sortingNetworkSort[[2]](2 columns)

Functions
template<domain D :shared3p >
D uint8	sortingNetworkSort (D uint8[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D uint16	sortingNetworkSort (D uint16[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D uint32	sortingNetworkSort (D uint32[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D uint64	sortingNetworkSort (D uint64[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D int8	sortingNetworkSort (D int8[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D int16	sortingNetworkSort (D int16[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D int32	sortingNetworkSort (D int32[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D int64	sortingNetworkSort (D int64[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D xor_uint8	sortingNetworkSort (D xor_uint8[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D xor_uint16	sortingNetworkSort (D xor_uint16[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D xor_uint32	sortingNetworkSort (D xor_uint32[[2]] matrix, uint column1, uint column2)
template<domain D :shared3p >
D xor_uint64	sortingNetworkSort (D xor_uint64[[2]] matrix, uint column1, uint column2)

Detailed Description

Function for sorting rows of a matrix based on values of two columns.

Note

D - all protection domains

Supported types - uint8 / uint16 / uint32 / uint / int8 / int16 / int32 / int / xor_uint8 / xor_uint16 / xor_uint32 / xor_uint64

Parameters

column1	- index of the first column used for ordering
column2	- index of the second column used for ordering
matrix	- a matrix of supported type

Returns

returns a matrix where the rows of the input matrix have been sorted. For ordering two rows, the values in column1 are compared first, if they are equal then the values in column2 are compared.

Leakage

None

Function Documentation

sortingNetworkSort() [1/12]

D int16 sortingNetworkSort	(	D int16[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [2/12]

D int32 sortingNetworkSort	(	D int32[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [3/12]

D int64 sortingNetworkSort	(	D int64[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [4/12]

D int8 sortingNetworkSort	(	D int8[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [5/12]

D uint16 sortingNetworkSort	(	D uint16[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [6/12]

D uint32 sortingNetworkSort	(	D uint32[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [7/12]

D uint64 sortingNetworkSort	(	D uint64[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [8/12]

D uint8 sortingNetworkSort	(	D uint8[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [9/12]

D xor_uint16 sortingNetworkSort	(	D xor_uint16[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [10/12]

D xor_uint32 sortingNetworkSort	(	D xor_uint32[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [11/12]

D xor_uint64 sortingNetworkSort	(	D xor_uint64[[2]]	matrix,
		uint	column1,
		uint	column2
	)

sortingNetworkSort() [12/12]

D xor_uint8 sortingNetworkSort	(	D xor_uint8[[2]]	matrix,
		uint	column1,
		uint	column2
	)