fdlib.h File Reference

#include "global.h"
#include "pike_macros.h"
#include "pike_netlib.h"

Go to the source code of this file.

Classes

struct my_fd_set_s

Defines

#define fd_INTERPROCESSABLE   1

#define fd_CAN_NONBLOCK   2

#define fd_CAN_SHUTDOWN   4

#define fd_BUFFERED   8

#define fd_BIDIRECTIONAL   16

#define fd_REVERSE   32

#define fd_info(X)   ""

#define fd_init()

#define fd_exit()

#define fd_RDONLY   O_RDONLY

#define fd_WRONLY   O_WRONLY

#define fd_RDWR   O_RDWR

#define fd_APPEND   O_APPEND

#define fd_CREAT   O_CREAT

#define fd_TRUNC   O_TRUNC

#define fd_EXCL   O_EXCL

#define fd_BINARY   0

#define fd_LARGEFILE   0

#define fd_query_properties(X, Y)   ( fd_INTERPROCESSABLE | (Y))

#define fd_stat(F, BUF)   stat(F,BUF)

#define fd_lstat(F, BUF)   lstat(F,BUF)

#define fd_open(X, Y, Z)   dmalloc_register_fd(open((X),(Y),(Z)))

#define fd_socket(X, Y, Z)   dmalloc_register_fd(socket((X),(Y),(Z)))

#define fd_pipe   pipe

#define fd_accept(X, Y, Z)   dmalloc_register_fd(accept((X),(Y),(Z)))

#define fd_bind(fd, X, Y)   bind(dmalloc_touch_fd(fd), (X), (Y))

#define fd_getsockopt(fd, X, Y, Z, Q)   getsockopt(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q))

#define fd_setsockopt(fd, X, Y, Z, Q)   setsockopt(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q))

#define fd_recv(fd, X, Y, Z)   recv(dmalloc_touch_fd(fd), (X), (Y),(Z))

#define fd_getsockname(fd, X, Y)   getsockname(dmalloc_touch_fd(fd), (X), (Y))

#define fd_getpeername(fd, X, Y)   getpeername(dmalloc_touch_fd(fd), (X), (Y))

#define fd_recvfrom(fd, X, Y, Z, Q, P)   recvfrom(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q),(P))

#define fd_send(fd, X, Y, Z)   send(dmalloc_touch_fd(fd), (X), (Y),(Z))

#define fd_sendto(fd, X, Y, Z, Q, P)   sendto(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q),(P))

#define fd_shutdown(fd, X)   shutdown(dmalloc_touch_fd(fd), (X))

#define fd_listen(fd, X)   listen(dmalloc_touch_fd(fd), (X))

#define fd_close(fd)   close(dmalloc_close_fd(fd))

#define fd_write(fd, X, Y)   write(dmalloc_touch_fd(fd),(X),(Y))

#define fd_read(fd, X, Y)   read(dmalloc_touch_fd(fd),(X),(Y))

#define fd_lseek(fd, X, Y)   lseek(dmalloc_touch_fd(fd),(X),(Y))

#define fd_ftruncate(fd, X)   ftruncate(dmalloc_touch_fd(fd),(X))

#define fd_fstat(fd, X)   fstat(dmalloc_touch_fd(fd),(X))

#define fd_select   select

#define fd_ioctl(fd, X, Y)   ioctl(dmalloc_touch_fd(fd),(X),(Y))

#define fd_dup(fd)   dmalloc_register_fd(dup(dmalloc_touch_fd(fd)))

#define fd_connect(fd, X, Z)   connect(dmalloc_touch_fd(fd),(X),(Z))

#define fd_dup2(fd, to)   dmalloc_register_fd(dup2(dmalloc_touch_fd(fd),dmalloc_close_fd(to)))

#define fd_socketpair   socketpair

#define fd_fd_set   fd_set

#define fd_FD_CLR   FD_CLR

#define fd_FD_SET   FD_SET

#define fd_FD_ISSET   FD_ISSET

#define fd_FD_ZERO   FD_ZERO

#define fd_shutdown_read   0

#define fd_shutdown_write   1

#define fd_shutdown_both   2

#define my_FD_CLR(FD, S)   FD_CLR((FD), & (S)->tmp)

#define my_FD_SET(FD, S)   FD_SET((FD), & (S)->tmp)

#define my_FD_ISSET(FD, S)   FD_ISSET((FD), & (S)->tmp)

#define my_FD_ZERO(S)   FD_ZERO(& (S)->tmp)

#define fd_copy_my_fd_set_to_fd_set(TO, FROM, max)   MEMCPY((TO),&(FROM)->tmp,sizeof(*(TO)))

#define FILE_CAPABILITIES   (fd_INTERPROCESSABLE | fd_CAN_NONBLOCK)

#define PIPE_CAPABILITIES   (fd_INTERPROCESSABLE | fd_BUFFERED | fd_CAN_NONBLOCK)

#define UNIX_SOCKET_CAPABILITIES   (fd_INTERPROCESSABLE | fd_BIDIRECTIONAL | fd_CAN_NONBLOCK)

#define SOCKET_CAPABILITIES   (fd_INTERPROCESSABLE | fd_BIDIRECTIONAL | fd_CAN_NONBLOCK | fd_CAN_SHUTDOWN)

#define SEEK_SET   0

#define SEEK_CUR   1

#define SEEK_END   2

#define S_ISREG(mode)   (((mode) & (_S_IFMT)) == (_S_IFREG))

Typedefs

typedef int FD

typedef stat PIKE_STAT_T

typedef off_t PIKE_OFF_T

typedef my_fd_set_s my_fd_set

Functions

PMOD_PROTO int pike_make_pipe (int *fds)

PMOD_PROTO int fd_from_object (struct object *o)

PMOD_PROTO void create_proxy_pipe (struct object *o, int for_reading)

PMOD_PROTO struct object * file_make_object_from_fd (int fd, int mode, int guess)

Define Documentation

#define fd_accept ( X,
Y,
Z ) dmalloc_register_fd(accept((X),(Y),(Z)))

#define fd_APPEND O_APPEND

#define fd_BIDIRECTIONAL 16

#define fd_BINARY 0

#define fd_bind ( fd,
X,
Y ) bind(dmalloc_touch_fd(fd), (X), (Y))

#define fd_BUFFERED 8

#define fd_CAN_NONBLOCK 2

#define fd_CAN_SHUTDOWN 4

#define fd_close ( fd ) close(dmalloc_close_fd(fd))

#define fd_connect ( fd,
X,
Z ) connect(dmalloc_touch_fd(fd),(X),(Z))

#define fd_copy_my_fd_set_to_fd_set ( TO,
FROM,
max ) MEMCPY((TO),&(FROM)->tmp,sizeof(*(TO)))

#define fd_CREAT O_CREAT

#define fd_dup ( fd ) dmalloc_register_fd(dup(dmalloc_touch_fd(fd)))

#define fd_dup2 ( fd,
to ) dmalloc_register_fd(dup2(dmalloc_touch_fd(fd),dmalloc_close_fd(to)))

#define fd_EXCL O_EXCL

#define fd_exit ( )

#define fd_FD_CLR FD_CLR

#define fd_FD_ISSET FD_ISSET

#define fd_FD_SET FD_SET

#define fd_fd_set fd_set

#define fd_FD_ZERO FD_ZERO

#define fd_fstat ( fd,
X ) fstat(dmalloc_touch_fd(fd),(X))

#define fd_ftruncate ( fd,
X ) ftruncate(dmalloc_touch_fd(fd),(X))

#define fd_getpeername ( fd,
X,
Y ) getpeername(dmalloc_touch_fd(fd), (X), (Y))

#define fd_getsockname ( fd,
X,
Y ) getsockname(dmalloc_touch_fd(fd), (X), (Y))

#define fd_getsockopt ( fd,
X,
Y,
Z,
Q ) getsockopt(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q))

#define fd_info ( X ) ""

#define fd_init ( )

#define fd_INTERPROCESSABLE 1

#define fd_ioctl ( fd,
X,
Y ) ioctl(dmalloc_touch_fd(fd),(X),(Y))

#define fd_LARGEFILE 0

#define fd_listen ( fd,
X ) listen(dmalloc_touch_fd(fd), (X))

#define fd_lseek ( fd,
X,
Y ) lseek(dmalloc_touch_fd(fd),(X),(Y))

#define fd_lstat ( F,
BUF ) lstat(F,BUF)

#define fd_open ( X,
Y,
Z ) dmalloc_register_fd(open((X),(Y),(Z)))

#define fd_pipe pipe

#define fd_query_properties ( X,
Y ) ( fd_INTERPROCESSABLE | (Y))

#define fd_RDONLY O_RDONLY

#define fd_RDWR O_RDWR

#define fd_read ( fd,
X,
Y ) read(dmalloc_touch_fd(fd),(X),(Y))

#define fd_recv ( fd,
X,
Y,
Z ) recv(dmalloc_touch_fd(fd), (X), (Y),(Z))

#define fd_recvfrom ( fd,
X,
Y,
Z,
Q,
P ) recvfrom(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q),(P))

#define fd_REVERSE 32

#define fd_select select

#define fd_send ( fd,
X,
Y,
Z ) send(dmalloc_touch_fd(fd), (X), (Y),(Z))

#define fd_sendto ( fd,
X,
Y,
Z,
Q,
P ) sendto(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q),(P))

#define fd_setsockopt ( fd,
X,
Y,
Z,
Q ) setsockopt(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q))

#define fd_shutdown ( fd,
X ) shutdown(dmalloc_touch_fd(fd), (X))

#define fd_shutdown_both 2

#define fd_shutdown_read 0

#define fd_shutdown_write 1

#define fd_socket ( X,
Y,
Z ) dmalloc_register_fd(socket((X),(Y),(Z)))

#define fd_socketpair socketpair

#define fd_stat ( F,
BUF ) stat(F,BUF)

#define fd_TRUNC O_TRUNC

#define fd_write ( fd,
X,
Y ) write(dmalloc_touch_fd(fd),(X),(Y))

#define fd_WRONLY O_WRONLY

#define FILE_CAPABILITIES (fd_INTERPROCESSABLE | fd_CAN_NONBLOCK)

#define my_FD_CLR ( FD,
S ) FD_CLR((FD), & (S)->tmp)

#define my_FD_ISSET ( FD,
S ) FD_ISSET((FD), & (S)->tmp)

#define my_FD_SET ( FD,
S ) FD_SET((FD), & (S)->tmp)

#define my_FD_ZERO ( S ) FD_ZERO(& (S)->tmp)

#define PIPE_CAPABILITIES (fd_INTERPROCESSABLE | fd_BUFFERED | fd_CAN_NONBLOCK)

#define S_ISREG ( mode ) (((mode) & (_S_IFMT)) == (_S_IFREG))

#define SEEK_CUR 1

#define SEEK_END 2

#define SEEK_SET 0

#define SOCKET_CAPABILITIES (fd_INTERPROCESSABLE | fd_BIDIRECTIONAL | fd_CAN_NONBLOCK | fd_CAN_SHUTDOWN)

#define UNIX_SOCKET_CAPABILITIES (fd_INTERPROCESSABLE | fd_BIDIRECTIONAL | fd_CAN_NONBLOCK)

Typedef Documentation

typedef int FD

typedef struct my_fd_set_s my_fd_set

typedef off_t PIKE_OFF_T

typedef struct stat PIKE_STAT_T

Function Documentation

PMOD_PROTO void create_proxy_pipe ( struct object * o,

int for_reading

)

PMOD_PROTO int fd_from_object ( struct object * o )

PMOD_PROTO struct object* file_make_object_from_fd ( int fd,

int mode,

int guess

)

PMOD_PROTO int pike_make_pipe ( int * fds )

Generated on Fri Jul 22 23:44:28 2005 for Pike by

1.3.9.1


Classes
struct	my_fd_set_s
Defines
#define	fd_INTERPROCESSABLE 1
#define	fd_CAN_NONBLOCK 2
#define	fd_CAN_SHUTDOWN 4
#define	fd_BUFFERED 8
#define	fd_BIDIRECTIONAL 16
#define	fd_REVERSE 32
#define	fd_info(X) ""
#define	fd_init()
#define	fd_exit()
#define	fd_RDONLY O_RDONLY
#define	fd_WRONLY O_WRONLY
#define	fd_RDWR O_RDWR
#define	fd_APPEND O_APPEND
#define	fd_CREAT O_CREAT
#define	fd_TRUNC O_TRUNC
#define	fd_EXCL O_EXCL
#define	fd_BINARY 0
#define	fd_LARGEFILE 0
#define	fd_query_properties(X, Y) ( fd_INTERPROCESSABLE \| (Y))
#define	fd_stat(F, BUF) stat(F,BUF)
#define	fd_lstat(F, BUF) lstat(F,BUF)
#define	fd_open(X, Y, Z) dmalloc_register_fd(open((X),(Y),(Z)))
#define	fd_socket(X, Y, Z) dmalloc_register_fd(socket((X),(Y),(Z)))
#define	fd_pipe pipe
#define	fd_accept(X, Y, Z) dmalloc_register_fd(accept((X),(Y),(Z)))
#define	fd_bind(fd, X, Y) bind(dmalloc_touch_fd(fd), (X), (Y))
#define	fd_getsockopt(fd, X, Y, Z, Q) getsockopt(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q))
#define	fd_setsockopt(fd, X, Y, Z, Q) setsockopt(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q))
#define	fd_recv(fd, X, Y, Z) recv(dmalloc_touch_fd(fd), (X), (Y),(Z))
#define	fd_getsockname(fd, X, Y) getsockname(dmalloc_touch_fd(fd), (X), (Y))
#define	fd_getpeername(fd, X, Y) getpeername(dmalloc_touch_fd(fd), (X), (Y))
#define	fd_recvfrom(fd, X, Y, Z, Q, P) recvfrom(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q),(P))
#define	fd_send(fd, X, Y, Z) send(dmalloc_touch_fd(fd), (X), (Y),(Z))
#define	fd_sendto(fd, X, Y, Z, Q, P) sendto(dmalloc_touch_fd(fd), (X),(Y),(Z),(Q),(P))
#define	fd_shutdown(fd, X) shutdown(dmalloc_touch_fd(fd), (X))
#define	fd_listen(fd, X) listen(dmalloc_touch_fd(fd), (X))
#define	fd_close(fd) close(dmalloc_close_fd(fd))
#define	fd_write(fd, X, Y) write(dmalloc_touch_fd(fd),(X),(Y))
#define	fd_read(fd, X, Y) read(dmalloc_touch_fd(fd),(X),(Y))
#define	fd_lseek(fd, X, Y) lseek(dmalloc_touch_fd(fd),(X),(Y))
#define	fd_ftruncate(fd, X) ftruncate(dmalloc_touch_fd(fd),(X))
#define	fd_fstat(fd, X) fstat(dmalloc_touch_fd(fd),(X))
#define	fd_select select
#define	fd_ioctl(fd, X, Y) ioctl(dmalloc_touch_fd(fd),(X),(Y))
#define	fd_dup(fd) dmalloc_register_fd(dup(dmalloc_touch_fd(fd)))
#define	fd_connect(fd, X, Z) connect(dmalloc_touch_fd(fd),(X),(Z))
#define	fd_dup2(fd, to) dmalloc_register_fd(dup2(dmalloc_touch_fd(fd),dmalloc_close_fd(to)))
#define	fd_socketpair socketpair
#define	fd_fd_set fd_set
#define	fd_FD_CLR FD_CLR
#define	fd_FD_SET FD_SET
#define	fd_FD_ISSET FD_ISSET
#define	fd_FD_ZERO FD_ZERO
#define	fd_shutdown_read 0
#define	fd_shutdown_write 1
#define	fd_shutdown_both 2
#define	my_FD_CLR(FD, S) FD_CLR((FD), & (S)->tmp)
#define	my_FD_SET(FD, S) FD_SET((FD), & (S)->tmp)
#define	my_FD_ISSET(FD, S) FD_ISSET((FD), & (S)->tmp)
#define	my_FD_ZERO(S) FD_ZERO(& (S)->tmp)
#define	fd_copy_my_fd_set_to_fd_set(TO, FROM, max) MEMCPY((TO),&(FROM)->tmp,sizeof(*(TO)))
#define	FILE_CAPABILITIES (fd_INTERPROCESSABLE \| fd_CAN_NONBLOCK)
#define	PIPE_CAPABILITIES (fd_INTERPROCESSABLE \| fd_BUFFERED \| fd_CAN_NONBLOCK)
#define	UNIX_SOCKET_CAPABILITIES (fd_INTERPROCESSABLE \| fd_BIDIRECTIONAL \| fd_CAN_NONBLOCK)
#define	SOCKET_CAPABILITIES (fd_INTERPROCESSABLE \| fd_BIDIRECTIONAL \| fd_CAN_NONBLOCK \| fd_CAN_SHUTDOWN)
#define	SEEK_SET 0
#define	SEEK_CUR 1
#define	SEEK_END 2
#define	S_ISREG(mode) (((mode) & (_S_IFMT)) == (_S_IFREG))
Typedefs
typedef int	FD
typedef stat	PIKE_STAT_T
typedef off_t	PIKE_OFF_T
typedef my_fd_set_s	my_fd_set
Functions
PMOD_PROTO int	pike_make_pipe (int *fds)
PMOD_PROTO int	fd_from_object (struct object *o)
PMOD_PROTO void	create_proxy_pipe (struct object *o, int for_reading)
PMOD_PROTO struct object *	file_make_object_from_fd (int fd, int mode, int guess)