringLength).Select(ss => (T)(object)ss).ToArray());
}
T[] dataArray = new T[dims[0]];
var wrapArray = new H5Array <T>(dataArray);
H5D.read(dataset, dataType, wrapArray);
return(dataArray);
}
void FindAttribute(int i)
{
var attr_field = "FIELD_" + i + "_NAME";
var attr = H5A.open(Id, attr_field);
var dtype = H5A.getType(attr);
var size = H5T.getSize(dtype);
var mtype = H5T.create(H5T.CreateClass.STRING, size);
var buffer = new byte[size];
H5A.read(attr, mtype, new H5Array <byte>(buffer));
var attr_datatype = H5T.getMemberType(H5D.getType(Id), i);
var attr_size = H5T.getSize(attr_datatype);
var attr_class = H5T.getMemberClass(H5D.getType(Id), i).ToString();
var attr_name = Encoding.GetString(buffer).Replace('\0', ' ').Trim();
switch (attr_class)
{
case "STRING":
_attributes[i] = new StringAttribute(attr_name, attr_size);
break;
case "INTEGER":
_attributes[i] = new IntegerAttribute(attr_name, attr_size);
break;
case "FLOAT":
_attributes[i] = new FloatingPointAttribute(attr_name, attr_size);
break;
default:
throw new ArgumentException("Unknown attribute type " + attr_class, "attr_type");
}
}
private void ReadHDF5Mesh()
{
double[][] meshes = new double[3][];
string[] meshNames = { "phi", "r", "theta" };
H5FileId fileId = H5F.open(m_resultFile, H5F.OpenMode.ACC_RDONLY);
if (HDF5.ReadAttribute(m_resultFile, "/Mesh", "MeshType") != 2)
{
Console.WriteLine("Error: Invalid NF2FF mesh type in <{0}>", m_resultFile);
return;
}
for (int i = 0; i < meshNames.Length; i++)
{
H5DataSetId dsId = H5D.open(fileId, "/Mesh/" + meshNames[i]);
H5DataTypeId dtId = H5D.getType(dsId);
if (!H5T.equal(dtId, H5T.copy(H5T.H5Type.NATIVE_FLOAT)))
{
Console.WriteLine("Error: Invalid dataset type, expected {0}", H5T.H5Type.NATIVE_FLOAT);
}
float[] mesh = new float[H5D.getStorageSize(dsId) / H5T.getSize(dtId)];
H5D.read(dsId, dtId, new H5Array <float>(mesh));
meshes[i] = mesh.Select(x => (double)x).ToArray();
H5D.close(dsId);
H5T.close(dtId);
}
H5F.close(fileId);
m_theta = meshes[2];
m_phi = meshes[0];
}
public string Get(string path, bool outfolder)
{
logger.Log(LogLevel.Info, "Entered AVISTEDHDF5Converter GET()");
try
{
string content = File.ReadAllText(path);
List <Dictionary <string, string> > data = JsonConvert.DeserializeObject <List <Dictionary <string, string> > >(content);
string result = "false";
string randomlyGeneratedFolderNamePart = Path.GetFileNameWithoutExtension(Path.GetRandomFileName());
string timeRelatedFolderNamePart = DateTime.Now.Year.ToString()
+ DateTime.Now.Month.ToString()
+ DateTime.Now.Day.ToString()
+ DateTime.Now.Hour.ToString()
+ DateTime.Now.Minute.ToString()
+ DateTime.Now.Second.ToString()
+ DateTime.Now.Millisecond.ToString();
string processRelatedFolderNamePart = System.Diagnostics.Process.GetCurrentProcess().Id.ToString();
string copypath = "";
if (outfolder)
{
copypath = ConfigurationManager.AppSettings["Save_Downloads"].ToString();
}
else
{
copypath = ConfigurationManager.AppSettings["Converters"].ToString();
}
string temporaryDirectoryName = Path.Combine(copypath
, timeRelatedFolderNamePart
+ processRelatedFolderNamePart
+ randomlyGeneratedFolderNamePart);
Directory.CreateDirectory(temporaryDirectoryName);
logger.Log(LogLevel.Info, "Created Directory");
string uri = Path.Combine(temporaryDirectoryName, "result" + ".h5");
H5FileId fileId = H5F.create(uri,
H5F.CreateMode.ACC_TRUNC);
string[] results = new string[data.Count + 1];
int i = 0, j = 0;
Dictionary <string, string> resultdict = new Dictionary <string, string>();
Dictionary <string, string> tempdict = data.First();
string[] names = tempdict.Keys.ToArray();
string[] values = new string[names.Length];
foreach (Dictionary <string, string> dict in data)
{
var value = dict.Values.ToArray();
if (j == 0)
{
for (int k = 0; k < values.Length; k++)
{
values[k] = value[k];
}
j = 1;
}
else
{
for (int k = 0; k < values.Length; k++)
{
values[k] += "," + value[k];
}
}
}
int index = 0;
foreach (string s in names)
{
if (s.Equals("date"))
{
string[] strings = values[index++].Split(',');
byte[] bytes = Encoding.UTF8.GetBytes(String.Concat(strings));
char[,] myChars = new char[strings.Length, 10];
myChars = StringToChar(myChars, strings);
// Prepare to 9create a data space for writing a 1 - dimensional
// signed integer array.
long[] dims = new long[1];
dims[0] = strings.Length;
H5DataSpaceId spaceId = H5S.create_simple(1, dims);
H5DataTypeId typeId = H5T.copy(H5T.H5Type.C_S1);
// Find the size of the type
int typeSize = H5T.getSize(typeId) * 10;
H5T.setSize(typeId, 10);
string name = "/" + s;
// Create the data set.
H5DataSetId dataSetId = H5D.create(fileId, s,
typeId, spaceId);
H5D.write(dataSetId, typeId,
new H5Array <byte>(bytes));
H5D.close(dataSetId);
H5S.close(spaceId);
logger.Log(LogLevel.Info, "Created parameter {0}", s);
}
else
{
string[] strings = values[index++].Split(',');
float[] vl = new float[strings.Length];
int l = 0;
foreach (string d in strings)
{
vl[l++] = float.Parse(d);
}
// Prepare to create a data space for writing a 1 - dimensional
// signed integer array.
long[] dims = new long[1];
dims[0] = strings.Length;
H5DataSpaceId spaceId = H5S.create_simple(1, dims);
H5DataTypeId typeId1 = H5T.copy(H5T.H5Type.NATIVE_FLOAT);
// Find the size of the type
int typeSize = H5T.getSize(typeId1);
// Set the order to big endian
H5T.setOrder(typeId1, H5T.Order.BE);
// Set the order to little endian
H5T.setOrder(typeId1, H5T.Order.LE);
string name = "/" + s;
// Create the data set.
H5DataSetId dataSetId = H5D.create(fileId, s,
typeId1, spaceId);
H5D.write(dataSetId, new H5DataTypeId(H5T.H5Type.NATIVE_FLOAT),
new H5Array <float>(vl));
// dscopy.AddVariable<float>(s, vl);
H5D.close(dataSetId);
H5S.close(spaceId);
H5T.close(typeId1);
logger.Log(LogLevel.Info, "Created parameter {0}", s);
}
}
H5F.close(fileId);
string SourceFolderPath = temporaryDirectoryName;
return(SourceFolderPath);
}
catch (Exception ex)
{
logger.Error("AVISTEDHDF5Converter:Failed with exception {0}", ex.Message);
}
return("Error");
}
/// <summary>
/// Creates a new dataset from an HDF5 data file.
/// </summary>
/// <param name="blob">The input blob is reshaped to the dataset item shape.</param>
/// <param name="strDatasetName">Specifies the new dataset name.</param>
/// <param name="bReshape">Specifies whether to reshape the 'blob' parameter.</param>
/// <param name="nMinDim">Specifies the minimum dimension.</param>
/// <param name="nMaxDim">Specifies the maximum dimension.</param>
/// <param name="id">Optional, group ID to use instead of internal file (default = null).</param>
/// <param name="bAllowSingleItems">When true single item values are allowed and used to copy across entire blob.</param>
public void load_nd_dataset(Blob <T> blob, string strDatasetName, bool bReshape = false, int nMinDim = 1, int nMaxDim = int.MaxValue, H5GroupId id = null, bool bAllowSingleItems = false)
{
H5DataSetId ds = null;
int nSingleItemSize = 0;
try
{
Tuple <H5DataSetId, int> ds1 = load_nd_datasetEx(blob, strDatasetName, bReshape, nMinDim, nMaxDim, id, bAllowSingleItems);
ds = ds1.Item1;
nSingleItemSize = ds1.Item2;
H5DataTypeId dsType = H5D.getType(ds);
int nSize = H5T.getSize(dsType);
if (nSize == sizeof(double))
{
double[] rgBuffer = new double[blob.count()];
H5Array <double> rgData = new H5Array <double>(rgBuffer);
H5D.read <double>(ds, dsType, rgData);
if (!bAllowSingleItems || nSingleItemSize == 0)
{
blob.mutable_cpu_data = Utility.ConvertVec <T>(rgBuffer);
}
else
{
blob.SetData(rgBuffer[0]);
}
}
else if (nSize == sizeof(float))
{
float[] rgBuffer = new float[blob.count()];
H5Array <float> rgData = new H5Array <float>(rgBuffer);
H5D.read <float>(ds, dsType, rgData);
if (!bAllowSingleItems || nSingleItemSize == 0)
{
blob.mutable_cpu_data = Utility.ConvertVec <T>(rgBuffer);
}
else
{
blob.SetData(rgBuffer[0]);
}
}
else if (nSize == sizeof(byte))
{
byte[] rgBuffer = new byte[blob.count()];
H5Array <byte> rgData = new H5Array <byte>(rgBuffer);
H5D.read <byte>(ds, dsType, rgData);
float[] rgf = rgBuffer.Select(p1 => (float)p1).ToArray();
blob.mutable_cpu_data = Utility.ConvertVec <T>(rgf);
}
else
{
m_log.FAIL("The dataset size of '" + nSize.ToString() + "' is not supported!");
}
}
catch (Exception excpt)
{
m_log.FAIL(excpt.Message);
}
finally
{
if (ds != null)
{
H5D.close(ds);
}
}
}
/// <summary>
/// Constructs a new EpochHDF5Persistor with an HDF5 file at the given path.
/// </summary>
/// <param name="filename">Desired HDF5 path</param>
/// <param name="assocFilePrefix">Prefix for auxiliary (e.g. image) file associated with this HDF5 file</param>
/// <param name="guidGenerator">Function for generating new UUIDs (e.g. Guid.NewGuid)</param>
/// <param name="compression">Automatically numeric data compression (0 = none, 9 = maximum)</param>
public EpochHDF5Persistor(string filename, string assocFilePrefix, Func <Guid> guidGenerator, uint compression = 9)
: base(guidGenerator)
{
if (filename == null)
{
throw new ArgumentException("File name must not be null", "filename");
}
if (compression > 9)
{
throw new ArgumentException("Compression must be 0-9", "compression");
}
if (assocFilePrefix == null)
{
assocFilePrefix = "";
}
this.AssociatedFilePrefix = assocFilePrefix;
NumericDataCompression = compression;
EpochGroupsIDs = new Stack <EpochGroupIDs>();
var fInfo = new FileInfo(filename);
string prefixedFilePath = fInfo.DirectoryName + Path.DirectorySeparatorChar + this.AssociatedFilePrefix + fInfo.Name;
var currentFile = new FileInfo(prefixedFilePath);
if (currentFile.Exists)
{
fileId = H5F.open(prefixedFilePath, H5F.OpenMode.ACC_RDWR);
string_t = H5T.open(fileId, "STRING40");
keyval_t = H5T.open(fileId, "KEY40VAR40");
measurement_t = H5T.open(fileId, "MEASUREMENT");
extdevmeasurement_t = H5T.open(fileId, "EXTDEV_MEASUREMENT");
//TODO Check persistence version
}
else
{
fileId = H5F.create(prefixedFilePath, H5F.CreateMode.ACC_EXCL);
WriteAttribute(fileId, "version", Version);
// Create our standard String type (string of length FIXED_STRING_LENGTH characters)
string_t = H5T.copy(H5T.H5Type.C_S1);
H5T.setSize(string_t, 40);
H5T.commit(fileId, "STRING40", string_t);
// Create our key/value compound type (two strings of length 40 characters)
keyval_t = H5T.create(H5T.CreateClass.COMPOUND, 80);
H5T.insert(keyval_t, "key", 0, string_t);
H5T.insert(keyval_t, "value", FIXED_STRING_LENGTH, string_t);
H5T.commit(fileId, "KEY40VAR40", keyval_t);
// Create the Measurement compound type
measurement_t = H5T.create(H5T.CreateClass.COMPOUND, 48); // confirm 48 is enough/too much/whatever
H5T.insert(measurement_t, "quantity", 0, H5T.H5Type.NATIVE_DOUBLE);
H5T.insert(measurement_t, "unit", H5T.getSize(H5T.H5Type.NATIVE_DOUBLE), string_t);
H5T.commit(fileId, "MEASUREMENT", measurement_t);
// Create the ExtDev/Measurement compound type
extdevmeasurement_t = H5T.create(H5T.CreateClass.COMPOUND,
H5T.getSize(string_t) + 2 * H5T.getSize(measurement_t));
H5T.insert(extdevmeasurement_t, "externalDevice", 0, string_t);
H5T.insert(extdevmeasurement_t, "measurement", H5T.getSize(string_t), measurement_t);
H5T.commit(fileId, "EXTDEV_MEASUREMENT", extdevmeasurement_t);
}
Interlocked.Increment(ref _openHdf5FileCount);
}
public AttributeValue GetAttribute(H5FileId fileId, string attributeName)
{
H5AttributeId attributeId = H5A.openName(fileId, attributeName); //根据属性名称得到属性Id
H5DataTypeId attributeType = H5A.getType(attributeId); //得到属性数据类型
int size = H5T.getSize(attributeType);
H5T.H5TClass typeClass = H5T.getClass(attributeType);
H5DataSpaceId spaceId = H5A.getSpace(attributeId);
long[] dims = H5S.getSimpleExtentDims(spaceId);
int rank = H5S.getSimpleExtentNDims(spaceId);
H5T.H5Type h5type;
Type dataType = null;
AttributeValue atrributeData = new AttributeValue();
atrributeData.dataValue = null;
atrributeData.valueType = DataValueType.EMPTY;
atrributeData.rank = rank;
switch (typeClass)
{
case H5T.H5TClass.FLOAT:
h5type = H5T.H5Type.NATIVE_FLOAT;
if (rank == 1)
{
float[] floatDatatmp = new float[dims[0]];
H5A.read(attributeId, new H5DataTypeId(h5type), new H5Array <float>(floatDatatmp));
atrributeData.dataValue = floatDatatmp;
}
else if (rank == 2)
{
float[,] floatDatatmp = new float[dims[0], dims[1]];
H5A.read(attributeId, new H5DataTypeId(h5type), new H5Array <float>(floatDatatmp));
atrributeData.dataValue = floatDatatmp;
}
atrributeData.valueType = DataValueType.FLOAT;
break;
case H5T.H5TClass.INTEGER:
h5type = H5T.H5Type.NATIVE_INT;
// int[,] intDatatmp = null;
if (rank == 1)
{
int[] intDatatmp = new int[dims[0]];
H5A.read(attributeId, new H5DataTypeId(h5type), new H5Array <int>(intDatatmp));
atrributeData.dataValue = intDatatmp;
}
else if (rank == 2)
{
int[,] intDatatmp = new int[dims[0], dims[1]];
H5A.read(attributeId, new H5DataTypeId(h5type), new H5Array <int>(intDatatmp));
atrributeData.dataValue = intDatatmp;
}
atrributeData.valueType = DataValueType.INT;
break;
case H5T.H5TClass.STRING:
h5type = H5T.H5Type.C_S1;
if (rank == 0)
{
string[] stringDatatmp = new string[1];
byte[] bytedata = new byte[255];
H5A.read(attributeId, attributeType, new H5Array <byte>(bytedata));
//H5A.read(attributeId, new H5DataTypeId(h5type), new H5Array<string>(stringDatatmp));
stringDatatmp[0] = Encoding.Default.GetString(bytedata).Trim('\0');
atrributeData.dataValue = stringDatatmp;
}
else if (rank == 1)
{
string[] stringDatatmp = new string[dims[0]];
// string stringDatatmp = "";
// byte[] bytedata = new byte[255];
// byte[,] bytedata = new byte[2,255];
// H5DataTypeId memtype = H5T.copy(H5T.H5Type.C_S1);
//H5T.setVariableSize(memtype);
//H5T.setSize(attributeType, size);
// H5A.read(attributeId, memtype, new H5Array<string>(stringDatatmp));
// H5A.read(attributeId, new H5DataTypeId(h5type), new H5Array<string>(stringDatatmp));
// stringDatatmp[0] = Encoding.Default.GetString(bytedata).Trim('\0');
//string test = Encoding.Default.GetString(bytedata).Trim('\0');
// atrributeData.dataValue = stringDatatmp;
// VariableLengthString[] value = new VariableLengthString[1];
atrributeData.dataValue = stringDatatmp;
}
else if (rank == 2)
{
string[,] stringDatatmp = new string[dims[0], dims[1]];
//H5DataTypeId memtype = H5T.copy(H5T.H5Type.C_S1);
//H5T.setVariableSize(memtype);
//H5A.read(attributeId, memtype, new H5Array<string>(stringDatatmp));
atrributeData.dataValue = stringDatatmp;
}
atrributeData.valueType = DataValueType.STRING;
break;
default:
h5type = H5T.H5Type.C_S1;
break;
}
H5T.close(attributeType);
H5S.close(spaceId);
H5A.close(attributeId);
return(atrributeData);
}
static void test_compound_dtype(H5FileId fileId)
{
uint i, j, n;
try
{
Console.Write("Testing compound datatypes");
// Allocate space for the points & check arrays
s1[,] points = new s1[DIM0, DIM1];
s1[,] check = new s1[DIM0, DIM1];
// Initialize the dataset
for (i = n = 0; i < DIM0; i++)
{
for (j = 0; j < DIM1; j++)
{
points[i, j].c = 't';
points[i, j].i = n++;
points[i, j].l = (i * 10 + j * 100) * n;
}
}
// Create the data space
hssize_t[] dims = { DIM0, DIM1 };
H5DataSpaceId spaceId = H5S.create_simple(2, dims);
// Create compound datatype for disk storage
H5DataTypeId typeId = H5T.create(H5T.CreateClass.COMPOUND, 16);
// Insert members
H5T.insert(typeId, "c", 0, H5T.H5Type.STD_U8LE);
H5T.insert(typeId, "i", 1, H5T.H5Type.STD_U32LE);
H5T.insert(typeId, "l", 5, H5T.H5Type.STD_I64BE);
// Create the dataset
H5DataSetId dsetId = H5D.create(fileId, DSET_COMPOUND_NAME, typeId, spaceId);
// Write the dataset
H5D.write(dsetId, typeId, new H5Array <s1>(points));
// Close dataset and dataspace
H5D.close(dsetId);
H5S.close(spaceId);
H5T.close(typeId);
// Open dataset again to check various functions.
dsetId = H5D.open(fileId, DSET_COMPOUND_NAME);
// Get its type and native type.
H5DataTypeId dset_typeId = H5D.getType(dsetId);
H5DataTypeId native_type = H5T.getNativeType(dset_typeId, H5T.Direction.DEFAULT);
// Check name against this list
string[] memb_names = { "c", "i", "l" };
int[] memb_offsets = { 0, 1, 5 };
H5DataTypeId mtypeId; // member type
H5T.H5TClass memb_cls1, memb_cls2; // member classes retrieved different ways
string memb_name; // member name
int memb_idx; // member index
// Get the number of members in the type.
int nmembers = H5T.getNMembers(native_type);
// For each member, check its name, class, index, and size.
for (int ii = 0; ii < nmembers; ii++)
{
// Get the type of the ith member.
mtypeId = H5T.getMemberType(native_type, ii);
// Get the name of the ith member.
memb_name = H5T.getMemberName(native_type, ii);
if (memb_name != memb_names[ii])
{
Console.WriteLine("test_compound_dtypes: incorrect member name, {0}, for member no {1}", memb_name, i);
nerrors++;
}
// Get the class of the ith member and then verify the class.
memb_cls1 = H5T.getMemberClass(native_type, ii);
if (memb_cls1 != H5T.H5TClass.INTEGER)
{
Console.WriteLine("test_compound_dtypes: incorrect class, {0}, for member no {1}", memb_cls1, ii);
nerrors++;
}
// Get the class via type id
memb_cls2 = H5T.getClass(mtypeId);
if (memb_cls1 != memb_cls2)
{
Console.WriteLine("test_compound_dtypes: H5T.getMemberClass and H5T.getClass return different classes for the same type.");
nerrors++;
}
// Get member's index back from its name and verify it.
memb_idx = H5T.getMemberIndex(dset_typeId, memb_name);
if (memb_idx != ii)
{
Console.WriteLine("test_compound_dtypes: H5T.getMemberName and/or H5T.getMemberIndex returned false values.");
nerrors++;
}
// Get member's offset and verify it.
int memb_offset = H5T.getMemberOffset(dset_typeId, ii);
if (memb_offset != memb_offsets[ii])
{
Console.WriteLine("test_compound_dtypes: Incorrect offset value {0}, should be {1}.", memb_offset, memb_offsets[ii]);
nerrors++;
}
// Get size of the member's type and verify it.
int tsize = H5T.getSize(mtypeId);
switch (ii)
{
case 0:
//Console.WriteLine("tsize = {0}, STD_U8LE = {1}", tsize, H5T.getSize(H5T.H5Type.STD_U8LE));
if (tsize != H5T.getSize(H5T.H5Type.STD_U8LE))
{
Console.WriteLine("test_compound_dtypes: First member has incorrect size");
nerrors++;
}
break;
case 1:
if (tsize != H5T.getSize(H5T.H5Type.STD_U32LE))
{
Console.WriteLine("test_compound_dtypes: Second member has incorrect size");
nerrors++;
}
break;
case 2:
if (tsize != H5T.getSize(H5T.H5Type.STD_I64BE))
{
Console.WriteLine("test_compound_dtypes: Third member has incorrect size");
nerrors++;
}
break;
default:
Console.WriteLine("test_compound_dtypes: Only 3 members.");
break;
} // end switch
// Close current member type.
H5T.close(mtypeId);
} // end for
// Close objects.
H5T.close(dset_typeId);
H5T.close(native_type);
H5D.close(dsetId);
Console.WriteLine("\t\t\t\tPASSED");
} // end of try block
catch (HDFException anyHDF5E)
{
Console.WriteLine(anyHDF5E.Message);
nerrors++;
}
catch (System.Exception sysE)
{
Console.WriteLine(sysE.TargetSite);
Console.WriteLine(sysE.Message);
nerrors++;
}
} // test_compound_dtype
public Dictionary <string, string> GetAttributes(string datasetName)
{
if (string.IsNullOrEmpty(datasetName) || !_datasetNames.Contains(datasetName))
{
return(null);
}
H5DataSetId datasetId = null;
H5GroupId groupId = null;
H5DataTypeId typeId = null;
H5DataSpaceId spaceId = null;
//H5PropertyListId psId = null;
try
{
int groupIndex = datasetName.LastIndexOf('/');
if (groupIndex == -1)
{
datasetId = H5D.open(_h5FileId, datasetName);
}
else
{
string groupName = datasetName.Substring(0, groupIndex + 1);
string dsName = datasetName.Substring(groupIndex + 1);
groupId = H5G.open(_h5FileId, groupName);
datasetId = H5D.open(groupId, dsName);
}
if (datasetId == null)
{
return(null);
}
Dictionary <string, string> attValues = new Dictionary <string, string>();
typeId = H5D.getType(datasetId);
H5T.H5TClass type = H5T.getClass(typeId);
int tSize = H5T.getSize(typeId);
spaceId = H5D.getSpace(datasetId);
long[] dims = H5S.getSimpleExtentDims(spaceId);
long storageSize = H5D.getStorageSize(datasetId);
attValues.Add("DataSetName", datasetName);
attValues.Add("DataType", type.ToString());
attValues.Add("DataTypeSize", tSize.ToString() + "Byte");
attValues.Add("Dims", String.Join("*", dims));
attValues.Add("StorageSize", storageSize.ToString() + "Byte");
int attrCount = H5A.getNumberOfAttributes(datasetId);
for (int i = 0; i < attrCount; i++)
{
string attName = H5A.getNameByIndex(datasetId, "/" + datasetName, H5IndexType.NAME, H5IterationOrder.NATIVE, (ulong)i);
attValues.Add(attName, ReadAttributeValue(datasetId, attName));
}
return(attValues);
}
finally
{
if (spaceId != null)
{
H5S.close(spaceId);
}
if (typeId != null)
{
H5T.close(typeId);
}
if (datasetId != null)
{
H5D.close(datasetId);
}
if (groupId != null)
{
H5G.close(groupId);
}
}
}
//private string ArrayToString<T>(T[] v)
//{
// StringBuilder sb = new StringBuilder();
// //sb.Append("[");
// foreach (T t in v)
// {
// sb.Append(t.ToString());
// sb.Append(",");
// }
// if (sb.Length > 1)
// sb.Remove(sb.Length - 1, 1);
// //sb.Append("]");
// return sb.ToString();
//}
private object GetAttributeValue(H5ObjectWithAttributes obj, string attributeName)
{
H5AttributeId attId = null;
attId = H5A.open(obj, attributeName);
if (attId == null)
{
return(null);
}
H5DataTypeId typeId = null;
H5DataTypeId dtId = null;
H5AttributeInfo attInfo = null;
H5DataSpaceId spaceId = null;
H5DataTypeId oldTypeId = null;
object retObject = null;
try
{
typeId = H5A.getType(attId);
attInfo = H5A.getInfo(attId);
dtId = H5A.getType(attId);
spaceId = H5A.getSpace(attId);
int dataSize = H5T.getSize(dtId);
//
oldTypeId = typeId;
typeId = H5T.getNativeType(typeId, H5T.Direction.DEFAULT);
H5T.H5TClass typeClass = H5T.getClass(typeId);
long[] dims = H5S.getSimpleExtentDims(spaceId);
long dimSize = 1;
if (dims.Length == 0)
{
dimSize = 1;
}
else
{
foreach (long dim in dims)
{
dimSize *= dim;
}
}
switch (typeClass)
{
case H5T.H5TClass.STRING:
long size = attInfo.dataSize;
byte[] chars = ReadArray <byte>(size, attId, typeId);
retObject = Encoding.ASCII.GetString(chars);
break;
case H5T.H5TClass.INTEGER:
H5T.Sign sign = H5T.Sign.TWOS_COMPLEMENT;
sign = H5T.getSign(oldTypeId);
switch (dataSize)
{
case 1:
retObject = ReadArray <byte>(dimSize, attId, typeId);
break;
case 2:
switch (sign)
{
case H5T.Sign.TWOS_COMPLEMENT:
retObject = ReadArray <Int16>(dimSize, attId, typeId);
break;
case H5T.Sign.UNSIGNED:
retObject = ReadArray <UInt16>(dimSize, attId, typeId);
break;
}
break;
case 4:
switch (sign)
{
case H5T.Sign.TWOS_COMPLEMENT:
retObject = ReadArray <Int32>(dimSize, attId, typeId);
break;
case H5T.Sign.UNSIGNED:
retObject = ReadArray <UInt32>(dimSize, attId, typeId);
break;
}
break;
case 8:
switch (sign)
{
case H5T.Sign.TWOS_COMPLEMENT:
retObject = ReadArray <Int64>(dimSize, attId, typeId);
break;
case H5T.Sign.UNSIGNED:
retObject = ReadArray <UInt64>(dimSize, attId, typeId);
break;
}
break;
}
break;
case H5T.H5TClass.FLOAT:
switch (dataSize)
{
case 4:
retObject = ReadArray <float>(dimSize, attId, typeId);
break;
case 8:
retObject = ReadArray <double>(dimSize, attId, typeId);
break;
}
break;
}
return(retObject);
}
finally
{
if (spaceId != null)
{
H5S.close(spaceId);
}
if (attId != null)
{
H5A.close(attId);
}
if (oldTypeId != null)
{
H5T.close(oldTypeId);
}
if (typeId != null)
{
H5T.close(typeId);
}
if (dtId != null)
{
H5T.close(dtId);
}
}
}
private void ReadOldDataSetData(string dataSetName, int bandIndex, out int bandWidth, out int bandHeight, out enumDataType dataType, out object retObject)
{
bandHeight = bandWidth = 0;
dataType = enumDataType.UInt16;
retObject = null;
H5FileId _h5FileId = null;
H5DataSpaceId spaceid = null;
H5DataSetId dataSetId = null;
try
{
_h5FileId = H5F.open(fileName, H5F.OpenMode.ACC_RDONLY);
//先找出含有指定波段的数据集
dataSetId = H5D.open(_h5FileId, dataSetName);
spaceid = H5D.getSpace(dataSetId);
long[] dims = H5S.getSimpleExtentDims(spaceid); //得到数据数组的大小，比如[3,1800,2048]
int rank = H5S.getSimpleExtentNDims(spaceid); //得到数据数组的维数，比如3
int size = 0;
if (rank == 1)
{
bandHeight = bandWidth = 1;
size = bandWidth * bandHeight * rank;
}
else if (rank == 2)
{
bandWidth = Convert.ToInt32(dims[0]);
bandHeight = Convert.ToInt32(dims[1]);
size = bandWidth * bandHeight;
}
else if (rank == 3)
{
List <long> r = dims.ToList <long>();
r.Sort();
long[] temp = r.ToArray();
bandWidth = Convert.ToInt32(temp[1]);
bandHeight = Convert.ToInt32(temp[2]);
size = bandWidth * bandHeight * Convert.ToInt32(temp[0]);
}
int outSize = bandWidth * bandHeight;
H5DataTypeId typeId = H5D.getType(dataSetId);
H5T.H5TClass typeClass = H5T.getClass(typeId);//得到数据集的类型
int dataSize = H5T.getSize(typeId);
H5DataTypeId newTypeId = null;
switch (typeClass)
{
case H5T.H5TClass.INTEGER:
H5T.Sign sign = H5T.Sign.TWOS_COMPLEMENT;
sign = H5T.getSign(typeId);
switch (dataSize)
{
case 1:
newTypeId = H5T.copy(H5T.H5Type.NATIVE_B8);
retObject = ReadArray <byte>(size, dataSetId, newTypeId, bandIndex, outSize);
dataType = enumDataType.Byte;
break;
case 2:
switch (sign)
{
case H5T.Sign.TWOS_COMPLEMENT:
newTypeId = H5T.copy(H5T.H5Type.NATIVE_SHORT);
retObject = ReadArray <Int16>(size, dataSetId, newTypeId, bandIndex, outSize);
dataType = enumDataType.Int16;
break;
case H5T.Sign.UNSIGNED:
newTypeId = H5T.copy(H5T.H5Type.NATIVE_USHORT);
retObject = ReadArray <UInt16>(size, dataSetId, newTypeId, bandIndex, outSize);
dataType = enumDataType.UInt16;
break;
}
break;
case 4:
switch (sign)
{
case H5T.Sign.TWOS_COMPLEMENT:
newTypeId = H5T.copy(H5T.H5Type.NATIVE_INT);
retObject = ReadArray <Int32>(size, dataSetId, newTypeId, bandIndex, outSize);
dataType = enumDataType.Int32;
break;
case H5T.Sign.UNSIGNED:
newTypeId = H5T.copy(H5T.H5Type.NATIVE_UINT);
retObject = ReadArray <UInt32>(size, dataSetId, newTypeId, bandIndex, outSize);
dataType = enumDataType.UInt32;
break;
}
break;
case 8:
switch (sign)
{
case H5T.Sign.TWOS_COMPLEMENT:
newTypeId = H5T.copy(H5T.H5Type.NATIVE_LONG);
retObject = ReadArray <Int64>(size, dataSetId, newTypeId, bandIndex, outSize);
dataType = enumDataType.Int64;
break;
case H5T.Sign.UNSIGNED:
newTypeId = H5T.copy(H5T.H5Type.NATIVE_ULONG);
retObject = ReadArray <UInt64>(size, dataSetId, newTypeId, bandIndex, outSize);
dataType = enumDataType.UInt64;
break;
}
break;
}
break;
case H5T.H5TClass.FLOAT:
switch (dataSize)
{
case 4:
newTypeId = H5T.copy(H5T.H5Type.NATIVE_FLOAT);
retObject = ReadArray <float>(size, dataSetId, newTypeId, bandIndex, outSize);
dataType = enumDataType.Float;
break;
case 8:
newTypeId = H5T.copy(H5T.H5Type.NATIVE_DOUBLE);
retObject = ReadArray <double>(size, dataSetId, newTypeId, bandIndex, outSize);
dataType = enumDataType.Double;
break;
}
break;
}
}
finally
{
H5S.close(spaceid);
H5D.close(dataSetId);
H5F.close(_h5FileId);
}
}
public static void runTest()
{
try
{
// We will write and read an int array of this length.
const int DATA_ARRAY_LENGTH = 12;
// Rank is the number of dimensions of the data array.
const int RANK = 1;
// Create an HDF5 file.
// The enumeration type H5F.CreateMode provides only the legal
// creation modes. Missing H5Fcreate parameters are provided
// with default values.
H5FileId fileId = H5F.create("myCSharp.h5",
H5F.CreateMode.ACC_TRUNC);
// Create a HDF5 group.
H5GroupId groupId = H5G.create(fileId, "/cSharpGroup");
H5GroupId subGroup = H5G.create(groupId, "mySubGroup");
// Demonstrate getObjectInfo
ObjectInfo info = H5G.getObjectInfo(fileId, "/cSharpGroup", true);
Console.WriteLine("cSharpGroup header size is {0}", info.headerSize);
Console.WriteLine("cSharpGroup nlinks is {0}", info.nHardLinks);
Console.WriteLine("cSharpGroup fileno is {0} {1}",
info.fileNumber[0], info.fileNumber[1]);
Console.WriteLine("cSharpGroup objno is {0} {1}",
info.objectNumber[0], info.objectNumber[1]);
Console.WriteLine("cSharpGroup type is {0}", info.objectType);
H5G.close(subGroup);
// Prepare to create a data space for writing a 1-dimensional
// signed integer array.
long[] dims = new long[RANK];
dims[0] = DATA_ARRAY_LENGTH;
// Put descending ramp data in an array so that we can
// write it to the file.
int[] dset_data = new int[DATA_ARRAY_LENGTH];
for (int i = 0; i < DATA_ARRAY_LENGTH; i++)
{
dset_data[i] = DATA_ARRAY_LENGTH - i;
}
// Create a data space to accommodate our 1-dimensional array.
// The resulting H5DataSpaceId will be used to create the
// data set.
H5DataSpaceId spaceId = H5S.create_simple(RANK, dims);
// Create a copy of a standard data type. We will use the
// resulting H5DataTypeId to create the data set. We could
// have used the HST.H5Type data directly in the call to
// H5D.create, but this demonstrates the use of H5T.copy
// and the use of a H5DataTypeId in H5D.create.
H5DataTypeId typeId = H5T.copy(H5T.H5Type.NATIVE_INT);
// Find the size of the type
int typeSize = H5T.getSize(typeId);
Console.WriteLine("typeSize is {0}", typeSize);
// Set the order to big endian
H5T.setOrder(typeId, H5T.Order.BE);
// Set the order to little endian
H5T.setOrder(typeId, H5T.Order.LE);
// Create the data set.
H5DataSetId dataSetId = H5D.create(fileId, "/csharpExample",
typeId, spaceId);
// Write the integer data to the data set.
H5D.write(dataSetId, new H5DataTypeId(H5T.H5Type.NATIVE_INT),
new H5Array <int>(dset_data));
// If we were writing a single value it might look like this.
// int singleValue = 100;
// H5D.writeScalar(dataSetId, new H5DataTypeId(H5T.H5Type.NATIVE_INT),
// ref singleValue);
// Create an integer array to receive the read data.
int[] readDataBack = new int[DATA_ARRAY_LENGTH];
// Read the integer data back from the data set
H5D.read(dataSetId, new H5DataTypeId(H5T.H5Type.NATIVE_INT),
new H5Array <int>(readDataBack));
// Echo the data
for (int i = 0; i < DATA_ARRAY_LENGTH; i++)
{
Console.WriteLine(readDataBack[i]);
}
// Close all the open resources.
H5D.close(dataSetId);
// Reopen and close the data sets to show that we can.
dataSetId = H5D.open(fileId, "/csharpExample");
H5D.close(dataSetId);
dataSetId = H5D.open(groupId, "/csharpExample");
H5D.close(dataSetId);
H5S.close(spaceId);
H5T.close(typeId);
H5G.close(groupId);
//int x = 10;
//H5T.enumInsert<int>(typeId, "myString", ref x);
//H5G.close(groupId);
H5GIterateCallback myDelegate;
myDelegate = myFunction;
int x = 9;
int start = 0;
int index = H5G.iterate(fileId, "/cSharpGroup", myDelegate, x, ref start);
// Reopen the group id to show that we can.
groupId = H5G.open(fileId, "/cSharpGroup");
H5G.close(groupId);
H5F.close(fileId);
// Reopen and reclose the file.
H5FileId openId = H5F.open("myCSharp.h5",
H5F.OpenMode.ACC_RDONLY);
H5F.close(openId);
}
// This catches all the HDF exception classes. Because each call
// generates unique exception, different exception can be handled
// separately. For example, to catch open errors we could have used
// catch (H5FopenException openException).
catch (HDFException e)
{
Console.WriteLine(e.Message);
}
Console.WriteLine("Processing complete!");
Console.ReadLine();
}
} // test_integer_dtype
static void test_float_dtype()
{
try
{
Console.Write("Testing getting some floating-point information");
const string GEN_FILE_NAME = "gen_types.h5";
const string FLOAT_TYPE_NAME = "new float type 1";
// Open file pre-generated by a C program.
H5FileId genfileId = H5F.open(GEN_FILE_NAME, H5F.OpenMode.ACC_RDONLY);
// Open the datatype to check.
H5DataTypeId dtypeId = H5T.open(genfileId, FLOAT_TYPE_NAME);
// Get and check fields.
H5FloatingBitFields fields = H5T.getFields(dtypeId);
if (fields.signBitPosition != 44)
{
Console.WriteLine("Incorrect sign bit position: {0}, should be {1}", fields.signBitPosition, 44);
nerrors++;
}
if (fields.exponentBitPosition != 34)
{
Console.WriteLine("Incorrect exponential bit position: {0}, should be {1}", fields.exponentBitPosition, 34);
nerrors++;
}
if (fields.nExponentBits != 10)
{
Console.WriteLine("Incorrect size of exponent: {0}, should be {1}", fields.nExponentBits, 10);
nerrors++;
}
if (fields.mantissaBitPosition != 3)
{
Console.WriteLine("Incorrect mantissa bit-position: {0}, should be {1}", fields.mantissaBitPosition, 3);
nerrors++;
}
if (fields.nMantissaBits != 31)
{
Console.WriteLine("Incorrect size of mantissa: {0}, should be {1}", fields.nMantissaBits, 44);
nerrors++;
}
// Check precision.
int precision = H5T.getPrecision(dtypeId);
if (precision != 42)
{
Console.WriteLine("Incorrect precision: {0}, should be {1}", precision, 42);
nerrors++;
}
// Check offset.
int offset = H5T.getOffset(dtypeId);
if (offset != 3)
{
Console.WriteLine("Incorrect offset: {0}, should be {1}", offset, 3);
nerrors++;
}
// Check norm.
H5T.Norm norm = H5T.getNorm(dtypeId);
if (norm != H5T.Norm.IMPLIED) // need to be determined, not really 3
{
Console.WriteLine("Incorrect norm: {0}, should be {1}", norm, H5T.Norm.IMPLIED);
nerrors++;
}
// Check size.
int size = H5T.getSize(dtypeId);
if (size != 7)
{
Console.WriteLine("Incorrect size: {0}, should be {1}", size, 7);
nerrors++;
}
// Close datatype and file.
H5T.close(dtypeId);
H5F.close(genfileId);
Console.WriteLine("\t\tPASSED");
} // end of try block
catch (HDFException anyHDF5E)
{
Console.WriteLine(anyHDF5E.Message);
nerrors++;
}
catch (System.Exception sysE)
{
Console.WriteLine(sysE.TargetSite);
Console.WriteLine(sysE.Message);
nerrors++;
}
} // end of test_float_dtype
static void Main(string[] args)
{
try
{
// We will write and read an int array of this length.
const int DATA_ARRAY_LENGTH = 12;
// Rank is the number of dimensions of the data array.
const int RANK = 1;
// Create an HDF5 file.
// The enumeration type H5F.CreateMode provides only the legal
// creation modes. Missing H5Fcreate parameters are provided
// with default values.
H5FileId fileId = H5F.create("myCSharp.h5",
H5F.CreateMode.ACC_TRUNC);
// Create a HDF5 group.
H5GroupId groupId = H5G.create(fileId, "/cSharpGroup");
H5GroupId subGroup = H5G.create(groupId, "mySubGroup");
// Close the subgroup.
H5G.close(subGroup);
// Prepare to create a data space for writing a 1-dimensional
// signed integer array.
long[] dims = new long[RANK];
dims[0] = DATA_ARRAY_LENGTH;
// Put descending ramp data in an array so that we can
// write it to the file.
int[] dset_data = new int[DATA_ARRAY_LENGTH];
for (int i = 0; i < DATA_ARRAY_LENGTH; i++)
{
dset_data[i] = DATA_ARRAY_LENGTH - i;
}
// Create a data space to accommodate our 1-dimensional array.
// The resulting H5DataSpaceId will be used to create the
// data set.
H5DataSpaceId spaceId = H5S.create_simple(RANK, dims);
// Create a copy of a standard data type. We will use the
// resulting H5DataTypeId to create the data set. We could
// have used the HST.H5Type data directly in the call to
// H5D.create, but this demonstrates the use of H5T.copy
// and the use of a H5DataTypeId in H5D.create.
H5DataTypeId typeId = H5T.copy(H5T.H5Type.NATIVE_INT);
// Find the size of the type
int typeSize = H5T.getSize(typeId);
Console.WriteLine("typeSize is {0}", typeSize);
// Set the order to big endian
H5T.setOrder(typeId, H5T.Order.BE);
// Set the order to little endian
H5T.setOrder(typeId, H5T.Order.LE);
// Create the data set.
H5DataSetId dataSetId = H5D.create(fileId, "/csharpExample",
typeId, spaceId);
// Write the integer data to the data set.
H5D.write(dataSetId, new H5DataTypeId(H5T.H5Type.NATIVE_INT),
new H5Array <int>(dset_data));
// If we were writing a single value it might look like this.
// int singleValue = 100;
// H5D.writeScalar(dataSetId,
// new H5DataTypeId(H5T.H5Type.NATIVE_INT),
// ref singleValue);
// Create an integer array to receive the read data.
int[] readDataBack = new int[DATA_ARRAY_LENGTH];
// Read the integer data back from the data set
H5D.read(dataSetId, new H5DataTypeId(H5T.H5Type.NATIVE_INT),
new H5Array <int>(readDataBack));
// Echo the data
for (int i = 0; i < DATA_ARRAY_LENGTH; i++)
{
Console.WriteLine(readDataBack[i]);
}
// Close all the open resources.
H5D.close(dataSetId);
// Reopen and close the data sets to show that we can.
dataSetId = H5D.open(fileId, "/csharpExample");
H5D.close(dataSetId);
dataSetId = H5D.open(groupId, "/csharpExample");
H5D.close(dataSetId);
H5T.close(typeId);
H5G.close(groupId);
// Get H5O info
H5ObjectInfo objectInfo = H5O.getInfoByName(fileId,
"/csharpExample");
Console.WriteLine("header.space.message is {0}",
objectInfo.header.space.message);
Console.WriteLine("fileNumber is {0}", objectInfo.fileNumber);
Console.WriteLine("address is {0}", objectInfo.address);
Console.WriteLine("type is {0}",
objectInfo.objectType.ToString());
Console.WriteLine("reference count is {0}",
objectInfo.referenceCount);
Console.WriteLine("modification time is {0}",
objectInfo.modificationTime);
Console.WriteLine("birth time is {0}",
objectInfo.birthTime);
Console.WriteLine("access time is {0}",
objectInfo.accessTime);
Console.WriteLine("change time is {0}",
objectInfo.changeTime);
Console.WriteLine("number of attributes is {0}",
objectInfo.nAttributes);
Console.WriteLine("header version is {0}",
objectInfo.header.version);
Console.WriteLine("header nMessages is {0}",
objectInfo.header.nMessages);
Console.WriteLine("header nChunks is {0}",
objectInfo.header.nChunks);
Console.WriteLine("header flags is {0}",
objectInfo.header.flags);
H5LinkInfo linkInfo = H5L.getInfo(fileId, "/cSharpGroup");
Console.WriteLine(
"address: {0:x}, charSet: {1}, creationOrder: {2}",
linkInfo.address, linkInfo.charSet, linkInfo.creationOrder);
Console.WriteLine("linkType: {0}, softLinkSizeOrUD: {1}",
linkInfo.linkType, linkInfo.softLinkSizeOrUD);
// Reopen the group id to show that we can.
groupId = H5G.open(fileId, "/cSharpGroup");
// Use H5L.iterate to visit links
H5LIterateCallback myDelegate;
myDelegate = MyH5LFunction;
ulong linkNumber = 0;
H5IterationResult result =
H5L.iterate(groupId, H5IndexType.NAME,
H5IterationOrder.INCREASING,
ref linkNumber, myDelegate, 0);
// Create some attributes
H5DataTypeId attributeType = H5T.copy(H5T.H5Type.NATIVE_INT);
long[] attributeDims = new long[1];
const int RAMP_LENGTH = 5;
attributeDims[0] = RAMP_LENGTH;
int[] ascendingRamp = new int[RAMP_LENGTH] {
1, 2, 3, 4, 5
};
int[] descendingRamp = new int[RAMP_LENGTH] {
5, 4, 3, 2, 1
};
int[] randomData = new int[RAMP_LENGTH] {
3, 123, 27, 6, 1
};
int[] readBackRamp = new int[RAMP_LENGTH];
// Call set buffer using H5Memory
// Allocate memory from "C" runtime heap (not garbage collected)
H5Memory typeConversionBuffer = new H5Memory(new IntPtr(DATA_ARRAY_LENGTH));
H5Memory backgroundBuffer = new H5Memory(new IntPtr(DATA_ARRAY_LENGTH));
// Set the property list type conversion and background buffers.
H5PropertyListId myPropertyListId =
H5P.create(H5P.PropertyListClass.DATASET_XFER);
H5P.setBuffer(myPropertyListId,
typeConversionBuffer, backgroundBuffer);
// Test use of vlen
// Create a vlen data type
H5DataTypeId tid1 = H5T.vlenCreate(H5T.H5Type.NATIVE_UINT);
H5DataSetId vDataSetId = H5D.create(fileId, "/vlenTest", tid1,
spaceId);
// Create a jagged array of integers.
hvl_t[] vlArray = new hvl_t[DATA_ARRAY_LENGTH];
// HDF5 variable length data types require the use of void
// pointers. C# requires that sections of code that deal
// directly with pointer be marked
// as unsafe.
unsafe
{
for (int i = 0; i < DATA_ARRAY_LENGTH; i++)
{
IntPtr ptr = new IntPtr((i + 1) * sizeof(int));
// Allocate memory that is not garbage collected.
vlArray[i].p = H5CrtHeap.Allocate(
new IntPtr((i + 1) * sizeof(int))
).ToPointer();
// Fill the array with integers = the row number
int *intPointer = (int *)vlArray[i].p;
for (int j = 0; j < i + 1; j++)
{
intPointer[j] = (int)i;
}
if (IntPtr.Size == 8)
{
vlArray[i].len = (ulong)i + 1;
}
else
{
vlArray[i].len = (uint)i + 1;
}
}
// Write the variable length data
H5D.write(vDataSetId, tid1,
new H5Array <hvl_t>(vlArray));
// Create an array to read back the array.
hvl_t[] vlReadBackArray = new hvl_t[DATA_ARRAY_LENGTH];
// Read the array back
H5D.read(vDataSetId, tid1, new H5Array <hvl_t>(vlReadBackArray));
// Write the data to the console
for (int i = 0; i < DATA_ARRAY_LENGTH; i++)
{
int *iPointer = (int *)vlReadBackArray[i].p;
for (int j = 0; j < i + 1; j++)
{
Console.WriteLine(iPointer[j]);
}
}
// Reclaim the memory that read allocated
H5D.vlenReclaim(tid1, spaceId, new H5PropertyListId(H5P.Template.DEFAULT),
new H5Array <hvl_t>(vlReadBackArray));
// Now read it back again using our own memory manager
//H5AllocateCallback allocDelegate = new H5AllocCallback(userAlloc);
H5FreeCallback freeDelegate = new H5FreeCallback(userFree);
H5PropertyListId memManagerPlist = H5P.create(H5P.PropertyListClass.DATASET_XFER);
unsafe
{
H5P.setVlenMemManager(memManagerPlist, userAlloc, IntPtr.Zero,
freeDelegate, IntPtr.Zero);
}
// Read the array back
H5D.read(vDataSetId, tid1,
new H5DataSpaceId(H5S.H5SType.ALL),
new H5DataSpaceId(H5S.H5SType.ALL),
memManagerPlist,
new H5Array <hvl_t>(vlReadBackArray));
// Write the data to the console
for (int i = 0; i < DATA_ARRAY_LENGTH; i++)
{
int *iPointer = (int *)vlReadBackArray[i].p;
for (int j = 0; j < i + 1; j++)
{
Console.WriteLine(iPointer[j]);
}
}
// Reclaim the memory that read allocated using our free routines
H5D.vlenReclaim(tid1, spaceId, memManagerPlist,
new H5Array <hvl_t>(vlReadBackArray));
}
H5S.close(spaceId);
H5DataSpaceId attributeSpace =
H5S.create_simple(1, attributeDims);
H5AttributeId attributeId =
H5A.create(groupId, "ascendingRamp", attributeType, attributeSpace);
int offset = H5T.getOffset(attributeType);
Console.WriteLine("Offset is {0}", offset);
H5DataTypeId float32BE = H5T.copy(H5T.H5Type.IEEE_F32BE);
H5T.Norm norm = H5T.getNorm(float32BE);
Console.WriteLine("Norm is {0}", norm);
int precision = H5T.getPrecision(float32BE);
Console.WriteLine("Precision is {0}", precision);
H5FloatingBitFields bitFields = H5T.getFields(float32BE);
Console.WriteLine("getFields: sign bit position: {0}", bitFields.signBitPosition);
Console.WriteLine("getFields: exponent bit position: {0}", bitFields.exponentBitPosition);
Console.WriteLine("getFields: number of exponent bits: {0}", bitFields.nExponentBits);
Console.WriteLine("getFields: mantissa bit position: {0} ", bitFields.mantissaBitPosition);
Console.WriteLine("getFields: number of mantissa bits: {0}", bitFields.nMantissaBits);
Console.Write("{0}", bitFields);
// Write to an attribute
H5A.write <int>(attributeId, attributeType,
new H5Array <int>(ascendingRamp));
// Read from an attribute
H5A.read <int>(attributeId, attributeType,
new H5Array <int>(readBackRamp));
// Echo results
Console.WriteLine("ramp elements are: ");
foreach (int rampElement in readBackRamp)
{
Console.WriteLine(" {0}", rampElement);
}
H5A.close(attributeId);
// Create and write two more attributes.
attributeId = H5A.createByName(groupId, ".", "descendingRamp",
attributeType, attributeSpace);
H5A.write <int>(attributeId, attributeType,
new H5Array <int>(descendingRamp));
H5A.close(attributeId);
attributeId = H5A.createByName(groupId, ".",
"randomData", attributeType,
attributeSpace);
H5A.write <int>(attributeId, attributeType,
new H5Array <int>(randomData));
// Read back the attribute data
H5A.read <int>(attributeId, attributeType,
new H5Array <int>(readBackRamp));
Console.WriteLine("ramp elements are: ");
foreach (int rampElement in readBackRamp)
{
Console.WriteLine(" {0}", rampElement);
}
H5A.close(attributeId);
// Iterate through the attributes.
long position = 0;
H5AIterateCallback attributeDelegate;
attributeDelegate = MyH5AFunction;
H5ObjectInfo groupInfo = H5O.getInfo(groupId);
Console.WriteLine(
"fileNumber: {0}, total space: {1}, referceCount: {2}, modification time: {3}",
groupInfo.fileNumber, groupInfo.header.space.total,
groupInfo.referenceCount, groupInfo.modificationTime);
// While iterating, collect the names of all the attributes.
ArrayList attributeNames = new ArrayList();
H5A.iterate(groupId, H5IndexType.CRT_ORDER,
H5IterationOrder.INCREASING,
ref position, attributeDelegate,
(object)attributeNames);
// Write out the names of the attributes
foreach (string attributeName in attributeNames)
{
Console.WriteLine("attribute name is {0}", attributeName);
}
// Demonstrate H5A.openName
attributeId = H5A.openName(groupId, "descendingRamp");
Console.WriteLine("got {0} by name", H5A.getName(attributeId));
H5A.close(attributeId);
// Demonstrate H5A.getNameByIndex
string secondAttribute = H5A.getNameByIndex(groupId, ".",
H5IndexType.CRT_ORDER, H5IterationOrder.INCREASING, 1);
Console.WriteLine("second attribute is named {0}",
secondAttribute);
// Demonstrate H5G.getInfo
H5GInfo gInfo = H5G.getInfo(groupId);
Console.WriteLine(
"link storage: {0}, max creation order: {1}, nLinks: {2}",
gInfo.linkStorageType, gInfo.maxCreationOrder, gInfo.nLinks);
// Demonstrate H5A.getSpace
//attributeId = H5A.openByName(groupId, ".", "descendingRamp");
attributeId = H5A.open(groupId, "descendingRamp");
H5DataSpaceId rampSpaceId = H5A.getSpace(attributeId);
H5S.close(rampSpaceId);
// Demonstrate H5A.getType
H5DataTypeId rampTypeId = H5A.getType(attributeId);
Console.WriteLine("size of ramp data type is {0} bytes.",
H5T.getSize(rampTypeId));
H5T.close(rampTypeId);
// Demonstrate H5A.getInfo
H5AttributeInfo rampInfo = H5A.getInfo(attributeId);
Console.WriteLine(
"characterset: {0}, creationOrder: {1}, creationOrderValid: {2}, dataSize: {3}",
rampInfo.characterSet, rampInfo.creationOrder,
rampInfo.creationOrderValid, rampInfo.dataSize);
// Demonstrate H5A.Delete
H5A.Delete(groupId, "descendingRamp");
//H5A.DeleteByName(groupId, ".", "descendingRamp");
// Iterate through the attributes to show that the deletion
// was successful.
position = 0;
ArrayList namesAfterDeletion = new ArrayList();
H5A.iterate(groupId, H5IndexType.CRT_ORDER,
H5IterationOrder.DECREASING, ref position,
attributeDelegate,
(object)namesAfterDeletion);
H5G.close(groupId);
H5F.close(fileId);
// Reopen and reclose the file.
H5FileId openId = H5F.open("myCSharp.h5",
H5F.OpenMode.ACC_RDONLY);
H5F.close(openId);
// Set the function to be called on error.
unsafe
{
H5AutoCallback myErrorDelegate = new H5AutoCallback(myErrorFunction);
H5E.setAuto(0, myErrorDelegate, IntPtr.Zero);
}
// Uncomment the next line if you want to generate an error to
// test H5E.setAuto
// H5G.open(openId, "noGroup");
}
// This catches all the HDF exception classes. Because each call
// generates a unique exception, different exception can be handled
// separately. For example, to catch open errors we could have used
// catch (H5FopenException openException).
catch (HDFException e)
{
Console.WriteLine(e.Message);
}
Console.WriteLine("Processing complete!");
Console.ReadLine();
}
} // test_attr_compound_write
static void test_attr_compound_read()
{
try
{
Console.Write("Testing read attribute with compound datatype");
// Open file.
H5FileId fileId = H5F.open(COMP_FNAME, H5F.OpenMode.ACC_RDWR);
// Open the dataset.
H5DataSetId dsetId = H5D.open(fileId, DSET1_NAME);
// Verify the correct number of attributes for this dataset.
H5ObjectInfo oinfo = H5O.getInfo(dsetId);
if (oinfo.nAttributes != 1)
{
Console.WriteLine("\ntest_attr_basic_read: incorrect number of attributes: read {0} - should be {1}",
oinfo.nAttributes, 1);
nerrors++;
}
// Open first attribute for the dataset.
H5AttributeId attrId = H5A.openByIndex(dsetId, ".", H5IndexType.CRT_ORDER, H5IterationOrder.INCREASING, 0);
// Verify dataspace.
H5DataSpaceId spaceId = H5A.getSpace(attrId);
int rank = H5S.getSimpleExtentNDims(spaceId);
if (rank != ATTR4_RANK)
{
Console.WriteLine("\ntest_attr_compound_read: incorrect rank = {0} - should be {1}", rank, ATTR4_RANK);
nerrors++;
}
long[] dims = H5S.getSimpleExtentDims(spaceId);
if (dims[0] != ATTR4_DIM1)
{
Console.WriteLine("\ntest_attr_compound_read: incorrect dim[0] = {0} - should be {1}", dims[0], ATTR4_DIM1);
nerrors++;
}
if (dims[1] != ATTR4_DIM2)
{
Console.WriteLine("\ntest_attr_compound_read: incorrect dim[1] = {0} - should be {1}", dims[1], ATTR4_DIM2);
nerrors++;
}
// Close dataspace.
H5S.close(spaceId);
// Verify datatype of the attribute.
H5DataTypeId typeId = H5A.getType(attrId);
H5T.H5TClass t_class = H5T.getClass(typeId);
if (t_class != H5T.H5TClass.COMPOUND)
{
Console.WriteLine("test_compound_dtypes: H5T.getMemberClass and H5T.getClass return different classes for the same type.");
nerrors++;
}
int nfields = H5T.getNMembers(typeId);
if (nfields != 3)
{
Console.WriteLine("test_compound_dtypes: H5T.getMemberClass and H5T.getClass return different classes for the same type.");
nerrors++;
}
// Check name against this list
string[] memb_names = { ATTR4_FIELDNAME1, ATTR4_FIELDNAME2, ATTR4_FIELDNAME3 };
int[] memb_offsets = { 0, 1, 5 }; // list of member offsets
H5DataTypeId mtypeId; // member type
H5T.H5TClass memb_cls1; // member classes retrieved different ways
string memb_name; // member name
int memb_idx; // member index
int memb_offset, idx; // member offset, loop index
// how to handle int versus uint for memb_idx and idx???
// For each member, check its name, class, index, and size.
for (idx = 0; idx < nfields; idx++)
{
// Get the type of the ith member to test other functions later.
mtypeId = H5T.getMemberType(typeId, idx);
// Get the name of the ith member.
memb_name = H5T.getMemberName(typeId, idx);
if (memb_name != memb_names[idx])
{
Console.WriteLine("test_compound_dtypes: incorrect member name, {0}, for member no {1}", memb_name, idx);
nerrors++;
}
// Get the class of the ith member and then verify the class.
memb_cls1 = H5T.getMemberClass(typeId, idx);
if (memb_cls1 != H5T.H5TClass.INTEGER)
{
Console.WriteLine("test_compound_dtypes: incorrect class, {0}, for member no {1}", memb_cls1, idx);
nerrors++;
}
// Get member's index back using its name and verify it.
memb_idx = H5T.getMemberIndex(typeId, memb_name);
if (memb_idx != idx)
{
Console.WriteLine("test_attr_compound_read: H5T.getMemberName and/or H5T.getMemberIndex returned false values.");
nerrors++;
}
// Get member's offset and verify it.
memb_offset = H5T.getMemberOffset(typeId, idx);
if (memb_offset != memb_offsets[idx])
{
Console.WriteLine("test_attr_compound_read: H5T.getMemberOffset returned incorrect value - {0}, should be {1}", memb_offset, memb_offsets[idx]);
nerrors++;
}
// Get member's size and verify it.
int tsize = H5T.getSize(mtypeId);
switch (idx)
{
case 0:
if (tsize != H5T.getSize(H5T.H5Type.STD_U8LE))
{
Console.WriteLine("test_attr_compound_read: H5T.getSize returned incorrect value.");
nerrors++;
}
break;
case 1:
if (tsize != H5T.getSize(H5T.H5Type.NATIVE_INT))
{
Console.WriteLine("test_attr_compound_read: H5T.getSize returned incorrect value.");
nerrors++;
}
break;
case 2:
if (tsize != H5T.getSize(H5T.H5Type.STD_I64BE))
{
Console.WriteLine("test_attr_compound_read: H5T.getSize returned incorrect value.");
nerrors++;
}
break;
default:
Console.WriteLine("test_attr_compound_read: We should only have 3 members.");
nerrors++;
break;
} // end switch
// Close current member type.
H5T.close(mtypeId);
} // end for
// Prepare the check array to verify read data. It should be the same as the attr_data4 array
// in the previous test function test_attr_compound_write.
attr4_struct[,] check = new attr4_struct[ATTR4_DIM1, ATTR4_DIM2];
// Initialize the dataset
int ii, jj, nn;
for (ii = nn = 0; ii < ATTR4_DIM1; ii++)
{
for (jj = 0; jj < ATTR4_DIM2; jj++)
{
check[ii, jj].c = 't';
check[ii, jj].i = nn++;
check[ii, jj].l = (ii * 10 + jj * 100) * nn;
}
}
// Read attribute information.
attr4_struct[,] read_data4 = new attr4_struct[ATTR4_DIM1, ATTR4_DIM2];
H5A.read(attrId, typeId, new H5Array <attr4_struct>(read_data4));
// Verify values read in.
for (ii = 0; ii < ATTR4_DIM1; ii++)
{
for (jj = 0; jj < ATTR4_DIM2; jj++)
{
if ((check[ii, jj].c != read_data4[ii, jj].c) ||
(check[ii, jj].i != read_data4[ii, jj].i) ||
(check[ii, jj].l != read_data4[ii, jj].l))
{
Console.WriteLine("test_attr_compound_read: Incorrect read data: {0}, should be {1}", read_data4[ii, jj], check[ii, jj]);
nerrors++;
}
}
}
// Close resources.
H5T.close(typeId);
H5A.close(attrId);
H5D.close(dsetId);
H5F.close(fileId);
Console.WriteLine("\t\tPASSED");
}
catch (HDFException anyHDF5E)
{
Console.WriteLine(anyHDF5E.Message);
nerrors++;
}
catch (System.Exception sysE)
{
Console.WriteLine(sysE.TargetSite);
Console.WriteLine(sysE.Message);
nerrors++;
}
} // test_attr_compound_read
/// <summary>
/// 得到指定属性集合中指定属性名的属性值，未对异常进行处理
/// </summary>
/// <param name="obj"></param>
/// <param name="attributeName"></param>
/// <returns></returns>
private String getAttributeValue(H5ObjectWithAttributes obj, String attributeName)
{
H5AttributeId attId = null;
attId = H5A.open(obj, attributeName);
if (attId == null)
{
return(null);
}
H5DataTypeId typeId = null;
H5DataTypeId dtId = null;
H5AttributeInfo attInfo = null;
H5DataSpaceId spaceId = null;
object attributeVal = null;
typeId = H5A.getType(attId);
attInfo = H5A.getInfo(attId);
dtId = H5A.getType(attId);
spaceId = H5A.getSpace(attId);
int dataSize = H5T.getSize(dtId);
typeId = H5T.getNativeType(typeId, H5T.Direction.DEFAULT);
H5T.H5TClass typeClass = H5T.getClass(typeId);
long[] dims = H5S.getSimpleExtentDims(spaceId);
if (dims.Length == 0)
{
dims = new long[1];
dims[0] = 1;
}
switch (typeClass)
{
case H5T.H5TClass.STRING:
long size = attInfo.dataSize;
byte[] chars = readAttribute <byte>(size, attId, typeId);
attributeVal = Encoding.ASCII.GetString(chars);
break;
case H5T.H5TClass.INTEGER:
H5T.Sign sign = H5T.Sign.TWOS_COMPLEMENT;
sign = H5T.getSign(typeId);
switch (dataSize)
{
case 1:
attributeVal = readAttribute <byte>(dims[0], attId, typeId);
break;
case 2:
switch (sign)
{
case H5T.Sign.TWOS_COMPLEMENT:
attributeVal = readAttribute <Int16>(dims[0], attId, typeId);
break;
case H5T.Sign.UNSIGNED:
attributeVal = readAttribute <UInt16>(dims[0], attId, typeId);
break;
}
break;
case 4:
switch (sign)
{
case H5T.Sign.TWOS_COMPLEMENT:
attributeVal = readAttribute <Int32>(dims[0], attId, typeId);
break;
case H5T.Sign.UNSIGNED:
attributeVal = readAttribute <UInt32>(dims[0], attId, typeId);
break;
}
break;
case 8:
switch (sign)
{
case H5T.Sign.TWOS_COMPLEMENT:
attributeVal = readAttribute <Int64>(dims[0], attId, typeId);
break;
case H5T.Sign.UNSIGNED:
attributeVal = readAttribute <UInt64>(dims[0], attId, typeId);
break;
}
break;
}
break;
case H5T.H5TClass.FLOAT:
switch (dataSize)
{
case 4:
attributeVal = readAttribute <float>(dims[0], attId, typeId);
break;
case 8:
attributeVal = readAttribute <double>(dims[0], attId, typeId);
break;
}
break;
}
if (spaceId != null)
{
H5S.close(spaceId);
}
if (attId != null)
{
H5A.close(attId);
}
if (typeId != null)
{
H5T.close(typeId);
}
if (dtId != null)
{
H5T.close(dtId);
}
return(arrayToString(attributeVal));
}
} // test_vlen_dtype
static void test_copy()
{
try
{
Console.Write("Testing copying datatypes");
// Make a copy of a predefined type.
H5DataTypeId inttype = H5T.copy(H5T.H5Type.NATIVE_INT);
int intsize = H5T.getSize(inttype);
// Make a copy of that type.
H5DataTypeId tcopy1 = H5T.copy(inttype);
int tcopy1_size = H5T.getSize(tcopy1);
// The sizes of the copies should be the same.
if (intsize != tcopy1_size)
{
Console.WriteLine("test_copy: copy types incorrectly");
nerrors++;
}
// Close second type
H5T.close(tcopy1);
/*
* Test copy a datatype from a dataset.
*/
// Create a new file.
H5FileId fileId = H5F.create("sometypes.h5", H5F.CreateMode.ACC_TRUNC);
// Create a dataset with a simple dataspace.
hssize_t[] dims = { DIM0, DIM1 };
H5DataSpaceId dspace = H5S.create_simple(2, dims);
H5DataSetId dset = H5D.create(fileId, "test_types", inttype, dspace);
// Obtain the datatype from the dataset.
H5DataTypeId dstype = H5T.copy(dset);
// Check this datatype's class, size, and sign.
H5T.H5TClass tclass = H5T.getClass(dstype);
if (tclass != H5T.H5TClass.INTEGER)
{
Console.WriteLine("test_copy: copy of dataset's datatype has incorrect class");
nerrors++;
}
int tsize = H5T.getSize(dstype);
if (tsize != intsize)
{
Console.WriteLine("test_copy: copy of dataset's datatype has incorrect size");
nerrors++;
}
H5T.Sign tsign = H5T.getSign(dstype);
if (tsign != H5T.Sign.TWOS_COMPLEMENT)
{
Console.WriteLine("test_copy: copy of dataset's datatype has incorrect sign, {0}", tsign);
nerrors++;
}
// Close objects.
H5T.close(inttype);
H5S.close(dspace);
H5T.close(dstype);
H5D.close(dset);
H5F.close(fileId);
Console.WriteLine("\t\t\t\tPASSED");
}
catch (HDFException anyHDF5E)
{
Console.WriteLine(anyHDF5E.Message);
nerrors++;
}
catch (System.Exception sysE)
{
Console.WriteLine(sysE.TargetSite);
Console.WriteLine(sysE.Message);
nerrors++;
}
} // test_copy
private static void ReadFile(string filePath)
{
var file = H5F.open(filePath, H5F.OpenMode.ACC_RDONLY);
var dataSet = H5D.open(file, "/group/dataset");
var fileSpace = H5D.getSpace(dataSet);
var rank = H5S.getSimpleExtentNDims(fileSpace);
WriteLine("Rank: {0}", rank);
var dims = H5S.getSimpleExtentDims(fileSpace);
Write("Dims:");
foreach (var d in dims)
{
Write(" {0}", d);
}
WriteLine();
H5S.close(fileSpace);
var ints = new int[1];
var intAttribute = H5A.openName(dataSet, "int");
H5A.read(intAttribute, H5A.getType(intAttribute), new H5Array <int>(ints));
WriteLine("int: {0}", ints[0]);
H5A.close(intAttribute);
var stringAttribute = H5A.openName(dataSet, "string");
var stringType = H5A.getType(stringAttribute);
var stringSize = H5T.getSize(stringType);
WriteLine("string length: {0}", stringSize);
var buffer = new byte[stringSize];
H5A.read(stringAttribute, stringType, new H5Array <byte>(buffer));
WriteLine("string: {0}", Encoding.ASCII.GetString(buffer));
H5T.close(stringType);
H5A.close(stringAttribute);
if (rank == 2)
{
var data = new int[dims[0], dims[1]];
H5D.read(dataSet, H5D.getType(dataSet), new H5Array <int>(data));
for (int i = 0; i < data.GetLength(0); ++i)
{
for (int j = 0; j < data.GetLength(1); ++j)
{
Write(" {0}", data[i, j]);
}
WriteLine();
}
}
H5D.close(dataSet);
H5F.close(file);
}
protected override void LoadData()
{
//Determine type and size of data
var dtype = H5D.getType(Id);
var size = H5T.getSize(dtype);
var space = H5D.getSpace(Id);
var dims = H5S.getSimpleExtentDims(space);
var num_dimensions = dims.Length;
if (num_dimensions != 1 && num_dimensions != 2)
{
throw new ArgumentException("Scalar dataset has more than 2 dimensions! Cannot be handled.", "datasetname");
}
var member_type = H5T.getClass(dtype).ToString();
var member_size = size;
//Setup parser
Attribute parser = null;
switch (member_type)
{
case "STRING":
parser = new StringAttribute("data", member_size);
break;
case "INTEGER":
parser = new IntegerAttribute("data", member_size);
break;
case "FLOAT":
parser = new FloatingPointAttribute("data", member_size);
break;
default:
throw new ArgumentException("Unsupported member type " + member_type, "member_type");
}
if (num_dimensions == 1)
{
var _row_data = new byte[dims[0], size];
H5D.read(Id, dtype, new H5Array <byte>(_row_data));
//Parse rows
for (int i = 0; i < dims[0]; i++)
{
var dat = new Dictionary <string, object>();
dat["0"] = parser.Parse(_row_data.Field(i));
AddRow(new Row(dat));
}
}
else if (num_dimensions == 2)
{
var _row_data = new byte[dims[0], dims[1], size];
H5D.read(Id, dtype, new H5Array <byte>(_row_data));
//Parse rows
for (int i = 0; i < dims[0]; i++)
{
var dat = new Dictionary <string, object>();
for (int j = 0; j < dims[1]; j++)
{
dat["" + j] = parser.Parse(_row_data.Field(i, j));
}
AddRow(new Row(dat));
}
}
}