Type Members

1.  abstract class AbstractTableParser[Table] extends TableParser[Table]

   Abstract base class for implementations of TableParser[T].

   Abstract base class for implementations of TableParser[T]. NOTE: that Table is a parametric type and does NOT refer to the type Table defined elsewhere.

   Table

   the (parametric) Table type.

2.  case class AttributeSet(xs: StringList) extends Product with Serializable

   This class is used for the situation where a column in a table actually contains a set of attributes, typically separated by "," and possibly bracketed by "{}".

   This class is used for the situation where a column in a table actually contains a set of attributes, typically separated by "," and possibly bracketed by "{}". CONSIDER allowing "|" as a separator (as described previously in the documentation here).

   xs

   the attribute values.

3.  case class BlankException(e: Throwable = null) extends ParseableException with Product with Serializable
4.  trait CellParser[+T] extends AnyRef

   Type class trait CellParser[T].

   Type class trait CellParser[T]. This trait has methods to parse and to convert from String to T.

   TODO Need to define this better so that we don't have any non-implemented methods.

   T

   the type of the resulting object.

   Annotations

   @implicitNotFound()

5.  trait CellParsers extends AnyRef

   Trait to define the various parsers for reading case classes and their parameters from table rows.

   Trait to define the various parsers for reading case classes and their parameters from table rows.

   NOTE: In each of these cellParser methods, the CellParser has a parse method which ignores the columns.

6.  case class CellValue(w: String) extends Convertible with Product with Serializable

   A concrete Convertible corresponding to a cell value.

   A concrete Convertible corresponding to a cell value.

   w

   the String contained by a cell.

7.  trait ColumnHelper[T] extends AnyRef

   Type class representing a mapping from a case class parameter to the corresponding column header.

   Type class representing a mapping from a case class parameter to the corresponding column header.

   T

   the type of the object being helped.

   Annotations

   @implicitNotFound()

8.  sealed abstract class Convertible extends AnyRef

   Abstract class Convertible.

   Abstract class Convertible.

   CONSIDER making this a trait since it takes no value parameters.

9.  trait DefaultRowConfig extends RowConfig

   Default RowConfig trait.

10.  case class HeadedStringTableParser[X](maybeFixedHeader: Option[Header] = None, forgiving: Boolean = false)(implicit evidence$1: CellParser[X], evidence$2: ClassTag[X]) extends StringTableParser[Table[X]] with Product with Serializable

    Case class to define a StringTableParser that assumes a header to be found in the input file.

    Case class to define a StringTableParser that assumes a header to be found in the input file. This class attempts to provide as much built-in functionality as possible.

    This class assumes that the names of the columns are in the first line. This class implements builder with a HeadedTable object. This class uses StandardRowParser of its rowParser.

    X

    the underlying row type which must provide evidence of a CellParser and ClassTag.

    maybeFixedHeader

    None => requires that the data source has a header row. Some(h) => specifies that the header is to be taken from h. NOTE: that the simplest is to specify the header directly from the type X:

    See also

    HeadedStringTableParser#create

11.  case class InvalidParseException(msg: String, e: Throwable = null) extends ParseableException with Product with Serializable
12.  class LineParser extends JavaTokenParsers

    LineParser: class to parse lines of a CSV file.

    LineParser: class to parse lines of a CSV file. NOTE: list elements always appear as a string in the form { element0 , element1 , ... }

13.  class ListParser extends JavaTokenParsers

    This class is a parser of lists.

    This class is a parser of lists. A list is considered to be enclosed by {} and separated by commas.

14.  trait MultiCellParser[T] extends CellParser[T]

    CONSIDER renaming this to something like RowParser, or RawRowParser.

    CONSIDER renaming this to something like RowParser, or RawRowParser.

    T

    the type of the result.

15.  case class ParseLogicException(msg: String, e: Throwable = null) extends Exception with Product with Serializable
16.  trait Parseable[T] extends AnyRef

    Type class which describes a type which can be parsed from a String.

    Type class which describes a type which can be parsed from a String.

    T

    the resulting type.

    Annotations

    @implicitNotFound()

17.  abstract class ParseableException extends Exception
18.  abstract class ParseableOption[T] extends Parseable[Option[T]]

    Abstract class to parse optional scala values.

    Abstract class to parse optional scala values.

    T

    the resulting type for which there must be evidence of a Parseable[T].

19.  case class ParserException(msg: String, e: Throwable = null) extends Exception with Product with Serializable
20.  case class ParsersException(w: String) extends Exception with Product with Serializable

    CONSIDER: do we really need this exception?

    CONSIDER: do we really need this exception?

    w

    the message.

21.  abstract class RawParsers extends CellParsers

    Abstract class to define a raw parser, that's to say a Parser of Seq[String]

22.  trait RowConfig extends AnyRef

    Trait to define the configuration for parsing a row.

23.  trait RowParser[Row, Input] extends AnyRef

    Trait to describe a parser which will yield a Try[Row] from a String representing a row of a table.

    Trait to describe a parser which will yield a Try[Row] from a String representing a row of a table.

    Row

    the (parametric) Row type for which there must be evidence of a RowParser[Row, Input].

    Input

    the (parametric) Input type for which there must be evidence of a RowParser[Row, Input].

    Annotations

    @implicitNotFound()

24.  case class RowValues(row: Row, header: Header) extends Convertible with Product with Serializable

    A concrete Convertible corresponding to a row.

    A concrete Convertible corresponding to a row.

    row

    the Row containing several values.

    header

    the Header.

25.  trait SingleCellParser[T] extends CellParser[T]

    Trait SingleCellParser, which extends CellParser[T].

    Trait SingleCellParser, which extends CellParser[T].

    T

    the type of the resulting object.

26.  case class StandardRowParser[Row](parser: LineParser)(implicit evidence$1: CellParser[Row]) extends StringParser[Row] with Product with Serializable

    StandardRowParser: a parser which extends RowParser[Row] and will yield a Try[Row] from a String representing a line of a table.

    StandardRowParser: a parser which extends RowParser[Row] and will yield a Try[Row] from a String representing a line of a table.

    Row

    the (parametric) Row type for which there must be evidence of a CellParser[Row].

    parser

    the LineParser to use

27.  case class StandardStringsParser[Row]()(implicit evidence$3: CellParser[Row]) extends StringsParser[Row] with Product with Serializable

    StandardRowParser: a parser which extends RowParser[Row] and will yield a Try[Row] from a String representing a line of a table.

    StandardRowParser: a parser which extends RowParser[Row] and will yield a Try[Row] from a String representing a line of a table.

    Row

    the (parametric) Row type for which there must be evidence of a CellParser[Row].

28.  type StringList = List[String]

    type alias for the results of parsing repetitions of String.

29.  trait StringParser[Row] extends RowParser[Row, String]

    A RowParser whose input type is String.

    A RowParser whose input type is String.

    Row

    the (parametric) Row type for which there must be evidence of a RowParser[Row, Input].

30.  abstract class StringTableParser[Table] extends AbstractTableParser[Table]

    Abstract class to extend AbstractTableParser but with Input = String.

    Abstract class to extend AbstractTableParser but with Input = String. This is the normal situation where a file is a sequence of Strings, each representing one line.

    Table

    the table type.

31.  type Strings = Seq[String]

    type alias for parsing rows which are composed of a sequence of String.

32.  trait StringsParser[Row] extends RowParser[Row, Strings]

    Trait to describe a parser which will yield a Try[Row] from a sequence of Strings representing a row of a table.

    Trait to describe a parser which will yield a Try[Row] from a sequence of Strings representing a row of a table.

    Row

    the (parametric) Row type for which there must be evidence of a CellParser[Row].

33.  abstract class StringsTableParser[Table] extends AbstractTableParser[Table]

    Abstract class to extend AbstractTableParser but with Input = Strings This is the unusual situation where a file is a sequence of a sequence of Strings, each representing one value.

    Abstract class to extend AbstractTableParser but with Input = Strings This is the unusual situation where a file is a sequence of a sequence of Strings, each representing one value.

    Table

    the table type.

34.  trait TableParser[Table] extends AnyRef

    Type class to parse a set of rows as a Table.

    Type class to parse a set of rows as a Table.

    Table

    the Table type.

    Annotations

    @implicitNotFound()

35.  case class TableParserException(msg: String, e: Option[Throwable] = None) extends Exception with Product with Serializable
36.  abstract class TableParserHelper[X] extends CellParsers

    TableParserHelper: abstract class to help with defining an implicit TableParser of Table[X].

    TableParserHelper: abstract class to help with defining an implicit TableParser of Table[X]. Note that this class extends CellParser[X]. It is expected that this should be sub-classed by the object which is the companion object of X. That will make it easiest for the compiler to discover the implicit value of type TableParser of Table[X]

    NOTE: this class should be used for simple cases where the the data and type X match according to one of options for sourceHasHeaderRow. More complex situations can easily be handled but not using this TableParserHelper class.

    X

    the type for which we require a TableParser[X].