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Impala::Core::Column Namespace Reference

Classes
class	ColumnTem
	Class definition for table column with an arbitrary number of elements, each represented by an ElemT. More...
class	FixedStringColumn
	Class definition for an table column with fixed length strings. More...
class	InvalidColumn
	Class definition for an invalid table column, to be used in table definitions but logically not being part of the table. More...
Typedefs
typedef Vector::VectorSet< Array::Array2dScalarInt8 >	FixedStringColumnBaseType
typedef ColumnTem< Quid >	ColumnQuid
typedef ColumnTem< Int32 >	ColumnInt32
typedef ColumnTem< Real64 >	ColumnReal64
Functions
template<class C1, class C2>
void	AddAssign (C1 *dst, C2 *src, int start, int end)
void	AddAssign (InvalidColumn *dst, InvalidColumn *src, int start, int end)
template<class C2>
void	AddAssign (InvalidColumn *dst, C2 *src, int start, int end)
template<class C1>
void	AddAssign (C1 *dst, InvalidColumn *src, int start, int end)
template<class C>
void	ApplyOrder (C *data, ColumnTem< int > *order)
	overloaded from Util::ApplyOrder
template<>
void	ApplyOrder (Vector::VectorSet< Array::Array2dScalarReal64 > *data, ColumnTem< int > *orderCol)
	specialisation for VectorSet (of doubles)
template<class C>
bool	Contains (C *col, typename C::ColElemType elem)
template<class C>
bool	Contains (C *col, typename C::ColElemType elem, int start, int end)
bool	Contains (InvalidColumn *col, InvalidColumn::ColElemType elem, int start, int end)
template<class C1, class C2>
void	Copy (C1 *dst, C2 *src, int nrElem, int dstStart, int srcStart)
void	Copy (InvalidColumn *dst, InvalidColumn *src, int nrElem, int dstStart, int srcStart)
template<class C2>
void	Copy (InvalidColumn *dst, C2 *src, int nrElem, int dstStart, int srcStart)
template<class C1>
void	Copy (C1 *dst, InvalidColumn *src, int nrElem, int dstStart, int srcStart)
template<class C1, class C2>
void	Copy (C1 *dst, C2 *src, int nrElem)
template<class C1, class C2>
void	CopyRev (C1 *dst, C2 *src, int nrElem)
void	CopyRev (InvalidColumn *dst, InvalidColumn *src, int nrElem)
template<class C2>
void	CopyRev (InvalidColumn *dst, C2 *src, int nrElem)
template<class C1>
void	CopyRev (C1 *dst, InvalidColumn *src, int nrElem)
template<class C1, class C2>
int	CopyUnique (C1 *dst, C2 *src, int dstStart, int srcStart, int srcSize)
	Copy elements in the range [srcStart,srcSize) of src to dst provided they are not already present in the range [0,dstStart) of dst.
int	CopyUnique (InvalidColumn *dst, InvalidColumn *src, int dstStart, int srcStart, int srcSize)
template<class C2>
int	CopyUnique (InvalidColumn *dst, C2 *src, int dstStart, int srcStart, int srcSize)
template<class C1>
int	CopyUnique (C1 *dst, InvalidColumn *src, int dstStart, int srcStart, int srcSize)
template<class C>
void	DivAssign (C *col, typename C::ColElemType val, int start, int end)
void	DivAssign (InvalidColumn *col, InvalidColumn::ColElemType val, int start, int end)
template<class C1, class C2>
bool	Equals (const C1 *t1, const C2 *t2, int nrElem)
template<>
bool	Equals (const InvalidColumn *t1, const InvalidColumn *t2, int nrElem)
template<class C1, class C2>
bool	Equals (const C1 *t1, const C2 *t2, int nrElem, double tolerance)
	Versions with tolerance.
template<>
bool	Equals (const InvalidColumn *t1, const InvalidColumn *t2, int nrElem, double tolerance)
template<class C1, class C2>
void	FilterUnique (bool *&filter, C1 *dst, C2 *src, int dstSize, int srcSize)
	Make a filter that selects elements of src that are not present in dst.
void	FilterUnique (bool *&filter, InvalidColumn *dst, InvalidColumn *src, int dstSize, int srcSize)
template<class C2>
void	FilterUnique (bool *&filter, InvalidColumn *dst, C2 *src, int dstSize, int srcSize)
template<class C1>
void	FilterUnique (bool *&filter, C1 *dst, InvalidColumn *src, int dstSize, int srcSize)
template<class C>
int	Find (C *col, typename C::ColElemType elem)
template<class C>
int	Find (C *col, typename C::ColElemType elem, int start, int end)
int	Find (InvalidColumn *col, InvalidColumn::ColElemType elem, int start, int end)
template<class C>
int	FindInAscending (C *col, typename C::ColElemType elem)
template<class C>
int	FindInAscending (C *col, typename C::ColElemType elem, int start, int end)
int	FindInAscending (InvalidColumn *col, InvalidColumn::ColElemType elem, int start, int end)
template<class C>
void	GenerateId (C *col)
void	GenerateId (InvalidColumn *col)
	ILOG_VAR_INIT (InvalidColumn, Impala.Core.Column)
template<class C>
bool	IsSortedAscending (C *col, int nrElem)
	Check whether column is sorted in ascending order.
template<class C>
bool	IsSortedDescending (C *col, int nrElem)
	Check whether column is sorted in descending order.
template<class C>
void	MakeFilter (bool *&filter, C *col, bool defaultValue)
	Make a filter for the given column with a specific filter value.
void	MakeFilter (bool *&filter, InvalidColumn *col)
template<class C>
void	MakeFilterEqual (bool *&filter, C *col, bool defaultValue, typename C::ColElemType elem)
	Make a filter for the given colomn indicating (in)equality to elem.
void	MakeFilterEqual (bool *&filter, InvalidColumn *col, int elem)
template<class C1, class C2>
void	MulAssign (C1 *dst, C2 *src, int start, int end)
void	MulAssign (InvalidColumn *dst, InvalidColumn *src, int start, int end)
template<class C2>
void	MulAssign (InvalidColumn *dst, C2 *src, int start, int end)
template<class C1>
void	MulAssign (C1 *dst, InvalidColumn *src, int start, int end)
void	Read (InvalidColumn *col, Util::IOBuffer *buffer)
void	Read (InvalidColumn *col, String fileName, Util::Database *db)
void	Read (ColumnTem< Int32 > *col, Util::IOBuffer *buffer)
void	Read (ColumnTem< Int32 > *col, String fileName, Util::Database *db)
void	Read (ColumnTem< UInt64 > *col, Util::IOBuffer *buffer)
void	Read (ColumnTem< UInt64 > *col, String fileName, Util::Database *db)
void	Read (ColumnTem< Real64 > *col, Util::IOBuffer *buffer)
void	Read (ColumnTem< Real64 > *col, String fileName, Util::Database *db)
void	Read (ColumnTem< String > *col, Util::IOBuffer *buffer)
void	Read (ColumnTem< String > *col, String fileName, Util::Database *db)
void	Read (ColumnTem< Geometry::Rectangle > *col, Util::IOBuffer *buffer)
void	Read (ColumnTem< Geometry::Rectangle > *col, String fileName, Util::Database *db)
void	Read (Vector::VectorSet< Array::Array2dScalarInt8 > *col, Util::IOBuffer *buffer)
void	Read (Vector::VectorSet< Array::Array2dScalarInt8 > *col, String fileName, Util::Database *db)
void	Read (Vector::VectorSet< Array::Array2dScalarReal64 > *col, Util::IOBuffer *buffer)
void	Read (Vector::VectorSet< Array::Array2dScalarReal64 > *col, String fileName, Util::Database *db)
template<class C>
void	RemoveRow (C *col, int row, int size)
void	RemoveRow (InvalidColumn *col, int row, int size)
template<class C>
void	RemoveRow (C *col, bool *filter, int size)
void	RemoveRow (InvalidColumn *col, bool *filter, int size)
template<class C>
void	Reverse (C *column)
template<class C>
void	ReversePart (C *column, int left, int right)
template<>
void	ReversePart (Vector::VectorSet< Array::Array2dScalarReal64 > *data, int left, int right)
	specialisation for VectorSet (of doubles)
template<>
void	Reverse (Vector::VectorSet< Array::Array2dScalarReal64 > *data)
	specialisation for VectorSet (of doubles)
template<class C1, class C2>
int	Select (C1 *dst, C2 *src, bool *filter, int dstStart, int srcStart, int srcSize)
	Select elements from src based on filter by copying them to dst as long as there is room in dst.
int	Select (InvalidColumn *dst, InvalidColumn *src, bool *filter, int dstStart, int srcStart, int srcSize)
template<class C2>
int	Select (InvalidColumn *dst, C2 *src, bool *filter, int dstStart, int srcStart, int srcSize)
template<class C1>
int	Select (C1 *dst, InvalidColumn *src, bool *filter, int dstStart, int srcStart, int srcSize)
template<class C1, class C2>
void	SortAscending (C1 *first, C2 *second, int nrElem)
	Sort columns first and second in ascending order based on the values in the second column.
template<class C1, class C2>
void	SortAscendingTopN (C1 *first, C2 *second, C1 *result, C2 *resultSecond)
	Sort only topN of columns first and second in ascending order based on the values in the second column.
template<class C1, class C2>
void	SortDescending (C1 *first, C2 *second, int nrElem)
	Sort columns first and second in descending order based on the values in the second column.
template<class C1, class C2>
void	SortDescendingTopN (C1 *first, C2 *second, C1 *result, C2 *resultSecond)
	Sort only topN of columns first and second in descending order based on the values in the second column.
void	Write (InvalidColumn *col, int nrElem, Util::IOBuffer *buf, bool binary)
void	Write (InvalidColumn *col, int nrElem, String fileName, Util::Database *db, bool binary)
void	Write (ColumnTem< Int32 > *col, int nrElem, Util::IOBuffer *buf, bool binary)
void	Write (ColumnTem< Int32 > *col, int nrElem, String fileName, Util::Database *db, bool binary)
void	Write (ColumnTem< UInt64 > *col, int nrElem, Util::IOBuffer *buf, bool binary)
void	Write (ColumnTem< UInt64 > *col, int nrElem, String fileName, Util::Database *db, bool binary)
void	Write (ColumnTem< Real64 > *col, int nrElem, Util::IOBuffer *buf, bool binary)
void	Write (ColumnTem< Real64 > *col, int nrElem, String fileName, Util::Database *db, bool binary)
void	Write (ColumnTem< String > *col, int nrElem, Util::IOBuffer *buf, bool binary)
void	Write (ColumnTem< String > *col, int nrElem, String fileName, Util::Database *db, bool binary)
void	Write (ColumnTem< Geometry::Rectangle > *col, int nrElem, Util::IOBuffer *buf, bool binary)
void	Write (ColumnTem< Geometry::Rectangle > *col, int nrElem, String fileName, Util::Database *db, bool binary)
void	Write (Vector::VectorSet< Array::Array2dScalarInt8 > *col, int nrElem, Util::IOBuffer *buf, bool binary)
void	Write (Vector::VectorSet< Array::Array2dScalarInt8 > *col, int nrElem, String fileName, Util::Database *db, bool binary)
void	Write (Vector::VectorSet< Array::Array2dScalarReal64 > *col, int nrElem, Util::IOBuffer *buf, bool binary)
void	Write (Vector::VectorSet< Array::Array2dScalarReal64 > *col, int nrElem, String fileName, Util::Database *db, bool binary)

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