private void _exportFieldSchema(string path, JMSMLConfigETLConfigSchemaContainerSchemasSchema schema, bool isSubTyped)
{
// Export a single field schema to the given path.
using (var w = new StreamWriter(path + "\\" + _filePrefix + schema.Label + ".csv"))
{
_writeHeaders(w, _headers);
FieldType[] fields = _buildFieldArray(schema);
foreach (FieldType field in fields)
{
if (isSubTyped)
{
// If this schema is subtyped we need to check to see if this is one of the fields that is subtyped and treat it special if it is.
if (field.Subtypes != null)
{
foreach (FieldTypeSubtype subtype in field.Subtypes)
{
_writeSubtypedField(w, field, subtype);
}
}
else
{
_writeField(w, field);
}
}
else
{
_writeField(w, field);
}
}
}
}
private FieldType[] _buildFieldArray(JMSMLConfigETLConfigSchemaContainerSchemasSchema schema)
{
// Build an order-sorted array of fields for the given schema.
FieldType[] fields = {};
string[] schemaTypes = schema.SchemaTypeIDs.Split(' ');
// For each schema type in the schema, fined that type and fetch its fields.
// Then concatenate the fields.
foreach (string id in schemaTypes)
{
JMSMLConfigETLConfigSchemaType schemaType = _findSchemaType(id);
if (schemaType != null)
{
fields = fields.Concat(schemaType.Fields).ToArray();
}
}
// Now concat the fields that are unique to this schema.
fields = fields.Concat(schema.Fields).ToArray();
// Now sort the array of fields based on their Order property.
fields = fields.OrderBy(x => int.Parse(x.Order)).ToArray();
return(fields);
}
private bool _exportSchema(string path, JMSMLConfigETLConfigSchemaContainerSchemasSchema schema, bool isFirst)
{
// Export the base definition of a schema to a list of schemas
bool firstTime = isFirst;
using (var w = new StreamWriter(path + "\\" + _schemaListFile, !firstTime))
{
if (firstTime)
{
_writeHeaders(w, _schemaHeaders);
firstTime = false;
}
string line = string.Format("{0}", "Schema," +
schema.Label + "," +
schema.GeometryType + "," +
'"' + schema.LabelAlias + '"' + "," +
'"' + schema.Metadata.Label + '"' + "," +
schema.Metadata.Thumbnail + "," +
schema.Metadata.Tags + "," +
'"' + schema.Metadata.Summary + '"' + "," +
'"' + schema.Metadata.Description + '"' + "," +
(schema.Metadata.Credits != null ? '"' + schema.Metadata.Credits + '"' : "") + "," +
'"' + schema.Metadata.Use + '"' + "," +
(schema.Metadata.Extent != null ? Convert.ToString(schema.Metadata.Extent.East) : "") + "," +
(schema.Metadata.Extent != null ? Convert.ToString(schema.Metadata.Extent.West) : "") + "," +
(schema.Metadata.Extent != null ? Convert.ToString(schema.Metadata.Extent.North) : "") + "," +
(schema.Metadata.Extent != null ? Convert.ToString(schema.Metadata.Extent.South) : "") + "," +
schema.Metadata.MaximumScale + "," +
schema.Metadata.MinimumScale + "," +
schema.SpatialReference);
w.WriteLine(line);
w.Flush();
}
return(firstTime);
}
private bool _exportSubtypeSchema(string path, JMSMLConfigETLConfigSchemaContainerSchemasSchema schema)
{
// Export a single subtype schema to the given path.
bool isSubtyped = false;
if (schema.Subtypes != null)
{
isSubtyped = true;
using (var w = new StreamWriter(path + "\\" + _schemaFilePrefix + schema.Label + ".csv"))
{
_writeHeaders(w, _subtypeHeaders);
foreach (SubtypeType subtype in schema.Subtypes)
{
_writeSubtype(w, subtype);
}
}
}
return(isSubtyped);
}
private bool _exportSchema(string path, JMSMLConfigETLConfigSchemaContainerSchemasSchema schema, bool isFirst)
{
// Export the base definition of a schema to a list of schemas
bool firstTime = isFirst;
using (var w = new StreamWriter(path + "\\" + _schemaListFile, !firstTime))
{
if (firstTime)
{
_writeHeaders(w, _schemaHeaders);
firstTime = false;
}
string line = string.Format("{0}", "Schema," +
schema.Label + "," +
schema.GeometryType + "," +
'"' + schema.LabelAlias + '"' + "," +
'"' + schema.Metadata.Label + '"' + "," +
schema.Metadata.Thumbnail + "," +
schema.Metadata.Tags + "," +
'"' + schema.Metadata.Summary + '"' + "," +
'"' + schema.Metadata.Description + '"' + "," +
(schema.Metadata.Credits != null ? '"' + schema.Metadata.Credits + '"' : "") + "," +
'"' + schema.Metadata.Use + '"' + "," +
(schema.Metadata.Extent != null ? Convert.ToString(schema.Metadata.Extent.East) : "") + "," +
(schema.Metadata.Extent != null ? Convert.ToString(schema.Metadata.Extent.West) : "") + "," +
(schema.Metadata.Extent != null ? Convert.ToString(schema.Metadata.Extent.North) : "") + "," +
(schema.Metadata.Extent != null ? Convert.ToString(schema.Metadata.Extent.South) : "") + "," +
schema.Metadata.MaximumScale + "," +
schema.Metadata.MinimumScale + "," +
schema.SpatialReference);
w.WriteLine(line);
w.Flush();
}
return firstTime;
}
private bool _exportSubtypeSchema(string path, JMSMLConfigETLConfigSchemaContainerSchemasSchema schema)
{
// Export a single subtype schema to the given path.
bool isSubtyped = false;
if (schema.Subtypes != null)
{
isSubtyped = true;
using(var w = new StreamWriter(path + "\\" + _schemaFilePrefix + schema.Label + ".csv"))
{
_writeHeaders(w, _subtypeHeaders);
foreach (SubtypeType subtype in schema.Subtypes)
{
_writeSubtype(w, subtype);
}
}
}
return isSubtyped;
}
private void _exportFieldSchema(string path, JMSMLConfigETLConfigSchemaContainerSchemasSchema schema, bool isSubTyped)
{
// Export a single field schema to the given path.
using (var w = new StreamWriter(path + "\\" + _filePrefix + schema.Label + ".csv"))
{
_writeHeaders(w, _headers);
FieldType[] fields = _buildFieldArray(schema);
foreach (FieldType field in fields)
{
if (isSubTyped)
{
// If this schema is subtyped we need to check to see if this is one of the fields that is subtyped and treat it special if it is.
if (field.Subtypes != null)
{
foreach (FieldTypeSubtype subtype in field.Subtypes)
{
_writeSubtypedField(w, field, subtype);
}
}
else
{
_writeField(w, field);
}
}
else
{
_writeField(w, field);
}
}
}
}
private FieldType[] _buildFieldArray(JMSMLConfigETLConfigSchemaContainerSchemasSchema schema)
{
// Build an order-sorted array of fields for the given schema.
FieldType[] fields = {};
string[] schemaTypes = schema.SchemaTypeIDs.Split(' ');
// For each schema type in the schema, fined that type and fetch its fields.
// Then concatenate the fields.
foreach (string id in schemaTypes)
{
JMSMLConfigETLConfigSchemaType schemaType = _findSchemaType(id);
if(schemaType != null)
fields = fields.Concat(schemaType.Fields).ToArray();
}
// Now concat the fields that are unique to this schema.
fields = fields.Concat(schema.Fields).ToArray();
// Now sort the array of fields based on their Order property.
fields = fields.OrderBy(x => int.Parse(x.Order)).ToArray();
return fields;
}
