Index – I initial_permutation() (sage.crypto.block_cipher.sdes.SimplifiedDES method) initial_state() (sage.crypto.stream_cipher.LFSRCipher method) input_size() (sage.crypto.sbox.SBox method) integer_to_binary() (sage.crypto.block_cipher.miniaes.MiniAES method) integer_to_GF() (sage.crypto.block_cipher.miniaes.MiniAES method) interpolation_polynomial() (sage.crypto.sbox.SBox method) inverse() (sage.crypto.classical_cipher.HillCipher method) (sage.crypto.classical_cipher.SubstitutionCipher method) (sage.crypto.classical_cipher.TranspositionCipher method) (sage.crypto.classical_cipher.VigenereCipher method) (sage.crypto.sbox.SBox method) inverse_key() (sage.crypto.classical.AffineCryptosystem method) (sage.crypto.classical.HillCryptosystem method) (sage.crypto.classical.ShiftCryptosystem method) (sage.crypto.classical.SubstitutionCryptosystem method) (sage.crypto.classical.TranspositionCryptosystem method) (sage.crypto.classical.VigenereCryptosystem method) inversion_polynomials() (sage.crypto.mq.sr.SR_gf2 method) (sage.crypto.mq.sr.SR_gf2n method) inversion_polynomials_single_sbox() (sage.crypto.mq.sr.SR_gf2 method) (sage.crypto.mq.sr.SR_gf2_2 method) is_almost_bent() (sage.crypto.sbox.SBox method) is_apn() (sage.crypto.sbox.SBox method) is_balanced() (sage.crypto.boolean_function.BooleanFunction method) (sage.crypto.sbox.SBox method) is_bent() (sage.crypto.boolean_function.BooleanFunction method) (sage.crypto.sbox.SBox method) is_blum_prime() (in module sage.crypto.util) is_involution() (sage.crypto.sbox.SBox method) is_linear_structure() (sage.crypto.boolean_function.BooleanFunction method) (sage.crypto.sbox.SBox method) is_monomial_function() (sage.crypto.sbox.SBox method) is_permutation() (sage.crypto.sbox.SBox method) is_plateaued() (sage.crypto.boolean_function.BooleanFunction method) (sage.crypto.sbox.SBox method) is_state_array() (sage.crypto.mq.sr.SR_generic method) is_symmetric() (sage.crypto.boolean_function.BooleanFunction method) is_vector() (sage.crypto.mq.sr.SR_gf2 method) (sage.crypto.mq.sr.SR_gf2n method)
Index – I initial_permutation() (sage.crypto.block_cipher.sdes.SimplifiedDES method) initial_state() (sage.crypto.stream_cipher.LFSRCipher method) input_size() (sage.crypto.sbox.SBox method) integer_to_binary() (sage.crypto.block_cipher.miniaes.MiniAES method) integer_to_GF() (sage.crypto.block_cipher.miniaes.MiniAES method) interpolation_polynomial() (sage.crypto.sbox.SBox method) inverse() (sage.crypto.classical_cipher.HillCipher method) (sage.crypto.classical_cipher.SubstitutionCipher method) (sage.crypto.classical_cipher.TranspositionCipher method) (sage.crypto.classical_cipher.VigenereCipher method) (sage.crypto.sbox.SBox method) inverse_key() (sage.crypto.classical.AffineCryptosystem method) (sage.crypto.classical.HillCryptosystem method) (sage.crypto.classical.ShiftCryptosystem method) (sage.crypto.classical.SubstitutionCryptosystem method) (sage.crypto.classical.TranspositionCryptosystem method) (sage.crypto.classical.VigenereCryptosystem method) inversion_polynomials() (sage.crypto.mq.sr.SR_gf2 method) (sage.crypto.mq.sr.SR_gf2n method) inversion_polynomials_single_sbox() (sage.crypto.mq.sr.SR_gf2 method) (sage.crypto.mq.sr.SR_gf2_2 method) is_almost_bent() (sage.crypto.sbox.SBox method) is_apn() (sage.crypto.sbox.SBox method) is_balanced() (sage.crypto.boolean_function.BooleanFunction method) (sage.crypto.sbox.SBox method) is_bent() (sage.crypto.boolean_function.BooleanFunction method) (sage.crypto.sbox.SBox method) is_blum_prime() (in module sage.crypto.util) is_involution() (sage.crypto.sbox.SBox method) is_linear_structure() (sage.crypto.boolean_function.BooleanFunction method) (sage.crypto.sbox.SBox method) is_monomial_function() (sage.crypto.sbox.SBox method) is_permutation() (sage.crypto.sbox.SBox method) is_plateaued() (sage.crypto.boolean_function.BooleanFunction method) (sage.crypto.sbox.SBox method) is_state_array() (sage.crypto.mq.sr.SR_generic method) is_symmetric() (sage.crypto.boolean_function.BooleanFunction method) is_vector() (sage.crypto.mq.sr.SR_gf2 method) (sage.crypto.mq.sr.SR_gf2n method)