/*************************************************************************
* (C) 2010 AITNET ltd - Sofia/Bulgaria - <misho@aitnet.org>
* by Michael Pounov <misho@elwix.org>
*
* $Author: misho $
* $Id: aitio.h,v 1.27 2012/11/19 21:12:03 misho Exp $
*
**************************************************************************
The ELWIX and AITNET software is distributed under the following
terms:
All of the documentation and software included in the ELWIX and AITNET
Releases is copyrighted by ELWIX - Sofia/Bulgaria <info@elwix.org>
Copyright 2004, 2005, 2006, 2007, 2008, 2009, 2010, 2011, 2012
by Michael Pounov <misho@elwix.org>. All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions
are met:
1. Redistributions of source code must retain the above copyright
notice, this list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright
notice, this list of conditions and the following disclaimer in the
documentation and/or other materials provided with the distribution.
3. All advertising materials mentioning features or use of this software
must display the following acknowledgement:
This product includes software developed by Michael Pounov <misho@elwix.org>
ELWIX - Embedded LightWeight unIX and its contributors.
4. Neither the name of AITNET nor the names of its contributors
may be used to endorse or promote products derived from this software
without specific prior written permission.
THIS SOFTWARE IS PROVIDED BY AITNET AND CONTRIBUTORS ``AS IS'' AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
SUCH DAMAGE.
*/
#ifndef __AITIO_H
#define __AITIO_H
#define COMPAT_43TTY
#include <assert.h>
#include <syslog.h>
#include <openssl/evp.h>
#include <openssl/aes.h>
#include <sys/tty.h>
#include <sys/ioctl_compat.h>
#include <sys/socket.h>
#include <sys/un.h>
#include <sys/uio.h>
#include <net/if_dl.h>
#include <netinet/in.h>
#include <atree.h>
#include <ampool.h>
#ifndef STRSIZ
#define STRSIZ 256
#endif
#ifndef be16toh
#define be16toh betoh16
#endif
#ifndef be32toh
#define be32toh betoh32
#endif
#ifndef be64toh
#define be64toh betoh64
#endif
#ifndef le16toh
#define le16toh letoh16
#endif
#ifndef le32toh
#define le32toh letoh32
#endif
#ifndef le64toh
#define le64toh letoh64
#endif
#define IO_SYSM 0
#define IO_MPOOL 1
#define VACUUM_LEFT 1
#define VACUUM_BETWEEN 2
/* AIT arrays */
typedef void ** sarr_seg_t;
typedef struct _tagSplitArray {
int sarr_num;
int sarr_seg;
int sarr_siz;
sarr_seg_t *sarr_data;
} sarr_t;
typedef struct _tagArray {
int arr_last;
int arr_num;
void **arr_data;
} array_t;
/* AIT RPC variables and managment */
typedef enum {
empty, ptr, data, /* empty -> variable is not set; ptr -> void*; data -> data after struct */
buffer, string, blob, /* buffer -> uint8_t*; string -> int8_t*; blob -> uint32_t blobID(+socket); */
f32, f64, /* float -> f32; double -> f64 */
u8, u16, u32, u64, /* unsigned integers ... */
i8, i16, i32, i64, /* integers ... */
} ait_type_t;
typedef struct {
uint8_t val_type;
union {
struct {
uint8_t val_in:1;
uint8_t val_be:1;
uint8_t val_le:1;
uint8_t val_pad:5;
};
uint8_t val_opt;
};
uint16_t val_key;
uint32_t val_len;
union {
uint64_t net;
void *ptr;
uint8_t *buffer;
int8_t *string;
uint32_t blob;
float f32;
double f64;
uint8_t u8;
uint16_t u16;
uint32_t u32;
uint64_t u64;
int8_t i8;
int16_t i16;
int32_t i32;
int64_t i64;
} val;
uint8_t val_data[0];
} __packed ait_val_t; /* sizeof 16 bytes */
#define AIT_TYPE(_vl) ((ait_type_t) (_vl)->val_type)
#define AIT_LEN(_vl) (_vl)->val_len
#define AIT_KEY(_vl) (_vl)->val_key
#define AIT_RAW(_vl) (_vl)->val.net
#define AIT_ADDR(_vl) (_vl)->val.ptr
#define AIT_IN(_vl) (_vl)->val_in
#define AIT_BE(_vl) (_vl)->val_be
#define AIT_LE(_vl) (_vl)->val_le
#define AIT_BLOB_CHUNKS(_vl, _n) (AIT_LEN((_vl)) / _n + (AIT_LEN((_vl)) % _n) ? 1 : 0)
#define AIT_ISEMPTY(_vl) (AIT_TYPE((_vl)) == empty)
#define AIT_GET_LIKE(_vl, _type) ((_type) AIT_ADDR((_vl)))
#define AIT_GET_PTR(_vl) (assert(AIT_TYPE((_vl)) == ptr), (_vl)->val.ptr)
#define AIT_GET_DATA(_vl) (assert(AIT_TYPE((_vl)) == data), (_vl)->val_data)
#define AIT_GET_BUF(_vl) (assert(AIT_TYPE((_vl)) == buffer), (_vl)->val.buffer)
#define AIT_GET_STR(_vl) (assert(AIT_TYPE((_vl)) == string), (char*) (_vl)->val.string)
#define AIT_GET_STRZ(_vl) (assert(AIT_TYPE((_vl)) == string), (_vl)->val.string ? \
(char*) (_vl)->val.string : "")
#define AIT_GET_BLOB(_vl) (assert(AIT_TYPE((_vl)) == blob), (_vl)->val.blob)
#define AIT_GET_U8(_vl) (assert(AIT_TYPE((_vl)) == u8), (_vl)->val.u8)
#define AIT_GET_U16(_vl) (assert(AIT_TYPE((_vl)) == u16), (_vl)->val.u16)
#define AIT_GET_U32(_vl) (assert(AIT_TYPE((_vl)) == u32), (_vl)->val.u32)
#define AIT_GET_U64(_vl) (assert(AIT_TYPE((_vl)) == u64), (_vl)->val.u64)
#define AIT_GET_I8(_vl) (assert(AIT_TYPE((_vl)) == i8), (_vl)->val.i8)
#define AIT_GET_I16(_vl) (assert(AIT_TYPE((_vl)) == i16), (_vl)->val.i16)
#define AIT_GET_I32(_vl) (assert(AIT_TYPE((_vl)) == i32), (_vl)->val.i32)
#define AIT_GET_I64(_vl) (assert(AIT_TYPE((_vl)) == i64), (_vl)->val.i64)
#define AIT_GET_F32(_vl) (assert(AIT_TYPE((_vl)) == f32), (_vl)->val.f32)
#define AIT_GET_F64(_vl) (assert(AIT_TYPE((_vl)) == f64), (_vl)->val.f64)
#define AIT_SET_DATA(_vl, _p, _len) do { ait_val_t *__val = io_realloc((_vl), (sizeof(ait_val_t) + _len)); \
if (__val) { \
void *__p = (_p); \
if (__p) \
memcpy(__val->val_data, __p, _len); \
__val->val_type = data; AIT_LEN(__val) = _len; \
(_vl) = __val; \
} \
} while (0);
#define AIT_SET_PTR(_vl, _p, _len) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = ptr; __val->val.ptr = _p; \
AIT_LEN(__val) = _len; } while (0)
#define AIT_RE_BUF(_vl, _len) do { ait_val_t *__val = (_vl); assert(__val); \
void *__ptr = io_realloc(AIT_GET_BUF(__val), _len); \
if (__ptr) { \
__val->val.buffer = __ptr; AIT_LEN(__val) = _len; \
} } while (0)
#define AIT_SET_BUF2(_vl, _c, _len) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val.buffer = io_malloc(_len); \
if (__val->val.buffer) { \
__val->val_type = buffer; AIT_LEN(__val) = _len; \
memset(__val->val.buffer, _c, _len); \
} } while (0)
#define AIT_SET_BUF(_vl, _v, _len) do { ait_val_t *__val = (_vl); void *__p = (_v); assert(__val); \
__val->val.buffer = io_malloc(_len); \
if (__val->val.buffer) { \
__val->val_type = buffer; AIT_LEN(__val) = _len; \
if (__p) \
memcpy(__val->val.buffer, __p, _len); \
else \
memset(__val->val.buffer, 0, _len); \
} } while (0)
#define AIT_SET_STR(_vl, _v) do { ait_val_t *__val = (_vl); const char *__s = (_v); assert(__val); \
__val->val_type = string; \
if (__s) { \
__val->val.string = (int8_t*) io_strdup(__s); \
AIT_LEN(__val) = strlen((const char*) \
__val->val.string) + 1; \
} else { \
__val->val.string = NULL; \
AIT_LEN(__val) = 0; \
} \
} while (0)
#define AIT_SET_STRSIZ(_vl, _len) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val.string = (int8_t*) io_malloc(_len); \
if (__val->val.string) { \
__val->val_type = string; AIT_LEN(__val) = _len; \
memset(__val->val.string, 0, _len); \
} \
} while (0)
#define AIT_SET_STRCAT(_vl, _v) do { ait_val_t *__val = (_vl); const char *__s = (_v); int __l; \
assert(__val); assert(AIT_TYPE(__val) == string); \
if (!__s || !*__s) \
break; \
else \
__l = strlen(__s); \
if (!__val->val.string) \
__l++; \
void *__p = io_realloc(__val->val.string, AIT_LEN(__val) + __l); \
if (__p) { \
AIT_LEN(__val) += __l; \
if (!__val->val.string) \
memset(__p, 0, AIT_LEN(__val)); \
__val->val.string = __p; \
strlcat((char*) __val->val.string, __s, \
AIT_LEN(__val)); \
} \
} while (0)
#define AIT_SET_STRCPY(_vl, _v) do { ait_val_t *__val = (_vl); const char *__s = (_v); int __l; \
assert(__val); assert(AIT_TYPE(__val) == string); \
if (!__s || !*__s) \
break; \
else \
__l = strlen(__s) + 1; \
void *__p = io_realloc(__val->val.string, __l); \
if (__p) { \
AIT_LEN(__val) = __l; \
__val->val.string = __p; \
strlcpy((char*) __val->val.string, __s, \
AIT_LEN(__val)); \
} } while (0)
#define AIT_SET_STRLCPY(_vl, _v, _len) do { ait_val_t *__val = (_vl); const char *__s = (_v); \
assert(__val); assert(AIT_TYPE(__val) == string); \
if (!__s || !*__s) \
break; \
void *__p = io_realloc(__val->val.string, _len); \
if (__p) { \
AIT_LEN(__val) = _len; \
__val->val.string = __p; \
strlcpy((char*) __val->val.string, __s, \
AIT_LEN(__val)); \
} } while (0)
#define AIT_SET_BLOB(_vl, _n, _len) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = blob; __val->val.blob = _n; \
AIT_LEN(__val) = _len; } while (0)
#define AIT_SET_BLOB2(_vl, _bv) do { ait_val_t *__val = (_vl); assert(__val); assert((_bv)); \
__val->val_type = blob; AIT_LEN(__val) = \
(_bv)->blob_len; \
__val->val.blob = (_bv)->blob_var; } while (0)
#define AIT_NEW_BLOB(_vl, _len) AIT_SET_BLOB((_vl), 0, _len)
#define AIT_SET_U8(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = u8; __val->val.u8 = _n; \
AIT_LEN(__val) = sizeof(uint8_t); } while (0)
#define AIT_SET_U16(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = u16; __val->val.u16 = _n; \
AIT_LEN(__val) = sizeof(uint16_t); } while (0)
#define AIT_SET_U32(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = u32; __val->val.u32 = _n; \
AIT_LEN(__val) = sizeof(uint32_t); } while (0)
#define AIT_SET_U64(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = u64; __val->val.u64 = _n; \
AIT_LEN(__val) = sizeof(uint64_t); } while (0)
#define AIT_SET_I8(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = i8; __val->val.i8 = _n; \
AIT_LEN(__val) = sizeof(int8_t); } while (0)
#define AIT_SET_I16(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = i16; __val->val.i16 = _n; \
AIT_LEN(__val) = sizeof(int16_t); } while (0)
#define AIT_SET_I32(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = i32; __val->val.i32 = _n; \
AIT_LEN(__val) = sizeof(int32_t); } while (0)
#define AIT_SET_I64(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = i64; __val->val.i64 = _n; \
AIT_LEN(__val) = sizeof(int64_t); } while (0)
#define AIT_SET_F32(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = f32; __val->val.f32 = _n; \
AIT_LEN(__val) = sizeof(float); } while (0)
#define AIT_SET_F64(_vl, _n) do { ait_val_t *__val = (_vl); assert(__val); \
__val->val_type = f64; __val->val.f64 = _n; \
AIT_LEN(__val) = sizeof(double); } while (0)
#define AIT_COPY_VAL(_vl, _v) do { assert((_vl)); assert((_v)); \
memcpy((_vl), (_v), sizeof(ait_val_t)); \
switch (AIT_TYPE((_vl))) { \
case buffer: \
AIT_SET_BUF((_vl), \
AIT_GET_BUF((_v)), \
AIT_LEN((_v))); \
break; \
case string: \
AIT_SET_STR((_vl), \
AIT_GET_STR((_v))); \
break; \
default: \
break; \
} \
} while (0)
#define AIT_COPY_DATA(_vl, _v) do { AIT_COPY_VAL((_vl), (_v)); \
if (AIT_TYPE((_vl)) == data) \
AIT_SET_DATA((_vl), AIT_GET_DATA((_v)), \
AIT_LEN((_v))); \
} while (0)
#define AIT_INIT_VAL(_vl) (memset((_vl), 0, sizeof(ait_val_t)))
#define AIT_INIT_VAL2(_vl, _t) do { \
AIT_INIT_VAL((_vl)); \
(_vl)->val_type = _t; \
} while (0)
#define AIT_SET_LIKE(_vl, _t, _l, _v) (assert((_vl)), io_setlikeVar((_vl), _t, _l, _v))
/* if attribute zeroCopy is set not execute io_free() */
#define AIT_FREE_VAL(_vl) do { ait_val_t *__val = (_vl); assert(__val); \
switch (AIT_TYPE(__val)) { \
case buffer: \
if (!__val->val_in && \
__val->val.buffer) \
io_free(__val->val.buffer); \
__val->val.buffer = NULL; \
break; \
case string: \
if (!__val->val_in && \
__val->val.string) \
io_free(__val->val.string); \
__val->val.string = NULL; \
break; \
default: \
break; \
} \
__val->val_type = empty; \
__val->val_opt ^= __val->val_opt; \
AIT_LEN(__val) = 0; \
AIT_KEY(__val) = 0; \
} while (0)
#define AIT_ZERO_VAL(_vl) do { ait_val_t *__val = (_vl); assert(__val); \
switch (AIT_TYPE(__val)) { \
case buffer: \
case string: \
if (__val->val.buffer) \
memset(__val->val.buffer, 0, \
AIT_LEN(__val)); \
break; \
case data: \
memset(__val->val_data, 0, AIT_LEN(__val)); \
break; \
default: \
__val->val.net = 0LL; \
break; \
} \
AIT_KEY(__val) = 0; \
} while (0)
struct io_ether_addr {
u_int8_t ether_addr_octet[6];
};
typedef struct io_ether_addr io_ether_addr_t;
typedef union {
struct sockaddr_storage ss;
struct sockaddr sa;
struct sockaddr_un sun;
struct sockaddr_in sin;
struct sockaddr_in6 sin6;
struct sockaddr_dl sdl;
} io_sockaddr_t;
#define IO_SOCKADDR_INIT { .ss = { 0 } }
#define io_align(x, a) (((x) + ((a) - 1)) & ~((a) - 1))
// io_GetErrno() Get error code of last operation
inline int io_GetErrno();
// io_GetError() Get error text of last operation
inline const char *io_GetError();
// io_mm_inuse() Check for memory management model
inline int io_mm_inuse();
/*
* ioLibInit() - Init libaitio library memory management
*
* @mm = memory management (IO_SYSM or IO_MPOOL)
* @maxmem = memory limit
* return: -1 error or !=-1 used memory management model
*/
inline int ioLibInit(int mm, unsigned long maxmem);
/*
* ioLibFini() - Finish libaitio library memory management
*
* return: none
*/
inline void ioLibFini();
/* memory management hooks */
extern void *(*io_malloc)(size_t);
extern void *(*io_calloc)(size_t, size_t);
extern void *(*io_realloc)(void*, size_t);
extern char *(*io_strdup)(const char*);
extern void (*io_free)(void*);
/*
* io_usleep() - usleep() replacement for ELWIX
*
* @usec = microseconds for sleep
* return: -1 interrupted by signal or 0 ok
*/
inline int io_usleep(unsigned int usec);
/*
* io_ether_ntoa() - Convert ethernet address to string
*
* @n = ethernet address structure, like struct ether_addr
* @a = string
* @len = string length
* return: NULL error or !=NULL string a
*/
inline char *io_ether_ntoa(const struct io_ether_addr *n, char * __restrict a, int len);
/*
* io_ether_aton() - Convert string to ethernet address
*
* @a = string
* @e = ethernet address structure, like struct ether_addr
* return: NULL error or !=NULL ethernet address structure
*/
inline struct io_ether_addr *io_ether_aton(const char *a, struct io_ether_addr *e);
/*
* io_n2port() - Extract port from network structure
*
* @addr = Address
* return: 0 not supported family type or port number
*/
inline unsigned short io_n2port(io_sockaddr_t * __restrict addr);
/*
* io_n2addr() - Extract address from network structure
*
* @addr = Address
* @val = Value for store string address
* return: NULL error or !=NULL string address from val
*/
const char *io_n2addr(io_sockaddr_t * __restrict addr, ait_val_t * __restrict val);
/*
* io_gethostbyname() - Get host and port and make network structure
*
* @psHost = Hostname
* @port = Port
* @addr = Network address structure
* return: NULL error or !=NULL network structure
*/
io_sockaddr_t *io_gethostbyname(const char *psHost, unsigned short port,
io_sockaddr_t * __restrict addr);
/*
* io_addrcmp() - Compare network addresses
*
* @a = 1st address
* @b = 2nd address
* @p = compare and ports, if family is AF_INET or AF_INET6
* return: 0 is equal or !=0 is different
*/
int io_addrcmp(io_sockaddr_t * __restrict a, io_sockaddr_t * __restrict b, int p);
/*
* io_vars2buffer() - Marshaling data from array with variables to buffer
*
* @buf = Buffer
* @buflen = Size of buffer
* @vars = Variable array
* return: -1 error, 0 nothing done or >0 size of marshaled data
*/
inline int io_vars2buffer(unsigned char * __restrict buf, int buflen,
array_t * __restrict vars);
/*
* io_buffer2vars() - De-marshaling data from buffer to array with variables
*
* @buf = Buffer
* @buflen = Size of buffer
* @vnum = Number of variables into buffer
* @zcpy = Zero-copy for variables, if !=0 don't use io_arrayFree() for free variables and
*DON'T MODIFY OR DESTROY BUFFER*. =0 call io_arrayFree() before io_arrayDestroy()
* return: =NULL error, !=NULL allocated variable array, after use must free with io_arrayDestroy()
*/
inline array_t *io_buffer2vars(unsigned char * __restrict buf, int buflen, int vnum, int zcpy);
/*
* io_vars2map() - Marshaling data from array with variables to memory map
*
* @buf = Buffer
* @buflen = Size of buffer
* @vars = Variable array
* return: -1 error, 0 nothing done or >0 size of marshaled data
*/
inline int io_vars2map(unsigned char * __restrict buf, int buflen,
array_t * __restrict vars);
/*
* io_map2vars() - De-marshaling data from memory map to array with variables
*
* @buf = Buffer
* @buflen = Size of buffer
* @vnum = Number of variables into buffer
* @zcpy = Zero-copy for variables, if !=0 don't use io_arrayFree() for free variables and
*DON'T MODIFY OR DESTROY BUFFER*. =0 call io_arrayFree() before io_arrayDestroy()
* return: =NULL error, !=NULL allocated variable array, after use must free with io_arrayDestroy()
*/
inline array_t *io_map2vars(unsigned char * __restrict buf, int buflen, int vnum, int zcpy);
/*
* io_allocVar() - Allocate memory for variable
*
* return: NULL error or new variable, after use free variable with io_freeVar()
*/
inline ait_val_t *io_allocVar(void);
/*
* io_freeVar() - Free allocated memory for variable
*
* @val = Variable
* return: none
*/
inline void io_freeVar(ait_val_t ** __restrict val);
/*
* io_makeVar() - Allocate memory and fill variable
*
* @type = type of variable
* @... = arg1 is value of variable
* @... = arg2 is length of variabla. Not required for numbers and strings!
* return: NULL error or new variable, after use free variable with io_freeVar()
*/
ait_val_t *io_makeVar(ait_type_t type, ...);
/*
* io_setlikeVar() - Set variable like ...
*
* @v = variable
* @t = type of data
* @l = length of data
* @... = data
* return: -1 error or 0 ok
*/
inline int io_setlikeVar(ait_val_t * __restrict v, ait_type_t t, unsigned int l, ...);
/*
* io_sprintfVar() - Builtin string variable from formatted input
*
* @v = variable
* @fmt = format string
* @... = argument(s)
* return: -1 error or >0 copied bytes to variable
*/
int io_sprintfVar(ait_val_t * __restrict v, const char *fmt, ...);
/*
* io_cmpVar() - Compare two variables
*
* @a = 1st variable
* @b = 2nd variable
* return: 0 is equal or !=0 is different
*/
inline int io_cmpVar(ait_val_t * __restrict a, ait_val_t * __restrict b);
/*
* io_hashVar() - Generate hash key for variable from string or value
*
* @v = variable
* @key = key string for hash, if =NULL hash will built from variable
* return: hash key
*/
unsigned short io_hashVar(ait_val_t * __restrict v, const char * __restrict key);
/*
* io_allocVars() - Allocate ait_val_t array
*
* @varnum = Number of variables
* return: =NULL error or !=NULL allocated array
*/
inline array_t *io_allocVars(int varnum);
/*
* io_clrVars() - Clear ait_val_t elements from array
*
* @vars = Variable array
* return: -1 error or size of array
*/
inline int io_clrVars(array_t * __restrict vars);
/*
* io_freeVars() - Free ait_val_t array
*
* @vars = Variable array
* return: none
*/
inline void io_freeVars(array_t ** __restrict vars);
/*
* io_getVars() - Get ait_val_t element from array and if not exists allocate it
*
* @vars = Variable array
* @n = index of variable into array
* return: NULL error or !=NULL ait_val_t element
*/
inline ait_val_t *io_getVars(array_t ** __restrict vars, int n);
/*
* io_sortVarsByKey() - Sorting array with variables by key
*
* @vars = Variable array
* @order = Sort order. If =0 ascend or !=0 descend
* return: none
*/
inline void io_sortVarsByKey(array_t * __restrict vars, int order);
/*
* io_sortVarsByVal() - Sorting array with variables by value
*
* @vars = Variable array
* @order = Sort order. If =0 ascend or !=0 descend
* @cmp = Custom compare function for sorting. If =NULL compare by value
* return: none
*/
inline void io_sortVarsByVal(array_t * __restrict vars, int order,
int (*cmp)(const void*, const void*));
/*
* io_findKeyVars() - Find variable by key from array
*
* @vars = Variables
* @key = Search key
* return: NULL error or not found, !=NULL valid element
*/
ait_val_t *io_findKeyVars(array_t * __restrict vars, unsigned short key);
/*
* io_findKeyHash() - Find variable by hash string from array
*
* @vars = Variables
* @key = Search string
* return: NULL error or not found, !=NULL valid element
*/
inline ait_val_t *io_findKeyHash(array_t * __restrict vars, const char * __restrict key);
/*
* io_hashKeyVars() - Generate hash keys for variables
*
* @vars = Variables
* return -1 error or 0 ok
*/
inline int io_hashKeyVars(array_t * __restrict vars);
/*
* ioPromptRead() - Read data from input h[0] with prompt to output h[1]
*
* @h = file handles h[0] = input, h[1] = output, if NULL use stdin, stdout
* @csPrompt = Prompt before input, may be NULL
* @psData = Readed data
* @dataLen = Length of data
* return: 0 EOF; -1 error:: can`t read; >0 count of readed chars
*/
int ioPromptRead(int *h, const char *csPrompt, char * __restrict psData, int dataLen);
/*
* ioPromptPassword() - Read password from input h[0] with prompt to output h[1]
*
* @h = file handles h[0] = input, h[1] = output, if NULL use stdin, stdout
* @csPrompt = Prompt before input, may be NULL
* @psPass = Readed password
* @passLen = Length of password
* @confirm = Confirm password, 0 - get password, !=0 Ask for confirmation
* return: 0 EOF; -1 error:: can`t read; >0 count of readed chars
*/
int ioPromptPassword(int *h, const char *csPrompt, char * __restrict psPass, int passLen, int confirm);
/*
* ioRegexVerify() - Function for verify data match in regex expression
*
* @csRegex = Regulare expression pattern
* @csData = Data for check and verify
* @startPos = Return start positions
* @endPos = Return end positions
* return: NULL not match or error; !=NULL begin of matched data
*/
const char *ioRegexVerify(const char *csRegex, const char *csData, int *startPos, int *endPos);
/*
* ioRegexGet() - Function for get data match in regex expression
*
* @csRegex = Regulare expression pattern
* @csData = Data from get
* @psString = Returned string if match
* @strLen = Length of string
* return: 0 not match; >0 count of returned chars
*/
int ioRegexGet(const char *csRegex, const char *csData, char * __restrict psString, int strLen);
/*
* ioRegexReplace() - Function for replace data match in regex expression with newdata
*
* @csRegex = Regulare expression pattern
* @csData = Source data
* @csNew = Data for replace
* return: NULL not match or error; !=NULL allocated new string, must be io_free after use!
*/
char *ioRegexReplace(const char *csRegex, const char *csData, const char *csNew);
/*
* ioStrAst() - Function for evaluate string like asterisk variable "{text[:[-]#[:#]]}"
*
* @csString = Input string
* return: NULL error, !=NULL Allocated new string evaluated from input string, must be io_free()
*/
char *ioStrAst(const char *csString);
/*
* io_UnquotStr() - Remove quots from input text string
*
* @psLine = Text string
* return: 0 nothing to do; 1 successful unquoted string
*/
inline int io_UnquotStr(char * __restrict psLine);
/*
* io_LTrimStr() - Remove left whitespaces from text string
*
* @psLine = Text string
* return: 0 nothing to do; !=0 Removed bytes
*/
inline int io_LTrimStr(char * __restrict psLine);
/*
* io_RTrimStr() - Remove right whitespaces from text string
*
* @psLine = Text string
* return: 0 nothing to do; !=0 Removed bytes
*/
inline int io_RTrimStr(char * __restrict psLine);
/*
* io_TrimStr() - Remove left and right whitespaces from text string
*
* @psLine = Text string
* return: 0 nothing to do; !=0 Removed bytes
*/
inline int io_TrimStr(char * __restrict psLine);
/*
* io_Ch2Hex() - Convert from Char string to Hex string
*
* @psLine = Text string
* @lineLen = Length of Text string
* return: NULL nothing to do or error; !=0 Allocated new converted data without term\0 (must be io_free)
*/
inline unsigned char *io_Ch2Hex(unsigned char *psLine, int lineLen);
/*
* io_Hex2Ch() - Convert from Hex string to Char string
*
* @psLine = Text string
* @lineLen = Length of Text string
* return: NULL nothing to do or error; !=0 Allocated new converted string(must be io_free)
*/
inline char *io_Hex2Ch(unsigned char *psLine, int lineLen);
/*
* io_Path2File() - Parse and make path/filename pair
*
* @csArgs = Input argument line
* @psPath = Output Path, if ==NULL path not returned
* @pathLen = Size of path array
* @psFile = Output File
* @fileLen = Size of file array
* return: 0 error format; -1 error:: can`t read; >0 ok, number of readed items
*/
inline int
io_Path2File(const char * __restrict csArgs, char * __restrict psPath,
int pathLen, char * __restrict psFile, int fileLen);
/*
* io_arrayInit() - Create and initialize dynamic array
*
* @numItems = Number of Items
* return: NULL error, != NULL allocated memory for array
*/
inline array_t *io_arrayInit(int numItems);
/*
* io_arrayDestroy() - Free and destroy dynamic array
*
* @parr = Array
* return: none
*/
inline void io_arrayDestroy(array_t ** __restrict parr);
/*
* io_arrayFree() - Free all data in dynamic array items
* (WARNING! If assign static array dont use this!!!)
*
* @arr = Array
* return: none
*/
inline void io_arrayFree(array_t * __restrict arr);
/*
* io_arrayFrom() - Create and fill array from array with pointers
*
* @pargv = Array with pointers
* @argc = Number of Items, if 0 walk through argv and stop when reach NULL item
* return: NULL error, != NULL allocated new array
*/
inline array_t *io_arrayFrom(const char *** __restrict pargv, int argc);
/*
* io_arrayTo() - Create and fill array with pointers from dynamic array
*
* @arr = Array
* return: NULL error, != NULL allocated memory for array, NULL terminated
*/
inline char **io_arrayTo(array_t * __restrict arr);
/*
* io_arrayLen() - Get last used element in dynamic array (array Length)
*
* @arr = Array
* return: -1 empty or >-1 position of last used element
*/
inline int io_arrayLen(array_t * __restrict arr);
/*
* io_arrayConcat() Concat source array to destination array
*
* @dest = Destination array
* @src = Source array
* return: -1 error; >0 new count of destination array
*/
int io_arrayConcat(array_t * __restrict dest, array_t * __restrict src);
/*
* io_arrayCopy() Copy source array to destination array
*
* @dest = Destination array, after use free with io_arrayDestroy()
* @src = Source array
* return: -1 error; >0 count of destination array
*/
int io_arrayCopy(array_t ** __restrict dest, array_t * __restrict src);
/*
* io_arrayGrow() - Grow/Shrink dynamic array, Use with care when it shrink!!!
*
* @arr = Array
* @newNumItems = Number of Items
* @freeShrink = Free elements before shrink array
* return: -1 error, 0 ok
*/
int io_arrayGrow(array_t * __restrict arr, int newNumItems, int freeShrink);
/*
* io_arrayVacuum() - Vacuum dynamic array, empty elements will be deleted
*
* @arr = Array
* @fromWhere = 1 begin, 2 ALL empty elements
* return: -1 error, 0 ok
*/
int io_arrayVacuum(array_t * __restrict arr, int fromWhere);
#define io_arraySize(_arr) ((_arr) ? (_arr)->arr_num : 0)
#define io_arrayLast(_arr) (io_arraySize((_arr)) ? (_arr)->arr_last : -1)
#define io_arrayZero(_arr) (assert((_arr)), memset((_arr)->arr_data, 0, \
io_arraySize((_arr)) * sizeof(void*)))
#define io_arrayGet2(_arr, _d) (assert((_arr) && (_arr)->arr_num > _d), ((_arr)->arr_data + _d))
#define io_arrayGet(_arr, _d) (assert((_arr) && (_arr)->arr_num > _d), (_arr)->arr_data[_d])
#define io_array(_arr, _d, _type) (assert((_arr) && (_arr)->arr_num > _d), \
((_type) (_arr)->arr_data[_d]))
#define io_arraySet(_arr, _d, _ptr) do { \
assert((_arr) && (_arr)->arr_num > _d); \
if ((_arr)->arr_last < _d) \
(_arr)->arr_last = _d; \
(_arr)->arr_data[_d] = (void*) (_ptr); \
} while (0)
#define io_arrayDel(_arr, _d, _fri) do { \
assert((_arr) && (_arr)->arr_num > _d); \
if (_fri && (_arr)->arr_data[_d]) \
free((_arr)->arr_data[_d]); \
(_arr)->arr_data[_d] = NULL; \
} while (0)
/*
* io_arrayElem() - Always GET/PUT element into dynamic array, if not enough elements grow array
*
* @arr = Array
* @n = Position
* @data = Element, if set NULL GET element at position or !=NULL PUT element at position
* return: -1 error or !=-1 return element at position
*/
inline void *io_arrayElem(array_t * __restrict arr, int n, void *data);
/*
* io_arrayPush() - Push element into dynamic array like stack manner, place at first empty position
*
* @arr = Array
* @data = Element, if set NULL return only first empty position
* @mayGrow = Array may to grow, if not enough room for new element
* return: -1 not found empty position, array is full!, >-1 return position of stored element into array
*/
inline int io_arrayPush(array_t * __restrict arr, void **data, int mayGrow);
/*
* io_arrayPop() - Pop element from dynamic array like stack manner, last used position
*
* @arr = Array
* @data = Element, if set NULL return only last used position
* @delAfter = Delete after Pop element, !=0 delete element from array after return data
* return: -1 not found used position, array is empty!, >-1 return element position
*/
inline int io_arrayPop(array_t * __restrict arr, void ** __restrict data, int delAfter);
/*
* io_argsNum() - Parse and calculate number of arguments
*
* @csArgs = Input arguments line
* @csDelim = Delimiter(s) for separate
* return: 0 error format; -1 error:: can`t read; >0 ok, number of items
*/
inline int io_argsNum(const char *csArgs, const char *csDelim);
/*
* io_arrayMake() - Parse and make array from arguments ... (input string will be modified!!!
* and output array must be free with io_arrayDestroy() after use!)
*
* @psArgs = Input arguments line, after execute string is modified!!!
* @nargs = Maximum requested count of arguments from input string psArgs, if 0 all psArgs
* @csDelim = Delimiter(s) for separate
* @parr = Output array of arguments ... (must be io_free with io_arrayDestroy() after use!)
* return: 0 error format; -1 error:: can`t read; >0 ok, number of readed items
*/
int io_arrayMake(char * __restrict psArgs, int nargs, const char *csDelim,
array_t ** __restrict parr);
/*
* io_MakeAV() - Parse and make attribute/value pair
*
* @csArgs = Input argument line
* @csDelim = Delimiter for separate
* @psAttr = Output Attribute
* @attrLen = Size of attribute array
* @psValue = Output Value, if ==NULL this element not present value or not wanted for return
* @valLen = Size of value array
* return: 0 error format; -1 error:: can`t read; >0 ok, number of readed items
*/
int io_MakeAV(const char * __restrict csArgs, const char *csDelim,
char * __restrict psAttr, int attrLen, char * __restrict psValue, int valLen);
/*
* io_MakeAV2() Parse and make attribute/value pair over input string
*
* @csArgs = Input argument line, will be modified!
* @csDelim = Delimiter for separate
* @psAttr = Output Attribute
* @psValue = Output Value, if ==NULL this element not present value or not wanted for return
* return: 0 error format; -1 error:: can`t read; >0 ok, number of readed items
*/
int io_MakeAV2(char * __restrict psArgs, const char *csDelim,
char ** __restrict psAttr, char ** __restrict psValue);
/*
* io_sarrInit() - Create and initialize dynamic split-order array
*
* @numItems = Number of Items
* @segLen = Length of segment
* return: NULL error, != NULL allocated memory for array
*/
inline sarr_t *io_sarrInit(int numItems, int segLen);
/*
* io_sarrDestroy() - Free all data in dynamic split-order array and Destroy array
*
* @parr = Array
* return: none
*/
inline void io_sarrDestroy(sarr_t ** __restrict parr);
/*
* io_sarrGrow() - Grow/Shrink dynamic split-order array, Use with care when it shrink!!!
*
* @arr = Array
* @newNumItems = Number of Items
* return: -1 error, 0 ok
*/
int io_sarrGrow(sarr_t * __restrict arr, int newNumItems);
/*
* io_sarrVacuum() - Vacuum dynamic split-order array, empty segments will be freed
*
* @arr = Array
* return: -1 error, >-1 freed segments
*/
inline int io_sarrVacuum(sarr_t * __restrict arr);
#define io_sarrSize(_arr) ((_arr) ? (_arr)->sarr_num : 0)
#define io_sarrSeg(_arr) (assert((_arr)), (_arr)->sarr_seg)
/*
* io_sarrCopy() Copy source split array to destination split array
*
* @dest = Destination split array, after use free with io_sarrDestroy()
* @src = Source split array
* return: -1 error; >0 count of destination split array
*/
int io_sarrCopy(sarr_t ** __restrict dest, sarr_t * __restrict src);
/*
* io_sarrGet() - Get element from dynamic split-order array
*
* @arr = Array
* @idx = Index (warning 1st element is at position 1)
* return: NULL not found, !=NULL element
*/
inline void *io_sarrGet(sarr_t * __restrict arr, unsigned int idx);
/*
* io_sarrGet2() - Always get element from dynamic split-order array
* Function automatic grow array. Good use for Hash tables!
*
* @arr = Array
* @idx = Index (warning 1st element is at position 1)
* return: NULL not found, !=NULL element
*/
void *io_sarrGet2(sarr_t * __restrict arr, unsigned int idx);
/*
* io_sarrSet() - Set element to dynamic split-order array
*
* @arr = Array
* @idx = Index (warning 1st element is at position 1)
* @data = Value
* return: NULL error or empty, !=NULL old value in element
*/
inline void *io_sarrSet(sarr_t * __restrict arr, unsigned int idx, void *data);
#define io_sarrDel(_arr, _idx) io_sarrSet((_arr), _idx, NULL)
#define io_sarr(_arr, _idx, _type) (_type)io_sarrGet((_arr), _idx)
/*
* io_sarr2array() - Convert from split-order array to dynamic array
*
* @sa = split array
* @sarrFree = after convert split array !=0 will be destroyed sarray
* return: NULL error or != NULL new array
*/
array_t *io_sarr2array(sarr_t ** __restrict sa, int sarrFree);
/*
* io_array2sarr() - Convert from dynamic array to split-order array
*
* @a = array
* @segLen = Length of segment
* @arrFree = after convert array !=0 will be destroyed
* return: NULL error or != NULL new sarr
*/
sarr_t *io_array2sarr(array_t ** __restrict a, int segLen, int arrFree);
/*
* io_CopyEnv() - Copy environment to new environment array;
*
* @oldenv = Environment array
* return: NULL error; !=NULL Allocated new environment array(must be io_free)
*/
char **io_CopyEnv(const char **oldenv);
/*
* io_ExecArgs() - Build exec arguments from other array
*
* @psProg = Program name for execute
* @oldarg = Arguments array
* return: NULL error; !=NULL Allocated execution array(must be io_free)
*/
char **io_ExecArgs(const char *psProg, const char **oldarg);
/*
* io_FreeNullTerm() - Free dynamic allocated null terminated array with strings
*
* @arr = Pointer to array for free
* return: none
*/
inline void io_FreeNullTerm(char *** __restrict arr);
/*
* ioMkDir() - Function for racursive directory creation and validation
*
* @csDir = Full directory path
* @mode = Mode for directory creation if missing dir
* return: -1 error, 0 directory path exist, >0 created missing dirs
*/
int ioMkDir(const char *csDir, int mode);
/*
* ioWatchDirLoop() - Function for watching changes in directory and fire callback
*
* @csDir = Full directory path
* @callback = Callback if raise event! nOp -1 delete, 0 change/move, 1 create
* return: -1 error, !=-1 ok, number of total signaled events
*/
int ioWatchDirLoop(const char *csDir, int (*callback)(const char *csName, int nOp));
#ifdef AIO_OPS
/*
* io_aiobulk() - AIO bulk R/W function
*
* @mode = Bulk wait mode
* @acbs = List of aiocb structures
* @nacb = Number of aiocb in list
* @sig = Event for completed operations, may be =NULL
* return: -1 error or 0 ok
*/
inline int io_aiobulk(int mode, struct aiocb ** __restrict acbs, int nacb,
struct sigevent *sig);
#endif
/*
* io_rreadv() - Raw VFS bulk read function
*
* @fd = File handle
* @bufs = Read buffers
* @nbufs = Number of read buffers
* @offset = Read from position, if -1 read nbytes from current position
* @update = Update file handle position !0
* return: -1 error or !=-1 readed bytes
*/
int io_rreadv(int fd, struct iovec * __restrict bufs, int nbufs, off_t offset,
int update);
/*
* io_rwritev() - Raw VFS bulk write function
*
* @fd = File handle
* @bufs = Write buffers
* @nbufs = Number of write buffers
* @offset = Write to position, if -1 write nbytes to current position
* @update = Update file handle position !0
* return: -1 error or !=-1 written bytes
*/
int io_rwritev(int fd, struct iovec * __restrict bufs, int nbufs, off_t offset,
int update);
/*
* io_rread() - Raw VFS read function
*
* @fd = File handle
* @buf = Read buffer
* @nbytes = Read buffer size
* @offset = Read from position, if -1 read nbytes from current position
* @update = Update file handle position !0
* return: -1 error or !=-1 readed bytes
*/
inline int io_rread(int fd, void * __restrict buf, size_t nbytes, off_t offset,
int update);
/*
* io_rwrite() - Raw VFS write function
*
* @fd = File handle
* @buf = Write buffer
* @nbytes = Write bytes from buffer
* @offset = Write at position, if -1 write nbytes from current position
* @update = Update file handle position !0
* return: -1 error or !=-1 written bytes
*/
inline int io_rwrite(int fd, void * __restrict buf, size_t nbytes, off_t offset,
int update);
/* Disk I/O helper macros */
#define io_read(f, b, n) io_rread(f, b, n, -1, 1)
#define io_write(f, b, n) io_rwrite(f, b, n, -1, 1)
/* Debug helper macros */
extern int io_Debug;
#define io_enableDEBUG int io_Debug
#define io_initDebug(x) (io_Debug = (x))
#define io_incDebug (io_Debug++)
#define io_decDebug (io_Debug--)
/* Debug macros */
#define ioVERBOSE(x) if ((x) <= io_Debug)
#define ioTRACE(x) if ((x) <= io_Debug) \
syslog(LOG_DEBUG, "I'm in %s(%d)", __func__, __LINE__)
#define ioDEBUG(x, fmt, ...) do { \
assert((fmt)); \
char str[STRSIZ] = { 0 }; \
snprintf(str, sizeof str, (fmt), ##__VA_ARGS__); \
if ((x) <= io_Debug) \
syslog(LOG_DEBUG, "Debug(%d):%s(%d): %s\n", \
(x), __func__, __LINE__, str); \
} while (0)
/* Logger macro */
#define ioLOGGER(x, fmt, ...) do { \
assert((fmt)); \
char str[STRSIZ] = { 0 }; \
snprintf(str, sizeof str, (fmt), ##__VA_ARGS__); \
syslog((x), "Logger:%s(%d): %s\n", \
__func__, __LINE__, str); \
} while (0)
/* Error state macros */
#define ioERROR(x, fmt, ...) do { \
assert((fmt)); \
char str[STRSIZ] = { 0 }; \
snprintf(str, sizeof str, (fmt), ##__VA_ARGS__); \
syslog(LOG_ERR, "Error:%s(%d): #%d - %s\n", \
__func__, __LINE__, (x), str); \
} while (0)
#define ioSYSERR(x) do { \
if (x > 0 || errno) \
syslog(LOG_ERR, "Error(sys):%s(%d): #%d - %s\n", \
__func__, __LINE__, x > 0 ? x : errno, \
strerror(x > 0 ? x : errno)); \
} while (0)
#define ioLIBERR(ait) do { \
if (ait##_GetErrno()) \
syslog(LOG_ERR, "Error(lib):%s(%d): #%d - %s\n", \
__func__, __LINE__, ait##_GetErrno(), \
ait##_GetError()); \
} while (0)
/* Crypto framework */
/*
* ioCipher() - Cipher wrapper for all supported crypto algorythms
*
* @pInput = input buffer
* @inLen = input buffer len
* @ppOutput = output allocated buffe, must be io_free after use
* @Cipher = cipher engine, like EVP_bf_cbc() or etc...
* @pKey = key
* @pIV = IV, salt (8 bytes)
* @nMode = Mode 0 - decrypting or 1 - encrypting
* return: 0 not present data or error!; >0 number of processed and returned bytes into ppOutput
*/
int ioCipher(unsigned char *pInput, int inLen, unsigned char **ppOutput, const EVP_CIPHER *Cipher,
unsigned char *pKey, unsigned char *pIV, int nMode);
/*
* io_Blowfish() - Blowfish cipher algorythm, work with ASCII hex strings
*
* @pInput = input buffer
* @inLen = input buffer len
* @ppOutput = output allocated buffe, must be io_free after use
* @pKey = key
* @pIV = IV, salt (8 bytes)
* @nMode = Mode 0 - decrypting or 1 - encrypting
* return: 0 not present data or error!; >0 number of processed and returned bytes into ppOutput
*/
int io_Blowfish(unsigned char *pInput, int inLen, unsigned char **ppOutput,
unsigned char *pKey, unsigned char *pIV, int nMode);
/*
* io_ctr_AES() - Encrypt/Decrypt stream cipher CTR_AES
*
* @pInput = Input buffer with ASCII
* @inLen = Input buffer data length
* @ppOutput = Output buffer with cipher data, must be io_free after use
* @pKey = Key
* @IV = IVector/Nonce/Counter, Warning: IV must be variable, because we write there!!!
* return: -1 error or >-1 how many cipher blocks proceeded
*/
int io_ctr_AES(unsigned char *pInput, int inLen, unsigned char **ppOutput,
unsigned char *pKey, unsigned char IV[AES_BLOCK_SIZE]);
/*
* ioAllocPTY() - Allocate new PTY and TTY
*
* @ptyfd = master fd, pty
* @ttyfd = slave fd, tty
* @name = tty device name if not null
* @namesiz = name length, must be above 63 bytes.
* @term = termios for terminal
* @winz = winsize for terminal
* return: -1 error or 0 ok
*/
inline int ioAllocPTY(int *ptyfd, int *ttyfd, char * __restrict name, int namesiz,
struct termios * __restrict term, struct winsize * __restrict winz);
/*
* ioFreePTY() - Release PTY and TTY device
*
* @ptyfd = master fd, pty (==-1 skip closing pty)
* @ttyname = tty filename
* return: none
*/
inline void ioFreePTY(int ptyfd, const char *ttyname);
/*
* ioChgWinPTY() - Change window size of PTY
*
* @ptyfd = master fd, pty
* @row = row
* @col = col
* @xpxl = x pixels
* @ypxl = y pixels
* return: -1 error or 0 ok
*/
inline int ioChgWinPTY(int ptyfd, unsigned short row, unsigned short col,
unsigned short xpxl, unsigned short ypxl);
/*
* ioSetOwnerTTY() - Set owner to TTY
*
* @ttyname = tty filename
* @UID = uid
* @GID = gid
* return: -1 error or 0 ok
*/
int ioSetOwnerTTY(const char *ttyname, uid_t UID, gid_t GID);
/*
* ioSetSidTTY() - Makes the process's controlling TTY and sets it to sane modes.
*
* @ttyfd = slave fd, tty
* @ttyname = tty filename
* return: -1 error or 0 ok
*/
int ioSetSidTTY(int *ttyfd, const char *ttyname);
/*
* ioSetRAWMode() - Enter into RAW mode
*
* @fd = tty fd
* @otio = saved old termios for later restore if !=NULL
* return: -1 error or 0 ok
*/
inline int ioSetRAWMode(int fd, struct termios *otio);
/*
* ioRestoreMode() - Restore termios to tty fd
*
* @fd = tty fd
* @tio = termios structure for restore
* return: -1 error or 0 ok
*/
inline int ioRestoreMode(int fd, struct termios tio);
/*
* ioForkPTY() - Fork new process with session leader and new TTY
*
* @ptyfd = master fd, pty
* @name = tty device name if not null
* @namesiz = name length, must be above 63 bytes.
* @term = termios for terminal
* @winz = winsize for terminal
* @otio = old termios structure for restore
* return: -1 error, 0 child process or >0 parent: pid of child
*/
pid_t ioForkPTY(int *ptyfd, char * __restrict name, int namesiz, struct termios * __restrict term,
struct winsize * __restrict winz, struct termios * __restrict otio);
/*
* ioCreatePIDFile() - Create PID file
*
* @csName = PID filename
* @ifExists = !=0 if filename exists return error
* return: -1 error or 0 ok
*/
inline int ioCreatePIDFile(const char *csName, int ifExists);
/*
* ioSendFile() - AITNET sendfile() userland implementation, not dependant from OS
*
* @s = socket
* @csFile = file for send
* @sendLen = bytes to send, if 0 send all data
* @offset = start file offset
* @sndbuf = SO_SNDBUF value, if 0 use default
* return: 0 error, >0 ok, sended bytes
*/
size_t ioSendFile(int s, const char *csFile, size_t sendLen, off_t offset, int sndbuf);
/*
* ioRecvFile() - Receive file from socket, fastest (zero-copy) way
*
* @s = socket
* @csFile = file for receive
* @recvLen = receive bytes
* @over = overwrite file if exists with mode like 0644
* @rcvbuf = SO_RCVBUF value, if 0 use default
* return: 0 error, >0 ok, received bytes
*/
size_t ioRecvFile(int s, const char *csFile, size_t recvLen, int over, int rcvbuf);
/* Buffered file access over memory block */
/*
* io_fmemopen() - File buffered stream operations over memory block
*
* @base = Base address of memory block, if =NULL Infinit length(auto-grow)
* @basesize = Size of memory block
* return: NULL error or !=NULL Opened file resource
*/
FILE *io_fmemopen(void ** __restrict base, off_t basesize);
/*
* io_fmapopen() - File buffered stream operations over MMAP block
*
* @csFile = Filename for MMAP, if =NULL private MMAP block
* @mode = File open mode
* @perm = If file not exists will be created with this access permissions
* @prot = MMAP protection
* @flags = MMAP mode flags
* @offset = Map from file offset, if csFile==NULL then this is size of MMAP private block
* return: NULL error or !=NULL Opened file resource
*/
FILE *io_fmapopen(const char *csFile, int mode, int perm, int prot, int flags, off_t offset);
/*
* io_fd2buf() - Convert open file handle to buffered file I/O
*
* @fd = File handle
* @mode = Permissions for new buffered file I/O
* return: NULL error or open buffered file
*/
inline FILE *io_fd2buf(int fd, const char *mode);
/*
* io_dumbFile() - Create empry or dumb file with fixed size
*
* @csFile = Filename for create
* @mode = File access permissions
* @size = File size
* return: -1 error or open file handle
*/
int io_dumbFile(const char *csFile, int mode, off_t size);
#endif
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