internal DynamicBoundConfiguration(
char valueSeparator,
char escapedValueStartAndStop,
char escapeValueEscapeChar,
RowEndings rowEndings,
ReadHeaders readHeader,
WriteHeaders writeHeaders,
WriteTrailingNewLines writeTrailingNewLine,
MemoryPool <char> memoryPool,
char?commentChar,
int?writeBufferSizeHint,
int readBufferSizeHint,
IDynamicTypeConverter dynamicTypeConverter,
DynamicRowDisposal dynamicRowDisposal
) :
base(
valueSeparator,
escapedValueStartAndStop,
escapeValueEscapeChar,
rowEndings,
readHeader,
writeHeaders,
writeTrailingNewLine,
memoryPool,
commentChar,
writeBufferSizeHint,
readBufferSizeHint,
dynamicTypeConverter,
dynamicRowDisposal
)
{
}
/// <summary>
/// Set the ITypeDescriber used to discover and configure the
/// columns that are read and written.
/// </summary>
public OptionsBuilder WithDynamicTypeConverter(IDynamicTypeConverter converter)
{
converter = converter ?? DynamicTypeConverters.Default;
DynamicTypeConverter = converter;
return(this);
}
/// <summary>
/// For working with concrete types.
/// </summary>
protected BoundConfigurationBase(
InstanceBuilderDelegate <T> newCons,
Column[] deserializeColumns,
Column[] serializeColumns,
bool[] serializeColumnsNeedEscape,
char valueSeparator,
char escapedValueStartAndStop,
char escapeValueEscapeChar,
RowEndings rowEndings,
ReadHeaders readHeader,
WriteHeaders writeHeaders,
WriteTrailingNewLines writeTrailingNewLine,
MemoryPool <char> memoryPool,
char?commentChar,
int?writeBufferSizeHint,
int readBufferSizeHint
)
{
NewCons = newCons;
DeserializeColumns = deserializeColumns;
SerializeColumns = serializeColumns;
SerializeColumnsNeedEscape = serializeColumnsNeedEscape;
ValueSeparator = valueSeparator;
ValueSeparatorMemory = ValueSeparator.ToString().AsMemory();
EscapedValueStartAndStop = escapedValueStartAndStop;
EscapeValueEscapeChar = escapeValueEscapeChar;
RowEnding = rowEndings;
WriteBufferSizeHint = writeBufferSizeHint;
ReadBufferSizeHint = readBufferSizeHint;
switch (RowEnding)
{
case RowEndings.CarriageReturn:
RowEndingMemory = CarriageReturn;
break;
case RowEndings.CarriageReturnLineFeed:
RowEndingMemory = CarriageReturnLineFeed;
break;
case RowEndings.LineFeed:
RowEndingMemory = LineFeed;
break;
default:
// for cases like detecting headers, actually trying to write is NO GOOD...
// but construction is fine
RowEndingMemory = default;
break;
}
ReadHeader = readHeader;
WriteHeader = writeHeaders;
WriteTrailingNewLine = writeTrailingNewLine;
MemoryPool = memoryPool;
CommentChar = commentChar;
DynamicTypeConverter = null;
}
internal void Init(IDynamicRowOwner owner, int rowNumber, int width, IDynamicTypeConverter converter, string[] names, MemoryPool <char> pool)
{
if (!IsDisposed)
{
Throw.InvalidOperationException("DynamicRow not in an uninitializable state");
}
Owner = owner;
RowNumber = rowNumber;
Converter = converter;
MemoryPool = pool;
Width = width;
Names = names;
Generation++;
}
public DynamicTypeFactory(DynamicModuleManager manager, Type itemType)
{
this.manager = manager;
this.itemType = itemType;
this.converter = new DynamicTypeConverter();
}
public void AddDynamicConverter(IDynamicTypeConverter dynamicConverter)
{
var typeTuple = Tuple.Create(dynamicConverter.SourceType, dynamicConverter.DestinationType);
this.converterFactories.Add(typeTuple, dynamicConverter.ConverterFactory);
}
