public void Convert_v0_1_0alpha4_ConvertsProperly()
{
Models.v0_1.Metadata input =
new Models.v0_1.Metadata();
var sut = new MetadataConverter();
var actual = sut.Convert(input);
Assert.IsType <Models.v0_1.Metadata>(actual);
}
public Models.v0_1.Metadata Parse(
string json)
{
string version = GetVersion(json);
Models.v0_1.Metadata result = version switch
{
"v0.1.0-alpha1" or
"v0.1.0-alpha2" or
"v0.1.0-alpha3" => Deserialize_v0_1_0alpha3(json),
"v0.1.0-alpha4" or
"v0.1" => Deserialize_v0_1(json),
_ => throw new ArgumentException("Unable to parse JSON"),
};
return(result);
}
public Models.v0_1.Metadata Convert(
Models.v0_1_0alpha3.Metadata metadata)
{
Models.v0_1.Metadata result =
new Models.v0_1.Metadata
{
CreationDate = DateTime.Parse(
metadata.File.CreationDate),
ModifiedDate = DateTime.UtcNow
};
Models.v0_1.Dataset d;
if (metadata.Dataset != null)
{
d = new Models.v0_1.Dataset()
{
Zone = metadata.Dataset.Zone.ToString(),
Project = metadata.Dataset.Project,
Name = metadata.Dataset.Name,
Description = metadata.Dataset.Description,
Format = metadata.Dataset.Format,
FilePathTemplate = metadata.Dataset.FilePathTemplate,
FilePathDescriptor = metadata.Dataset.FilePathDescriptor,
Structure = metadata.Dataset.Structure,
Tags = metadata.Dataset.Tags,
Contacts = ConvertContacts(metadata.Dataset.Contacts),
Geometry = metadata.Dataset.Geometry,
Methods = metadata.Dataset.Methods,
TemporalResolution = metadata.Dataset.TemporalResolution,
TemporalExtent =
$"{metadata.Dataset.StartDate}/{metadata.Dataset.EndDate}",
SpatialRepeats = metadata.Dataset.SpatialRepeats,
Variables = ConvertVariables(metadata.Dataset.Variables)
};
}
else
{
d = new Models.v0_1.Dataset();
}
result.Dataset = d;
return(result);
}
private Models.v0_1.Metadata Deserialize_v0_1(
string json)
{
JsonSerializerOptions options = new JsonSerializerOptions()
{
IgnoreNullValues = true,
WriteIndented = true,
Converters = { new JsonStringEnumConverter() },
Encoder = System.Text.Encodings.Web
.JavaScriptEncoder
.UnsafeRelaxedJsonEscaping
};
Models.v0_1.Metadata m =
JsonSerializer.Deserialize <Models.v0_1.Metadata>(
json, options);
Models.v0_1.Metadata result =
converter.Convert(m);
return(result);
}
public Models.v0_2.Metadata Convert(
Models.v0_1.Metadata metadata)
{
// I think this shouldn't occur since any v0_1 should be treated as v0_2
throw new NotImplementedException();
}
public void Convert_v0_1_0alpha3WithVals_ConvertsProperly()
{
var creationDate = "2020-12-20";
var contactName = "TestUser";
var startDate = "1999-20-01";
var tempExtent = $"{startDate}/{startDate}";
List <string> expectedQC = new List <string>()
{
"Assurance",
"Point",
"Review"
};
Models.v0_1_0alpha3.Metadata input =
new Models.v0_1_0alpha3.Metadata()
{
File = new Models.v0_1_0alpha3.File()
{
CreationDate = creationDate
},
Dataset = new Models.v0_1_0alpha3.Dataset()
{
Zone = Models.v0_1_0alpha3.Zones.Production,
Project = "UnitTest",
Name = "Convert_v0_1_0alpha3WithVals_ConvertsProperly",
Description = "Pleh",
Format = "geotiff",
Contacts = new List <Models.v0_1_0alpha3.Person>()
{
new Models.v0_1_0alpha3.Person()
{
Name = contactName,
Email = "*****@*****.**",
Role = "Tool"
}
},
StartDate = startDate,
EndDate = startDate,
Variables = new List <Models.v0_1_0alpha3.Variable>()
{
new Models.v0_1_0alpha3.Variable()
{
Name = "value",
IsQCSpecified = false,
ProcessingLevel = Models.v0_1_0alpha3.ProcessingLevels.Calculated
},
new Models.v0_1_0alpha3.Variable()
{
Name = "value2",
IsQCSpecified = true,
QCApplied = new Models.v0_1_0alpha3.QCApplied()
{
Assurance = true,
Point = true,
Review = true
},
StartDate = startDate,
EndDate = startDate
}
}
}
};
var sut = new MetadataConverter();
Models.v0_1.Metadata actual = sut.Convert(input);
Assert.Equal(creationDate, actual.CreationDate.ToString());
Assert.Equal(contactName, actual.Dataset.Contacts[0].Name);
Assert.Equal(tempExtent, actual.Dataset.TemporalExtent);
Assert.False(actual.Dataset.Variables[0].IsQCSpecified);
Assert.Equal("Calculated", actual.Dataset.Variables[0].ProcessingLevel);
Assert.Equal(expectedQC, actual.Dataset.Variables[1].QCApplied);
Assert.Equal(tempExtent, actual.Dataset.Variables[1].TemporalExtent);
}
public Models.v0_1.Metadata Convert(
Models.v0_1.Metadata metadata)
{
return(metadata);
}
