bin/ksh/exec.c

1099

shf_reopen(1, SHF_WR, shl_stdout);

bin/ksh/exec.c

1247

shf_reopen(2, SHF_WR, shl_out);

bin/ksh/io.c

159

SHF_WR|SHF_MAPHI);

bin/ksh/io.c

222

shf_fdopen(1, SHF_WR, shl_stdout); /* force buffer allocation */

bin/ksh/io.c

223

shf_fdopen(2, SHF_WR, shl_out);

bin/ksh/io.c

224

shf_fdopen(2, SHF_WR, shl_spare); /* force buffer allocation */

bin/ksh/io.c

469

tp->shf = shf_fdopen(fd, SHF_WR, (struct shf *) 0);

bin/ksh/io.c

480

tp->shf = shf_fdopen(fd, SHF_WR, (struct shf *) 0);

bin/ksh/jobs.c

1400

shf_reopen(fd, SHF_WR, shl_j);

bin/ksh/jobs.c

248

shl_j = shf_fdopen(2, SHF_WR, (struct shf *) 0);

bin/ksh/lex.c

1120

SHF_WR | SHF_DYNAMIC, (struct shf *) 0);

bin/ksh/main.c

683

shf_reopen(2, SHF_WR, shl_out);

bin/ksh/shf.c

102

if (!(sflags & (SHF_RD | SHF_WR)))

bin/ksh/shf.c

150

case O_WRONLY: sflags |= SHF_WR; break;

bin/ksh/shf.c

155

if (!(sflags & (SHF_RD | SHF_WR)))

bin/ksh/shf.c

190

if (!(sflags & (SHF_RD | SHF_WR))

bin/ksh/shf.c

191

|| (sflags & (SHF_RD | SHF_WR)) == (SHF_RD | SHF_WR))

bin/ksh/shf.c

199

if (!buf && (sflags & SHF_WR) && (sflags & SHF_DYNAMIC)) {

bin/ksh/shf.c

269

if (shf->flags & SHF_WR) {

bin/ksh/shf.c

303

return (shf->flags & SHF_WR) ? EOF : 0;

bin/ksh/shf.c

645

if (!(shf->flags & SHF_WR))

bin/ksh/shf.c

706

if (!(shf->flags & SHF_WR))

bin/ksh/shf.c

72

: ((oflags & O_ACCMODE) == O_WRONLY ? SHF_WR

bin/ksh/shf.c

784

shf_sopen(buf, bsize, SHF_WR, &shf);

bin/ksh/shf.c

798

shf_sopen((char *) 0, 0, SHF_WR|SHF_DYNAMIC, &shf);

bin/ksh/shf.c

97

case O_WRONLY: sflags |= SHF_WR; break;

bin/ksh/shf.h

27

#define SHF_RDWR (SHF_RD|SHF_WR)

bin/ksh/tree.c

396

shf_sopen(s, n, SHF_WR | (s ? 0 : SHF_DYNAMIC), &shf);

bin/ksh/tree.c

603

shf_sopen((char *) 0, 32, SHF_WR | SHF_DYNAMIC, &shf);