_nx_crypto_ec_secp224r1_reduce() - syntax, references, call tree, description

Syntax

Show:

Summary

Declaration

Definition

from nx_crypto_ec.h:496

VOID _nx_crypto_ec_secp224r1_reduce(NX_CRYPTO_EC *curve, NX_CRYPTO_HUGE_NUMBER *value, HN_UBASE *scratch);

Implemented in nx_crypto_ec.c:1321

References

Code

Location

NX_CRYPTO_KEEP VOID _nx_crypto_ec_secp224r1_reduce(NX_CRYPTO_EC *curve,

nx_crypto_ec.c:1321

VOID _nx_crypto_ec_secp224r1_reduce(NX_CRYPTO_EC *curve,

nx_crypto_ec.h:496

_nx_crypto_ec_secp224r1_reduce

nx_crypto_ec.c:500

Call Tree

_nx_crypto_ec_secp224r1_reduce() calls 9 functions:

_nx_crypto_ec_secp224r1_reduce()

_nx_crypto_memset_ptr

_nx_crypto_huge_number_setup()

_nx_crypto_huge_number_extract()

_nx_crypto_huge_number_compare()

_nx_crypto_huge_number_compare_unsigned()

_nx_crypto_huge_number_is_zero()

_nx_crypto_huge_number_add()

_nx_crypto_huge_number_subtract()

_nx_crypto_huge_number_subtract_unsigned()

Data Use

_nx_crypto_ec_secp224r1_reduce() reads 3 variables and writes 4 variables:

NX_CRYPTO_HUGE_NUMBER_STRUCT::nx_crypto_huge_number_data

NX_CRYPTO_HUGE_NUMBER_STRUCT::nx_crypto_huge_number_is_negative

NX_CRYPTO_EC_STRUCT::nx_crypto_ec_field

_nx_crypto_ec_secp224r1_reduce()

NX_CRYPTO_HUGE_NUMBER_STRUCT::nx_crypto_huge_number_data

NX_CRYPTO_HUGE_NUMBER_STRUCT::nx_crypto_huge_number_size

NX_CRYPTO_HUGE_NUMBER_STRUCT::nx_crypto_huge_buffer_size

NX_CRYPTO_HUGE_NUMBER_STRUCT::nx_crypto_huge_number_is_negative

Class Tree

All items filtered out

Override Tree

All items filtered out

Implementations

_nx_crypto_ec_secp224r1_reduce() is implemented by 1 functions:

_nx_crypto_ec_secp224r1_reduce()

NX_CRYPTO_EC_STRUCT::nx_crypto_ec_reduce

Instances

Lifecycle

All items filtered out

_nx_crypto_ec_secp224r1_reduce() function

Syntax

Arguments

Examples

References

Call Tree

Data Use

Class Tree

Override Tree

Implementations

Instances

Lifecycle

_nx_crypto_ec_secp224r1_reduce() function

Syntax

Arguments

Related Functions

Examples

References

Call Tree

Data Use

Class Tree

Override Tree

Implementations

Instances

Lifecycle