public NcVlenType(NcType ncType) : base(ncType)
{
if (GetTypeClass() != NcTypeEnum.NC_VLEN)
{
throw new exceptions.NcException("The NcType object must be the base of a Vlen type");
}
}
public NcOpaqueType(NcType ncType) : base(ncType)
{
if (GetTypeClass() != NcTypeEnum.NC_OPAQUE)
{
throw new exceptions.NcBadType("The NcType object must have a base type of NC_OPAQUE");
}
}
public NcEnumType(NcType ncType) : base(ncType)
{
if (GetTypeClass() != NcTypeEnum.NC_ENUM)
{
throw new exceptions.NcBadType("The NcType object must be of type NC_ENUM");
}
}
// Constructor
public NcType(NcGroup grp, string name)
{
nullObject = false;
groupId = grp.GetId();
NcType typeTmp = grp.GetType(name, Location.ParentsAndCurrent);
myId = typeTmp.GetId();
}
public bool TestTypes() {
for(int i=1;i<13;i++) {
NcType t = new NcType(i);
Assert.Equals(t.GetId(), i);
if(i==1) { // byte
Assert.Equals(t.GetName(), "byte");
Assert.Equals(t.GetSize(), 1); // A byte should be just one byte right?
} else {
Assert.NotNull(t.GetName());
Assert.True(t.GetSize() > 0);
}
}
return true;
}
// Compares global types
public virtual bool Equals(NcType other) {
return myId == other.myId;
}
// Copy constructor
public NcType(NcType rhs)
{
nullObject = rhs.nullObject;
myId = rhs.myId;
groupId = rhs.groupId;
}
public Dictionary<string, NcType> GetTypes(Location location=Location.Current) {
CheckNull();
Dictionary<string, NcType> ncTypes = new Dictionary<string, NcType>();
// search in current group
if(location == Location.Current || location == Location.ParentsAndCurrent
|| location == Location.ChildrenAndCurrent
|| location == Location.All) {
Int32 typeCount = GetTypeCount();
Int32[] typeIds = new Int32[typeCount];
NcCheck.Check(NetCDF.nc_inq_typeids(myId, ref typeCount, typeIds));
foreach(Int32 i in typeIds) {
NcType tmpType = new NcType(this, i);
ncTypes.Add(tmpType.GetName(), tmpType);
}
}
// search in parent groups
if(location == Location.Parents || location == Location.ParentsAndCurrent
|| location == Location.All) {
Dictionary<string, NcGroup> groups = GetGroups(GroupLocation.ParentsGrps);
foreach(KeyValuePair<string, NcGroup> k in groups) {
k.Value.GetTypes().ToList().ForEach(x => ncTypes[x.Key] = x.Value);
}
}
// search in child groups
if(location == Location.Children || location == Location.ChildrenAndCurrent
|| location == Location.All) {
Dictionary<string, NcGroup> groups = GetGroups(GroupLocation.AllChildrenGrps);
foreach(KeyValuePair<string, NcGroup> k in groups) {
k.Value.GetTypes().ToList().ForEach(x => ncTypes[x.Key] = x.Value);
}
}
return ncTypes;
}
// Compares global types
public virtual bool Equals(NcType other)
{
return(myId == other.myId);
}
private void FileSetup(ref NcFile file, ref NcDim dim1, ref NcVar var1, NcType type, int len=20) {
file = TestHelper.NewFile(filePath);
dim1 = file.AddDim("time", len);
var1 = file.AddVar("temp", type, dim1);
}
public int GetTypeCount(NcTypeEnum enumType, Location location=Location.Current) {
CheckNull();
Int32 ntypes=0;
// search in current group
if(location == Location.Current || location == Location.ParentsAndCurrent
|| location == Location.ChildrenAndCurrent
|| location == Location.All) {
Int32 ntypesp=0;
Int32[] typeidsp = null;
NcCheck.Check(NetCDF.nc_inq_typeids(myId, ref ntypesp, typeidsp));
typeidsp = new Int32[ntypesp];
NcCheck.Check(NetCDF.nc_inq_typeids(myId, ref ntypesp, typeidsp));
foreach(Int32 i in typeidsp) {
NcType typeTmp = new NcType(this,i);
if(typeTmp.GetTypeClass() == enumType)
ntypes++;
}
}
// search in parent groups
if(location == Location.Parents || location == Location.ParentsAndCurrent
|| location == Location.All) {
Dictionary<string, NcGroup> groups = GetGroups(GroupLocation.ParentsGrps);
foreach(KeyValuePair<string, NcGroup> k in groups) {
ntypes += k.Value.GetTypeCount(enumType);
}
}
// search in children groups
if(location == Location.Children || location == Location.ChildrenAndCurrent
|| location == Location.All) {
Dictionary<string, NcGroup> groups = GetGroups(GroupLocation.AllChildrenGrps);
foreach(KeyValuePair<string, NcGroup> k in groups) {
ntypes += k.Value.GetTypeCount(enumType);
}
}
return ntypes;
}
// Copy constructor
public NcType(NcType rhs) {
nullObject = rhs.nullObject;
myId = rhs.myId;
groupId = rhs.groupId;
}
public NcVarAtt PutAtt(string name, NcType type, double[] dataValues) {
CheckNull();
CheckDefine();
if(!type.IsFixedType())
throw new NotImplementedException("PutAtt() not implemented for non-fixed types");
NcCheck.Check(NetCDF.nc_put_att_double(groupId, myId, name, type.GetId(), dataValues.Length, dataValues));
return GetAtt(name);
}
public NcVar AddVar(string name, NcType ncType, NcDim ncDim) {
CheckNull();
CheckDefine();
if(ncType.IsNull())
throw new exceptions.NcNullType("Attempt to invoke NcGroup.AddVar failed: NcType must be defined in either the current group or a parent group");
NcType tmpType = GetType(ncType.GetName(), Location.ParentsAndCurrent);
if(tmpType.IsNull())
throw new exceptions.NcNullType("Attempt to invoke NcGroup.AddVar failed: NcType must be defined in either the current group or a parent group");
if(ncDim.IsNull())
throw new exceptions.NcNullDim("Attempt to invoke NcGroup.AddVar failed: NcDim must be defined in either the current group or a parent group");
NcDim tmpDim = GetDim(ncDim.GetName(), Location.ParentsAndCurrent);
if(tmpDim.IsNull())
throw new exceptions.NcNullDim("Attempt to invoke NcGroup.AddVar failed: NcDim must be defined in either the current group or a parent group");
Int32 varId=0;
Int32[] dimId = {tmpDim.GetId()};
NcCheck.Check(NetCDF.nc_def_var(myId, name, tmpType.GetId(), 1, dimId, ref varId));
return new NcVar(this, varId);
}
public NcVar AddVar(string name, NcType ncType, List<NcDim> ncDimVector) {
CheckNull();
CheckDefine();
NcType tmpType=null;
Int32 varId=0;
Int32[] dimIds = new Int32[ncDimVector.Count];
if(ncType.IsNull())
throw new exceptions.NcNullType("Attempt to invoke NcGroup.AddVar with a Null NcType object");
tmpType = GetType(ncType.GetName(), Location.ParentsAndCurrent);
if(tmpType.IsNull())
throw new exceptions.NcNullType("Attempt to invoke NcGroup.AddVar failed: NcType must be defined in either the current group or a parent group");
for(int i=0;i<ncDimVector.Count;i++) {
if(ncDimVector[i].IsNull())
throw new exceptions.NcNullDim("Attempt to invoke NcGroup.AddVar failed: NcType must be defined in either the current group or a parent group");
NcDim tmpDim = GetDim(ncDimVector[i].GetName(), Location.ParentsAndCurrent);
if(tmpDim.IsNull())
throw new exceptions.NcNullDim("Attempt to invoke NcGroup::addVar failed: NcDim must be defined in either the current group or a parent group");
dimIds[i] = ncDimVector[i].GetId();
}
NcCheck.Check(NetCDF.nc_def_var(myId, name, tmpType.GetId(), ncDimVector.Count, dimIds, ref varId));
return new NcVar(this, varId);
}
// Add a scalar variable
public NcVar AddVar(string name, NcType type)
{
CheckNull();
CheckDefine();
if(type.IsNull())
throw new exceptions.NcNullType("Attempt to invoke NcGroup.AddVar failed: typeName must be defined in either the current group or a parent group");
Int32 varId = 0;
Int32[] dimIds = null;
NcCheck.Check(NetCDF.nc_def_var(myId, name, type.GetId(), 0, dimIds, ref varId));
return new NcVar(this, varId);
}
public NcVlenType AddVlenType(string name, NcType baseType) {
CheckNull();
CheckDefine();
Int32 typeId=0;
NcCheck.Check(NetCDF.nc_def_vlen(myId, name, baseType.GetId(), ref typeId));
NcVlenType ncTypeTmp = new NcVlenType(this, name);
return ncTypeTmp;
}
public NcEnumType(NcType ncType ) : base(ncType) {
if(GetTypeClass() != NcTypeEnum.NC_ENUM)
throw new exceptions.NcBadType("The NcType object must be of type NC_ENUM");
}
public NcOpaqueType(NcType ncType) : base(ncType) {
if(GetTypeClass() != NcTypeEnum.NC_OPAQUE)
throw new exceptions.NcBadType("The NcType object must have a base type of NC_OPAQUE");
}
public NcGroupAtt PutAtt(string name, NcType type, Int16[] dataValues) {
CheckNull();
CheckDefine();
//TODO: Support for VLEN | OPAQUE | ENUM | COMPOUND
if(!type.IsFixedType())
throw new NotImplementedException("PutAtt() not implemented for non-fixed types");
NcCheck.Check(NetCDF.nc_put_att_short(myId, NcAtt.NC_GLOBAL, name, type.GetId(), dataValues.Length, dataValues ));
return GetAtt(name);
}
public NcVarAtt PutAtt(string name, NcType type, float datumValue) {
CheckNull();
CheckDefine();
if(!type.IsFixedType())
throw new NotImplementedException("PutAtt() not implemented for non-fixed types");
NcCheck.Check(NetCDF.nc_put_att_float(groupId, myId, name, type.GetId(), 1, new float[] { datumValue }));
return GetAtt(name);
}
public NcGroupAtt PutAtt(string name, NcType type, float[] dataValues) {
CheckNull();
CheckDefine();
if(!type.IsFixedType())
throw new NotImplementedException("PutAtt() not implemented for non-fixed types");
NcCheck.Check(NetCDF.nc_put_att_float(myId, NcAtt.NC_GLOBAL, name, type.GetId(), dataValues.Length, dataValues ));
return GetAtt(name);
}
public NcGroupAtt PutAtt(string name, NcType type, double datumValue) {
CheckNull();
CheckDefine();
if(!type.IsFixedType())
throw new NotImplementedException("PutAtt() not implemented for non-fixed types");
NcCheck.Check(NetCDF.nc_put_att_double(myId, NcAtt.NC_GLOBAL, name, type.GetId(), 1, new double[] { datumValue }));
return GetAtt(name);
}
public NcVlenType(NcType ncType) : base(ncType) {
if(GetTypeClass() != NcTypeEnum.NC_VLEN)
throw new exceptions.NcException("The NcType object must be the base of a Vlen type");
}
