Hashing

MD5, CRC32, XXH3/XXH64, Blowfish, CryptoPP, MT19937, FNV-1a, DES, GameGuard hashes, IDEA, ThreeWay, Camellia, SEED

Functions 341Code 114 KBAddresses 0x00401CD0 to 0x00E05170

Filter these functions341 functions

Address	Size	Name	Description
0x00401CD0	1668	md5_transform	MD5 cryptographic hash transform implementing RFC 1321 rounds 1-4 on 64-byte message block
0x00402360	187	md5_update	Updates MD5 hash state by processing input data in 64-byte blocks with carry-over tracking for message length.
0x00402420	254	md5_final	Finalizes MD5 hash computation by padding message, appending bit length, performing final transform, and converting digest to little-endian bytes.
0x00402520	94	md5_compute	Initializes MD5 state, processes input data via update-final pattern, outputs 16-byte hash digest to param_4
0x00402580	190	md5_hash_to_uint	Computes MD5 hash of buffer and XOR-folds 16-byte digest into uint32 for file integrity verification.
0x00402640	207	md5_hash_string_to_uint	Computes MD5 hash of input string and XOR-folds 16 bytes into 32-bit checksum for validation.
0x00402770	472	md5_hash_file_to_uint	Computes MD5 hash of game file (capped at 500MB), XOR-folds result to uint for client integrity verification.
0x00402B60	108	CryptoContext__Cleanup	Releases CryptoAPI resources (hashes, keys, provider) and frees allocated memory buffers in crypto context structure.
0x00403140	157	CRC32__GenerateTable	Generates CRC32 polynomial lookup table (0xEDB88320) with 8 iterations per entry for packet validation checksums.
0x004031F0	79	CRC32__UpdateBuffer	Updates CRC32 checksum by processing input buffer bytes through XOR operations with lookup table entries.
0x00403370	297	CRC32__ComputeFile	Computes CRC32 checksum of a file by reading it in 64KB chunks using a polynomial lookup table.
0x004034A0	390	CRC32__ComputeFilePartial	Computes CRC32 checksum of file from offset, skipping initial bytes, reading in 64KB chunks with table-based lookup.
0x00403800	39	CRC32__ComputeBuffer	Computes CRC32 checksum of buffer with standard polynomial initialization and final XOR inversion.
0x00403830	253	CRC32__ComputeFileMapped	Computes CRC32 checksum of file via memory mapping with 500MB size limit, stores result in object.
0x004C9DC0	464	STL_hash_bytes_murmur	MurmurHash-based hash function for STL containers; processes 8-byte blocks with XOR-multiply operations and remainder handling.
0x004C9FB0	464	STL_hash_bytes_murmur_64	MurmurHash64 implementation processing 8-byte chunks with XOR-multiply finalization for 64-bit hash computation.
0x004CA300	102	XXH128_compare_equal	Compares two 128-bit XXH hash values for equality; returns 1 if equal, 0 otherwise.
0x004CA370	198	STL_xxhash32	Computes xxHash32 checksum for input buffer using 4-lane SIMD-like accumulator with prime constants and finalization step.
0x004CA440	15	XXH_write32_bswap	Converts a 32-bit unsigned integer from native byte order to big-endian (or vice versa) via bit manipulation.
0x004CA450	33	XXH3_copy_secret_48bytes	Copies 48 bytes (12 uint32 elements) from source to destination array, used for XXH3 hash state management.
0x004CA490	76	XXH32_digest	Finalizes XXH32 hash computation by combining accumulators and calling XXH32_finalize with rotated state values.
0x004CA4E0	131	XXH32_finalize	XXH32 hash finalization: processes remaining bytes (<16) and applies avalanche mixing with PRIME32 constants
0x004CA570	19	XXH_freeState_32	Frees an XXH32 hash state object and returns zero on success.
0x004CA590	12	XXH_read32_bswap	Converts 32-bit unsigned integer from little-endian to big-endian byte order via bitwise rotation.
0x004CA5A0	102	XXH32_reset_withSeed	Initializes XXH32 hash state with seed value, setting up accumulators with PRIME32-based constants for hashing.
0x004CA610	413	XXH32_update	XXH32 streaming hash update: buffers input data, processes 16-byte stripes with PRIME32 constants via multiply-rotate rounds on 4 accumulators.
0x004CA7B0	2736	XXH3_128bits_default	Computes XXH3 128-bit hash with default seed; handles variable input sizes from 0-241+ bytes
0x004CB930	44	XXH3_64bits_reset_default	Initializes XXH3 64-bit hash state with default parameters and secret configuration for streaming hashing operations.
0x004CB960	55	XXH3_64bits_reset_withSecret_validate	Validates and initializes XXH3 64-bit hash state with custom secret, requiring secret >= 0x88 bytes.
0x004CB9A0	69	XXH3_64bits_reset_withSecretAndSeed	Initializes XXH3 64-bit hasher with custom secret and seed; validates inputs and sets useSeed flag at offset 0x204.
0x004CB9F0	193	XXH3_64bits_reset_withSeed	Initializes XXH3 64-bit hash state with optional seed, deriving custom secret by XORing default values with seed material.
0x004CE980	2932	XXH3_128bits_withSeed	Computes XXH3 128-bit hash with 64-bit seed; XORs secret with seed-derived values for variable-length input
0x004CF500	1619	XXH3_64bits_default	XXH3 64-bit hash function with default seed; processes variable-length input with optimized paths for different size ranges
0x004D0170	44	XXH3_128bits_reset_default	Initializes XXH3 128-bit hash state with default parameters; returns error code (1=null, 0=success)
0x004D01A0	55	XXH3_128bits_reset_withSecret_validate	Validates and resets XXH3 128-bit hash state with custom secret key (min 136 bytes).
0x004D01E0	69	XXH3_128bits_reset_withSecretAndSeed	Initializes XXH3 128-bit hash state with custom secret and seed, validating secret length > 135 bytes.
0x004D0230	193	XXH3_128bits_reset_withSeed	Initializes XXH3 128-bit hash state with optional 64-bit seed, deriving custom secret from default if seed differs.
0x004D2650	1818	XXH3_128bits_hashLong	XXH3 128-bit hash function for long inputs (17-128 bytes), processes data in 32-byte blocks with XOR and multiplication folding.
0x004D2D70	166	XXH3_accumulate_round_128	Performs XXH3 128-bit hash accumulation round via XOR-multiply-accumulate across 4 parallel 128-bit lanes.
0x004D2E20	22	XXH3_copy_144_dwords	Copies 576 bytes of XXH3 streaming hash state (144 dwords) from source to destination buffer.
0x004D2E80	30	XXH3_aligned_free	Frees aligned memory by reading offset from byte before pointer and calling free on original address.
0x004D2EA0	401	encrypt_buffer_with_xxh3_keystream	Encrypts buffer by XORing with XXH3-128 hash keystream generated per 16-byte block
0x004D30E0	1041	XXH3_128bits_hashLong_default	XXH3 128-bit hash function for long inputs using default secret, processes 1024-byte blocks with 16 stripes
0x004D3980	2230	XXH3_128bits_hashLong_seeded	XXHash3 128-bit hash function for long inputs with seed, used for data integrity/checksum verification in client
0x004D4240	978	XXH3_64bits_hashLong_default	Computes XXH3 64-bit hash for long inputs using default secret and accumulator-based mixing loop
0x004D4A50	2054	XXH3_64bits_hashLong_seeded	XXHash3 64-bit hashing function for long inputs with seed, uses SIMD operations for bulk data processing
0x004D5260	88	XXH3_generateSecret_fromSeed	Generates 192-byte custom XXHash3 secret by XORing default secret with seed across 12 lanes
0x004D52C0	1457	XXH3_128bits_hashLong_custom_secret	XXH3 128-bit hash function for long inputs using custom secret and seed parameters, processes data in 32-byte stripes
0x004D5880	629	XXH3_hashLong_128b_withSeed_midsize	XXH3 128-bit hash for mid-size inputs (129-240 bytes) with seed using multiply-fold accumulation
0x004D5B00	235	XXH3_mergeAccs	XXH3 hash finalization that merges 4 accumulator stripes via XOR-multiply-fold operations and applies avalanche mixing for 64-bit output.
0x004D5BF0	204	XXH3_128bits_reset_internal	Initializes XXH3 128-bit hash state with prime constants and configures secret/seed offsets for hashing operations.
0x004D5CC0	115	XXH3_len1to3_64b	XXH3 64-bit hash function for 1-3 byte inputs using bit mixing and multiply-fold operations.
0x004D5D40	206	XXH3_scrambleAcc	XXH3 hash accumulator scrambling: right-shifts by 47 bits, XORs with secret, multiplies by prime constants for mixing.
0x004D5E10	850	XXH64_hash_long_internal	XXH64 hash accumulator merge for inputs ≥32 bytes using 4 parallel PRIME64 multiply-rotate lanes
0x004D6170	77	XXH64_avalanche	XXH64 hash avalanche mixer - applies bitwise diffusion to distribute hash bits uniformly across output range
0x004D61C0	23	XXH_write64_bswap	Writes a 64-bit value to memory with byte-swapping of each 32-bit half for big-endian conversion.
0x004D61E0	59	XXH3_copyState	Copies 88-byte XXH3 hash state structure from source to destination for state preservation/restoration operations.
0x004D6230	530	XXH64_digest	XXH64 hash digest finalization - merges 4 accumulator lanes and processes remaining bytes with rotate-multiply-accumulate
0x004D6450	413	XXH64_finalize	XXH64 hash finalization: processes remaining bytes and applies avalanche mixing to produce final 64-bit hash value
0x004D65F0	19	XXH_freeState	Deallocates memory for an XXHash state object previously created by XXH_createState.
0x004D6610	17	XXH_read64_bswap	Reads 64-bit value from memory and byte-swaps both 32-bit halves for endianness conversion.
0x004D6630	144	XXH64_reset_withSeed	Initializes XXH64 hash state with 64-bit seed, setting up 4 accumulator lanes with magic constants for streaming hash computation.
0x004D66C0	61	XXH64_round	Performs XXHash64 round computation using prime multipliers 0x27d4eb4f and 0x85ebca87 for hash mixing
0x004D6700	557	XXH64_update	XXH64 streaming hash update - processes 32-byte stripes through 4 accumulator lanes with PRIME multipliers and rotate-left operations
0x004D6940	19	XXH_write64	Writes a 64-bit value as two consecutive 32-bit words in little-endian format to memory.
0x0056CBD0	55	fnv1a_hash_string	Computes FNV-1a hash of std::string for unordered_map key hashing in Ragnarok Online client.
0x00587FF0	1100	BigNum__Square	Computes in-place squaring (param^2) of multiprecision BigNum using Karatsuba-style multiplication with carry propagation
0x00588700	39	BigNum__SetSize	Sets the size of a BigNum object, reallocating capacity if needed via virtual allocator at offset 0.
0x00588730	138	BigNum__Multiply128	Multiplies two 64-bit unsigned integers (param_2:param_3 × param_4:param_5), stores 128-bit result in param_1
0x0058AD00	58	fnv1a_hash_4bytes_b	Computes FNV-1a hash of 4 bytes using standard constants (offset basis 0x811c9dc5, prime 0x1000193)
0x006070C0	33	CryptoPP__BlockCipherMode__scalar_deleting_destructor	Virtual destructor for CryptoPP BlockCipherMode; conditionally deallocates object if param_2 bit 0 is set
0x006070F0	111	CryptoPP__BlockCipherModeEx__scalar_deleting_destructor	Destructor for CryptoPP BlockCipherModeEx that clears internal vectors and optionally deletes the object.
0x00607170	250	CryptoPP__BlockCipher__ProcessBlocks	Processes cipher blocks in ECB/CBC modes with optional XOR chaining and counter increment for block cipher operations.
0x00607270	71	CryptoPP__BlockCipherMode__AlignSize	Aligns data size to block cipher boundary; returns padded or truncated size based on cipher block size and padding flag.
0x006072C0	61	CryptoPP__AlignSize_static	Aligns a value to the nearest multiple of a given alignment size, with optional rounding up behavior.
0x00607320	36	CryptoPP__IncrementCounterByOne	Increments a little-endian counter/byte array by one, handling carry-over propagation from LSB to MSB.
0x00607350	186	CryptoPP__CBC_Encryption__ProcessData	CBC mode encryption that processes data blocks, manages IV state swapping, and handles partial block buffering for stream cipher operations.
0x00607410	135	CryptoPP__CBC_Decryption__ProcessData	CBC mode decryption processor that decrypts data blocks and updates IV state for RO packet decryption.
0x006074A0	186	CryptoPP__CFB_Encryption__ProcessData	CFB mode encryption processes data blocks with state swapping between input/output buffers and cipher feedback registers.
0x00607560	132	CryptoPP__CFB_Decryption__ProcessData	CFB mode decryption processing: decrypts param_4 bytes using block cipher feedback, handling partial blocks and buffer management.
0x006075F0	225	CryptoPP__CTR_Mode__ProcessData	CTR mode cipher stream processing; encrypts/decrypts data blocks with counter increment and carry propagation logic.
0x006076E0	106	CryptoPP__ECB_Mode__ProcessData	ECB mode block cipher encryption/decryption loop that processes data in block-sized chunks with XOR operations.
0x00607750	311	CryptoPP__StreamCipher__ProcessLastBlock	Processes final cipher block with PKCS#7 padding for encryption/decryption in CryptoPP stream cipher.
0x00607890	28	CryptoPP__BlockCipherMode__SetIV	Sets initialization vector for block cipher mode by copying data to IV buffer with size validation
0x006078B0	109	CryptoPP__BlockCipherMode__ResizeBuffers1	Resizes cipher block mode buffer by querying block size and adjusting output buffer pointers/allocation accordingly.
0x00607920	109	CryptoPP__BlockCipherMode__ResizeBuffers2	Resizes internal cipher mode buffer by adjusting end pointer or growing vector to match required block size.
0x00607990	182	CryptoPP__BlockCipherMode__ResizeBuffers	Resizes two internal buffers in block cipher mode by synchronizing their pointers based on calculated block size requirements.
0x00607A50	21	CryptoPP__BlockCipherMode__ProcessBlock	Virtual method dispatcher that calls the ProcessBlock implementation from a derived BlockCipherMode class via vtable offset 0x10.
0x00607A70	46	BlockCipherMode__ProcessAndUpdateIV	Processes a cipher block via virtual method call, then copies data to update the IV buffer with remaining capacity.
0x00607AA0	331	CryptoPP__xorbuf_3arg	XORs three 32-bit aligned buffers in 16-byte chunks with overlap detection for safe in-place operations
0x00607BF0	260	CryptoPP__xorbuf_2arg	XORs two buffers in-place with 16-byte and 64-byte optimized loops, falling back to byte-wise XOR for remainder.
0x00607D00	221	CryptoPP__ByteSwap32_Buffer	Byte-swaps 32-bit integers from source to destination buffer using SSE pshufb for aligned data or scalar fallback.
0x00607E50	1077	Blowfish__EncryptBlock	Encrypts 8-byte blocks using Blowfish cipher with 16 Feistel rounds, 4 S-boxes, P-array; supports CBC mode via param_3 XOR.
0x00608290	1093	Blowfish__DecryptBlock	Decrypts a 64-bit Blowfish block using Feistel network with 3 full rounds and P-array XOR operations.
0x006086E0	216	Blowfish__SetKey	Initializes Blowfish cipher S-boxes on first call, then copies key material (max 32 bytes) to P-array.
0x006087C0	38	CryptoPP__VerifyAndCopyBuf	Verifies two buffers have equal size, then copies source to destination; returns success/failure status.
0x006087F0	192	CryptoPP__AuthEncrypt__VerifyTag1	Verifies AES-encrypted authentication tag by decrypting block with 16-byte key and comparing decrypted length.
0x006088B0	195	BCrypt__AuthEncrypt__VerifyTag	Verifies authenticated encryption tag by setting up AES key and decrypting a block, returning success if decrypted size matches expected
0x00608980	207	CryptoPP__AuthEncrypt__VerifyTag3	Verifies authentication tag by setting up AES key, decrypting block, and comparing decrypted size to expected length.
0x00608A50	247	CryptoPP__AuthEncrypt__VerifyTag4	Verifies authenticated encryption tag using XXH3 hash and AES decryption with key setup and cleanup.
0x00608B50	334	CryptoPP__xorbuf_4arg_keyed	XORs input buffer with 128-bit key state in 16-byte blocks, processing remainder bytes with overlap checking.
0x00608CA0	423	CryptoPP__AE_CipherOp_A	Initializes AES cipher operation with XXH3 hash-based IV, processes 16-byte block, then cleans up cipher state.
0x00608E50	423	CryptoPP__AE_CipherOp_B	Initializes AES cipher with XXH3 hash-derived IV, processes 16-byte block, clears sensitive data
0x00609000	423	CryptoPP__AE_CipherOp_C	Initializes AES cipher mode, hashes input data with XXH3, processes IV and last block for encryption/decryption operation.
0x006091B0	423	CryptoPP__AE_CipherOp_D	Destructor for AES cipher operation object; clears IV buffer and internal cipher state before cleanup.
0x00609360	423	CryptoPP__AE_CipherOp_E	Initializes AES cipher with XXH3-128 hash for IV, processes block cipher mode operations, then cleans up sensitive data.
0x00609510	410	CryptoPP__AE_CipherOp_F	Initializes AES cipher with XXH3 hash-derived key, processes IV update, and cleans up cipher state
0x006096B0	410	CryptoPP__AE_CipherOp_G	Initializes AES cipher mode, processes IV with XXH3 hash, and cleans up cipher state before destruction.
0x00609850	410	CryptoPP__AES_CipherMode__ProcessBlock	Initializes AES cipher mode, processes 16-byte block through cipher pipeline with IV update, clears sensitive data.
0x006099F0	410	CryptoPP__AE_CipherOp_I	Initializes AES cipher, processes IV block, and cleans up cipher state with security buffer clearing.
0x0060ADA0	168	CryptoPP__CTR_decrypt_setup	Initializes CTR mode cipher decryption by setting up counter block, virtual function pointers, and resizing internal buffers.
0x0060AE50	168	CryptoPP__CBC_decrypt_setup	Initializes CBC mode decryption cipher by setting up vtables, IV block, and resizing internal buffers for block cipher operations.
0x0060AF00	168	CryptoPP__CTR_Mode__SetupDecryption	Initializes CTR mode decryption by setting up counter block, vtables, and resizing cipher buffers.
0x0060AFB0	168	CryptoPP__CTR_encrypt_setup	Initializes CTR mode cipher with IV block, sets up virtual method pointers, and resizes internal buffers for encryption.
0x0060B060	149	CryptoPP__cipher_mode_setup_A	Initializes CTR mode cipher state with counter block, sets up vtable pointers and buffer structures for block cipher mode.
0x0060B100	149	CryptoPP__CBC_decrypt_setup_B	Initializes CBC mode decryption cipher with IV block, sets up destructor vtables, and resizes internal buffers for block cipher operations.
0x0060B2B0	157	CryptoPP__GCM_cipher_setup	Initializes GCM cipher mode with IV block, sets up vtables and buffers for AES-GCM encryption state.
0x0060B350	149	CryptoPP__CTR_setup_C	Initializes CTR (Counter) mode cipher block with vtable setup, counter block initialization, and buffer resizing for streaming encryption.
0x0060B3F0	149	CryptoPP__CBC_encrypt_setup	Initializes CBC cipher mode with IV block, sets up vtables and resizes internal buffers for encryption operations.
0x0060B490	175	CryptoPP__init_counter_block	Initializes a CTR mode cipher block object with vtable pointers and zeroed state fields for counter mode encryption.
0x0060B540	149	CryptoPP__init_iv_block	Initializes a CryptoPP block cipher IV (initialization vector) object with vtable pointers and zeroed state fields.
0x0060B5E0	9274	CryptoPP__InitAlgorithmTables	CryptoPP: InitAlgorithmTables
0x0060DA20	91	CryptoPP__BlockCipherMode__ctor_A	Initializes CryptoPP BlockCipherMode object by zeroing 12 bytes of member data and setting vtable pointer.
0x0060DA80	91	CryptoPP__BlockCipherMode__ctor_B	Initializes BlockCipherMode object by zeroing 0xD0 bytes of member data and setting up virtual function table.
0x0060DAE0	65	CryptoPP__BlockCipherMode__dtor_wrapper_A	Wrapper destructor for CryptoPP BlockCipherMode that calls the actual destructor with stack canary protection.
0x0060DB30	65	CryptoPP__BlockCipherMode__dtor_wrapper_B	Wrapper destructor for CryptoPP BlockCipherMode that calls the actual destructor with stack canary validation.
0x0060DB80	91	CryptoPP__BlockCipherMode__ctor_C	Initializes CryptoPP BlockCipherMode object by zeroing 16 bytes and setting virtual function table
0x0060DBE0	91	CryptoPP__BlockCipherMode__ctor_D	Initializes BlockCipherMode object by zeroing 12 bytes of state and setting up virtual function table
0x0060DC40	91	CryptoPP__BlockCipherMode__ctor_E	Initializes BlockCipherMode object by zeroing 16 bytes of cipher state and setting virtual function table pointer.
0x0060DCA0	117	CryptoPP__BlockCipherMode__dtor_with_vtable	Destructor for CryptoPP BlockCipherMode that zeros 0xD0 bytes of state and calls parent destructor with SEH.
0x0060DD20	146	CryptoPP__CTR_mode_destructor	Destructor for CryptoPP CTR mode cipher; zeroes allocated buffer and calls parent destructors for cleanup.
0x0060DDC0	95	CryptoPP__CTR_mode_dtor_no_free	Destructor for CTR mode cipher that cleans up block cipher mode and handles stack canary validation before returning.
0x0060DE20	146	CryptoPP__CTR_mode_destructor_B	Destructor for CryptoPP CTR mode cipher that zeroes buffer and frees allocated memory with exception handling.
0x0060DEC0	95	CryptoPP__CTR_mode_dtor_no_free_B	Destructor for CTR mode cipher that cleans up block cipher mode resources and handles stack canary validation.
0x0060DF20	163	CryptoPP__CBC_mode_destructor	Destructor for CryptoPP CBC cipher mode; zeros IV buffer, frees allocated memory, and calls parent destructor.
0x0060DFD0	117	CryptoPP__CBC_mode_dtor_no_free	Destructor for CBC cipher mode that zeros 16 bytes of cipher state then calls parent BlockCipherModeEx destructor.
0x0060E050	163	CryptoPP__GCM_mode_destructor	Destructor for CryptoPP GCM mode cipher that zeros sensitive data and frees internal buffers
0x0060E100	117	CryptoPP__GCM_mode_dtor_no_free	Destructor for GCM cipher mode that zeroes 12 bytes of state and calls parent BlockCipherModeEx destructor
0x0060E180	163	CryptoPP__CTR_encrypt_destructor	Destructor for CryptoPP CTR mode cipher that zeroes sensitive key/IV buffers and frees allocated memory
0x0060E230	117	CryptoPP__CTR_encrypt_dtor_no_free	Destructor for CryptoPP CTR mode cipher that zeros out 16-byte IV buffer and cleans up base BlockCipherMode object.
0x0060E310	102	CryptoPP__free_vectors	Securely zeroes vector memory before deallocation, then frees the STL vector container structure.
0x0060E380	64	CryptoPP__scalar_dtor_A	Destructor for CryptoPP scalar type; deallocates dynamically allocated memory at offset +4 with XOR stack canary protection.
0x0060E3D0	102	CryptoPP__SecureBuffer__Deallocate	Deallocates CryptoPP secure buffer by zeroing and freeing nested pointer structures with stack canary protection.
0x0060E460	86	CryptoPP__checked_dealloc	Deallocates memory for CryptoPP objects with overflow checking and XOR-based stack canary validation before deletion.
0x0060E4F0	75	CryptoPP_Table__destructor	Destructor for CryptoPP lookup table; deallocates 16-byte heap buffer if allocated, with stack canary protection.
0x0060E540	74	CryptoPP__scalar_dtor_B	Destructor for CryptoPP scalar type; deallocates nested pointer and self with XOR stack canary validation.
0x0060E5B0	91	CryptoPP__BlockCipherMode__ctor_F	Initializes BlockCipherMode object by zeroing 0xd0 bytes of member data and setting virtual function table
0x0060E610	130	CryptoPP__cipher_mode_destructor_A	Destructor for CryptoPP cipher mode that securely wipes internal buffer and restores vtable.
0x0060E6A0	130	CryptoPP__BlockCipherMode__destructor	Destructor for CryptoPP BlockCipherMode that zeroes internal buffer and restores vtable
0x0060E730	91	CryptoPP__BlockCipherMode__ctor_G	Initializes CryptoPP BlockCipherMode object by zeroing 16 bytes at offset+4 and setting vtable pointer.
0x0060E790	91	CryptoPP__BlockCipherMode__ctor_H	Initializes BlockCipherMode object by zeroing 12 bytes of member data and setting virtual function table pointer.
0x0060E7F0	91	CryptoPP__BlockCipherMode__ctor_I	Initializes CryptoPP BlockCipherMode object by zeroing 16 bytes of state and setting virtual table pointer
0x0060E850	119	CryptoPP__BlockCipherMode__dtor_ex	Destructor for CryptoPP BlockCipherMode that securely zeros cipher state buffer before deallocation
0x0060E8D0	65	CryptoPP__BlockCipherMode__Destructor	Destructor for BlockCipherMode that cleans up cipher resources and stack frame; calls parent destructor.
0x0060E920	119	CryptoPP__Cipher__Cleanup1	Zeroes cipher state buffer and invokes destructors for block cipher mode cleanup during object destruction.
0x0060E9A0	91	CryptoPP__Cipher__Cleanup2	Zeros 12 bytes at offset +4 in cipher object, then reinitializes its vtable for block cipher mode.
0x0060EA00	65	CryptoPP__AES_Destructor_A	Destructor wrapper for CryptoPP AES cipher mode object with stack canary validation and cleanup.
0x0060EA50	65	CryptoPP__AES__Destructor	Destructor wrapper for CryptoPP AES block cipher mode object; calls parent destructor with stack canary.
0x0060EAA0	91	CryptoPP__AE_BaseDtor_Wipe12	Destructor that wipes 16 bytes of AES cipher state data then resets vtable pointer
0x0060EB00	91	CryptoPP__AE_BaseDtor_Wipe12_B	Destructor that wipes 12 bytes of BlockCipherMode state then reinitializes vtable for secure cleanup.
0x0060EB60	91	CryptoPP__AE_BaseDtor_Wipe16	Destructor that wipes 16 bytes of AES cipher mode state and resets vtable before object destruction.
0x0060EBC0	65	CryptoPP__AE_BaseDtor_NoWipe	Destructor for CryptoPP AES block cipher mode that calls parent BlockCipherModeEx destructor without wiping memory.
0x0060EC40	123	CryptoPP__AE_ScalarDtor_Wipe12_sz0x10	Destructor that securely wipes 12 bytes of scalar data and optionally deallocates the AES object.
0x0060ECC0	126	CryptoPP__AE_ScalarDtor_Wipe208_sz0xD4	Destructor that securely wipes 0xD0 bytes of cipher mode data and optionally deallocates the object.
0x0060ED50	87	CryptoPP__AE_ScalarDtor_A_sz0x10	Destructor for CryptoPP AES scalar (16-byte aligned); calls cipher mode destructor and optionally frees memory with XOR stack canary check.
0x0060EDB0	87	CryptoPP__AE_ScalarDtor_B_sz0x10	Destructor for CryptoPP AES scalar block cipher mode; deallocates 0x10-byte heap object if ownership flag set.
0x0060EE10	123	CryptoPP__AE_ScalarDtor_Wipe16_sz0x14	Destructor that securely wipes 16 bytes of cipher state data before optionally deallocating the object.
0x0060EE90	123	CryptoPP_AES_Scalar_Destructor	Destructor that securely wipes 12 bytes of AES scalar data, then optionally deallocates the 16-byte object.
0x0060EF10	123	CryptoPP__AE_ScalarDtor_Wipe16_sz0x14_B	Destructor that securely wipes 16 bytes of scalar data and optionally deallocates memory block.
0x0060EF90	138	CryptoPP__AES_BlockCipherMode__Destructor	Destructor for AES block cipher mode; wipes 208 bytes of sensitive cipher state, cleans vtable, optionally frees object.
0x0060F020	32	CryptoPP__AE_ScalarDtor_sz0x3C_A	Destructor for CryptoPP AES scalar object (sz 0x3C); calls CTR mode destructor and conditionally frees memory.
0x0060F050	113	CryptoPP__AE_DualDtor_A_sz0x30	Destructor for CryptoPP AES dual-mode cipher object; calls cipher mode and block cipher destructors, optionally frees 0x30-byte allocation.
0x0060F0D0	32	CryptoPP__AE_ScalarDtor_sz0x3C_B	Destructor for CryptoPP AES scalar (0x3C bytes); calls CTR mode destructor and conditionally deallocates memory.
0x0060F100	113	CryptoPP__AE_DualDtor_B_sz0x30	Destructor for CryptoPP AE (Authenticated Encryption) DualDtor mode with 0x30-byte object cleanup
0x0060F180	32	CryptoPP__AE_ScalarDtor_sz0x40_A	Destructor for 64-byte CryptoPP AES scalar; conditionally deallocates memory if delete flag set
0x0060F1B0	135	CryptoPP__AE_DualDtor_Wipe16_sz0x34	Destructor for CryptoPP AES dual-mode cipher that wipes 16 bytes of sensitive data and optionally deallocates the 0x34-byte structure.
0x0060F240	32	CryptoPP__AES_GCM_Scalar_Destructor	Destructor for CryptoPP AES-GCM scalar context; calls GCM cleanup and conditionally frees 0x3C-byte allocation.
0x0060F270	135	CryptoPP__AE_DualDtor_Wipe12_sz0x30	Destructor for AES dual cipher mode that wipes 12 bytes of state data and conditionally deallocates 0x30-byte object.
0x0060F300	32	CryptoPP__AES_Scalar_Dtor_sz0x40	Destructor for 64-byte AES scalar object; calls CTR mode cleanup and conditionally frees allocated memory.
0x0060F330	135	CryptoPP__AES__DualDtor_Wipe16_sz0x34_B	Destructor for AES cipher mode object; zeros 16-byte buffer at offset 0x24, cleans up vtable, optionally deallocates 0x34-byte structure
0x0060F3C0	126	CryptoPP__AE_ScalarDtor_Wipe208_sz0xD4_B	Destructor that securely wipes 0xD0 bytes of cipher state memory, optionally deallocates object, handles stack canary verification.
0x0060F450	32	CryptoPP__AE_ScalarDtor_A_sz0x10_B	Destructs CryptoPP cipher mode object, optionally freeing 0x10-byte allocated memory if flag set.
0x0060F480	32	CryptoPP__AES_Scalar__Destructor	Destructor for CryptoPP AES scalar context; calls mode destructor and conditionally deallocates 0x10-byte object.
0x0060F4B0	123	CryptoPP__AE_ScalarDtor_Wipe16_sz0x14_C	Destructor that securely wipes 16 bytes of memory and optionally deallocates BlockCipherMode object
0x0060F530	123	CryptoPP__AE_ScalarDtor_Wipe12_sz0x10_C	Destructor that securely wipes 12 bytes of scalar data and optionally deallocates 0x10-byte memory block.
0x0060F5B0	123	CryptoPP__AE_ScalarDtor_Wipe16_sz0x14_D	Destructor that securely wipes 16 bytes of cipher state data, optionally deallocates object memory
0x0060F630	137	CryptoPP__AES__DualDtor_WipeDynamic_sz0x2C	Destructor for CryptoPP AES cipher mode that wipes dynamic buffer before optional deallocation
0x0060F6C0	87	CryptoPP__AE_ScalarDtor_NoWipe_sz0x20	Destructor for CryptoPP AES scalar (32-byte key material) with conditional deallocation and stack canary protection
0x0060F720	137	CryptoPP__AE_DualDtor_WipeDynamic_sz0x2C_B	Destructor for CryptoPP AES dual-mode cipher that wipes dynamic buffer and optionally deletes object (0x2C bytes)
0x0060F7B0	123	CryptoPP__AES_Scalar__Destructor_Wipe	Destructor for AES scalar that wipes 12 bytes of sensitive key material before optional deallocation.
0x0060F830	87	CryptoPP__AE_ScalarDtor_A_sz0x10_C	Destructor for CryptoPP AES scalar with stack canary verification; deallocates 0x10-byte aligned cipher mode object
0x0060F890	87	CryptoPP__AE_ScalarDtor_B_sz0x10_C	Destructor for CryptoPP AES scalar with 16-byte alignment; deallocates block cipher mode object and optionally frees param_1 memory.
0x0060F8F0	123	CryptoPP__AE_ScalarDtor_Wipe16_sz0x14_E	Destructor that securely wipes 16 bytes of cipher mode data, optionally deallocates object memory
0x0060F970	123	CryptoPP__AES_ScalarDtor_Wipe	Destructor that securely wipes 12 bytes of AES scalar data and optionally deallocates 16-byte memory block.
0x0060F9F0	123	CryptoPP__AE_ScalarDtor_Wipe16_sz0x14_F	Destructor that securely wipes 16 bytes of memory then optionally deallocates a CryptoPP BlockCipherMode object
0x0060FA70	87	CryptoPP__AE_ScalarDtor_NoWipe_sz0x20_B	Destructor for CryptoPP AES scalar (32-byte) with conditional heap deallocation based on ownership flag.
0x0060FAD0	560	CryptoPP__AE_DecryptVerify_CipherA_Single	Decrypts and verifies AES-encrypted data with MAC authentication using CipherOp_A, processes in 0x410-byte chunks
0x0060FD00	560	CryptoPP__AE_DecryptVerify_CipherB_Single	Decrypts and verifies a single block (0x410 bytes) using AES-based authenticated encryption with MAC validation.
0x0060FF30	560	CryptoPP__AE_DecryptVerify_CipherI_Single	Decrypts and verifies authenticated encryption data using AES-CBC with MAC validation in 0x410-byte chunks.
0x00610160	613	CryptoPP__AE_DecryptVerify_CipherC_Dual	Decrypts and verifies AES-encrypted data using dual-block processing with XOR buffering and authentication tag validation.
0x006103D0	613	CryptoPP__AE_DecryptVerify_CipherF_Dual	Decrypts and verifies dual-cipher AES encrypted data using XOR buffer operations and block decryption.
0x00610640	613	CryptoPP__AE_DecryptVerify_CipherE_Dual	Decrypts and verifies dual-cipher data using AES with XOR buffer operations and block decryption.
0x006108B0	613	CryptoPP__AE_DecryptVerify_CipherF_Dual_B	Decrypts and verifies AES-encrypted data using dual cipher with XOR keying and block verification.
0x00610B20	613	CryptoPP__AE_DecryptVerify_CipherB_Large	Decrypts and verifies authenticated encryption data using CipherOp_B with large block processing (0xC10 byte chunks).
0x00610D90	613	CryptoPP__AE_DecryptVerify_CipherA_Large	Decrypts and verifies large data blocks using AES cipher with XOR operations and authentication tag validation.
0x00611000	613	CryptoPP__AE_DecryptVerify_CipherI_Dual	Decrypts and verifies dual-block AES-encrypted data (0x810-byte chunks) using CipherOp_I with XOR keying and integrity verification.
0x006114E0	584	CryptoPP__AE_CipherOp_B_Wrapper	Wraps AES cipher operation in CBC mode; processes data through XOR buffer with IV updates and block alignment for RO client encryption.
0x00611730	548	CryptoPP__AE_Decrypt_B_CBC	Decrypts data using AES in CBC mode with block cipher operations and IV processing.
0x00611960	584	CryptoPP__AE_Decrypt_B_GCM	Decrypts data using AES-GCM mode with streamed processing and XOR operations for large buffers.
0x00611BB0	584	CryptoPP__AE_Decrypt_A_GCM	Decrypts GCM-mode encrypted data by XORing ciphertext with keystream, processing up to 0x800 bytes per iteration.
0x00611E00	632	CryptoPP__AE_CipherOp_C_Wrapper	Encrypts/decrypts data using AES-GCM cipher mode with configurable block processing and IV management.
0x00612080	572	CryptoPP__AE_Decrypt_D_CBC	Decrypts data using AES in CBC mode with Crypto++ library, processing input buffer through block cipher operations and XOR operations.
0x006122C0	524	CryptoPP__AE_Decrypt_H_CBC_v1	Decrypts data using AES-CBC cipher mode with block processing and XOR buffer operations.
0x006124D0	584	CryptoPP__AE_Decrypt_A_CTR	Decrypts data using AES-CTR mode cipher, processing input buffer in 0x400-byte blocks with XOR operation and IV updates.
0x00612720	524	CryptoPP__AE_Decrypt_H_CTR	Decrypts data using AES in CTR mode with configurable block processing and IV updates
0x00612930	548	CryptoPP__AE_Decrypt_H_CBC_v2	Decrypts data using AES in CBC mode with block cipher processing and XOR operations for Ragnarok game packets.
0x00612B60	632	CryptoPP__AE_Decrypt_G_CBC	Decrypts data using AES in CBC mode with Crypto++ library, processing input in 0x400-byte blocks
0x00612DE0	584	CryptoPP__AE_Decrypt_A_GCM_v2	Decrypts AES-GCM encrypted data in chunks, XORing with keystream and processing blocks up to 3KB.
0x00613030	584	CryptoPP__AE_Decrypt_A_CTR_v2	Decrypts data using AES-CTR mode cipher, processing input in 1KB blocks with XOR operations and IV updates.
0x00613280	608	CryptoPP__AE_Decrypt_C_GCM	Decrypts data using AES-GCM cipher mode with IV processing and XOR-based keystream operations.
0x006134E0	632	CryptoPP__AE_Decrypt_E_GCM	Decrypts data using AES-GCM mode with authenticated encryption, verifying integrity before returning success/failure status.
0x00613760	584	CryptoPP__AE_Decrypt_C_CTR	Decrypts data using CryptoPP AES in CTR mode with configurable block processing and IV management.
0x006139B0	524	CryptoPP__AE_Encrypt_H_CTR	Encrypts data using AES-CTR mode cipher by processing blocks and XORing with keystream output.
0x00613BC0	524	CryptoPP__AE_Decrypt_F_CTR	Decrypts data using AES-CTR mode cipher; processes input buffer in blocks and XORs with keystream.
0x00613DD0	572	CryptoPP__AE_Encrypt_C_CBC	Encrypts data using AES in CBC mode with CryptoPP library; handles block cipher mode setup and IV processing.
0x00614010	632	CryptoPP__AE_Encrypt_G_CBC	Encrypts data using AES in CBC mode with Crypto++ library, processing input in 0x400-byte blocks with IV updates.
0x00614290	548	CryptoPP__AE_Encrypt_H_CTR_v2	Encrypts data using AES in CTR mode with block cipher processing and XOR operations for Ragnarok Online packet encryption.
0x006144C0	548	CryptoPP__AE_Encrypt_C_CTR	Encrypts data using AES in CTR mode; processes input through cipher operation and XOR buffering with block alignment.
0x006146F0	524	CryptoPP__AE_Encrypt_I_CBC	Encrypts data using AES in CBC mode with IV update and chunked stream processing for Ragnarok client
0x00614900	584	CryptoPP__AE_Decrypt_C_CTR_v2	Decrypts data using AES-CTR mode with Crypto++ library, processing up to 0x400-byte blocks iteratively.
0x006150E0	40	CryptoPP__GetAlgorithmID_0x10C	Returns algorithm identifier 0x10C for Crypto++ library, likely RSA or cipher mode constant.
0x00615110	40	CryptoPP__GetAlgorithmID_0x10D	Returns the algorithm identifier 0x10D for Crypto++ RSA encryption operations in RO client authentication
0x00615140	40	CryptoPP__GetAlgorithmID_0x10E	Returns algorithm identifier 0x10E (270 decimal), likely RSA key size or Crypto++ algorithm constant for RO client encryption.
0x00615170	40	CryptoPP__GetAlgorithmID_0x10F	Returns algorithm identifier 0x10F (271), likely RSA key size or cipher suite constant for Ragnarok crypto operations.
0x006151A0	40	CryptoPP__GetAlgorithmID_0x110	Returns the algorithm identifier 0x110 for Crypto++ library cryptographic operations in RO client.
0x006151D0	40	CryptoPP__GetAlgorithmID_0x111	Returns the algorithm identifier 0x111 for Crypto++ operations in RO client packet encryption/decryption
0x00615200	40	CryptoPP__GetAlgorithmID_0x112	Returns the constant algorithm identifier 0x112, likely for Ragnarok's crypto/packet encryption scheme identification.
0x00615230	40	CryptoPP__GetAlgorithmID_0x113	Returns the algorithm identifier 0x113 for Crypto++ library algorithm selection/lookup purposes.
0x00615260	40	CryptoPP__GetAlgorithmID_0x114	Returns algorithm identifier 0x114 for Crypto++ library's RSA or encryption algorithm lookup
0x00615290	40	CryptoPP__GetAlgorithmID_0x115	Returns the algorithm identifier 0x115, likely for Crypto++ library algorithm enumeration in RO client
0x006152C0	40	CryptoPP__GetAlgorithmID_0x116	Returns the algorithm identifier 0x116, likely for cryptographic operations in RO packet encryption/decryption
0x006152F0	40	CryptoPP__GetAlgorithmID_0x117	Returns the cryptographic algorithm identifier 0x117 (RSA-2048 variant) for Ragnarok Online packet encryption
0x00615380	55	CryptoPP__IntegerHash_Murmur	Murmur-style integer hash function with 4 rounds of xor-shift-multiply mixing for hash table distribution.
0x00615ED0	590	CryptoPP__GenerateRandomKey	Generates cryptographically secure random key material using MT19937 seeding and XOR-based key derivation for RO packet encryption.
0x006161E0	312	MT19937__GenerateRandomBytes	Generates cryptographically random bytes using Mersenne Twister with rejection sampling to avoid modular bias.
0x00616600	230	CryptoPP__GenerateRandomRange	CryptoPP: GenerateRandomRange
0x006166F0	182	CryptoPP__CreateRNG_Context	Allocates and initializes a reference-counted RNG context object (0x5C bytes) with vtable, returns smart pointer pair.
0x006167B0	185	CryptoPP__CreateRNG_Context_Large	Allocates and initializes a 0x10C-byte ref-counted RNG context object with vtable, returning smart pointer pair.
0x00616870	182	CryptoPP__CreateRNG_Context_Small	Allocates and initializes a small RNG context object (0x48 bytes) with vtable pointer and calls RNG initialization.
0x00616930	196	CryptoPP__CreateHashContext	Allocates and initializes a 0x30-byte hash context object with vtable, zeroing state fields and returning smart pointer pair.
0x00616A20	153	PacketCrypt__RNG_Init	Initializes a packet encryption RNG object with cipher mode vtables and zero-initialized buffers.
0x00616AC0	153	CryptoPP__RNG_Init_Large	Initializes a large block cipher mode object with buffer allocation and destructor setup for packet encryption.
0x00616B60	261	PacketCrypt__RNG__Constructor	Initializes a PacketCrypt RNG object with vtable pointers, zeroing buffers and AES cipher mode state.
0x00616C70	94	MT19937__Init	Initializes MT19937 PRNG state array with seed, sets index to 624, stores range bounds for RNG operations.
0x00616CD0	175	CryptoPP__AES__Init	Initializes AES cipher object by setting up vtable pointers and zeroing 8 member fields for encryption state.
0x00616D80	135	CryptoPP__HashState__Init	Initializes a hash state structure by zeroing 8 fields and setting the 9th to 1, likely for cryptographic state setup.
0x00616F60	91	CryptoPP__AE_BaseDtor_Wipe208	Destructor that securely wipes 208 bytes of AES cipher mode state before resetting vtable pointer.
0x00616FC0	91	CryptoPP__AE_BaseDtor_Wipe32	Destructor that securely wipes 32 bytes of AES cipher mode state before freeing the object.
0x00617060	64	CryptoPP__DeleteBuffer_0x50	Deallocates a 0x50-byte buffer from CryptoPP by calling operator_delete on stored pointer at offset +4.
0x006171D0	75	CryptoPP__DeleteBuffer_0x50_B	Deletes a 0x50-byte buffer with stack canary protection; calls operator_delete if buffer pointer at offset +4 is non-null
0x00617410	91	CryptoPP__AE_BaseDtor_Wipe32_B	Destructor that securely wipes 32 bytes of sensitive cipher data then resets vtable for BlockCipherMode
0x00617470	91	CryptoPP__AE_BaseDtor_Wipe32_C	Destructor that securely wipes 32 bytes of AES cipher state memory before calling vtable setup for BlockCipherMode.
0x00617640	172	CryptoPP__SmartPtr__MoveAssign	Move-assigns smart pointer by swapping pointers and releasing old ref-counted object with interlocked decrement and virtual destructor.
0x00619C10	104	CryptoPP__IDEA__MulInv	Computes modular multiplicative inverse mod 2^16+1 for IDEA cipher key schedule via 16-iteration Newton's method
0x0061A170	128	CryptoPP__RC5__DecryptBlock	RC5 block decryption with 20 rounds and CBC-mode XOR support for 8-byte blocks in RO client.
0x0061A300	113	CryptoPP__RC5__EncryptBlock	RC5-32/20/b block cipher encryption with 20 rounds, data-dependent rotations, and optional CBC mode XOR feedback.
0x0061A7B0	103	CryptoPP__SecureBuffer__Resize	Resizes secure buffer by truncating, zero-filling extensions, or reallocating capacity as needed.
0x0061A820	183	CryptoPP__TEA__DecryptBlock	TEA block decryption with 16 rounds, big-endian byte swapping, and CBC mode XOR chaining support.
0x0061A8E0	177	CryptoPP__XTEA__DecryptBlock	Decrypts 8-byte XTEA blocks with big-endian byte swapping and CBC mode XOR chaining for RO network packets.
0x0061A9A0	180	CryptoPP__TEA__EncryptBlock	TEA block cipher encryption with big-endian byte swapping and CBC mode XOR chaining support for RO packet encryption.
0x0061AA60	177	CryptoPP__XTEA__EncryptBlock	Encrypts 64-bit block using XTEA cipher with 16 rounds, big-endian byte swapping, and optional CBC mode XOR chaining.
0x0061AB20	125	CryptoPP__TEA__SetKey	Sets TEA cipher key by copying up to 16 bytes into 4 uint32 words and byte-swapping each to big-endian format.
0x0061ABA0	125	CryptoPP__XTEA__SetKey	Sets 16-byte XTEA encryption key with little-to-big-endian byte-swapping for Ragnarok packet encryption.
0x0066ACD0	108	fnv1a_hash_8bytes	Computes FNV-1a hash of 8 bytes using standard FNV offset basis and prime constants.
0x0066C3E0	107	HashMap__FindByHash_8byte	Searches hash map bucket for 8-byte key match; returns iterator to found node or end sentinel.
0x0066CA70	58	fnv1a_hash_4bytes	Computes FNV-1a hash of 4 bytes using standard constants (offset basis 0x811c9dc5, prime 0x1000193)
0x0066CAB0	106	fnv1a_hash_8bytes_b	Computes FNV-1a 32-bit hash of 8 bytes using offset basis 0x811c9dc5 and prime 0x1000193
0x0066CB20	533	HashMap__InsertOrFind_4byte_key	Inserts or finds a 4-byte key in hash map, rehashing if load factor exceeded, returns iterator and insertion flag.
0x0066CD40	533	HashMap__InsertOrFind_4byte_key_b	Inserts or finds a 4-byte key in hash map; returns iterator and insertion status flag via output param.
0x0066CF60	557	HashMap__InsertOrFind_4byte_with_list	Inserts a new 4-byte key-value node into hash map with collision chain, rehashing if load factor exceeded.
0x0066D190	540	HashMap__InsertOrFind_4byte_complex_a	Inserts or finds a 4-byte key in an unordered_map, rehashing if load factor exceeded, returns iterator and insertion flag.
0x0066D3B0	490	HashMap__InsertOrFind_complex_0x2c_b	Inserts or finds a 0x2c-byte element in an unordered_map, rehashing if load factor exceeded.
0x0066D5A0	483	HashMap__InsertOrFind_int_key	Inserts or finds an integer key in an unordered_map, rehashing when load factor threshold exceeded.
0x0066D790	490	HashMap__InsertOrFind_4byte_complex_c	Inserts or finds a 4-byte key in an unordered_map, rehashing if load factor exceeded, returns iterator and insertion flag.
0x0066D980	490	HashMap__InsertOrFind_4byte_complex_d	Inserts or finds a 4-byte key in hash map; rehashes if load factor exceeded, returns iterator and insertion flag.
0x0066DBF0	387	HashMap__InsertOrFind_string_key	Inserts or finds string key in unordered_set using FNV-1a hash; rehashes if load factor exceeded.
0x0066DD80	540	HashMap__InsertOrFind_4byte_nested	Inserts or finds a 4-byte key in nested hash map; rehashes on load factor, returns iterator and insertion flag.
0x0066DFA0	494	HashMap__InsertOrFind_8byte_key	Inserts or finds an 8-byte key in hash map; rehashes if load factor exceeded, returns node pointer and insertion flag.
0x0066E190	484	HashMap__InsertOrFind_int_pair	Inserts or finds a key-value pair in an unordered_map, handling rehashing and bucket management with load factor checks.
0x0066F410	476	HashMap__InsertRangeFromList	Inserts range of string elements from linked list into unordered_set using FNV-1a hashing for deduplication.
0x00686120	426	HashMap__Rehash_FNV1a_4byte_a	Rehashes FNV-1a hash map with 4-byte keys, resizing bucket array to power-of-2 and reinserting all nodes.
0x00686CF0	362	HashMap__Rehash_IntKey_a	Rehashes integer-keyed HashMap by reallocating buckets and reinserting nodes using masked integer keys for new bucket positions.
0x00687420	424	HashMap__Rehash_FNV1a_8byte	Rehashes FNV-1a 8-byte key HashMap by reallocating buckets and reinserting all nodes into new bucket positions.
0x006875E0	95	HashMap__InsertNode_FNV1a_4byte	Inserts a node into a FNV-1a hashed map, maintaining doubly-linked list and updating bucket pointers.
0x006894D0	278	HashMap__DestroyNode_0x50	Destructs a 0x50-byte HashMap node by destroying two internal HashMaps and freeing allocated memory.
0x00689730	533	HashMap__EraseRange_FNV1a	Removes a range of nodes from FNV-1a hash map, updating bucket pointers and linked list structure while decrementing size.
0x00689950	251	HashMap__DestroyNode_0x2C	Destructor for HashMap nodes; destroys internal hash map and deallocates 0x2C-byte node memory.
0x00689BD0	173	HashMap__ClearOrShrink_0x10	Clears or shrinks a 16-byte node HashMap; shrinks if size < capacity/8, else clears nodes and resets bucket array.
0x00689C90	279	HashMap__ClearOrShrink_0x18	Shrinks HashMap by removing one node if load factor < 1/8, otherwise performs full clear and resets bucket table.
0x0068B980	53	CEnchantEffect__Lua_PushRarityTier	Pushes the current item rarity tier value to Lua stack as a number for enchant effect operations.
0x0075E130	871	MT19937__ShuffleVector	Initializes vector [0..param_2-1], seeds MT19937 from random_device, performs Fisher-Yates shuffle for effect/skill randomization
0x00A29550	58	FNV1a_hash_4bytes	Computes FNV-1a hash of 4-byte input using offset basis 0x811c9dc5 and prime 0x1000193.
0x00A87320	21	CDes__SetKey	Wraps DES key scheduling; initializes encryption key from param_2 and returns object pointer (param_1).
0x00A87350	3	CDes__dtor	Empty destructor for CDes class; performs no cleanup operations
0x00A87360	686	des_encrypt_data	Encrypts data blocks using DES with frequency-based byte substitution obfuscation; first 20 blocks always encrypted, rest controlled by param_6.
0x00A87730	569	des_encrypt_first20_blocks	Encrypts the first 20 DES blocks of packet data using DES algorithm with permutation and S-box operations.
0x00A87970	668	des_decrypt_data	Decrypts DES-encrypted data blocks from RO packets with stride-based conditional decryption and byte substitution table.
0x00A87D30	420	des_encrypt_block	Encrypts 8-byte data block using DES algorithm with 16 Feistel rounds and key schedule indexed backwards
0x00A87EE0	419	des_decrypt_block	Performs DES block decryption with initial/final permutation and 16 rounds of Feistel network substitution and permutation operations.
0x00A88090	138	des_final_permutation	Applies DES final permutation to 64-bit block, rearranging bits according to standard DES IP-1 table.
0x00A88120	138	des_initial_permutation	Performs DES initial permutation on 64-bit input, rearranging bits according to standard DES IP table
0x00A881B0	575	des_key_schedule	DES key schedule generation for cryptographic key expansion from 64-bit input to round keys
0x00A8BCD0	101	grf_hash_filename_djb2	Hashes filename using DJB2 algorithm (hash=0x1505; hash=hash*33+char) after lowercasing for GRF table lookup.
0x00AA9F50	248	hash_finalize_padding	Finalizes RIPEMD160 hash by padding input with 0x80 bit, appending 64-bit length, processing via Merkle-Damgard construction.
0x00AAA050	35	hash_init_custom_md	Initializes custom MD5-like hash state with non-standard IV constants for Ragnarok packet/data integrity verification.
0x00AAF300	796	SHA1__Transform	SHA-1 cryptographic hash transform function processing 512-bit message blocks through 80 rounds with standard constants.
0x00AAF620	79	SHA1__GetHashWordByIndex	Extracts a specific word (0-4) from SHA-1 hash result by index modulo 5.
0x00AB1860	259	MARS_Final	Finalizes MARS hash computation by padding message, processing remaining blocks, appending length, and outputting hash state.
0x00C159A0	225	CMD5__Update	MD5 update function that processes input data in 64-byte blocks, maintaining bit count and buffering partial blocks.
0x00C15A90	351	CMD5__Finalize	Finalizes MD5 hash computation by padding message, processing remaining blocks, appending length, and extracting 16-byte digest to output buffer.
0x00C15BF0	42	CMD5__Init	Initializes MD5 hash state with zero bit counter and standard RFC 1321 initial values (A-D registers).
0x00D1F8B0	224	compute_exe_hash	Computes MD5 hash of the game executable file by reading it in 1KB chunks and returns success status.
0x00DE2020	378	gg_verify_file_crc32	Verifies file integrity by computing CRC32 checksum and comparing against expected value from registry
0x00DE29D0	245	gg_read_crc32_from_registry	Reads and validates a CRC32 value from Windows registry, logging mismatches to encrypted file.
0x00E000A0	136	zip_hash_node_delete	Deletes a hash node after XOR-obfuscating its data, deallocates 0x60 bytes if node differs from parameter.
0x00E00220	10	find_last_char_in_string	Wrapper around _mbsrchr that finds the last occurrence of a character in a multibyte string.
0x00E00230	121	zip_hash_clear	Clears a hash table structure by deallocating nodes and resetting internal pointers and counters to empty state.
0x00E002C0	10	crt_mbsnbcmp_wrapper	Thin wrapper around CRT _mbsnbcmp; compares up to param_3 bytes of two multibyte strings
0x00E002D0	10	copy_bytes_mbcs	Copies up to param_3 bytes from param_2 to param_1 using multibyte character set aware copying.
0x00E002E0	61	popcount32	Counts the number of set bits (1s) in a 32-bit unsigned integer using bit manipulation.
0x00E00320	103	zip_hash_seh_wrapper	SEH wrapper that establishes exception handling context before calling zip_hash_main_logic with XOR stack cookie validation.
0x00E003D0	8593	zip_hash_main_logic	Main hash computation logic for the zip/archive integrity verification system. Implements a hash algorithm that processes input data blocks through multiple rounds of mixing, substitution, and permutation operations. Used to verify the integrity of GRF archive files and detect tampering. The function takes a hash state context, input data buffer, and length, processing the data in fixed-size blocks through a series of bitwise operations (XOR, rotation, shift) and table lookups to produce a digest value. Part of the client's anti-cheat / file integrity checking system.
0x00E02A10	9	zero_memory	Clears a 4-byte value by setting it to zero and returns the pointer for chaining.
0x00E02A20	12	md5_stub_init	Wrapper function that initializes MD5 context and returns the first parameter unchanged.
0x00E02A50	225	zip_md5_update	Updates MD5 hash state with input data buffer, processing 64-byte blocks and accumulating bit count
0x00E02B60	174	md5_finalize	Finalizes MD5 hash by padding message with length bits and extracting 16-byte hash digest in little-endian format
0x00E02C10	287	zip_md5_hash_file	Computes MD5 hash of file in 4KB chunks (max ~100MB), initializes, updates, and finalizes hash digest.
0x00E02D30	607	zip_md5_hash_pe_sections	Computes MD5 hash of executable PE sections (EXECUTE flag or entry point), validates MZ/PE headers, reads sections in 4KB chunks.
0x00E030B0	42	md5_init	Initializes MD5 context structure with zero counts and standard RFC 1321 IV constants for hash computation.
0x00E03140	1991	zip_md5_transform	MD5 round function implementing the four MD5 message digest transformation rounds with bit rotation and constant mixing operations.
0x00E05170	240	zip_crc32	Computes CRC-32 checksum of data buffer using standard lookup table; unrolled 8-byte loop for ZIP file integrity verification.