using Org.BouncyCastle.Crypto.Utilities; using Org.BouncyCastle.Utilities.Encoders; using System.Collections.Generic; namespace Org.BouncyCastle.Pqc.Crypto.Sike { internal abstract class Internal { protected internal static uint RADIX = 64; protected internal static uint LOG2RADIX = 6; protected internal uint CRYPTO_PUBLICKEYBYTES; protected internal int CRYPTO_CIPHERTEXTBYTES; protected internal uint CRYPTO_BYTES; protected internal uint CRYPTO_SECRETKEYBYTES; protected internal uint NWORDS_FIELD; protected internal uint PRIME_ZERO_WORDS; protected internal uint NBITS_FIELD; protected internal uint MAXBITS_FIELD; protected uint MAXWORDS_FIELD; protected uint NWORDS64_FIELD; protected internal uint NBITS_ORDER; protected internal uint NWORDS_ORDER; protected uint NWORDS64_ORDER; protected internal uint MAXBITS_ORDER; protected internal uint ALICE; protected internal uint BOB; protected internal uint OALICE_BITS; protected internal uint OBOB_BITS; protected internal uint OBOB_EXPON; protected internal uint MASK_ALICE; protected internal uint MASK_BOB; protected uint PARAM_A; protected uint PARAM_C; protected internal uint MAX_INT_POINTS_ALICE; protected internal uint MAX_INT_POINTS_BOB; protected internal uint MAX_Alice; protected internal uint MAX_Bob; protected internal uint MSG_BYTES; protected internal uint SECRETKEY_A_BYTES; protected internal uint SECRETKEY_B_BYTES; protected internal uint FP2_ENCODED_BYTES; protected bool COMPRESS; protected internal uint MASK2_BOB; protected internal uint MASK3_BOB; protected internal uint ORDER_A_ENCODED_BYTES; protected internal uint ORDER_B_ENCODED_BYTES; protected internal uint PARTIALLY_COMPRESSED_CHUNK_CT; protected uint COMPRESSED_CHUNK_CT; protected uint UNCOMPRESSEDPK_BYTES; protected uint TABLE_R_LEN; protected internal uint TABLE_V_LEN; protected uint TABLE_V3_LEN; protected internal uint W_2; protected internal uint W_3; protected internal uint ELL2_W; protected internal uint ELL3_W; protected internal uint ELL2_EMODW; protected internal uint ELL3_EMODW; protected internal uint DLEN_2; protected internal uint DLEN_3; protected internal uint PLEN_2; protected internal uint PLEN_3; protected internal ulong[] PRIME; protected internal ulong[] PRIMEx2; protected internal ulong[] PRIMEx4; protected internal ulong[] PRIMEp1; protected ulong[] PRIMEx16p; protected ulong[] PRIMEp1x64; protected internal ulong[] Alice_order; protected internal ulong[] Bob_order; protected internal ulong[] A_gen; protected internal ulong[] B_gen; protected internal ulong[] Montgomery_R2; protected internal ulong[] Montgomery_one; protected internal uint[] strat_Alice; protected internal uint[] strat_Bob; protected internal ulong[] XQB3; protected internal ulong[] A_basis_zero; protected ulong[] B_basis_zero; protected internal ulong[] B_gen_3_tors; protected internal ulong[] g_R_S_im; protected ulong[] g_phiR_phiS_re; protected ulong[] g_phiR_phiS_im; protected ulong[] Montgomery_R; protected internal ulong[] Montgomery_RB1; protected internal ulong[] Montgomery_RB2; protected ulong[] threeinv; protected internal uint[] ph2_path; protected internal uint[] ph3_path; protected ulong[] u_entang; protected ulong[] u0_entang; protected internal ulong[][] table_r_qr; protected internal ulong[][] table_r_qnr; protected internal ulong[][] table_v_qr; protected internal ulong[][] table_v_qnr; protected internal ulong[][][] v_3_torsion; protected internal ulong[] T_tate3; protected internal ulong[] T_tate2_firststep_P; protected internal ulong[] T_tate2_P; protected internal ulong[] T_tate2_firststep_Q; protected internal ulong[] T_tate2_Q; protected internal ulong[] ph2_T; protected internal ulong[] ph2_T1; protected internal ulong[] ph2_T2; protected internal ulong[] ph3_T; protected internal ulong[] ph3_T1; protected internal ulong[] ph3_T2; internal static uint[] ReadIntsFromProperty(IDictionary<string, string> props, string key, uint intSize) { uint[] array = new uint[intSize]; string text = props[key]; uint num = 0; string[] array2 = text.Split(new char[1] { ',' }); foreach (string s in array2) { array[num] = uint.Parse(s); num++; } return array; } internal static ulong[] ReadFromProperty(IDictionary<string, string> props, string key, uint ulongSize) { byte[] array = Hex.Decode(props[key].Replace(",", "")); ulong[] array2 = new ulong[ulongSize]; for (int i = 0; i < array.Length / 8; i++) { array2[i] = Pack.BE_To_UInt64(array, i * 8); } return array2; } internal static ulong[][] ReadFromProperty(IDictionary<string, string> props, string key, uint d1Size, uint d2Size) { byte[] array = Hex.Decode(props[key].Replace(",", "")); ulong[][] array2 = new ulong[d1Size][]; for (int i = 0; i < d1Size; i++) { array2[i] = new ulong[d2Size]; } for (uint num = 0; num < array.Length / 8; num++) { uint num2 = num / d2Size; uint num3 = num % d2Size; array2[num2][num3] = Pack.BE_To_UInt64(array, (int)(num * 8)); } return array2; } internal static ulong[][][] ReadFromProperty(IDictionary<string, string> props, string key, uint d1Size, uint d2Size, uint d3Size) { byte[] array = Hex.Decode(props[key].Replace(",", "")); ulong[][][] array2 = new ulong[d1Size][][]; for (int i = 0; i < d1Size; i++) { array2[i] = new ulong[d2Size][]; for (int j = 0; j < d2Size; j++) { array2[i][j] = new ulong[d3Size]; } } for (uint num = 0; num < array.Length / 8; num++) { uint num2 = num / (d2Size * d3Size); uint num3 = num % (d2Size * d3Size) / d3Size; uint num4 = num % d3Size; array2[num2][num3][num4] = Pack.BE_To_UInt64(array, (int)(num * 8)); } return array2; } } }