public bool TestVars()
{
if (!System.IO.File.Exists(dataFilePath))
{
Console.WriteLine("Unable to find sample data file.");
return(false);
}
NcFile dataFile = null;
NcFile file = null;
try {
dataFile = new NcFile(dataFilePath, NcFileMode.read);
Assert.Equals(dataFile.Format, NcFileFormat.classic64);
file = TestHelper.NewFile(filePath);
// Ensure there is only a flat group structure
Assert.False(true);
// Start with the attrs
var attrs = dataFile.GetAtts(Location.Current);
Assert.True(attrs.ContainsKey("Conventions") && attrs["Conventions"].GetValues() == "CF-1.0");
Assert.True(attrs.ContainsKey("CoordinateProjection") && attrs["CoordinateProjection"].GetValues() == "none");
Assert.True(attrs.ContainsKey("GroundWater_Forcing") && attrs["GroundWater_Forcing"].GetValues() == "GROUND WATER FORCING IS OFF!");
foreach (var k in attrs)
{
file.PutAtt(k.Value);
}
var fileAttrs = file.GetAtts(Location.Current);
Assert.True(fileAttrs.ContainsKey("Conventions") && fileAttrs["Conventions"].GetValues() == "CF-1.0");
Assert.True(fileAttrs.ContainsKey("CoordinateProjection") && fileAttrs["CoordinateProjection"].GetValues() == "none");
Assert.True(fileAttrs.ContainsKey("GroundWater_Forcing") && fileAttrs["GroundWater_Forcing"].GetValues() == "GROUND WATER FORCING IS OFF!");
} finally {
dataFile.Close();
file.Close();
}
CheckDelete(filePath);
return(true);
}
public bool TestNestedGroups()
{
NcFile file = null;
NcDim dim;
Dictionary <string, NcGroup> groups;
try {
file = TestHelper.NewFile(filePath);
NcGroup a = file.AddGroup("a");
Assert.False(a.IsNull());
NcGroup b = file.AddGroup("b");
Assert.False(b.IsNull());
NcGroup a1 = a.AddGroup("a1");
Assert.False(a1.IsNull());
NcGroup a2 = a.AddGroup("a2");
Assert.False(a2.IsNull());
NcGroup b1 = b.AddGroup("b1");
Assert.False(b1.IsNull());
NcGroup b2 = b.AddGroup("b2");
Assert.False(b2.IsNull());
Assert.Equals(file.GetGroupCount(GroupLocation.AllGrps), 7);
Assert.Equals(file.GetGroupCount(GroupLocation.AllChildrenGrps), 6);
Assert.Equals(b2.GetGroupCount(GroupLocation.ParentsGrps), 2);
Assert.Equals(a2.GetGroupCount(GroupLocation.ParentsGrps), 2);
Assert.True(file.GetGroups(GroupLocation.AllChildrenGrps).ContainsKey("b1"));
groups = a1.GetGroups(GroupLocation.ParentsGrps);
Assert.True(groups.ContainsKey("/") && groups["/"].GetId() == file.GetId());
Assert.Equals(file.GetGroups("b1", GroupLocation.AllChildrenGrps).Count, 1);
Assert.True(file.GetGroup("a2", GroupLocation.ChildrenGrps).IsNull());
Assert.Equals(file.GetGroup("a2", GroupLocation.AllChildrenGrps).GetId(), a2.GetId());
Assert.True(file.IsRootGroup());
Assert.False(a.IsRootGroup());
foreach (KeyValuePair <string, NcGroup> group in file.GetGroups(GroupLocation.AllGrps))
{
dim = group.Value.AddDim("time" + (group.Value.IsRootGroup() ? "Root" : group.Key), 20);
NcVar v = group.Value.AddVar("time" + (group.Value.IsRootGroup() ? "Root" : group.Key), NcUint64.Instance, dim);
NcAtt att = group.Value.PutAtt("Attr" + (group.Value.IsRootGroup() ? "Root" : group.Key), "Value");
Assert.False(v.IsNull());
Assert.Equals(file.GetVar(v.GetName(), Location.All).GetId(), v.GetId());
}
Assert.Equals(file.GetVarCount(Location.All), 7);
Assert.Equals(file.GetVars(Location.All).Count, 7);
foreach (KeyValuePair <string, NcVar> gvar in file.GetVars(Location.All))
{
Assert.Equals(gvar.Key, gvar.Value.GetName());
NcGroup g = gvar.Value.GetParentGroup();
Assert.Equals(gvar.Key, "time" + (g.IsRootGroup() ? "Root" : g.GetName()));
}
Assert.Equals(file.GetVars("timeRoot", Location.All).Count, 1);
Assert.Equals(file.GetAttCount(Location.All), 7);
Assert.Equals(file.GetAtts(Location.All).Count, 7);
foreach (KeyValuePair <string, NcGroupAtt> k in file.GetAtts(Location.All))
{
Assert.Equals(k.Value.GetValues(), "Value");
}
} finally {
file.Close();
}
CheckDelete(filePath);
return(true);
}