DinamoClient Class Reference

API class for accessing HSM functionalities Dinamo. In this class it is possible to program using the administrative functionalities of machine monitoring, logging, backup, as well as the primitive functionalities such as symmetric and asymmetric key cryptography and the functionalities of the HSM modules. More...

Data Structures
class	PinComponents
	Class that encapsulates the PIN generation components. More...
struct	UserTrustInfo

Public Types
enum	BARCODE : int { BARCODE128 = 1 , BARCODEPDF417 = 2 }
enum	P7_MODE : uint {   TAC_MOD_CORE_P7_TEXT = 0x0001 , TAC_MOD_CORE_P7_NOCERTS = 0x0002 , TAC_MOD_CORE_P7_NOSIGS = 0x0004 , TAC_MOD_CORE_P7_NOCHAIN = 0x0008 ,   TAC_MOD_CORE_P7_NOINTERN = 0x0010 , TAC_MOD_CORE_P7_NOVERIFY = 0x0020 , TAC_MOD_CORE_P7_DETACHED = 0x0040 , TAC_MOD_CORE_P7_BINARY = 0x0080 ,   TAC_MOD_CORE_P7_NOATTR = 0x0100 , TAC_MOD_CORE_P7_NOSMIMECAP = 0x0200 , TAC_MOD_CORE_P7_NOOLDMIMETYPE = 0x0400 , TAC_MOD_CORE_P7_CRLFEOL = 0x0800 ,   TAC_MOD_CORE_P7_NOCRL = 0x2000 , TAC_MOD_CORE_P7_COSIGN = 0x80000000 }
enum	OATH_TYPE : uint { ISSUE_OATH_GENERATE_HOTP = DinamoApi.ISSUE_OATH_GENERATE_HOTP , ISSUE_OATH_GENERATE_TOTP = DinamoApi.ISSUE_OATH_GENERATE_TOTP , ISSUE_OATH_IMPORT_HOTP = DinamoApi.ISSUE_OATH_IMPORT_HOTP , ISSUE_OATH_IMPORT_TOTP = DinamoApi.ISSUE_OATH_IMPORT_TOTP }
enum	HASH_ALG : int {   ALG_MD5 = 1 , ALG_SHA1 = 2 , ALG_SSL_SHA1_MD5 = 3 , ALG_SHA2_256 = 4 ,   ALG_SHA2_384 = 5 , ALG_SHA2_512 = 6 , ALG_SHA2_224 = (7) , ALG_SHA3_224 = (8) ,   ALG_SHA3_256 = (9) , ALG_SHA3_384 = (10) , ALG_SHA3_512 = (11) , ALG_IDENTITY_FUNC = (255) ,   ALG_HMAC_MD5 = 92 , ALG_HMAC_SHA1 = 93 , ALG_HMAC_SHA2_256 = 94 , ALG_HMAC_SHA2_384 = 95 ,   ALG_HMAC_SHA2_512 = 96 }
	Hash algorithm for signatures. More...
enum	HASH_MODE : byte {   ALG_MD5_InclC14N = 1 , ALG_SHA1_InclC14N = 2 , ALG_SHA256_InclC14N = 3 , ALG_SHA384_InclC14N = 4 ,   ALG_SHA512_InclC14N = 5 , ALG_SHA224_InclC14N = 6 , ALG_MD5_ExclC14N = 31 , ALG_SHA1_ExclC14N = 32 ,   ALG_MD5_InclC14NWithComments = 33 , ALG_SHA1_InclC14NWithComments = 34 , ALG_MD5_ExclC14NWithComments = 35 , ALG_SHA1_ExclC14NWithComments = 36 ,   ALG_SHA256_ExclC14N = 37 , ALG_SHA256_InclC14NWithComments = 38 , ALG_SHA256_ExclC14NWithComments = 39 , ALG_SHA384_ExclC14N = 40 ,   ALG_SHA384_InclC14NWithComments = 41 , ALG_SHA384_ExclC14NWithComments = 42 , ALG_SHA512_ExclC14N = 43 , ALG_SHA512_InclC14NWithComments = 44 ,   ALG_SHA512_ExclC14NWithComments = 45 , ALG_SHA224_ExclC14N = 46 , ALG_SHA224_InclC14NWithComments = 47 , ALG_SHA224_ExclC14NWithComments = 48 }
	Hash canonicalization bundles for XML signatures. More...
enum	KEY_ALG : uint {   ALG_DES = 1 , ALG_3DES_112 = 2 , ALG_3DES_168 = 3 , ALG_DESX = 91 ,   ALG_AES_128 = 7 , ALG_AES_192 = 8 , ALG_AES_256 = 9 , ALG_ARC4 = 10 ,   ALG_RSA_512 = 4 , ALG_RSA_1024 = 5 , ALG_RSA_2048 = 6 , ALG_RSA_4096 = 11 ,   ALG_RSA_1152 = 121 , ALG_RSA_1408 = 122 , ALG_RSA_1536 = 131 , ALG_RSA_1976 = 130 ,   ALG_RSA_1984 = 123 , ALG_RSA_8192 = 124 , ALG_RSA_2304 = 126 , ALG_RSA_2560 = 127 ,   ALG_RSA_2816 = 128 , ALG_RSA_3072 = 129 , ALG_ECX_ED25519 = 201 , ALG_ECX_ED448 = 202 ,   ALG_ECX_X25519 = 203 , ALG_ECX_X448 = 204 , ALG_ECC_SECP112R1 = 18 , ALG_ECC_SECP112R2 = 19 ,   ALG_ECC_SECP128R1 = 20 , ALG_ECC_SECP128R2 = 21 , ALG_ECC_SECP160K1 = 22 , ALG_ECC_SECP160R1 = 23 ,   ALG_ECC_SECP160R2 = 24 , ALG_ECC_SECP192K1 = 25 , ALG_ECC_SECP192R1 = 26 , ALG_ECC_SECP224K1 = 27 ,   ALG_ECC_SECP224R1 = 28 , ALG_ECC_SECP256K1 = 29 , ALG_ECC_SECP256R1 = 30 , ALG_ECC_SECP384R1 = 31 ,   ALG_ECC_SECP521R1 = 32 , ALG_ECC_X9_62_PRIME192V1 = ALG_ECC_SECP192R1 , ALG_ECC_X9_62_PRIME192V2 = 33 , ALG_ECC_X9_62_PRIME192V3 = 34 ,   ALG_ECC_X9_62_PRIME239V1 = 35 , ALG_ECC_X9_62_PRIME239V2 = 36 , ALG_ECC_X9_62_PRIME239V3 = 37 , ALG_ECC_X9_62_PRIME256V1 = ALG_ECC_SECP256R1 ,   ALG_ECC_BRAINPOOL_P160R1 = 38 , ALG_ECC_BRAINPOOL_P160T1 = 39 , ALG_ECC_BRAINPOOL_P192R1 = 40 , ALG_ECC_BRAINPOOL_P192T1 = 41 ,   ALG_ECC_BRAINPOOL_P224R1 = 42 , ALG_ECC_BRAINPOOL_P224T1 = 43 , ALG_ECC_BRAINPOOL_P256R1 = 44 , ALG_ECC_BRAINPOOL_P256T1 = 45 ,   ALG_ECC_BRAINPOOL_P320R1 = 46 , ALG_ECC_BRAINPOOL_P320T1 = 47 , ALG_ECC_BRAINPOOL_P384R1 = 48 , ALG_ECC_BRAINPOOL_P384T1 = 49 ,   ALG_ECC_BRAINPOOL_P512R1 = 50 , ALG_ECC_BRAINPOOL_P512T1 = 51 , ALG_OBJ_BLOB_HOTP = 16 , ALG_HMAC_MD5 = 92 ,   ALG_HMAC_SHA1 = 93 , ALG_HMAC_SHA2_256 = 94 , ALG_HMAC_SHA2_384 = 95 , ALG_HMAC_SHA2_512 = 96 ,   ALG_HMAC_SHA2_224 = 97 , ALG_HMAC_SHA3_224 = 98 , ALG_HMAC_SHA3_256 = 99 , ALG_HMAC_SHA3_384 = 100 ,   ALG_HMAC_SHA3_512 = 101 , ALG_RSA_512_PUB = (ALG_RSA_512 | (uint)1 << 31) , ALG_RSA_1024_PUB = (ALG_RSA_1024 | (uint)1 << 31) , ALG_RSA_2048_PUB = (ALG_RSA_2048 | (uint)1 << 31) ,   ALG_RSA_4096_PUB = (ALG_RSA_4096 | (uint)1 << 31) , ALG_RSA_1152_PUB = (ALG_RSA_1152 | (uint)1 << 31) , ALG_RSA_1408_PUB = (ALG_RSA_1408 | (uint)1 << 31) , ALG_RSA_1536_PUB = (ALG_RSA_1536 | (uint)1 << 31) ,   ALG_RSA_1976_PUB = (ALG_RSA_1976 | (uint)1 << 31) , ALG_RSA_1984_PUB = (ALG_RSA_1984 | (uint)1 << 31) , ALG_RSA_8192_PUB = (ALG_RSA_8192 | (uint)1 << 31) , ALG_RSA_2304_PUB = (ALG_RSA_2304 | (uint)1 << 31) ,   ALG_RSA_2560_PUB = (ALG_RSA_2560 | (uint)1 << 31) , ALG_RSA_2816_PUB = (ALG_RSA_2816 | (uint)1 << 31) , ALG_RSA_3072_PUB = (ALG_RSA_3072 | (uint)1 << 31) , ALG_ECX_ED25519_PUB = (ALG_ECX_ED25519 | (uint)1 << 31) ,   ALG_ECX_ED448_PUB = (ALG_ECX_ED448 | (uint)1 << 31) , ALG_ECX_X25519_PUB = (ALG_ECX_X25519 | (uint)1 << 31) , ALG_ECX_X448_PUB = (ALG_ECX_X448 | (uint)1 << 31) , ALG_ECC_SECP112R1_PUB = (ALG_ECC_SECP112R1 | ((uint)1 << 31)) ,   ALG_ECC_SECP112R2_PUB = (ALG_ECC_SECP112R2 | ((uint)1 << 31)) , ALG_ECC_SECP128R1_PUB = (ALG_ECC_SECP128R1 | ((uint)1 << 31)) , ALG_ECC_SECP128R2_PUB = (ALG_ECC_SECP128R2 | ((uint)1 << 31)) , ALG_ECC_SECP160K1_PUB = (ALG_ECC_SECP160K1 | ((uint)1 << 31)) ,   ALG_ECC_SECP160R1_PUB = (ALG_ECC_SECP160R1 | ((uint)1 << 31)) , ALG_ECC_SECP160R2_PUB = (ALG_ECC_SECP160R2 | ((uint)1 << 31)) , ALG_ECC_SECP192K1_PUB = (ALG_ECC_SECP192K1 | ((uint)1 << 31)) , ALG_ECC_SECP192R1_PUB = (ALG_ECC_SECP192R1 | ((uint)1 << 31)) ,   ALG_ECC_SECP224K1_PUB = (ALG_ECC_SECP224K1 | ((uint)1 << 31)) , ALG_ECC_SECP224R1_PUB = (ALG_ECC_SECP224R1 | ((uint)1 << 31)) , ALG_ECC_SECP256K1_PUB = (ALG_ECC_SECP256K1 | ((uint)1 << 31)) , ALG_ECC_SECP256R1_PUB = (ALG_ECC_SECP256R1 | ((uint)1 << 31)) ,   ALG_ECC_SECP384R1_PUB = (ALG_ECC_SECP384R1 | ((uint)1 << 31)) , ALG_ECC_SECP521R1_PUB = (ALG_ECC_SECP521R1 | ((uint)1 << 31)) , ALG_ECC_X9_62_PRIME192V1_PUB = (ALG_ECC_SECP192R1_PUB) , ALG_ECC_X9_62_PRIME192V2_PUB = (ALG_ECC_X9_62_PRIME192V2 | ((uint)1 << 31)) ,   ALG_ECC_X9_62_PRIME192V3_PUB = (ALG_ECC_X9_62_PRIME192V3 | ((uint)1 << 31)) , ALG_ECC_X9_62_PRIME239V1_PUB = (ALG_ECC_X9_62_PRIME239V1 | ((uint)1 << 31)) , ALG_ECC_X9_62_PRIME239V2_PUB = (ALG_ECC_X9_62_PRIME239V2 | ((uint)1 << 31)) , ALG_ECC_X9_62_PRIME239V3_PUB = (ALG_ECC_X9_62_PRIME239V3 | ((uint)1 << 31)) ,   ALG_ECC_X9_62_PRIME256V1_PUB = (ALG_ECC_SECP256R1_PUB) , ALG_ECC_BRAINPOOL_P160R1_PUB = (ALG_ECC_BRAINPOOL_P160R1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P160T1_PUB = (ALG_ECC_BRAINPOOL_P160T1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P192R1_PUB = (ALG_ECC_BRAINPOOL_P192R1 | ((uint)1 << 31)) ,   ALG_ECC_BRAINPOOL_P192T1_PUB = (ALG_ECC_BRAINPOOL_P192T1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P224R1_PUB = (ALG_ECC_BRAINPOOL_P224R1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P224T1_PUB = (ALG_ECC_BRAINPOOL_P224T1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P256R1_PUB = (ALG_ECC_BRAINPOOL_P256R1 | ((uint)1 << 31)) ,   ALG_ECC_BRAINPOOL_P256T1_PUB = (ALG_ECC_BRAINPOOL_P256T1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P320R1_PUB = (ALG_ECC_BRAINPOOL_P320R1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P320T1_PUB = (ALG_ECC_BRAINPOOL_P320T1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P384R1_PUB = (ALG_ECC_BRAINPOOL_P384R1 | ((uint)1 << 31)) ,   ALG_ECC_BRAINPOOL_P384T1_PUB = (ALG_ECC_BRAINPOOL_P384T1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P512R1_PUB = (ALG_ECC_BRAINPOOL_P512R1 | ((uint)1 << 31)) , ALG_ECC_BRAINPOOL_P512T1_PUB = (ALG_ECC_BRAINPOOL_P512T1 | ((uint)1 << 31)) }
enum	OBJTYPE : uint { ALG_OBJ_BLOB = DinamoApi.ALG_OBJ_BLOB , ALG_RSA_2048 = DinamoApi.ALG_RSA_2048 , ALG_RSA_1024 = DinamoApi.ALG_RSA_1024 , ALG_OBJ_EXT_MAP_2_OBJ = DinamoApi.ALG_OBJ_EXT_MAP_2_OBJ }
enum	KEYNAME : uint { SPB_GENERATE_KEY_NAME = DinamoApi.SPB_GENERATE_KEY_NAME , SPB_GENERATE_CER_NAME = DinamoApi.SPB_GENERATE_CER_NAME }
enum	ALG : uint {   ALG_MD5 = 1 , ALG_SHA1 = 2 , ALG_SSL_SHA1_MD5 = 3 , ALG_SHA2_256 = 4 ,   ALG_SHA2_384 = 5 , ALG_SHA2_512 = 6 , ALG_DES = 1 , ALG_3DES_112 = 2 ,   ALG_3DES_168 = 3 , ALG_DESX = 91 , ALG_AES_128 = 7 , ALG_AES_192 = 8 ,   ALG_AES_256 = 9 , ALG_ARC4 = 10 , ALG_RSA_512 = 4 , ALG_RSA_1024 = 5 ,   ALG_RSA_2048 = 6 , ALG_RSA_4096 = 11 , ALG_RSA_512_PUB = 0x80000004 , ALG_RSA_1024_PUB = 0x80000005 ,   ALG_RSA_2048_PUB = 0x80000006 , ALG_RSA_4096_PUB = 0x80000007 , ALG_OBJ_BLOB = DinamoApi.ALG_OBJ_BLOB , ALG_OBJ_BLOB_X509 = DinamoApi.ALG_OBJ_BLOB_X509 ,   ALG_OBJ_BLOB_PKCS7 = DinamoApi.ALG_OBJ_BLOB_PKCS7 , ALG_OBJ_BLOB_CRL = DinamoApi.ALG_OBJ_BLOB_CRL , ALG_OBJ_BLOB_HOTP = DinamoApi.ALG_OBJ_BLOB_HOTP , ALG_OBJ_BLOB_DPGO3 = DinamoApi.ALG_OBJ_BLOB_DPGO3 ,   ALG_OBJ_MAP = DinamoApi.ALG_OBJ_MAP , ALG_OBJ_EXT_MAP_2_OBJ = DinamoApi.ALG_OBJ_EXT_MAP_2_OBJ }
enum	MODE_TYPE : int { MODE_NONE = DinamoApi.MODE_NONE , MODE_ECB = DinamoApi.MODE_ECB , MODE_CBC = DinamoApi.MODE_CBC }
enum	PADDING_TYPE : int {   NO_PADDING = DinamoApi.D_NO_PADDING , PKCS5_PADDING = DinamoApi.D_PKCS5_PADDING , ZERO_PADDING = DinamoApi.D_ZERO_PADDING , NO_RSA_PADDING = DinamoApi.D_NO_RSA_PADDING ,   PKCS1_PADDING = DinamoApi.D_PKCS1_PADDING , PSS_PADDING = DinamoApi.D_PSS_PADDING , X931_PADDING = DinamoApi.D_X931_PADDING , PSS_PADDING_SALT_LEN_MD = DinamoApi.D_PSS_SALT_LEN_MD_PADDING }
enum	BLOB_TYPE : int {   PRIVATEKEY_BLOB = 1 , PUBLICKEY_BLOB = 2 , SIMPLE_BLOB = 3 , PLAINTEXTKEY_BLOB = 4 ,   RAW_BLOB = 5 , HOTP_BLOB = 6 }
enum	EftExportUsage : UInt16 {   EFT_ME_TR31_EXP_USAGE_AUTO = DinamoApi.EFT_ME_TR31_EXP_USAGE_AUTO , EFT_ME_TR31_EXP_USAGE_B0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_B0 , EFT_ME_TR31_EXP_USAGE_B1 = DinamoApi.EFT_ME_TR31_EXP_USAGE_B1 , EFT_ME_TR31_EXP_USAGE_B2 = DinamoApi.EFT_ME_TR31_EXP_USAGE_B2 ,   EFT_ME_TR31_EXP_USAGE_C0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_C0 , EFT_ME_TR31_EXP_USAGE_D0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_D0 , EFT_ME_TR31_EXP_USAGE_D1 = DinamoApi.EFT_ME_TR31_EXP_USAGE_D1 , EFT_ME_TR31_EXP_USAGE_D2 = DinamoApi.EFT_ME_TR31_EXP_USAGE_D2 ,   EFT_ME_TR31_EXP_USAGE_E0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_E0 , EFT_ME_TR31_EXP_USAGE_E1 = DinamoApi.EFT_ME_TR31_EXP_USAGE_E1 , EFT_ME_TR31_EXP_USAGE_E2 = DinamoApi.EFT_ME_TR31_EXP_USAGE_E2 , EFT_ME_TR31_EXP_USAGE_E3 = DinamoApi.EFT_ME_TR31_EXP_USAGE_E3 ,   EFT_ME_TR31_EXP_USAGE_E4 = DinamoApi.EFT_ME_TR31_EXP_USAGE_E4 , EFT_ME_TR31_EXP_USAGE_E5 = DinamoApi.EFT_ME_TR31_EXP_USAGE_E5 , EFT_ME_TR31_EXP_USAGE_E6 = DinamoApi.EFT_ME_TR31_EXP_USAGE_E6 , EFT_ME_TR31_EXP_USAGE_I0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_I0 ,   EFT_ME_TR31_EXP_USAGE_K0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_K0 , EFT_ME_TR31_EXP_USAGE_K1 = DinamoApi.EFT_ME_TR31_EXP_USAGE_K1 , EFT_ME_TR31_EXP_USAGE_K2 = DinamoApi.EFT_ME_TR31_EXP_USAGE_K2 , EFT_ME_TR31_EXP_USAGE_K3 = DinamoApi.EFT_ME_TR31_EXP_USAGE_K3 ,   EFT_ME_TR31_EXP_USAGE_M0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_M0 , EFT_ME_TR31_EXP_USAGE_M1 = DinamoApi.EFT_ME_TR31_EXP_USAGE_M1 , EFT_ME_TR31_EXP_USAGE_M2 = DinamoApi.EFT_ME_TR31_EXP_USAGE_M2 , EFT_ME_TR31_EXP_USAGE_M3 = DinamoApi.EFT_ME_TR31_EXP_USAGE_M3 ,   EFT_ME_TR31_EXP_USAGE_M4 = DinamoApi.EFT_ME_TR31_EXP_USAGE_M4 , EFT_ME_TR31_EXP_USAGE_M5 = DinamoApi.EFT_ME_TR31_EXP_USAGE_M5 , EFT_ME_TR31_EXP_USAGE_M6 = DinamoApi.EFT_ME_TR31_EXP_USAGE_M6 , EFT_ME_TR31_EXP_USAGE_M7 = DinamoApi.EFT_ME_TR31_EXP_USAGE_M7 ,   EFT_ME_TR31_EXP_USAGE_M8 = DinamoApi.EFT_ME_TR31_EXP_USAGE_M8 , EFT_ME_TR31_EXP_USAGE_P0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_P0 , EFT_ME_TR31_EXP_USAGE_S0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_S0 , EFT_ME_TR31_EXP_USAGE_S1 = DinamoApi.EFT_ME_TR31_EXP_USAGE_S1 ,   EFT_ME_TR31_EXP_USAGE_S2 = DinamoApi.EFT_ME_TR31_EXP_USAGE_S2 , EFT_ME_TR31_EXP_USAGE_V0 = DinamoApi.EFT_ME_TR31_EXP_USAGE_V0 , EFT_ME_TR31_EXP_USAGE_V1 = DinamoApi.EFT_ME_TR31_EXP_USAGE_V1 , EFT_ME_TR31_EXP_USAGE_V2 = DinamoApi.EFT_ME_TR31_EXP_USAGE_V2 ,   EFT_ME_TR31_EXP_USAGE_V3 = DinamoApi.EFT_ME_TR31_EXP_USAGE_V3 , EFT_ME_TR31_EXP_USAGE_V4 = DinamoApi.EFT_ME_TR31_EXP_USAGE_V4 }
	TR-31 export use identifier. More...
enum	EftExportMode : byte {   EFT_ME_TR31_EXP_MODE_AUTO = DinamoApi.EFT_ME_TR31_EXP_MODE_AUTO , EFT_ME_TR31_EXP_MODE_B = DinamoApi.EFT_ME_TR31_EXP_MODE_B , EFT_ME_TR31_EXP_MODE_C = DinamoApi.EFT_ME_TR31_EXP_MODE_C , EFT_ME_TR31_EXP_MODE_D = DinamoApi.EFT_ME_TR31_EXP_MODE_D ,   EFT_ME_TR31_EXP_MODE_E = DinamoApi.EFT_ME_TR31_EXP_MODE_E , EFT_ME_TR31_EXP_MODE_G = DinamoApi.EFT_ME_TR31_EXP_MODE_G , EFT_ME_TR31_EXP_MODE_N = DinamoApi.EFT_ME_TR31_EXP_MODE_N , EFT_ME_TR31_EXP_MODE_S = DinamoApi.EFT_ME_TR31_EXP_MODE_S ,   EFT_ME_TR31_EXP_MODE_T = DinamoApi.EFT_ME_TR31_EXP_MODE_T , EFT_ME_TR31_EXP_MODE_V = DinamoApi.EFT_ME_TR31_EXP_MODE_V , EFT_ME_TR31_EXP_MODE_X = DinamoApi.EFT_ME_TR31_EXP_MODE_X , EFT_ME_TR31_EXP_MODE_Y = DinamoApi.EFT_ME_TR31_EXP_MODE_Y }
	TR-31 export mode identifier. More...
enum	EftExportExpType : byte { EFT_ME_TR31_EXP_AUTO = DinamoApi.EFT_ME_TR31_EXP_AUTO , EFT_ME_TR31_EXP_X9_24 = DinamoApi.EFT_ME_TR31_EXP_X9_24 , EFT_ME_TR31_EXP_NON_EXPORTABLE = DinamoApi.EFT_ME_TR31_EXP_NON_EXPORTABLE , EFT_ME_TR31_EXP_KEK_EXPORTABLE = DinamoApi.EFT_ME_TR31_EXP_KEK_EXPORTABLE }
	TR-31 export type identifier. More...
enum	TOKEN_TYPE : int { TIME = 1 , EVENT = 2 , CHAP = 3 , NTP = 4 }
enum	GenPINOperation : UInt32 { DEFAULT_PIN = DinamoApi.GP_DEFAULT_PIN , USER_DEF_PIN = DinamoApi.GP_USER_DEF_PIN , RANDOM_PIN = DinamoApi.GP_RANDOM_PIN }
	PIN operation options. More...

Public Members
	DinamoClient ()
	Class constructor method.
void	Connect (string User, string Password)
	Establishes an encrypted connection with the HSM using the load balance. Parameters User HSM User/Partition. Password User password.
void	Connect (string Address, string User, string Password)
	Connects to a specific HSM using an encrypted connection.
void	Connect (string Address, string User, string Password, string Otp)
	Connects to a specific HSM using an encrypted connection.
void	ConnectWithLB (string User, string Password, string Otp)
void	ConnectWithLB (string Address, string User, string Password, string Otp)
void	Connect (string Address, string User, string Password, bool Encrypted, bool UseLoadBalance)
	Establishes a connection with the HSM using all the API parameters.
void	Connect (string Address, string User, string Password, string Otp, bool Encrypted, bool UseLoadBalance)
	Establishes a connection with the HSM using all the API parameters.
void	ConnectAnonymously (string Address)
	Establishes an anonymous connection to the HSM.
void	ConnectToken (string User, string Token)
	Establishes a connection with the HSM using a temporary token issued by the user.
void	ConnectToken (string Address, string User, string Token)
	Establishes a connection with the HSM using a temporary token issued by the user.
void	ConnectToken (string Address, string User, string Token, bool Encrypted, bool UseLoadBalance)
	establishes a connection with the HSM using a temporary token issued by the user.
void	Disconnect (bool flagClose)
	Terminates the connection to the HSM.
void	Disconnect ()
	Terminates the connection to the HSM.
UInt32	getCID ()
	Retrieves the CID (Correlation ID) of the current session. The CID makes it possible to relate the operation on the HSM client to the HSM logs. The CID is only available when there is an established session with the HSM, otherwise the value will be 0 (zero). This number is usually represented in hexadecimal.
string	GetErrorString (Int32 _errorCode)
	Returns the message with the error description.
DateTime	GetHSMDate ()
	Returns the date/time of the HSM.
void	SetHSMDateTime (DateTime stDateTime)
	Sets the date/time of the HSM.
DinamoApi.SYS_COUNTER_INFO	GetHSMCounterInfo ()
	Retrieves information from HSM system counters.
void	GetHSMHardwareInfo ()
	Retrieves hardware information from the HSM.
void	Backup (string DestFile, string Pin)
	Recover an HSM backup.
void	Restore (string SourceFile, string Pin, bool IncludeNetworkParameters)
	Restore a backup in HSM.
int	GetLogSize ()
	Retrieves the size of the HSM logs.
byte[]	DGetStatLog ()
	Recover the HSM logs.
byte[]	DGetStatLog (int StartPos, int BytesToRead)
	Recover the HSM logs.
int	IPFilterOperationStatus ()
	Retrieves the status of the HSM IP filter.
int	IPFilterOperationAdd (string szUser, string szIP)
	Adds an IP/user set to the HSM IP whitelist.
int	IPFilterOperationRemove (string szUser, string szIP)
	Removes an IP/user set from the HSM IP whitelist.
int	IPFilterSetStatus (bool bStatus)
	Sets the status of the HSM IP filter.
int	IPFilterOptList(DinamoApi.ListIpFilterCallback filterIpCallBack, IntPtr param)
	Retrieves the list from the HSM IP filter.
void	SaveLog (string fileName)
	Saves HSM logs to a file.
void	ClearLog ()
	Clears HSM logs.
string	EmitAuthenticationToken (DateTime expirationDate)
string	IssueAToken (ulong expiration)
	This functionality is suitable for granular control of application authentication, where the issuing oftokens is managed by the security officer. Expired Access Tok ens are cleared in 2 stages: When a user who has expired Access Tokens logs in using Access Tokens. It only clears the expired Access Tokens themselves. Using the RunATokenGC() function. Clears all expired Access Tok ens from the HSM.
string	IssueAToken (long expiration)
	/overload void IssueAToken(ulong expiration)
string	IssueAToken (DateTime expiration)
	/overload void IssueAToken(ulong expiration)
void	RevokeAToken (string aToken)
	Revoke an HSM authentication token.
void	RevokeAuthenticationToken (string strToken)
DinamoApi.DN_A_TOKEN_FULL[]	ListATokenFull ()
	Lists the user's Access Tokens in the HSM.
void	RunATokenGC ()
	Runs the Garbage Collector for HSM session tokens. This method cleans up any HSM Access Tokens that are no longer valid. The GC should be called periodically by the application to keep the Access Token cache levels under control. The GC's execution schedule should be programmed to take into account the times of the HSM's greatest workloads.
uint	GetATokenCounter ()
	Recovers the Access Token counter for the entire HSM.
void	ChangePasswordUser (string szPassword)
void	ChangeUserPassword (string szPassword)
	Changes the current user's password.
void	AssignEventToken (string szUserId, byte[] byKey)
	It associates a standard event OTP token OATH with a user. After this call, the user will only authenticate with username, password and OTP.
void	AssignTimeToken (string szUserId, byte[] byKey, UInt64 iInitialTime, Int16 iStep)
	It associates a standard time OTP token OATH with a user. After this call, the user will only authenticate with username, password and OTP.
void	UnassignToken (string szUserId)
	Disassociates OTP authentication from a user. After this call, the user will only authenticate with username and password.
void	OATHResync (string szUser, string szOTP1, string szOTP2)
	Re-synchronizes an event token, standard OATH, associated with an HSM user. It receives two consecutive OTPs, generated by the token, to synchronize the state of the token in the HSM user.
int	GetUserAuthMask (string szUserName)
	Retrieves the user's authorization mask.
UserTrustInfo[]	ListUserTrusts (string user, byte bType)
	Recover the user's relationships of trust.
string[]	ListUsers ()
	Lists HSM users.
void	BlockUser (string szUserName, bool bBlock)
	Blocks or unblocks a user.
void	SetUserAuthMask (string szUserName, int iACL)
	Defines a user's authorization mask.
int	GetUserInvalidLoginAttempts (string szUserName)
	Recovers the number of invalid login attempts since the last successful authentication.
bool	IsUserBlocked (string szUserName)
	Checks if a user is blocked.
void	CreateUser (string UserId, string Password)
	Creates an ordinary user, without system permissions.
void	RemoveUser (string UserId)
	Remove a user.
IntPtr	GenerateKey (string KeyId, DinamoClient.KEY_ALG Alg, bool Exportable)
	Generates a permanent key in the HSM.
IntPtr	GenerateKey (string KeyId, DinamoClient.KEY_ALG Alg, bool Exportable, bool Temporary)
	Generates key.
IntPtr	GetUserKey (string KeyId)
	Returns the Handler of a key (DestroyUserKey must be called after allocation).
void	DestroyKey (IntPtr hKey)
	Release key handle.
int	GetKeyAlgId (string strKeyId)
	Returns the algorithm of a key.
int	GetKeyAlgId (IntPtr hKey)
	Returns the type of a key.
int	GetKeyPadding (IntPtr hKey)
	Returns the padding type of a key.
int	GetUserKeyLen (string KeyId)
	Returns the size of a key.
int	GetUserKeyLen (IntPtr hKey)
	Returns the size of a key.
bool	IsKeyExist (string KeyId)
bool	HasObject (string Id)
	Verifies the existence of an object.
void	GetMapInfo (string ObjectId, ref string Obj1Id, ref string Obj2Id)
	Retrieves map information (backward compatibility)
void	GetMapInfo (string ObjectId, ref string Obj1Id, ref int Obj1TypeId, ref string Obj2Id, ref int Obj2TypeId)
	Retrieves map information.
List< CertAssociation >	ListCertAssociations (bool onlyWithAssociation=false)
	Lists the certificates and their associated private keys.
bool	IsKeyReadLock (string KeyId)
	Test if the key is exportable.
bool	IsKeyReadLock (IntPtr hKey)
	Test if the key is exportable.
bool	IsKeyEncrypted (string KeyId)
	Test that the key is encrypted.
bool	IsKeyEncrypted (IntPtr hKey)
	Test that the key is encrypted.
void	BlockObject (string szObjectName, bool bBlock)
	Changes the lock status of an object.
bool	IsObjectBlocked (string szObjectName)
	Recovers the locked state of an object.
void	GenerateMap (string MapId, string Obj1Id, ALG Obj1Type, string Obj2Id, ALG Obj2Type)
void	RemoveObject (string ObjectId)
	Removes an object from the HSM.
void	RemoveObjectIfExists (string ObjectId)
	Removes an object from the HSM, if it exists.
string[]	ListObjects ()
	Lists the objects of the current HSM user.
Int32	ListCallback (string szName, ref DinamoApi.DBLOB pParam, Int32 bFinal)
string[]	ListObjects(ALG type)
byte[]	ReadFile (string FileId)
Int32	WriteLocalFileCallback (IntPtr pbData, Int32 cbData, ref DinamoApi.DBLOB_FILE pParam, Int32 bFinal)
void	WriteFile (string FileId, byte[] byFileData)
	Imports objects into the HSM. Certificates, PKCS#7, Keys.
Int32	ReadLocalFileCallback (IntPtr pbData, ref Int32 pcbData, IntPtr pParam, out Int32 pbFinal)
byte[]	ExportKey (IntPtr hKey, IntPtr hKeyEncryptionKey, BLOB_TYPE BlobType)
IntPtr	ImportKey (string KeyId, IntPtr hKeyEncryptionKey, byte[] byKeyBlob, BLOB_TYPE BlobType, KEY_ALG AlgId)
IntPtr	ImportKey (string KeyId, IntPtr hKeyEncryptionKey, byte[] byKeyBlob, BLOB_TYPE BlobType, KEY_ALG AlgId, bool Exportable, bool Temporary)
void	ImportPKCS12File (string FilePath, string Password, string KeyId, string CertId, bool Exportable)
	Imports a key/certificate from a file in PKCS#12 format into the HSM.
Int32	ImportPKCS12 (string FilePath, string Password, string KeyId, string CertId, bool Exportable)
void	ImportPKCS12 (byte[] Pkcs12, string Password, string KeyId, string CertId, bool Exportable)
	Imports a key/certificate from a buffer in PKCS#12 format into the HSM.
void	ImportPKCS12 (byte[] Pkcs12, string Password, string KeyId, Int32 KeyAttr, string CertId, string PubKeyId, Int32 Reserved)
	Imports a key/certificate from a buffer in PKCS#12 format into the HSM.
byte[]	PKCS8ExportKey (string szKeyId, string szSecret)
byte[]	SPBExportPKCS12 (string szISPB, string szSecret)
byte[]	ExportPKCS12 (string KeyId, string CertId, string Secret)
	Exports an HSM key and certificate in PKCS#12 format.
byte[]	ExportPKCS12 (string KeyId, string CertId, string Secret, Int32 Flags)
	Exports an HSM key and certificate in PKCS#12 format.
void	PKCS8ImportKey (string szKeyId, string szSecret, int dwKeyAlg, int dwAttrib, byte[] bKeyEnvelope)
void	SPBImportPKCS12 (string szKeyId, string szSecret, string szDomain, int dwKeyAlg, int dwAttrib, string file)
SVaultGenTokenResponse	GenSVaultToken (UInt32 Op, DinamoApi.SVAULT_GEN_TOKEN TokenInfo, UInt32 Reserved)
	It tokenizes a piece of data, generating a token blob and its respective token.
SVaultGenTokenResponse	GenSVaultToken(DinamoApi.SVAULT_GEN_TOKEN TokenInfo)
	It tokenizes a piece of data, generating a token blob and its respective token.
SVaultGenTokenResponse	GenSVaultDigitToken (byte CKS, byte MaskFlags, string MK, string Secret)
	It tokenizes digits, generating a token blob and its respective token.
SVaultGenTokenResponse	GenSVaultStringToken (byte MaskFlags, string MK, string Secret)
	It tokenizes a UTF-8 string, generating a token blob and its respective token.
string	GetSVaultTokenBlobData (UInt32 Op, string MK, string Mask, byte[] TokenBlob)
	Retrieves the secret or token of tokenized data using a token blob. This API also allows the recovery of masked secret or token.
string	GetSVaultSecret (string MK, string Mask, byte[] TokenBlob)
	Retrieves the secret of tokenized data using a token blob. This API also allows the retrieval of the masked secret.
string	GetSVaultToken (string MK, string Mask, byte[] TokenBlob)
	Retrieves the token of tokenized data using a token blob. This API also allows masked tokens to be retrieved.
void	Encrypt (IntPtr hKey, bool Final, byte[] byData, ref int DataLen, int BufferLen)
	Encrypt blocks or files by passing the key reference. Uses the default mode/padding, i.e. MODE CBC and padding PKCS#5.
void	Encrypt (String strKeyId, byte[] byData)
	Encrypts a block in ECB mode without any padding. This function is useful for PIN BLOCK. The size of the data array must be compatible with the type of key.
byte[]	EncryptDefault (String strKeyId, byte[] byData)
	Encrypts a block using the standard HSM parameterization.
void	Encrypt (string strKeyId, IntPtr hHash, bool Final, byte[] iv, MODE_TYPE mode, PADDING_TYPE padding, byte[] byData, ref int DataLen, int BufferLen)
	Encrypts a hash, general data or a file.
void	Encrypt (IntPtr hKey, IntPtr hHash, bool Final, int dwFlags, byte[] iv, MODE_TYPE mode, PADDING_TYPE padding, byte[] byData, ref int DataLen, int BufferLen)
	Encrypts a hash, general data or a file.
void	EncryptDefault (IntPtr hKey, IntPtr hHash, bool Final, int dwFlags, byte[] iv, byte[] byData, ref int DataLen, int BufferLen)
	Encrypts using the standard HSM parameterization.
int	GetEncryptBuffLen (IntPtr hKey, IntPtr hHash, int DataLen)
	Returns the size of the encryption buffer.
byte[]	KEKEncode (String strKeyId, byte[] byKey)
	Encrypts a symmetric key that is outside the HSM using an RSA inside the HSM.
byte[]	KEKDecode (String strKeyId, byte[] byKey)
	Decrypts a symmetric key that is outside the HSM using an RSA inside the HSM.
void	Decrypt (string strKeyId, IntPtr hHash, bool Final, byte[] byData, ref int DataLen)
	Decrypts a hash, general data or a file.
void	Decrypt (IntPtr hKey, IntPtr hHash, bool Final, byte[] byData, ref int DataLen)
	Decrypts a hash, general data or a file.
void	Decrypt (string strKeyId, byte[] byData)
	Decrypts a block in ECB mode without any padding. This function is useful for PIN BLOCK. The size of the data array must be compatible with the type of key.
byte[]	DecryptDefault (string strKeyId, byte[] byData)
	Decrypts a block using the standard HSM parameterization.
void	Decrypt (string strKeyId, IntPtr hHash, bool Final, byte[] iv, MODE_TYPE mode, PADDING_TYPE padding, byte[] byData, ref int DataLen)
	Decrypts a hash, general data or a file.
void	Decrypt (IntPtr hKey, IntPtr hHash, bool Final, int dwFlags, byte[] iv, MODE_TYPE mode, PADDING_TYPE padding, byte[] byData, ref int DataLen)
	Decrypts a hash, general data or a file.
void	DecryptDefault (IntPtr hKey, IntPtr hHash, bool Final, int dwFlags, byte[] iv, byte[] byData, ref int DataLen)
	Decrypted using the standard HSM parameterization.
IntPtr	CreateHash(HASH_ALG AlgId)
	Creates a handle for a hash.
byte[]	generateHash(HASH_ALG AlgId, byte[] Data, int Flags)
	Generates a HASH in just one call.
byte[]	generateHash(HASH_ALG AlgId, byte[] Data)
	Generates a HASH in just one call.
byte[]	generateMAC(HASH_ALG AlgId, String KeyId, byte[] Data, int Flags)
	Generates a MAC in just one call.
byte[]	generateMAC(HASH_ALG AlgId, String KeyId, byte[] Data)
	Generates a MAC in just one call.
void	initMAC(HASH_ALG AlgId, String KeyId, int Flags)
	Initializes a MAC operation in parts. It must be finalized with endMAC.
void	initMAC(HASH_ALG AlgId, String KeyId)
	Initializes a MAC operation in parts. It must be finalized with endMAC.
void	updateMAC (byte[] Data)
	Updates a MAC operation with more data.
byte[]	endMAC ()
	Ends a MAC operation.
void	initHash(HASH_ALG AlgId, int Flags)
	Initializes a HASH operation in parts. It must be finalized with endHash.
void	initHash(HASH_ALG AlgId)
	Initializes a HASH operation in parts. It must be finalized with endHash.
void	updateHash (byte[] Data)
	Updates a HASH operation with more data.
byte[]	endHash ()
	Ends a HASH operation.
void	HashData (IntPtr hHash, byte[] byData)
	Finds the hash for a piece of data and associates it with the hash handle.
byte[]	Hash(HASH_ALG alg, byte[] data)
	Returns the hash of a piece of data.
void	DestroyHash (IntPtr hHash)
	Releases the handle of the hash resource.
void	BatchSign (string strKeyId, byte[] pbBlock, Int32 dwBlockCount, Int32 dwFlags)
	Sends a batch of blocks for signature in the HSM.
void	BatchSign (IntPtr hPrivateKey, byte[] pbBlock, Int32 dwBlockCount, Int32 dwFlags)
	Sends a batch of blocks for signature in the HSM.
byte[]	SignHash (String keyId, byte[] bHash, DinamoClient.HASH_ALG algHash)
	Sign a hash.
byte[]	SignHash (String keyId, byte[] bHash, DinamoClient.HASH_ALG algHash, Int32 dwFlags)
	Sign a hash.
byte[]	SignHash (String keyId, IntPtr pHash, DinamoClient.HASH_ALG algHash)
byte[]	SignHash (IntPtr hPrivateKey, IntPtr hHash)
	Sign a hash.
byte[]	SignHash (IntPtr hPrivateKey, IntPtr hHash, int dwFlags)
	Sign a hash.
bool	VerifySignature (IntPtr hHash, IntPtr hPublicKey, byte[] bySignature)
	Check a signature.
void	SetHashValue (IntPtr hHash, byte[] Value)
	Stores a hash.
byte[]	GetHashValue (IntPtr hHash)
	Returns the hash value.
byte[]	GetRandom (Int32 dwReturnLen)
	Returns a random number from the HSM generator.
DinamoApi.DN_M_OF_N_SPLIT_INFO	MofNSplit (byte bM, byte bN, byte[] pbSecret)
	Divides M from N in a secret. According to Shamir's secret sharing pattern.
byte[]	MofNRecover(DinamoApi.DN_M_OF_N_PART[] parts)
	Reconstructs the secret M of N from the parts of the custodians. According to Shamir's secret sharing pattern.
string	GenBDKName (byte[] pbKSI)
	Generates the BDK name from a KSI (Key Serial Identification).
string	GenBDKName (byte[] pbKSI, uint dwParam)
	Generates the BDK name from a KSI (Key Serial Identification).
string	GenDUKPT (byte[] pbKSI, byte[] pbDID_CTR, uint dwParam)
	It generates a DUKPT key within the HSM using a KSI (Key Serial Identification), a DID (Device ID) and a CTR (Transaction Counter) from the same KSN (Key Serial Number).
string	GenCVV (string keyId, string pan, string expirationDate, string serviceCode)
	It generates a CVV (Card Verification Value), CVV2 or iCVV using a key within the HSM. This API can also be used to generate card verification codes that support the 3-D Secure protocol. In the case of Visa, the service that implements the protocol is Verified by Visa, and the HSM supports the CAVV standard (Cardholder Authentication Verification Value, which is CVV2 with ATN method). In Mastercard's case, the 3-D Secure protocol is implemented in the SecureCode service, and the HSM supports the CVC2 (Card Verification Code 2) and HMAC SHA1 standards.
bool	VerifyCVV (string keyId, string pan, string expirationDate, string serviceCode, string cvv)
	It verifies a CVV (Card Verification Value), CVV2 or iCVV using a key within the HSM. The API can also be used to verify card verification codes that support the 3-D Secure protocol. See more details in the GenCVV() API.
PinComponents	GenPIN (string pgk, string pan, GenPINOperation operation, int pinLen, string inPin)
	Performs PIN generation operations from the PAN (Personal Account Number) and PGK (Key Name) data entered, with or without the use of offset.
bool	VerifyPINBlock (string ptk, string pgk, string pan, string offset, byte[] pinblock)
	Checks the validity of a PIN in a PIN Block. First the PIN is extracted from the PIN Block with the PTK key, and then it is verified with the PGK key, the same one that was used to generate the PIN, with the GenPIN() function.
byte[]	ExportTR31 (string kbpk, string key, EftExportUsage usage, EftExportMode mode, EftExportExpType exp)
	Exports a key in TR-31 format according to the ASC X9 TR 31-2018 standard.
void	ImportTR31 (string kbpk, string key, bool isExportable, bool isTemporary, byte[] keyBlock)
	Import a key in TR-31 format according to the ASC X9 TR 31-2018 standard.
byte[]	SignPKCS7 (string KeyId, string CertId, string CertChainId, P7_MODE mode, byte[] content)
	It generates a signature or co-signature following the PKCS#7 standard (Cryptographic Message Syntax Standard).
byte[]	SignXML (string KeyId, HASH_ALG AlgId, string CertId, string UnsignedXml, string Filter)
	Digitally signs an XML document using the W3C XML digital signature standards. Receives parameters in string format.
byte[]	SignXML (string KeyId, HASH_ALG AlgId, string CertId, byte[] byUnsignedXml, byte[] byFilter)
	Digitally signs an XML document using the W3C XML digital signature standards. Receives parameters in byte array format.
byte[]	SignXML(HASH_MODE HashMode, Int32 Flags, string KeyId, string CertId, byte[] byUnsignedXml, byte[] byFilter)
	Digitally signs an XML document using the W3C XML digital signature standards. Receives parameters in byte array format.
bool	VerifySignedXML (string CertId, string SignedXml, string Filter)
	Checks the signature of a digitally signed XML document. Receives parameters in string format.
bool	VerifySignedXML (string CertId, byte[] bySignedXml, byte[] byFilter)
	verifies the signature of a digitally signed XML document. It receives the parameters in byte array format.
byte[]	SignPIX (string KeyId, string CertId, int Flags, byte[] byUnsignedPIXEnvelope)
	Digitally signs an XML in ISO 20.022 format following the PIX standard defined in the SPI (Instant Payment System).
byte[]	SignPIX (string KeyId, string CertId, byte[] byUnsignedPIXEnvelope)
	Digitally signs an XML in ISO 20.022 format following the PIX standard defined in the SPI (Instant Payment System).
bool	VerifyPIX (string ChainId, string CRL, string SignedPIXEnvelope)
	Checks the signature of a digitally signed XML document in ISO 20.022 format following the PIX standard defined in the SPI (Instant Payment System).
byte[]	SignPIXDict (string KeyId, string CertId, int Flags, byte[] byUnsignedDictEnvelope)
	Digitally signs an XML in XMLDSig format following the DICT standard defined in the SPI (Instant Payment System).
byte[]	SignPIXDict (string KeyId, string CertId, byte[] byUnsignedDictEnvelope)
	Digitally signs an XML in XMLDSig format following the DICT standard defined in the SPI (Instant Payment System).
bool	VerifyPIX (string ChainId, string CRL, int Flags, byte[] SignedPIXEnvelope)
	Checks the signature of a digitally signed XML document in ISO 20.022 format following the PIX standard defined in the SPI (Instant Payment System).
bool	VerifyPIX (string ChainId, string CRL, byte[] SignedPIXEnvelope)
	Checks the signature of a digitally signed XML document in ISO 20.022 format following the PIX standard defined in the SPI (Instant Payment System).
bool	VerifyPIXDict (string ChainId, string CRL, int Flags, byte[] SignedDictEnvelope)
	Checks the signature of a digitally signed XML document in XMLDSig format following the DICT standard defined in the SPI (Instant Payment System).
bool	VerifyPIXDict (string ChainId, string CRL, byte[] SignedDictEnvelope)
	Checks the signature of a digitally signed XML document in XMLDSig format following the DICT standard defined in the SPI (Instant Payment System).
byte[]	SignPIXJWS (string KeyId, byte[] byHeader, byte[] byPayload)
	It makes a JWS RFC 7515 signature following the PIX standard defined in the SPI (Instant Payment System).
string	SignPIXJWS (string KeyId, string Header, string Payload)
	It makes a JWS RFC 7515 signature following the PIX standard defined in the SPI (Instant Payment System).
JwsComponents	CheckPIXJWS (string Chain, string CRL, byte[] byJWS, Int32 flags)
	Validates an RFC 7515 signed JWS following the PIX standard defined in the SPI (Instant Payment System).
JwsComponents	CheckPIXJWS (string Chain, string CRL, string JWS, Int32 flags)
	Validates an RFC 7515 signed JWS following the PIX standard defined in the SPI (Instant Payment System).
bool	CheckPIXJWS (string Chain, string CRL, byte[] byJWS)
	Validates an RFC 7515 signed JWS following the PIX standard defined in the SPI (Instant Payment System).
bool	CheckPIXJWS (string Chain, string CRL, string JWS)
	Validates an RFC 7515 signed JWS following the PIX standard defined in the SPI (Instant Payment System).
PIXResponse	postPIX (string KeyId, string CertId, string PIXCertChainId, string URL, string[] RequestHeaderList, byte[] RequestData, Int32 TimeOut, bool UseGzip, bool VerifyHostName)
	It makes a secure HTTP POST request following the PIX standard defined in SPI (Instant Payment System). Uses the basic initial HTTP header.
PIXResponse	postPIX (string KeyId, string CertId, string PIXCertChainId, string URL, string[] RequestHeaderList, byte[] RequestData, Int32 TimeOut, Int32 Param)
	It makes a secure HTTP POST request following the PIX standard defined in SPI (Instant Payment System).
PIXResponse	putPIX (string KeyId, string CertId, string PIXCertChainId, string URL, string[] RequestHeaderList, byte[] RequestData, Int32 TimeOut, bool UseGzip, bool VerifyHostName)
	It makes a secure HTTP PUT request following the PIX standard defined in the SPI (Instant Payment System). Uses the basic initial HTTP header.
PIXResponse	putPIX (string KeyId, string CertId, string PIXCertChainId, string URL, string[] RequestHeaderList, byte[] RequestData, Int32 TimeOut, Int32 Param)
	It makes a secure HTTP PUT request following the PIX standard defined in the SPI (Instant Payment System).
PIXResponse	getPIX (string KeyId, string CertId, string PIXCertChainId, string URL, string[] RequestHeaderList, Int32 TimeOut, bool UseGzip, bool VerifyHostName)
	It makes a secure HTTP GET request following the PIX standard defined in the SPI (Instant Payment System). Uses the basic initial HTTP header.
PIXResponse	getPIX (string KeyId, string CertId, string PIXCertChainId, string URL, string[] RequestHeaderList, Int32 TimeOut, Int32 Param)
	It makes a secure HTTP GET request following the PIX standard defined in the SPI (Instant Payment System).
PIXResponse	deletePIX (string KeyId, string CertId, string PIXCertChainId, string URL, string[] RequestHeaderList, Int32 TimeOut, bool UseGzip, bool VerifyHostName)
	Makes a secure HTTP DELETE request following the PIX standard defined in SPI (Instant Payment System). Uses the basic initial HTTP header.
PIXResponse	deletePIX (string KeyId, string CertId, string PIXCertChainId, string URL, string[] RequestHeaderList, Int32 TimeOut, Int32 Param)
	It makes a secure HTTP DELETE request following the PIX standard defined in SPI (Instant Payment System).
DinamoApi.PIXHTTPReqDetails	getPIXHTTPReqDetails ()
	Retrieves the details of the last PIX HTTP request (POST, GET...) made in this session. This operation must be called immediately after calling the PIX request API. It must be called using the same session. Do not perform other operations between these calls.
Int64	getPIXHTTPReqCode ()
	Retrieves the return code of the last PIX HTTP request (POST, GET...) made in this session. This operation must be called immediately after calling the PIX request API. It must be called using the same session. Do not perform any other operations between these calls.
bool	OATHCheck (string masterKeyId, string otp, byte[] bBlob)
	Check OTP value.
bool	OATHCheck (string masterKeyId, string otp, byte[] bBlob, int dwFlag)
	Check OTP value.
byte[]	OATHBlobResync (string szMasterKeyId, string szOTP1, string szOTP2, byte[] bOATHBlob)
	Re-synchronizes a blob OATH by displaying two continuous OTP values.
byte[]	OATHGetKey (string szMasterKey, byte[] pbInBlob)
	Retrieves the seed of the key generating the blob from OATH.
DinamoApi.OATH_PSKC_TRANSLATE_OUTPUT[]	OATHPskcTranslate (string szMasterKeyId, string szPSK, byte[] pbPSKC)
	Imports seeds enveloped in the PSKC (Portable Symmetric Key Container) standard, RFC 6030.
byte[]	OATHIssueGenerateHOTP (string szMasterKeyId)
	Generates a HOATH blob, i.e. an event token. The seed will be generated randomly by the HSM.
byte[]	OATHIssueGenerateHOTP (string szMasterKeyId, byte seedLen)
	Generates a HOATH blob, i.e. an event token from a seed size.
byte[]	OATHIssueImportHOTP (string szMasterKeyId, byte[] bSeed)
	Imports a HOATH blob, i.e. an event token from a supplied seed.
byte[]	OATHIssueGenerateTOTP (string szMasterKeyId)
	Generates a TOTP blob, i.e. an event token. The seed will be generated randomly by the HSM.
byte[]	OATHIssueGenerateTOTP (string szMasterKeyId, short step)
	Generates a TOTP blob, i.e. an event token. The seed will be generated randomly by the HSM.
byte[]	OATHIssueGenerateTOTP (string szMasterKeyId, short step, ulong offset)
	Generates a TOTP blob, i.e. an event token. The seed will be generated randomly by the HSM.
byte[]	OATHIssueGenerateTOTP (string szMasterKeyId, short step, ulong offset, byte seedLen)
	Generates a TOTP blob, i.e. an event token. The seed will be generated randomly by the HSM.
byte[]	OATHIssueImportTOTP (string szMasterKeyId, byte[] bSeed)
	Imports a TOTP blob, i.e. an event token from a supplied seed.
byte[]	OATHIssueImportTOTP (string szMasterKeyId, byte[] bSeed, short step)
	Imports a TOTP blob, i.e. an event token from a supplied seed.
byte[]	OATHIssueImportTOTP (string szMasterKeyId, byte[] bSeed, short step, ulong offset)
	Imports a TOTP blob, i.e. an event token from a supplied seed.
string	EncodeBase32 (byte[] data)
	Utility function for encoding Base32. Standard encoding for OATH generators in sofware.
string	OATHGetNext (string szMasterKeyId, byte lenOTP, byte[] bBlob)
	Retrieves the next value for the OTP.
void	SPBListObjects(OBJTYPE type, DinamoApi.ListCallbackFilter filterCallBack, IntPtr param)
	Lists objects of a certain type (key, certificate, etc.).
byte[]	SPBGetCertificate (string strIdCertificate)
	Retrieves a certificate stored in a namespace in the HSM.
string	SPBGenerateKey (string ISPB, string domain, bool isExportable)
	Generates RSA 2048 key in the SPB standard. This function will always adhere to the SPB requirements, according to the RSFN security manual. DinamoClient.GenerateKey(string, KEY_ALG, bool)
byte[]	SPBGenerateCSR (string sPrivateKeyName, string sSubject)
	Generates a new CSR based on an existing key (RSA 2048).
byte[]	SPBEncode (string szSrcISPB, string szDstISPB, byte[] pbMsgIn, byte bSpecialTreatment)
	Encodes a message with the SPB header, signing, encrypting and including all the header fields defined in the RSFN security manual.
byte[]	SPBEncode (string szSrcISPB, string szDstISPB, byte[] pbMsgIn, byte bSpecialTreatment, byte bErrorCode, UInt32 dwFlags)
	Encodes a message with the SPB header, signing, encrypting and including all the header fields defined in the RSFN security manual.
void	SPBEncode (string szSrcISPB, string szDstISPB, Stream sMsgIn, Stream sMsgOut, byte bErrorCode, byte bSpecialTreatment, UInt32 dwFlags)
	Encodes a message with the SPB header, signing, encrypting and including all the header fields defined in the RSFN security manual.
byte[]	SPBDecode (string szSrcISPB, string szDstISPB, byte[] pbMsgIn)
	Decodes a message in the SPB standard, checking signatures, decrypting, but does not check encoding.
byte[]	SPBDecode (string szSrcISPB, string szDstISPB, byte[] pbMsgIn, bool AcceptExpiredCert, bool AutoUpdateCert)
	Decrypts a message in the SPB standard, checking signatures and decrypting.
byte[]	SPBDecode (string szSrcISPB, string szDstISPB, byte[] pbMsgIn, bool AcceptExpiredCert, bool AutoUpdateCert, UInt32 dwFlags)
	Decrypts a message in the SPB standard, checking signatures and decrypting.
void	SPBDecode (string szSrcISPB, string szDstISPB, Stream sMsgIn, Stream sMsgOut, bool AcceptExpiredCert, bool AutoUpdateCert, UInt32 dwFlags)
	Decrypts a message in the SPB standard, checking signatures and decrypting.
string	SPBMapInfoCert (string sIdCert)
	Creates a map with the institution's certificate in a slot.
void	SPBSetISPBMap (string sIdMap, string sIdKey, string sIdCert)
	Creates a map with the institution's key and certificate in a slot.
void	SPBImportPKCS12 (string szPkcs12File, string szPkcs12Pwd, string szNamespace, string szDomain, int dwKeyAttr)
	Imports a certificate from a PKCS#12 container into the HSM.
void	SPBImportPKCS12 (string szPkcs12File, string szPkcs12Pwd, string szNamespace, string szDomain, int dwKeyAttr, bool isActivate)
	Imports a certificate from a PKCS#12 container into the HSM.
void	SPBImportCertificate (string szDomain, byte[] bCertificate)
	Import a certificate into an HSM namespace.
void	SPBImportCertificate (string szDomain, byte[] bCertificate, bool isCIPCertificate=false)
	Import a certificate into an HSM namespace.
void	SPBActivateCertificate (string szDomain, string szCA, string szSN, bool isCIPCertificate=false)
	Activates a certificate that has already been imported into the HSM. If another certificate is active, it will be inactivated. Only one certificate will remain active per institution, per domain within an HSM namespace.
void	SPBImportCertificate (string szNamespace, string szDomain, byte[] bCertificate, bool isCIPCertificate=false)
	Activates a certificate that has already been imported into the HSM. If another certificate is active, it will be inactivated. Only one certificate will remain active per institution, per domain within an HSM namespace.
void	SPBActivateCertificate (string szNamespace, string szDomain, string szCA, string szSN, bool isCIPCertificate=false)
	Activates a certificate that has already been imported into the HSM. If another certificate is active, it will be inactivated. Only one certificate will remain active per institution, per domain within an HSM namespace.
string	SPBCalculateObjectId (string szISPB, string szDomain, KEYNAME dwKeyType)
	Function to help format the identification of internal HSM objects according to the standard used in theSPB module.
DinamoApi.SPB_CERT_X509_INFO	SPBGetCertificateInfo (byte[] certificate)
	Retrieves information from the certificate.
void	BchainCreateXPrvBtcMinikey (string szId, bool isExportable, bool isTemporary)
	Creates an XPriv private key for Bitcoin in minikey format.
void	BchainCreateXPrvBip32 (string szId, byte bVersion, bool isExportable, bool isTemporary)
	Creates an XPriv private key in BIP32 format.
void	BchainCreateXPrvBip32Seed (string szId, DinamoApi.DN_BCHAIN_BIP32_SEED_XPRV_DATA pData, bool isExportable, bool isTemporary)
	Creates an XPriv private key in BIP32 format using seed.
void	BchainCreateXPrvBip39Seed (string szId, DinamoApi.DN_BCHAIN_BIP39_SEED_XPRV_DATA pData, bool isExportable, bool isTemporary)
	Creates an XPriv private key in BIP39 format using seed.
DinamoApi.DN_BCHAIN_KEY_INFO	BchainCreateBip32Ckd (byte bVersion, UInt32 dwIndex, string szPar, string szDst, bool isExportable, bool isTemporary)
	Performs a Child Key Derivation (CKD) operation. Derives an Extended Private Key (XPrv) for the blockchain in the BIP32 standard.
byte[]	BchainSignHash (byte bType, byte bHashMode, byte[] pbHash, string szPk)
	Sign a hash using the Blockchain module.
byte[]	BchainGetPubKey (byte bType, string szId)
	Retrieves a public key using the blockchain module.
byte[]	BchainGetAddress (byte bType, byte bVersion, string szHrp, string szId)
	Retrieves the address of a key using the blockchain module.
byte[]	BchainEdDsaSign (byte bType, string szCtxStr, byte[] pbData, string szId)
	Generates an EdDsa signature using the blockchain module.
void	BchainGenerateKey (Dinamo.Hsm.DinamoClient.KEY_ALG dwAlg, string szId, bool isExportable, bool isTemporary)
	Generates a marked key for use in the blockchain module.

Detailed description

API class for accessing HSM functionalities Dinamo. In this class it is possible to program using the administrative functionalities of machine monitoring, logging, backup, as well as the primitive functionalities such as symmetric and asymmetric key cryptography and the functionalities of the HSM modules.

Examples

atoken.cs, basic_post_put_get_delete_pix.cs, batchsign.cs, bchain_ckd.cs, bchain_eddsa_sign.cs, bchain_get_address.cs, bchain_get_pub.cs, bchain_sign_hash.cs, block_object.cs, dukpt.cs, eft_gen_pin.cs, eft_gen_verify_cvv.cs, eft_verify_pinblock.cs, enc_dec.cs, export_import_tr31.cs, generate_hash.cs, generate_hmac.cs, generate_hmac_lau.cs, get_counter_info.cs, get_date.cs, import_export_pkcs12.cs, list_association.cs, m_of_n.cs, oath.cs, post_put_get_delete_pix.cs, read_file. cs, rsa_enc_dec.cs, sign_check_jws.cs, sign_hash.cs, sign_verify_dict.cs, sign_verify_pix.cs, signxml.cs, spb.cs, spb_file_cip.cs, spb_import_activate.cs and tokenization.cs.

Documentation of enumerations

BARCODE

enum BARCODE: int

Enumerators
BARCODE128
BARCODEPDF417

P7_MODE

enum P7_MODE: uint

PKCS#7 Modes

Enumerators
TAC_MOD_CORE_P7_TEXT	Text only.
TAC_MOD_CORE_P7_NOCERTS	Do not include certificates.
TAC_MOD_CORE_P7_NOSIGS
TAC_MOD_CORE_P7_NOCHAIN
TAC_MOD_CORE_P7_NOINTERN
TAC_MOD_CORE_P7_NOVERIFY
TAC_MOD_CORE_P7_DETACHED
TAC_MOD_CORE_P7_BINARY
TAC_MOD_CORE_P7_NOATTR
TAC_MOD_CORE_P7_NOSMIMECAP
TAC_MOD_CORE_P7_NOOLDMIMETYPE
TAC_MOD_CORE_P7_CRLFEOL
TAC_MOD_CORE_P7_NOCRL
TAC_MOD_CORE_P7_COSIGN

OATH_TYPE

enum OATH_TYPE : uint

Enumerators
ISSUE_OATH_GENERATE_HOTP
ISSUE_OATH_GENERATE_TOTP
ISSUE_OATH_IMPORT_HOTP
ISSUE_OATH_IMPORT_TOTP

HASH_ALG

enum HASH_ALG: int

Hash algorithm for signatures.

Enumerators
ALG_MD5	Message-Digest algorithm 5 (16 bytes).
ALG_SHA1	Secure Hash Algorithm Version 1 (20 bytes).
ALG_SSL_SHA1_MD5	Hash algorithm for client authentication in SSLv3.
ALG_SHA2_256	SHA2 algorithm - 256 bits (32 bytes)
ALG_SHA2_384	SHA2 algorithm - 384 (48 bytes)
ALG_SHA2_512	SHA2 algorithm - 512 (64 bytes)
ALG_SHA2_224	SHA2 algorithm - 224 (28 bytes)
ALG_SHA3_224	SHA3 algorithm - 224 (28 bytes)
ALG_SHA3_256	SHA3 algorithm - 256 (32 bytes)
ALG_SHA3_384	SHA3 algorithm - 384 (48 bytes)
ALG_SHA3_512	SHA3 algorithm - 512 (64 bytes)
ALG_IDENTITY_FUNC	Identity function algorithm.
ALG_HMAC_MD5
ALG_HMAC_SHA1
ALG_HMAC_SHA2_256
ALG_HMAC_SHA2_384
ALG_HMAC_SHA2_512

Examples

block_object.cs, generate_hash.cs, generate_hmac.cs, generate_hmac_lau.cs, sign_hash. cs and signxml.cs.

HASH_MODE

enum HASH_MODE: byte

Canonicalization hash bundles for XML signatures.

Enumerators
ALG_MD5_InclC14N	MD5 hash with InclC14N canonicalization.
ALG_SHA1_InclC14N	SHA1 hash with InclC14N canonicalization.
ALG_SHA256_InclC14N	SHA256 hash with InclC14N canonicalization.
ALG_SHA384_InclC14N	SHA384 hash with InclC14N canonicalization.
ALG_SHA512_InclC14N	SHA512 hash with InclC14N canonicalization.
ALG_SHA224_InclC14N	SHA224 hash with InclC14N canonicalization.
ALG_MD5_ExclC14N	MD5 hash with ExclC14N canonicalization.
ALG_SHA1_ExclC14N	SHA1 hash with ExclC14N canonicalization.
ALG_MD5_InclC14NWithComments	MD5 hash with InclC14NWithComments canonicalization.
ALG_SHA1_InclC14NWithComments	SHA1 hash with InclC14NWithComments canonicalization.
ALG_MD5_ExclC14NWithComments	MD5 hash with ExclC14NWithComments canonicalization.
ALG_SHA1_ExclC14NWithComments	SHA1 hash with ExclC14NWithComments canonicalization.
ALG_SHA256_ExclC14N	SHA256 hash with ExclC14N canonicalization.
ALG_SHA256_InclC14NWithComments	SHA256 hash with InclC14NWithComments canonicalization.
ALG_SHA256_ExclC14NWithComments	SHA256 hash with InclC14NWithComments canonicalization.
ALG_SHA384_ExclC14N	SHA384 hash with ExclC14N canonicalization.
ALG_SHA384_InclC14NWithComments	SHA384 hash with InclC14NWithComments canonicalization.
ALG_SHA384_ExclC14NWithComments	SHA384 hash with ExclC14NWithComments canonicalization.
ALG_SHA512_ExclC14N	SHA512 hash with ExclC14N canonicalization.
ALG_SHA512_InclC14NWithComments	SHA512 hash with InclC14NWithComments canonicalization.
ALG_SHA512_ExclC14NWithComments	SHA512 hash with ExclC14NWithComments canonicalization.
ALG_SHA224_ExclC14N	SHA224 hash with ExclC14N canonicalization.
ALG_SHA224_InclC14NWithComments	SHA224 hash with InclC14NWithComments canonicalization.
ALG_SHA224_ExclC14NWithComments	SHA224 hash with ExclC14NWithComments canonicalization.

KEY_ALG

enum KEY_ALG: uint

Enumerators
ALG_DES
ALG_3DES_112
ALG_3DES_168
ALG_DESX
ALG_AES_128
ALG_AES_192
ALG_AES_256
ALG_ARC4
ALG_RSA_512
ALG_RSA_1024
ALG_RSA_2048
ALG_RSA_4096
ALG_RSA_1152
ALG_RSA_1408
ALG_RSA_1536
ALG_RSA_1976
ALG_RSA_1984
ALG_RSA_8192
ALG_RSA_2304
ALG_RSA_2560
ALG_RSA_2816
ALG_RSA_3072
ALG_ECX_ED25519
ALG_ECX_ED448
ALG_ECX_X25519
ALG_ECX_X448
ALG_ECC_SECP112R1
ALG_ECC_SECP112R2
ALG_ECC_SECP128R1
ALG_ECC_SECP128R2
ALG_ECC_SECP160K1
ALG_ECC_SECP160R1
ALG_ECC_SECP160R2
ALG_ECC_SECP192K1
ALG_ECC_SECP192R1
ALG_ECC_SECP224K1
ALG_ECC_SECP224R1
ALG_ECC_SECP256K1
ALG_ECC_SECP256R1
ALG_ECC_SECP384R1
ALG_ECC_SECP521R1
ALG_ECC_X9_62_PRIME192V1
ALG_ECC_X9_62_PRIME192V2
ALG_ECC_X9_62_PRIME192V3
ALG_ECC_X9_62_PRIME239V1
ALG_ECC_X9_62_PRIME239V2
ALG_ECC_X9_62_PRIME239V3
ALG_ECC_X9_62_PRIME256V1
ALG_ECC_BRAINPOOL_P160R1
ALG_ECC_BRAINPOOL_P160T1
ALG_ECC_BRAINPOOL_P192R1
ALG_ECC_BRAINPOOL_P192T1
ALG_ECC_BRAINPOOL_P224R1
ALG_ECC_BRAINPOOL_P224T1
ALG_ECC_BRAINPOOL_P256R1
ALG_ECC_BRAINPOOL_P256T1
ALG_ECC_BRAINPOOL_P320R1
ALG_ECC_BRAINPOOL_P320T1
ALG_ECC_BRAINPOOL_P384R1
ALG_ECC_BRAINPOOL_P384T1
ALG_ECC_BRAINPOOL_P512R1
ALG_ECC_BRAINPOOL_P512T1
ALG_OBJ_BLOB_HOTP
ALG_HMAC_MD5
ALG_HMAC_SHA1
ALG_HMAC_SHA2_256
ALG_HMAC_SHA2_384
ALG_HMAC_SHA2_512
ALG_HMAC_SHA2_224
ALG_HMAC_SHA3_224
ALG_HMAC_SHA3_256
ALG_HMAC_SHA3_384
ALG_HMAC_SHA3_512
ALG_RSA_512_PUB
ALG_RSA_1024_PUB
ALG_RSA_2048_PUB
ALG_RSA_4096_PUB
ALG_RSA_1152_PUB
ALG_RSA_1408_PUB
ALG_RSA_1536_PUB
ALG_RSA_1976_PUB
ALG_RSA_1984_PUB
ALG_RSA_8192_PUB
ALG_RSA_2304_PUB
ALG_RSA_2560_PUB
ALG_RSA_2816_PUB
ALG_RSA_3072_PUB
ALG_ECX_ED25519_PUB
ALG_ECX_ED448_PUB
ALG_ECX_X25519_PUB
ALG_ECX_X448_PUB
ALG_ECC_SECP112R1_PUB
ALG_ECC_SECP112R2_PUB
ALG_ECC_SECP128R1_PUB
ALG_ECC_SECP128R2_PUB
ALG_ECC_SECP160K1_PUB
ALG_ECC_SECP160R1_PUB
ALG_ECC_SECP160R2_PUB
ALG_ECC_SECP192K1_PUB
ALG_ECC_SECP192R1_PUB
ALG_ECC_SECP224K1_PUB
ALG_ECC_SECP224R1_PUB
ALG_ECC_SECP256K1_PUB
ALG_ECC_SECP256R1_PUB
ALG_ECC_SECP384R1_PUB
ALG_ECC_SECP521R1_PUB
ALG_ECC_X9_62_PRIME192V1_PUB
ALG_ECC_X9_62_PRIME192V2_PUB
ALG_ECC_X9_62_PRIME192V3_PUB
ALG_ECC_X9_62_PRIME239V1_PUB
ALG_ECC_X9_62_PRIME239V2_PUB
ALG_ECC_X9_62_PRIME239V3_PUB
ALG_ECC_X9_62_PRIME256V1_PUB
ALG_ECC_BRAINPOOL_P160R1_PUB
ALG_ECC_BRAINPOOL_P160T1_PUB
ALG_ECC_BRAINPOOL_P192R1_PUB
ALG_ECC_BRAINPOOL_P192T1_PUB
ALG_ECC_BRAINPOOL_P224R1_PUB
ALG_ECC_BRAINPOOL_P224T1_PUB
ALG_ECC_BRAINPOOL_P256R1_PUB
ALG_ECC_BRAINPOOL_P256T1_PUB
ALG_ECC_BRAINPOOL_P320R1_PUB
ALG_ECC_BRAINPOOL_P320T1_PUB
ALG_ECC_BRAINPOOL_P384R1_PUB
ALG_ECC_BRAINPOOL_P384T1_PUB
ALG_ECC_BRAINPOOL_P512R1_PUB
ALG_ECC_BRAINPOOL_P512T1_PUB

Examples

bchain_eddsa_sign.cs, block_object.cs, dukpt.cs, eft_gen_pin.cs, eft_gen_verify_cvv.cs, eft_verify_pinblock.cs, generate_hmac.cs, generate_hmac_lau. cs,oath.cs and rsa_enc_dec.cs.

OBJTYPE

enum OBJTYPE: uint

Enumerators
ALG_OBJ_BLOB
ALG_RSA_2048
ALG_RSA_1024
ALG_OBJ_EXT_MAP_2_OBJ

KEYNAME

enum KEYNAME: uint

Enumerators
SPB_GENERATE_KEY_NAME	Type Key name. See also DinamoApi.SPB_GENERATE_KEY_NAME
SPB_GENERATE_CER_NAME

ALG

enum ALG: uint

Enumerators
ALG_MD5	MD5 hash.
ALG_SHA1
ALG_SSL_SHA1_MD5
ALG_SHA2_256
ALG_SHA2_384
ALG_SHA2_512
ALG_DES
ALG_3DES_112
ALG_3DES_168
ALG_DESX
ALG_AES_128
ALG_AES_192
ALG_AES_256
ALG_ARC4
ALG_RSA_512
ALG_RSA_1024
ALG_RSA_2048
ALG_RSA_4096
ALG_RSA_512_PUB
ALG_RSA_1024_PUB
ALG_RSA_2048_PUB
ALG_RSA_4096_PUB
ALG_OBJ_BLOB
ALG_OBJ_BLOB_X509
ALG_OBJ_BLOB_PKCS7
ALG_OBJ_BLOB_CRL
ALG_OBJ_BLOB_HOTP
ALG_OBJ_BLOB_DPGO3
ALG_OBJ_MAP
ALG_OBJ_EXT_MAP_2_OBJ

MODE_TYPE

enum MODE_TYPE: int

Enumerators
MODE_NONE
MODE_ECB
MODE_CBC

Examples

enc_dec.cs and rsa_enc_dec.cs.

PADDING_TYPE

enum PADDING_TYPE: int

Enumerators
NO_PADDING
PKCS5_PADDING
ZERO_PADDING
NO_RSA_PADDING
PKCS1_PADDING
PSS_PADDING
X931_PADDING
PSS_PADDING_SALT_LEN_MD

Examples

enc_dec.cs and rsa_enc_dec.cs.

BLOB_TYPE

enum BLOB_TYPE: int

Enumerators
PRIVATEKEY_BLOB
PUBLICKEY_BLOB
SIMPLE_BLOB
PLAINTEXTKEY_BLOB
RAW_BLOB
HOTP_BLOB

Examples

eft_gen_pin.cs, eft_gen_verify_cvv.cs, eft_verify_pinblock.cs, generate_hmac_lau. cs and rsa_enc_dec.cs.

EftExportUsage

enum EftExportUsage: UInt16

TR-31 export use identifier.

Enumerators
EFT_ME_TR31_EXP_USAGE_AUTO	Sets the identifier automatically. The following values are used: EFT_ME_TR31_EXP_USAGE_D0 for symmetric key and EFT_ME_TR31_EXP_USAGE_D1 for asymmetric key.
EFT_ME_TR31_EXP_USAGE_B0	BDK Base Derivation Key
EFT_ME_TR31_EXP_USAGE_B1	Initial DUKPT Key
EFT_ME_TR31_EXP_USAGE_B2	Base Key Variant Key
EFT_ME_TR31_EXP_USAGE_C0	CVK Card Verification Key
EFT_ME_TR31_EXP_USAGE_D0	Symmetric Key for Data Encryption
EFT_ME_TR31_EXP_USAGE_D1	Asymmetric Key for Data Encryption
EFT_ME_TR31_EXP_USAGE_D2	Data Encryption Key for Decimalization Table
EFT_ME_TR31_EXP_USAGE_E0	EMV/chip Issuer Master Key: Application cryptograms
EFT_ME_TR31_EXP_USAGE_E1	EMV/chip Issuer Master Key: Secure Messaging for Confidentiality
EFT_ME_TR31_EXP_USAGE_E2	EMV/chip Issuer Master Key: Secure Messaging for Integrity
EFT_ME_TR31_EXP_USAGE_E3	EMV/chip Issuer Master Key: Data Authentication Code
EFT_ME_TR31_EXP_USAGE_E4	EMV/chip Issuer Master Key: Dynamic Numbers
EFT_ME_TR31_EXP_USAGE_E5	EMV/chip Issuer Master Key: Card Personalization
EFT_ME_TR31_EXP_USAGE_E6	EMV/chip Issuer Master Key: Other
EFT_ME_TR31_EXP_USAGE_I0	Initialization Vector (IV)
EFT_ME_TR31_EXP_USAGE_K0	Key Encryption or wrapping
EFT_ME_TR31_EXP_USAGE_K1	TR-31 Key Block Protection Key
EFT_ME_TR31_EXP_USAGE_K2	TR-34 Asymmetric key
EFT_ME_TR31_EXP_USAGE_K3	Asymmetric key for key agreement/key wrapping
EFT_ME_TR31_EXP_USAGE_M0	ISO 16609 MAC algorithm 1 (using TDEA)
EFT_ME_TR31_EXP_USAGE_M1	ISO 9797-1 MAC Algorithm 1
EFT_ME_TR31_EXP_USAGE_M2	ISO 9797-1 MAC Algorithm 2
EFT_ME_TR31_EXP_USAGE_M3	ISO 9797-1 MAC Algorithm 3
EFT_ME_TR31_EXP_USAGE_M4	ISO 9797-1 MAC Algorithm 4
EFT_ME_TR31_EXP_USAGE_M5	ISO 9797-1:1999 MAC Algorithm 5
EFT_ME_TR31_EXP_USAGE_M6	ISO 9797-1:2011 MAC Algorithm 5/CMAC
EFT_ME_TR31_EXP_USAGE_M7	HMAC
EFT_ME_TR31_EXP_USAGE_M8	ISO 9797-1:2011 MAC Algorithm 6
EFT_ME_TR31_EXP_USAGE_P0	PIN Encryption
EFT_ME_TR31_EXP_USAGE_S0	Asymmetric key pair for digital signature
EFT_ME_TR31_EXP_USAGE_S1	Asymmetric key pair, CA key
EFT_ME_TR31_EXP_USAGE_S2	Asymmetric key pair, non-X9.24 key
EFT_ME_TR31_EXP_USAGE_V0	PIN verification, KPV, other algorithm
EFT_ME_TR31_EXP_USAGE_V1	PIN verification, IBM 3624
EFT_ME_TR31_EXP_USAGE_V2	PIN Verification, VISA PVV
EFT_ME_TR31_EXP_USAGE_V3	PIN Verification, X9.132 algorithm 1
EFT_ME_TR31_EXP_USAGE_V4	PIN Verification, X9.132 algorithm 2

Examples

export_import_tr31.cs.

EftExportMode

enum EftExportMode: byte

TR-31 export mode identifier.

Enumerators
EFT_ME_TR31_EXP_MODE_AUTO	Sets the usage mode identifier automatically. The following value is used EFT_ME_TR31_EXP_MODE_N.
EFT_ME_TR31_EXP_MODE_B	Both Encryption & Decryption / Wrap & Unwrap
EFT_ME_TR31_EXP_MODE_C	Both Generation & Verification
EFT_ME_TR31_EXP_MODE_D	Decryption / Unwrap Only
EFT_ME_TR31_EXP_MODE_E	Encryption / Wrap Only
EFT_ME_TR31_EXP_MODE_G	Generation Only
EFT_ME_TR31_EXP_MODE_N	No special restrictions (except those defined by the key usage identifier)
EFT_ME_TR31_EXP_MODE_S	Signature Only
EFT_ME_TR31_EXP_MODE_T	Both Signature & Decryption
EFT_ME_TR31_EXP_MODE_V	Verification only
EFT_ME_TR31_EXP_MODE_X	Key used to derive other key(s)
EFT_ME_TR31_EXP_MODE_Y	Key used to create key variants

Examples

export_import_tr31.cs.

EftExportExpType

enum EftExportExpType: byte

TR-31 export type identifier.

Enumerators
EFT_ME_TR31_EXP_AUTO	Sets the exportability identifier automatically. The following value is used EFT_ME_TR31_EXP_X9_24.
EFT_ME_TR31_EXP_X9_24
EFT_ME_TR31_EXP_NON_EXPORTABLE	Not exportable by the recipient of the Key Block, or storage location. Does not prevent the export of keys derived from a non-exportable key.
EFT_ME_TR31_EXP_KEK_EXPORTABLE	Sensitive, Exportable under a KEK (Key Encryption Key) in a format not necessarily in accordance with the requirements of X9.24 Parts 1 or 2.

Examples

export_import_tr31.cs.

Builders and Destructors

DinamoClient()

DinamoClient ( )

inline

Class constructor method.