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ssl_types.pas
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ssl_types.pas
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{$I ssl.inc}
unit ssl_types;
interface
uses
{$IFDEF UNIX}BaseUnix,{$ENDIF}
ssl_const;
type
qword = UInt64;
PVOID = Pointer;
TC_INT = LongInt;
PC_INT = ^TC_INT;
TC_UINT = LongWord;
PC_UINT = ^TC_UINT;
TC_LONG = LongInt;
PC_LONG = ^TC_LONG;
TC_ULONG = LongWord;
PC_ULONG = ^TC_ULONG;
TC_ULONGLONG = qword;
TC_time_t = TC_LONG;
TC_USHORT = Word;
PC_USHORT = ^TC_USHORT;
TC_SIZE_T = LongWord;
PC_SIZE_T = ^TC_SIZE_T;
BN_ULONG = TC_ULONGLONG;
PBN_ULONG = ^BN_ULONG;
TC_UCHAR = AnsiChar;
DES_LONG= TC_ULONG;
PDES_LONG = ^DES_LONG;
point_conversion_form_t = byte;
TC_OSSL_SSIZE_T = TC_LONG;
IDEA_INT = TC_UINT;
MD4_LONG = TC_ULONG;
MD5_LONG = TC_ULONG;
RC2_INT = TC_UINT;
RC4_INT = TC_UINT;
RC5_32_INT = TC_ULONG;
RIPEMD160_LONG = TC_ULONG;
SHA_LONG = TC_ULONG;
SHA_LONG64 = UInt64;
type
PX509_PUBKEY = ^X509_PUBKEY;
PPKCS8_PRIV_KEY_INFO = ^PKCS8_PRIV_KEY_INFO;
PPPKCS8_PRIV_KEY_INFO = ^PPKCS8_PRIV_KEY_INFO;
PX509_ALGOR = ^X509_ALGOR;
PPX509_ALGOR =^PX509_ALGOR;
PEVP_MD_CTX = ^EVP_MD_CTX;
PPEVP_MD_CTX = ^PEVP_MD_CTX;
PENGINE = ^ENGINE;
PPENGINE = ^PENGINE;
PRSA_METHOD = ^RSA_METHOD;
PUI_METHOD = Pointer;
PSSL = ^SSL;
PEVP_PKEY = ^EVP_PKEY;
PX509 = ^X509;
PEVP_MD = ^EVP_MD;
PPEVP_MD = ^PEVP_MD;
PEVP_CIPHER = ^EVP_CIPHER;
PPEVP_CIPHER = ^PEVP_CIPHER;
PEVP_PKEY_METHOD = ^EVP_PKEY_METHOD;
PPEVP_PKEY_METHOD = ^PEVP_PKEY_METHOD;
PEVP_PKEY_ASN1_METHOD = ^EVP_PKEY_ASN1_METHOD;
PPEVP_PKEY_ASN1_METHOD = ^PEVP_PKEY_ASN1_METHOD;
STACK = record
num : TC_INT;
data : PPAnsiChar;
sorted : TC_INT;
num_alloc : TC_INT;
comp : function (_para1: PPAnsiChar; _para2: PPAnsiChar): TC_INT; cdecl;
end;
STACK_OF = record
_stack: STACK;
end;
PSTACK_OF = ^STACK_OF;
PSTACK = PSTACK_OF;
PSTACK_OF_X509 = PSTACK_OF;
PSTACK_OF_X509_NAME = PSTACK_OF;
CRYPTO_EX_DATA = record
sk : PSTACK;
dummy : TC_INT;
end;
PENGINE_CMD_DEFN = ^ENGINE_CMD_DEFN;
ENGINE_CMD_DEFN = record
cmd_num: TC_UINT;
cmd_name: PAnsiChar;
cmd_desc: PAnsiChar;
cmd_flags: TC_UINT;
end;
ENGINE_CB_FUNC = procedure;
ENGINE_GEN_FUNC_PTR = function: TC_INT; cdecl;
ENGINE_GEN_INT_FUNC_PTR = function(engine: PENGINE): TC_INT; cdecl;
ENGINE_CTRL_FUNC_PTR = function(engine: PENGINE; _par1: TC_INT; _par2: TC_LONG; _par3: Pointer; f: ENGINE_CB_FUNC): TC_INT; cdecl;
ENGINE_LOAD_KEY_PTR = function(engine: PENGINE; buf: PAnsiChar; ui_method: PUI_METHOD; callback_data: Pointer): PEVP_PKEY; cdecl;
ENGINE_SSL_CLIENT_CERT_PTR = function(engine: PENGINE; ssl: PSSL; ca_dn: PSTACK_OF_X509_NAME; var cert: PX509; var key: PEVP_PKEY; var pother: PSTACK_OF_X509; ui_method: PUI_METHOD; callback_data: Pointer): TC_INT; cdecl;
ENGINE_CIPHERS_PTR = function(engine: PENGINE; cipher: PPEVP_CIPHER; var par1: PC_INT; par2: TC_INT): TC_INT; cdecl;
ENGINE_DIGESTS_PTR = function(engine: PENGINE; md: PPEVP_MD; var par1: PC_INT; par2: TC_INT): TC_INT; cdecl;
ENGINE_PKEY_METHS_PTR = function(engine: PENGINE; meth: PPEVP_PKEY_METHOD; var par1: PC_INT; par2: TC_INT): TC_INT; cdecl;
ENGINE_PKEY_ASN1_METHS_PTR = function(engine: PENGINE; meth: PPEVP_PKEY_ASN1_METHOD; var par1: PC_INT; par2: TC_INT): TC_INT; cdecl;
ENGINE = record
id: PAnsiChar;
name: PAnsiChar;
rsa_meth: PRSA_METHOD;
dsa_meth: Pointer;
dh_meth: Pointer;
ecdh_meth: Pointer;
ecdsa_meth: Pointer;
rand_meth: Pointer;
store_meth: Pointer;
ciphers: ENGINE_CIPHERS_PTR;
digests: ENGINE_DIGESTS_PTR;
pkey_meths: ENGINE_PKEY_METHS_PTR;
pkey_asn1_meths: ENGINE_PKEY_ASN1_METHS_PTR;
_destroy: ENGINE_GEN_INT_FUNC_PTR;
init: ENGINE_GEN_INT_FUNC_PTR;
finish: ENGINE_GEN_INT_FUNC_PTR;
ctrl: ENGINE_CTRL_FUNC_PTR;
load_privkey: ENGINE_LOAD_KEY_PTR;
load_pubkey: ENGINE_LOAD_KEY_PTR;
load_ssl_client_cert: ENGINE_SSL_CLIENT_CERT_PTR;
cmd_defns: PENGINE_CMD_DEFN;
flags: TC_INT;
struct_ref: TC_INT;
funct_ref: TC_INT;
ex_data: CRYPTO_EX_DATA;
prev: PENGINE;
next: PENGINE;
end;
BF_LONG = TC_ULONG;
PBF_LONG = ^BF_LONG;
BUF_MEM = record
length : TC_SIZE_T;
data : PAnsiChar;
max: TC_SIZE_T;
end;
PBUF_MEM = ^BUF_MEM;
POBJ_NAME = ^OBJ_NAME;
OBJ_NAME = record
_type: TC_INT;
_alias: TC_INT;
_name: PAnsiChar;
_data: PAnsiChar;
end;
OBJ_NAME_CALLBACK = procedure(_par1: POBJ_NAME; arg: Pointer); cdecl;
OBJ_CMP_CALLBACK = function(_par1, _par2: Pointer): TC_INT; cdecl;
OBJ_hash_func = function(_par1: PAnsiChar): TC_ULONG; cdecl;
OBJ_cmp_func = function(_par1: PAnsiChar; _par2: PAnsiChar): TC_INT; cdecl;
OBJ_free_func = procedure(_par1: PAnsiChar; _par2: TC_INT; _par3: PAnsiChar); cdecl;
{$REGION 'CRYPTO'}
PCRYPTO_THREADID = ^CRYPTO_THREADID;
CRYPTO_THREADID = record
ptr: Pointer;
val: TC_ULONG;
end;
PCRYPTO_EX_DATA = ^CRYPTO_EX_DATA;
CRYPTO_EX_new = function(parent: Pointer; ptr: Pointer; ad: PCRYPTO_EX_DATA;
idx: TC_INT; argl: TC_LONG; argp: Pointer): TC_INT; cdecl;
CRYPTO_EX_free = procedure(parent: Pointer; ptr: Pointer; ad: PCRYPTO_EX_DATA;
idx: TC_INT; argl: TC_LONG; argp: Pointer); cdecl;
CRYPTO_EX_dup = function(_to: PCRYPTO_EX_DATA; _from: PCRYPTO_EX_DATA; from_d: Pointer;
idx: TC_INT; argl: TC_LONG; argp: Pointer): TC_INT; cdecl;
CRYPTO_mem_alloc_func = function(_size: TC_SIZE_T): Pointer; cdecl;
CRYPTO_mem_realloc_func = function(_mem: Pointer; _size: TC_SIZE_T): Pointer; cdecl;
CRYPTO_mem_free_func = procedure(_mem: pointer); cdecl;
{$ENDREGION}
{$REGION 'ERR'}
ERR_STATE = record
tid: CRYPTO_THREADID;
err_flags: array [0..ERR_NUM_ERRORS-1] of TC_INT;
err_buffer: array[0..ERR_NUM_ERRORS-1] of TC_ULONG;
err_data: array[0..ERR_NUM_ERRORS-1] of PAnsiChar;
err_data_flags: array[0..ERR_NUM_ERRORS-1] of TC_INT;
err_file: array[0..ERR_NUM_ERRORS-1] of PAnsiChar;
err_line: array[0..ERR_NUM_ERRORS-1] of TC_INT;
top,bottom: TC_INT;
end;
PERR_STATE = ^ERR_STATE;
ERR_STRING_DATA = record
error: TC_LONG;
_string: PAnsiChar;
end;
PERR_STRING_DATA = ^ERR_STRING_DATA;
ERR_CALLBACK = function(str: PAnsiChar; len: TC_SIZE_T; u: Pointer): TC_INT; cdecl;
PERR_FNS = Pointer;
{$ENDREGION}
{$REGION 'BN'}
BIGNUM = record
d : PBN_ULONG;
top : TC_INT;
dmax : TC_INT;
neg : TC_INT;
flags : TC_INT;
end;
PBIGNUM = ^BIGNUM;
PPBIGNUM = ^PBIGNUM;
BIGNUM_ARR = array[0..1] of BIGNUM;
PBIGNUM_ARR = ^BIGNUM_ARR;
PBN_GENCB = ^BN_GENCB;
BN_cb_1 = procedure (p1, p2 : TC_INT; p3 : Pointer); cdecl;
BN_cb_2 = function (p1, p2 : TC_INT; p3 : PBN_GENCB): TC_INT; cdecl;
BN_GENCB_union = record
case Integer of
0 : (cb_1 : BN_cb_1);
1 : (cb_2 : BN_cb_2);
end;
BN_GENCB = record
ver : TC_UINT;
arg : Pointer;
cb : BN_GENCB_union;
end;
BN_MONT_CTX = record
ri : TC_INT;
RR: BIGNUM;
N: BIGNUM;
Ni: BIGNUM;
n0 : array[0..1] of BN_ULONG;
flags : TC_INT;
end;
PBN_MONT_CTX = ^BN_MONT_CTX;
PPBN_MONT_CTX = ^PBN_MONT_CTX;
PBN_CTX_STACK = ^BN_CTX_STACK;
BN_CTX_STACK = record
indexes: PC_UINT;
depth: TC_UINT;
size: TC_UINT;
end;
BN_STACK = BN_CTX_STACK;
PBN_STACK = ^BN_STACK;
PBN_POOL_ITEM = ^BN_POOL_ITEM;
BN_POOL_ITEM = record
vals: array[0..BN_CTX_POOL_SIZE-1] of BIGNUM;
prev: PBN_POOL_ITEM;
next: PBN_POOL_ITEM;
end;
BN_POOL = record
head: PBN_POOL_ITEM;
current: PBN_POOL_ITEM;
tail: PBN_POOL_ITEM;
used: TC_UINT;
size: TC_UINT;
end;
PBN_CTX = ^BN_CTX;
BN_CTX = record
pool: BN_POOL;
stack: BN_STACK;
used: TC_UINT;
err_stack: TC_INT;
too_many: TC_INT;
end;
PPBN_CTX = ^PBN_CTX;
PBN_BLINDING = ^BN_BLINDING;
BN_BLINDING = record
A: PBIGNUM;
Ai: PBIGNUM;
e: PBIGNUM;
_mod: PBIGNUM;
thread_id: TC_ULONG;
tid: CRYPTO_THREADID;
counter: TC_INT;
flags: TC_ULONG;
m_ctx: PBN_MONT_CTX;
bn_mod_exp: function(r: PBIGNUM; a: PBIGNUM; p: PBIGNUM; m: PBIGNUM; ctx: PBN_CTX; m_ctx: PBN_MONT_CTX): TC_INT;
end;
PBN_RECP_CTX = ^BN_RECP_CTX;
BN_RECP_CTX = record
N: BIGNUM;
Nr: BIGNUM;
num_bits: TC_INT;
shift: TC_INT;
flags: TC_INT;
end;
BN_mod_exp_cb = function(r: PBIGNUM; a: PBIGNUM; p: PBIGNUM; m: PBIGNUM; ctx: PBN_CTX; m_ctx: PBN_MONT_CTX): TC_INT; cdecl;
{$ENDREGION}
{$REGION 'CAST'}
CAST_LONG = TC_UINT;
PCAST_LONG = ^CAST_LONG;
CAST_KEY = record
data: array[0..31] of CAST_LONG;
short_key: TC_INT;
end;
PCAST_KEY = ^CAST_KEY;
{$ENDREGION}
{$REGION 'EC'}
EC_builtin_curve = record
nid : TC_INT;
comment : PAnsiChar;
end;
PEC_GROUP = ^EC_GROUP;
PPEC_GROUP = ^PEC_GROUP;
PEC_METHOD = ^EC_METHOD;
PEC_POINT = ^EC_POINT;
EC_POINT = record
meth: PEC_METHOD;
X: BIGNUM;
Y: BIGNUM;
Z: BIGNUM;
Z_is_one: TC_INT;
end;
EC_POINT_ARR = array[0..0] of EC_POINT;
PEC_POINT_ARR = ^EC_POINT_ARR;
EC_METHOD = record
flags: TC_INT;
field_type: TC_INT;
group_init: function: PEC_GROUP; cdecl;
group_finsh: procedure(_group: PEC_GROUP); cdecl;
group_clear_finish: procedure(_group: PEC_GROUP); cdecl;
group_copy: function(dst: PEC_GROUP; src: PEC_GROUP): TC_INT; cdecl;
group_set_curve: function(_gr: PEC_GROUP; p: PBIGNUM; a: PBIGNUM; b: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
group_get_curve: function(_gr: PEC_GROUP; p: PBIGNUM; a: PBIGNUM; b: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
group_get_degree: function(g: PEC_GROUP): TC_INT; cdecl;
group_check_discriminant: function(_gr: PEC_GROUP; ctx: PBN_CTX): TC_INT; cdecl;
point_init: function: PEC_POINT;
point_finish: procedure(p: PEC_POINT); cdecl;
point_finish_clear: procedure(p: PEC_POINT); cdecl;
point_copy: function(p1, p2: PEC_POINT): TC_INT; cdecl;
point_set_to_infinity: function(g: PEC_GROUP; p: PEC_POINT): TC_INT; cdecl;
point_set_Jprojective_coordinates_GFp: function(g: PEC_GROUP; p: PEC_POINT; x,y,z: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
point_get_Jprojective_coordinates_GFp: function(g: PEC_GROUP; p: PEC_POINT; x,y,z: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
point_set_affine_coordinates: function(g: PEC_GROUP; p: PEC_POINT; x,y,z: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
point_get_affine_coordinates: function(g: PEC_GROUP; p: PEC_POINT; x,y,z: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
point_set_compressed_coordinates: function(g: PEC_GROUP; p: PEC_POINT; x: PBIGNUM; y_bit: TC_INT; ctx: PBN_CTX): TC_INT; cdecl;
point2oct: function(g: PEC_GROUP; p: PEC_POINT; _form: point_conversion_form_t; buf: PAnsiChar; len: TC_SIZE_T; ctx: PBN_CTX): TC_SIZE_T; cdecl;
oct2point: function(g: PEC_GROUP; p: PEC_POINT; buf: PAnsiChar; len: TC_SIZE_T; ctx: PBN_CTX): TC_INT; cdecl;
add: function(g: PEC_GROUP; r,a,b: PEC_POINT; ctx: PBN_CTX): TC_INT; cdecl;
dbl: function(g: PEC_GROUP; r,a: PEC_POINT; ctx: PBN_CTX): TC_INT; cdecl;
invert: function(g: PEC_GROUP; p: PEC_POINT; ctx: PBN_CTX): TC_INT; cdecl;
is_at_infinity: function(g: PEC_GROUP; p: PEC_POINT): TC_INT; cdecl;
is_on_curve: function(g: PEC_GROUP; p: PEC_POINT; ctx: PBN_CTX): TC_INT; cdecl;
point_cmp: function(g: PEC_GROUP; a,b: PEC_POINT; ctx: PBN_CTX): TC_INT; cdecl;
make_affine: function(g: PEC_GROUP; p: PEC_POINT; ctx: PBN_CTX): TC_INT; cdecl;
points_make_affine: function(g: PEC_GROUP; num: TC_SIZE_T; p: PEC_POINT_ARR; ctx: PBN_CTX): TC_INT; cdecl;
mul: function(g: PEC_GROUP; r: PEC_POINT; scalar: PBIGNUM; num: TC_SIZE_T; points: PEC_POINT_ARR; scalars: PBIGNUM_ARR; ctx: PBN_CTX): TC_INT; cdecl;
precompute_mult: function(g: PEC_GROUP; ctx: PBN_CTX): TC_INT; cdecl;
have_precompute_mult: function(g: PEC_GROUP): TC_INT; cdecl;
field_mul: function(g: PEC_GROUP; r, a, b: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
field_sqr: function(g: PEC_GROUP; r, a: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
field_div: function(g: PEC_GROUP; r, a, b: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
field_encode: function(g: PEC_GROUP; r, a: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
field_decode: function(g: PEC_GROUP; r, a: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
field_set_to_one: function(g: PEC_GROUP; r : PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
end;
PEC_EXTRA_DATA = ^EC_EXTRA_DATA;
PPEC_EXTRA_DATA = ^PEC_EXTRA_DATA;
EC_EXTRA_DATA = record
next: PEC_EXTRA_DATA;
data: Pointer;
dup_func: function: pointer; cdecl;
free_func: procedure(_par: Pointer); cdecl;
clear_free_func: procedure(_par: Pointer); cdecl;
end;
EC_GROUP = record
meth: PEC_METHOD;
generator: PEC_POINT;
order, cofactor: BIGNUM;
curve_name : TC_INT;
asn1_flag: TC_INT;
asn1_form: point_conversion_form_t;
seed: PAnsiChar;
seed_len: TC_SIZE_T;
extra_data: PEC_EXTRA_DATA;
field : BIGNUM;
poly: array[0..5] of TC_INT;
a, b: BIGNUM;
a_is_minus3: TC_INT;
field_data1: Pointer;
field_data2: Pointer;
field_mod_func: function(a, b, c: PBIGNUM; ctx: PBN_CTX): TC_INT; cdecl;
end;
EC_builtin_curves = array[0..0] of EC_builtin_curve;
PEC_builtin_curves = ^EC_builtin_curves;
PEC_KEY = ^EC_KEY;
PPEC_KEY = ^PEC_KEY;
EC_KEY = record
version: TC_INT;
group: PEC_GROUP;
pub_key: PEC_POINT;
priv_key:PBIGNUM;
enc_flag: TC_UINT;
conv_form: point_conversion_form_t;
references: TC_INT;
flags: TC_INT;
method_data: PEC_EXTRA_DATA;
end;
PEC_PKEY_CTX = ^EC_PKEY_CTX;
PPEC_PKEY_CTX = ^PEC_PKEY_CTX;
EC_PKEY_CTX = record
gen_group: PEC_GROUP;
md: PEVP_MD;
end;
EC_dup_func = function(par: Pointer): Pointer; cdecl;
EC_free_func = procedure(par: Pointer); cdecl;
EC_clear_free_func = procedure(par: Pointer); cdecl;
{$ENDREGION}
PSTACK_OF_IPAddressFamily = PSTACK;
PSTACK_OF_ASN1_TYPE = PSTACK; // may be ^
PSTACK_OF_ASN1_OBJECT = PSTACK;
PSTACK_OF_ASN1_INTEGER = PSTACK_OF;
PSTACK_OF_GENERAL_NAME = PSTACK;
PGENERAL_NAMES = PSTACK_OF_GENERAL_NAME;
PPGENERAL_NAMES = ^PGENERAL_NAMES;
PSTACK_OF_GENERAL_NAMES = PSTACK_OF;
PPSTACK_OF_GENERAL_NAMES = ^PSTACK_OF_GENERAL_NAMES;
PSTACK_OF_ASIdOrRange = PSTACK;
PASIdOrRanges = PSTACK_OF_ASIdOrRange;
PSTACK_OF_CONF_VALUE = PSTACK;
PPSTACK_OF_CONF_VALUE = ^PSTACK_OF_CONF_VALUE;
BIT_STRING_BITNAME = record
bitnum : TC_INT;
lname : PAnsiChar;
sname : PAnsiChar;
end;
PBIT_STRING_BITNAME = ^BIT_STRING_BITNAME;
{$REGION 'BIO'}
PBIO = ^BIO;
PPBIO = ^PBIO;
PBIO_METHOD = ^BIO_METHOD;
Pbio_info_cb = procedure (_para1 : PBIO; _para2 : TC_INT; _para3 : PAnsiChar;
_para4 : TC_INT; _para5, _para6 : TC_LONG); cdecl;
pbio_dump_cb = function(data: Pointer; len: TC_SIZE_T; u: pointer): TC_INT; cdecl;
BIO_METHOD = record
_type : TC_INT;
name : PAnsiChar;
bwrite : function(_para1 : PBIO; _para2 : PAnsiChar; _para3 : TC_Int) : TC_Int; cdecl;
bread : function(_para1: PBIO; _para2: PAnsiChar; _para3: TC_Int) : TC_Int; cdecl;
bputs : function (_para1 : PBIO; _para2 : PAnsiChar) : TC_Int; cdecl;
bgets : function (_para1 : PBIO; _para2 : PAnsiChar; _para3 : TC_Int) : TC_Int; cdecl;
ctrl : function (_para1 : PBIO; _para2 : TC_Int; _para3 : TC_LONG; _para4 : Pointer) : TC_LONG; cdecl;
create : function(_para1 : PBIO) : TC_Int; cdecl;
destroy : function (_para1 : PBIO) : TC_Int; cdecl;
callback_ctrl : function (_para1 : PBIO; _para2 : TC_Int; _para3 : pbio_info_cb): TC_LONG; cdecl;
end;
BIO = record
method : PBIO_METHOD;
callback : function (_para1 : PBIO; _para2 : TC_INT; _para3 : PAnsiChar;
_para4 : TC_INT; _para5, _para6 : TC_LONG) : TC_LONG cdecl;
cb_arg : PAnsiChar;
init : TC_INT;
shutdown : TC_INT;
flags : TC_INT;
retry_reason : TC_INT;
num : TC_INT;
ptr : Pointer;
next_bio : PBIO;
prev_bio : PBIO;
references : TC_INT;
num_read : TC_ULONG;
num_write : TC_ULONG;
ex_data : CRYPTO_EX_DATA;
end;
{$ENDREGION}
{$REGION 'ASN1'}
ASN1_OBJECT = record
sn, ln : PAnsiChar;
nid : TC_INT;
length : TC_INT;
data : PAnsiChar;
flags : TC_INT; // Should we free this one
end;
asn1_string_st = record
length : TC_INT;
_type : TC_INT;
data : PAnsiChar;
flags : TC_LONG;
end;
ASN1_STRING = asn1_string_st;
PASN1_STRING = ^ASN1_STRING;
PPASN1_STRING = ^PASN1_STRING;
ASN1_INTEGER = ASN1_STRING;
PASN1_INTEGER = ^ASN1_INTEGER;
PPASN1_INTEGER = ^PASN1_INTEGER;
PASN1_OBJECT = ^ASN1_OBJECT;
PPASN1_OBJECT = ^PASN1_OBJECT;
ASN1_UNIVERSALSTRING = ASN1_STRING;
PASN1_UNIVERSALSTRING = ^ASN1_UNIVERSALSTRING;
PPASN1_UNIVERSALSTRING = ^PASN1_UNIVERSALSTRING;
ASN1_BMPSTRING = ASN1_STRING;
PASN1_BMPSTRING = ^ASN1_BMPSTRING;
PPASN1_BMPSTRING = ^PASN1_BMPSTRING;
ASN1_VISIBLESTRING = ASN1_STRING;
PASN1_VISIBLESTRING = ^ASN1_VISIBLESTRING;
PPASN1_VISIBLESTRING = ^PASN1_VISIBLESTRING;
ASN1_UTF8STRING = ASN1_STRING;
PASN1_UTF8STRING = ^ASN1_UTF8STRING;
PPASN1_UTF8STRING = ^PASN1_UTF8STRING;
ASN1_BOOLEAN = TC_INT;
PASN1_BOOLEAN = ^ASN1_BOOLEAN;
PPASN1_BOOLEAN = ^PASN1_BOOLEAN;
ASN1_NULL = TC_INT;
PASN1_NULL = ^ASN1_NULL;
PPASN1_NULL = ^PASN1_NULL;
ASN1_ENUMERATED = ASN1_STRING;
PASN1_ENUMERATED = ^ASN1_ENUMERATED;
PPASN1_ENUMERATED = ^PASN1_ENUMERATED;
ASN1_BIT_STRING = ASN1_STRING;
PASN1_BIT_STRING = ^ASN1_BIT_STRING;
PPASN1_BIT_STRING = ^PASN1_BIT_STRING;
ASN1_OCTET_STRING = ASN1_STRING;
PASN1_OCTET_STRING = ^ASN1_OCTET_STRING;
PPASN1_OCTET_STRING = ^PASN1_OCTET_STRING;
ASN1_PRINTABLESTRING = ASN1_STRING;
PASN1_PRINTABLESTRING = ^ASN1_PRINTABLESTRING;
PPASN1_PRINTABLESTRING = ^PASN1_PRINTABLESTRING;
ASN1_T61STRING = ASN1_STRING;
PASN1_T61STRING = ^ASN1_T61STRING;
PPASN1_T61STRING = ^PASN1_T61STRING;
ASN1_IA5STRING = ASN1_STRING;
PASN1_IA5STRING = ^ASN1_IA5STRING;
PPASN1_IA5STRING = ^PASN1_IA5STRING;
ASN1_GENERALSTRING = ASN1_STRING;
PASN1_GENERALSTRING = ^ASN1_GENERALSTRING;
PPASN1_GENERALSTRING = ^PASN1_GENERALSTRING;
ASN1_UTCTIME = ASN1_STRING;
PASN1_UTCTIME = ^ASN1_UTCTIME;
PPASN1_UTCTIME = ^PASN1_UTCTIME;
ASN1_GENERALIZEDTIME = ASN1_STRING;
PASN1_GENERALIZEDTIME = ^ASN1_GENERALIZEDTIME;
PPASN1_GENERALIZEDTIME = ^PASN1_GENERALIZEDTIME;
ASN1_TIME = ASN1_STRING;
PASN1_TIME = ^ASN1_TIME;
PPASN1_TIME = ^PASN1_TIME;
ASN1_ENCODING = record
enc: PAnsiChar;
len: TC_LONG;
modified: TC_INT;
end;
PASN1_ENCODING = ^ASN1_ENCODING;
ASN1_TYPE = record
case Integer of
0: (ptr: PAnsiChar);
1: (boolean: ASN1_BOOLEAN);
2: (asn1_string: PASN1_STRING);
3: (_object: PASN1_OBJECT);
4: (integer: PASN1_INTEGER);
5: (enumerated: PASN1_ENUMERATED);
6: (bit_string: PASN1_BIT_STRING);
7: (octet_string: PASN1_OCTET_STRING);
8: (printablestring: PASN1_PRINTABLESTRING);
9: (t61string: PASN1_T61STRING);
10: (ia5string: PASN1_IA5STRING);
11: (generalstring: PASN1_GENERALSTRING);
12: (bmpstring: PASN1_BMPSTRING);
13: (universalstring: PASN1_UNIVERSALSTRING);
14: (utctime: PASN1_UTCTIME);
15: (generalizedtime: PASN1_GENERALIZEDTIME);
16: (visiblestring: PASN1_VISIBLESTRING);
17: (utf8string: PASN1_UTF8STRING);
18: (_set: PASN1_STRING);
19: (sequence: PASN1_STRING);
end;
PASN1_TYPE = ^ASN1_TYPE;
PPASN1_TYPE = ^PASN1_TYPE;
AUTHORITY_KEYID = record
keyid : PASN1_OCTET_STRING;
issuer : PGENERAL_NAMES;
serial : PASN1_INTEGER;
end;
PAUTHORITY_KEYID = ^AUTHORITY_KEYID;
PPAUTHORITY_KEYID = ^PAUTHORITY_KEYID;
PASRange = ^ASRange;
ASRange = record
min, max: PASN1_INTEGER;
end;
ASIdOrRange_union = record
case byte of
0: (id: PASN1_INTEGER);
1: (range: PASRange);
end;
PASIdOrRange = ^ASIdOrRange;
ASIdOrRange = record
_type: TC_INT;
u: ASIdOrRange_union;
end;
ASIdentifierChoice_union = record
case byte of
ASIdentifierChoice_inherit : (inherit : PASN1_NULL);
ASIdentifierChoice_asIdsOrRanges : (asIdsOrRanges : PASIdOrRanges);
end;
ASIdentifierChoice = record
_type : TC_INT;
u : ASIdentifierChoice_union;
end;
PASIdentifierChoice = ^ASIdentifierChoice;
ASIdentifiers = record
asnum : PASIdentifierChoice;
rdi : PASIdentifierChoice;
end;
PASIdentifiers = ^ASIdentifiers;
PIPAddressRange = ^IPAddressRange;
IPAddressRange = record
min, max: PASN1_BIT_STRING;
end;
IPAddressOrRange_union = record
case byte of
0: (addressPrefix: PASN1_BIT_STRING);
1: (addressRange: PIPAddressRange);
end;
PIPAddressOrRange = ^IPAddressOrRange;
IPAddressOrRange = record
_type: TC_INT;
u: IPAddressOrRange_union;
end;
PSTACK_OF_IPAddressOrRange = PSTACK_OF;
PIPAddressOrRanges = PSTACK_OF_IPAddressOrRange;
IPAddressChoice_union = record
case byte of
0: (inherit: PASN1_NULL);
1: (addressesOrRanges: PIPAddressOrRanges);
end;
PIPAddressChoice = ^IPAddressChoice;
IPAddressChoice = record
_type: TC_INT;
u: IPAddressChoice_union;
end;
PIPAddressFamily = ^IPAddressFamily;
IPAddressFamily = record
addressFamily: PASN1_OCTET_STRING;
ipAddressChoice: PIPAddressChoice;
end;
PIPAddrBlocks = PSTACK_OF_IPAddressFamily;
ASN1_CTX = record
p : PAnsiChar; // work char pointer
eos : TC_INT; // end of sequence read for indefinite encoding
error : TC_INT; // error code to use when returning an error
inf : TC_INT; // constructed if 0x20; indefinite is 0x21
tag : TC_INT; // tag from last 'get object'
xclass : TC_INT; // class from last 'get object'
slen : TC_LONG; // length of last 'get object'
max : PAnsiChar; // largest value of p allowed
q : PAnsiChar; // temporary variable
pp : PPAnsiChar; // variable
line : TC_INT; // used in error processing
end;
PASN1_CTX = ^ASN1_CTX;
ASN1_PCTX = record
flags: TC_ULONG;
nm_flags: TC_ULONG;
cert_flags: TC_ULONG;
oid_flags: TC_ULONG;
str_flags: TC_ULONG;
end;
PASN1_PCTX = ^ASN1_PCTX;
void_func = function: pointer;
I2D_OF_void = function(_para1 : Pointer; var _para2 : PByte) : TC_INT cdecl;
D2I_OF_void = function (_para1 : PPointer; var _para2 : PByte; _para3 : TC_LONG) : Pointer cdecl;
ASN1_METHOD = record
i2d : i2d_of_void;
d2i : i2d_of_void;
create : function: Pointer; cdecl;
destroy : procedure(ptr: Pointer); cdecl;
end;
PASN1_METHOD = ^ASN1_METHOD;
ASN1_HEADER = record
header : PASN1_OCTET_STRING;
data : Pointer;
meth : PASN1_METHOD;
end;
PASN1_HEADER = ^ASN1_HEADER;
ASN1_STRING_TABLE = record
nid : TC_INT;
minsize : TC_LONG;
maxsize : TC_LONG;
mask : TC_ULONG;
flags : TC_ULONG;
end;
PASN1_STRING_TABLE = ^ASN1_STRING_TABLE;
PSTACK_OF_ASN1_STRING_TABLE = PSTACK;
PASN1_ITEM = ^ASN1_ITEM;
PASN1_ITEM_EXP = PASN1_ITEM;
ASN1_TEMPLATE = record
flags : TC_ULONG; // Various flags
tag : TC_LONG; // tag; not used if no tagging
offset : TC_ULONG; // Offset of this field in structure
field_name : PAnsiChar; // Field name
item : PASN1_ITEM_EXP; // Relevant ASN1_ITEM or ASN1_ADB
end;
PASN1_TEMPLATE = ^ASN1_TEMPLATE;
ASN1_ITEM = record
itype : Char; // The item type; primitive; SEQUENCE; CHOICE or extern
utype : TC_LONG; // underlying type
templates : PASN1_TEMPLATE; // If SEQUENCE or CHOICE this contains the contents
tcount : TC_LONG; // Number of templates if SEQUENCE or CHOICE
funcs : Pointer; // functions that handle this type
size : TC_LONG; // Structure size (usually)
sname : PAnsiChar; // Structure name
end;
PSTACK_OF_ASN1_ADB_TABLE = PSTACK;
PPSTACK_OF_ASN1_ADB_TABLE = ^PSTACK_OF_ASN1_ADB_TABLE;
PASN1_ADB_TABLE = ^ASN1_ADB_TABLE;
PASN1_ADB = ^ASN1_ADB;
ASN1_ADB = record
flags : TC_ULONG; // Various flags
offset : TC_ULONG; // Offset of selector field
app_items : PPSTACK_OF_ASN1_ADB_TABLE; // Application defined items
tbl : PASN1_ADB_TABLE; // Table of possible types
tblcount : TC_LONG; // Number of entries in tbl
default_tt : PASN1_TEMPLATE; // Type to use if no match
null_tt : PASN1_TEMPLATE; // Type to use if selector is NULL
end;
ASN1_ADB_TABLE = record
flags : TC_LONG; // Various flags
offset : TC_LONG; // Offset of selector field
app_items : PPSTACK_OF_ASN1_ADB_TABLE; // Application defined items
tbl : PASN1_ADB_TABLE; // Table of possible types
tblcount : TC_LONG; // Number of entries in tbl
default_tt : PASN1_TEMPLATE; // Type to use if no match
null_tt : PASN1_TEMPLATE; // Type to use if selector is NULL
end;
PASN1_TLC = ^ASN1_TLC;
ASN1_TLC = record
valid : Byte; // Values below are valid
ret : TC_INT; // return value
plen : TC_LONG; // length
ptag : TC_INT; // class value
pclass : TC_INT; // class value
hdrlen : TC_INT; // header length
end;
PASN1_VALUE = Pointer;
PPASN1_VALUE = ^PASN1_VALUE;
ASN1_new_func = function : PASN1_VALUE; cdecl;
ASN1_free_func = procedure (a : PASN1_VALUE); cdecl;
ASN1_d2i_func = function (a : PASN1_VALUE; var _in : PByte; length : TC_LONG ) : PASN1_VALUE; cdecl;
ASN1_i2d_func = function (a : PASN1_VALUE; var _in : PByte) : TC_INT; cdecl;
ASN1_ex_d2i = function(var pval : PASN1_VALUE; var _in : PByte; len : TC_LONG; it : PASN1_ITEM; tag, aclass : TC_INT;
opt : Byte; ctx : PASN1_TLC) : TC_INT; cdecl;
ASN1_ex_i2d = function(var pval : PASN1_VALUE; var _out : PByte; it : PASN1_ITEM; tag, aclass : TC_INT) : TC_INT; cdecl;
ASN1_ex_new_func = function(var pval : PASN1_VALUE; it : PASN1_ITEM) : TC_INT; cdecl;
ASN1_ex_free_func = procedure(var pval : PASN1_VALUE; it : PASN1_ITEM); cdecl;
ASN1_primitive_i2c = function (var pval : PASN1_VALUE; cont : PByte; putype : PC_INT; it : PASN1_ITEM ) : TC_INT; cdecl;
ASN1_primitive_c2i = function (var pval : PASN1_VALUE; cont : PByte; len, utype : TC_INT; free_cont : PByte; it: PASN1_ITEM) : TC_INT; cdecl;
ASN1_COMPAT_FUNCS = record
asn1_new : ASN1_new_func;
asn1_free : ASN1_free_func;
asn1_d2i : ASN1_d2i_func;
asn1_i2d : ASN1_i2d_func;
end;
PASN1_COMPAT_FUNCS = ^ASN1_COMPAT_FUNCS;
ASN1_EXTERN_FUNCS = record
app_data : Pointer;
asn1_ex_new : ASN1_ex_new_func; // ASN1_ex_new_func *asn1_ex_new;
asn1_ex_free : ASN1_ex_free_func; // ASN1_ex_free_func *asn1_ex_free;
asn1_ex_clear: ASN1_ex_free_func; // ASN1_ex_free_func *asn1_ex_clear;
asn1_ex_d2i : ASN1_ex_d2i; // ASN1_ex_d2i *asn1_ex_d2i;
asn1_ex_i2d : ASN1_ex_i2d; // ASN1_ex_i2d *asn1_ex_i2d;
end;
PASN1_EXTERN_FUNCS = ^ASN1_EXTERN_FUNCS;
ASN1_PRIMITIVE_FUNCS = record
app_data : Pointer;
flags : TC_ULONG;
prim_new : ASN1_ex_new_func;
prim_free : ASN1_ex_free_func;
prim_clear : ASN1_ex_free_func;
prim_c2i : ASN1_primitive_c2i;
prim_i2c : ASN1_primitive_i2c;
end;
PASN1_PRIMITIVE_FUNCS = ^ASN1_PRIMITIVE_FUNCS;
ASN1_aux_cb = function (operation : TC_INT; var _in : PASN1_VALUE; it : PASN1_ITEM) : TC_INT; cdecl;
asn1_ps_func = function(b: PBIO; var pbuf: PAnsiChar; plen: PC_INT; var parg: Pointer): TC_INT; cdecl;
ASN1_AUX = record
app_data : Pointer;
flags : TC_INT;
ref_offset : TC_INT; // Offset of reference value
ref_lock : TC_INT; // Lock type to use
asn1_cb : ASN1_aux_cb;
enc_offset : TC_INT; // Offset of ASN1_ENCODING structure
end;
PASN1_AUX = ^ASN1_AUX;
{$ENDREGION}
{$REGION 'LHASH'}
PLHASH_NODE = ^LHASH_NODE;
PPLHASH_NODE = ^PLHASH_NODE;
LHASH_NODE = record
data : Pointer;
next : PLHASH_NODE;
hash : TC_ULONG;
end;
LHASH_COMP_FN_TYPE = function (const p1;p2 : Pointer) : TC_INT; cdecl;
LHASH_HASH_FN_TYPE = function(const p1 : Pointer) : TC_ULONG; cdecl;
LHASH_DOALL_FN_TYPE = procedure(_p: pointer); cdecl;
LHASH_DOALL_ARG_FN_TYPE = procedure(_p1, _p2: Pointer); cdecl;
LHASH = record
b : PPLHASH_NODE;
comp : LHASH_COMP_FN_TYPE;
hash : LHASH_HASH_FN_TYPE;
num_nodes : TC_UINT;
num_alloc_nodes : TC_UINT;
p : TC_UINT;
pmax : TC_UINT;
up_load : TC_ULONG;
down_load : TC_ULONG;
num_items : TC_ULONG;
num_expands : TC_ULONG;
num_expand_reallocs : TC_ULONG;
num_contracts : TC_ULONG;
num_contract_reallocs : TC_ULONG;
num_hash_calls : TC_ULONG;
num_comp_calls : TC_ULONG;
num_insert : TC_ULONG;
num_replace : TC_ULONG;
num_delete : TC_ULONG;
num_no_delete : TC_ULONG;
num_retrieve : TC_ULONG;
num_retrieve_miss : TC_ULONG;
num_hash_comps : TC_ULONG;
error : TC_INT;
end;
PLHASH = ^LHASH;
_LHASH = LHASH;
P_LHASH = ^_LHASH;
PLHASH_OF = ^LHASH_OF;
PPLHASH_OF = ^PLHASH_OF;
LHASH_OF = record
dummy: TC_INT;
end; { record }
{$ENDREGION}
{$REGION 'CONF'}
CONF_VALUE = record
section : PAnsiChar;
name : PAnsiChar;
value : PAnsiChar;
end;
PCONF_VALUE = ^CONF_VALUE;
PLHASH_OF_CONF_VALUE = PLHASH;
PCONF_METHOD = ^CONF_METHOD;
PCONF_IMODULE = ^CONF_IMODULE;
PCONF_MODULE = ^CONF_MODULE;
PCONF = ^CONF;
CONF_METHOD = record
name: PAnsiChar;
create: function(meth: PCONF_METHOD): PCONF; cdecl;
init: function(_conf: PCONF): TC_INT; cdecl;
destroy: function(_conf: PCONF): TC_INT; cdecl;
destroy_data: function(_conf: PCONF): TC_INT; cdecl;
load_bio: function(_conf: PCONF; bp: PBIO; eline: PC_LONG): TC_INT; cdecl;
dump: function(_conf: PCONF; bp: PBIO): TC_INT; cdecl;
is_number: function(_conf: PCONF; c: AnsiChar): TC_INT; cdecl;
to_int: function(_conf: PCONF; c: AnsiChar): TC_INT; cdecl;
load: function(_conf: PCONF; name: PAnsiChar; eline: PC_LONG): TC_INT; cdecl;
end;
CONF = record
method: PCONF_METHOD;
meth_data: Pointer;
data: PLHASH;
end;
t_list_cb = function(const _elem: PAnsiChar; _len: TC_INT; usr: Pointer): TC_INT; cdecl;
t_conf_init_func = function(md: PCONF_IMODULE; const cnf: PCONF): TC_INT; cdecl;
t_conf_finish_func = procedure(md: PCONF_IMODULE); cdecl;
CONF_MODULE = record
dso: Pointer;
_name: PAnsiChar;
init: t_conf_init_func;
finish: t_conf_finish_func;
_links: TC_INT;
usr_data: Pointer;
end;
CONF_IMODULE = record
pmod: PCONF_MODULE;
_name: PAnsiChar;
_value: PAnsiChar;
s: TC_ULONG;
usr_data: Pointer;
end;
{$ENDREGION}
{$REGION 'DH'}