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KeccakTools
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#include "Keccak-fParts.h"

Typedefs | |
| typedef UINT64 | PackedParity |
Functions | |
| PackedParity | getPackedParityFromParity (const RowValue &parity, const unsigned int &z) |
| RowValue | getParityFromPackedParity (const PackedParity &parity, const unsigned int &z) |
| PackedParity | packParity (const vector< RowValue > &parity) |
| void | unpackParity (PackedParity packedParity, vector< RowValue > &parity, unsigned int laneSize) |
| RowValue | getParity (SliceValue slice) |
| PackedParity | getParity (const vector< SliceValue > &state) |
| void | getParity (const vector< SliceValue > &state, vector< RowValue > &parity) |
| void | getParity (const vector< LaneValue > &state, vector< LaneValue > &parity) |
| void | fromSlicesToSheetsParity (const vector< RowValue > &paritySlices, vector< LaneValue > &paritySheets) |
| void | fromSheetsToSlicesParity (const vector< LaneValue > &paritySheets, vector< RowValue > &paritySlices) |
| typedef UINT64 PackedParity |
The PackedParity type is one 64-bit word, containing up to 8 5-bit parities, coming from up to 8 slices. The parity of slice z is in the bits corresponding to (0-31)*32^z in the word. See getPackedParityFromParity() and getParityFromPackedParity() for more details.
| void fromSheetsToSlicesParity | ( | const vector< LaneValue > & | paritySheets, |
| vector< RowValue > & | paritySlices | ||
| ) |
This function converts the parity of a state expressed as a vector of parities of each sheet into a vector of parities of each slice.
| paritySheets | The parity as a vector of lanes. |
| paritySlices | The parity as a vector of rows. |
| void fromSlicesToSheetsParity | ( | const vector< RowValue > & | paritySlices, |
| vector< LaneValue > & | paritySheets | ||
| ) |
This function converts the parity of a state expressed as a vector of parities of each slice into a vector of parities of each sheet.
| paritySlices | The parity as a vector of rows. |
| paritySheets | The parity as a vector of lanes. |
| PackedParity getPackedParityFromParity | ( | const RowValue & | parity, |
| const unsigned int & | z | ||
| ) | [inline] |
This function returns a PackedParity with bits set to zero, except for parity at slice z, with a given value.
| parity | The parity of the slice with z-coordinate z. |
| z | The z-coordinate. |
This function computes the parity of a state, sheet per sheet, and returns it in a vector of lane values.
| state | The value of the state given as a vector of lanes. |
| parity | The parity of state as a vector of 5 lane values. |
| void getParity | ( | const vector< SliceValue > & | state, |
| vector< RowValue > & | parity | ||
| ) |
This function computes the parity of a state, slice per slice, and returns it in a vector of row values.
| state | The value of the state given as a vector of slices. |
| parity | The parity of state as a vector of row values. |
| RowValue getParity | ( | SliceValue | slice | ) |
This function computes the parity of a slice.
| slice | The value of a slice. |
| PackedParity getParity | ( | const vector< SliceValue > & | state | ) |
This function computes the parity of a state, and returns it in a PackedParity.
| state | The value of the state given as a vector of slices. |
| RowValue getParityFromPackedParity | ( | const PackedParity & | parity, |
| const unsigned int & | z | ||
| ) | [inline] |
This function returns the parity value at slice z in the given PackedParity value.
| parity | The parity to read from. |
| z | The z-coordinate to read from. |
| PackedParity packParity | ( | const vector< RowValue > & | parity | ) |
This function converts from a vector of parity of each slice to a PackedParity value.
| parity | The parity of a state as vector of row values. |
| void unpackParity | ( | PackedParity | packedParity, |
| vector< RowValue > & | parity, | ||
| unsigned int | laneSize | ||
| ) |
This function converts from a PackedParity value to a vector of parity of each slice.
| packedParity | The parity of a state as a PackedParity value. |
| parity | The parity of a state as a vector of row values. |
| laneSize | The number of slices. |