newlib/winsup/cygwin/devices.in
Christopher Faylor 2e008fb91f Change use of BOOL, TRUE, FALSE to bool, true, false, as appropriate,
throughout.
* tty.cc (tty::common_init): Remove call to SetKernelObjectSecurity and edit
some comments.
* cygheap.h (init_cygheap::ctty): Add new element.
* devices.in (device::parse): Remove special handling for /dev/tty.
* devices.cc: Regenerate.
* dtable.cc (build_fh_pc): Don't reset /dev/tty device.  Let the device opener
do that.
* fhandler_termios.cc (tty_min::set_ctty): Redefine to _pinfo class.
* fhandler_tty.cc (fhandler_tty_common::set_close_on_exec): Avoid setting
noninherit flag for ctty.
* tty.h: Move BOOLs to bools.
(tty_min::set_ctty): Redeclare to _pinfo class.
* pinfo.cc (_pinfo::set_ctty): Define new function based on tty_min::set_ctty.
Change first argument from tty number to tty_min class.
* pinfo.h (_pinfo::set_ctty): Declare.
* fhandler_console.cc (fhandler_console::get_tty_stuff): Reflect move of
set_ctty to _pinfo class.
* fhandler_tty.cc (fhandler_tty_slave::open): Treat FH_TTY specially.  Use
saved cygheap value if it exists.  Otherwise convert to real device and save on
first time open.
(fhandler_tty_common::dup): Potentially set controlling tty if duping a slave
tty.
* syscalls.cc (setsid): Close controlling tty in cygheap.
* tty.cc: Change some BOOLs to bools.
2003-12-07 22:37:12 +00:00

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%import {
#include "winsup.h"
#include <sys/types.h>
#include <stdlib.h>
#include <ctype.h>
#include <string.h>
#include "devices.h"
#include "sys/cygwin.h"
#include "tty.h"
#include "pinfo.h"
typedef const device *KR_device_t;
}
%type KR_device_t
%local {
const device dev_cygdrive_storage =
{"/cygdrive", FH_CYGDRIVE, "/cygdrive"};
const device dev_fs_storage =
{"", FH_FS, ""};
const device dev_proc_storage =
{"", FH_PROC, ""};
const device dev_registry_storage =
{"", FH_REGISTRY, ""};
const device dev_piper_storage =
{"", FH_PIPER, ""};
const device dev_pipew_storage =
{"", FH_PIPEW, ""};
const device dev_tcp_storage =
{"", FH_TCP, ""};
const device dev_udp_storage =
{"", FH_UDP, ""};
const device dev_stream_storage =
{"", FH_STREAM, ""};
const device dev_dgram_storage =
{"", FH_DGRAM, ""};
const device dev_bad_storage =
{"", FH_BAD, ""};
%storage_here
}
%%
"/dev/tty", FH_TTY, "\\dev\\tty"
"/dev/tty%(0-63)d", FHDEV(DEV_TTYS_MAJOR, {$1}), "\\dev\\tty{$1}", ttys_dev
"/dev/console", FH_CONSOLE, "\\dev\\console", console_dev
"/dev/ttym", FH_TTYM, "\\dev\\ttym", ttym_dev
"/dev/ptmx", FH_PTYM, "\\dev\\ptmx"
"/dev/windows", FH_WINDOWS, "\\dev\\windows"
"/dev/dsp", FH_OSS_DSP, "\\dev\\dsp"
"/dev/conin", FH_CONIN, "conin"
"/dev/conout", FH_CONOUT, "conout"
"/dev/null", FH_NULL, "nul"
"/dev/zero", FH_ZERO, "\\dev\\zero"
"/dev/random", FH_RANDOM, "\\dev\\random"
"/dev/urandom", FH_URANDOM, "\\dev\\urandom", urandom_dev
"/dev/mem", FH_MEM, "\\dev\\mem"
"/dev/kmem", FH_KMEM, "\\dev\\mem"
"/dev/clipboard", FH_CLIPBOARD, "\\dev\\clipboard"
"/dev/port", FH_PORT, "\\dev\\port"
"/dev/com%(0-16)d", FHDEV(DEV_SERIAL_MAJOR, {$1}), "\\.\\com{$1}"
"/dev/ttyS%(0-15)d", FHDEV(DEV_SERIAL_MAJOR, {$1 + 1}), "\\.\\com{$1 + 1}"
"/dev/pipe", FH_PIPE, "\\dev\\pipe"
"/dev/fifo", FH_FIFO, "\\dev\\fifo"
"/dev/st%(0-127)d", FHDEV(DEV_TAPE_MAJOR, {$1}), "\\Device\\Tape{$1}"
"/dev/nst%(0-127)d", FHDEV(DEV_TAPE_MAJOR, {$1 + 128}), "\\Device\\Tape{$1}"
"/dev/fd%(0-15)d", FHDEV(DEV_FLOPPY_MAJOR, {$1}), "\\Device\\Floppy{$1}"
"/dev/scd%(0-15)d", FHDEV(DEV_CDROM_MAJOR, {$1}), "\\Device\\CdRom{$1}"
"/dev/sr%(0-15)d", FHDEV(DEV_CDROM_MAJOR, {$1}), "\\Device\\CdRom{$1}"
"/dev/sd%{a-z}s", FH_SD{uc $1}, "\\Device\\Harddisk{ord($1) - ord('a')}\\Partition0"
"/dev/sd%{a-z}s%(1-15)d", FH_SD{uc $1} | {$2}, "\\Device\\Harddisk{ord($1) - ord('a')}\\Partition{$2 % 16}"
%other {return NULL;}
%%
void
device::parse (const char *s)
{
size_t len = strlen (s);
const device *dev = KR_find_keyword (s, len);
if (!dev)
*this = *fs_dev;
else
*this = *dev;
}
void
device::init ()
{
/* nothing to do... yet */
}
void
device::parse (_major_t major, _minor_t minor)
{
_dev_t dev = FHDEV (major, minor);
devn = 0;
for (unsigned i = 0; i < (sizeof (dev_storage) / sizeof (dev_storage[0])); i++)
if (dev_storage[i].devn == dev)
{
*this = dev_storage[i];
break;
}
if (!*this)
devn = FHDEV (major, minor);
return;
}
void
device::parse (_dev_t dev)
{
parse (_major (dev), _minor (dev));
}
void
device::tty_to_real_device ()
{
if (!real_tty_attached (myself))
*this = myself->ctty < 0 ? dev_bad_storage : *console_dev;
else
parse (DEV_TTYS_MAJOR, myself->ctty);
}