File Coverage

fdio.c

Criterion	Covered	Total	%
statement	60	60	100.0
branch			n/a
condition			n/a
subroutine			n/a
pod			n/a
total	60	60	100.0

/* Generated */

missing_is_sorted = 0;

#ifdef AT_EACCESS
(void)hv_store(fdio_table, "AT_EACCESS", 10, newSViv(AT_EACCESS), 0);
#else
missing[nr_missing++] = "AT_EACCESS";
#endif
#ifdef AT_EMPTY_PATH
(void)hv_store(fdio_table, "AT_EMPTY_PATH", 13, newSViv(AT_EMPTY_PATH), 0);
#else
missing[nr_missing++] = "AT_EMPTY_PATH";
#endif
#ifdef AT_FDCWD
(void)hv_store(fdio_table, "AT_FDCWD", 8, newSViv(AT_FDCWD), 0);
#else
missing[nr_missing++] = "AT_FDCWD";
#endif
#ifdef AT_NO_AUTOMOUNT
(void)hv_store(fdio_table, "AT_NO_AUTOMOUNT", 15, newSViv(AT_NO_AUTOMOUNT), 0);
#else
missing[nr_missing++] = "AT_NO_AUTOMOUNT";
#endif
#ifdef AT_REMOVEDIR
(void)hv_store(fdio_table, "AT_REMOVEDIR", 12, newSViv(AT_REMOVEDIR), 0);
#else
missing[nr_missing++] = "AT_REMOVEDIR";
#endif
#ifdef AT_SYMLINK_FOLLOW
(void)hv_store(fdio_table, "AT_SYMLINK_FOLLOW", 17, newSViv(AT_SYMLINK_FOLLOW), 0);
#else
missing[nr_missing++] = "AT_SYMLINK_FOLLOW";
#endif
#ifdef AT_SYMLINK_NOFOLLOW
(void)hv_store(fdio_table, "AT_SYMLINK_NOFOLLOW", 19, newSViv(AT_SYMLINK_NOFOLLOW), 0);
#else
missing[nr_missing++] = "AT_SYMLINK_NOFOLLOW";
#endif
#ifdef BUFSIZ
(void)hv_store(fdio_table, "BUFSIZ", 6, newSViv(BUFSIZ), 0);
#else
missing[nr_missing++] = "BUFSIZ";
#endif
#ifdef EOF
(void)hv_store(fdio_table, "EOF", 3, newSViv(EOF), 0);
#else
missing[nr_missing++] = "EOF";
#endif
#ifdef MAX_INPUT
(void)hv_store(fdio_table, "MAX_INPUT", 9, newSViv(MAX_INPUT), 0);
#else
missing[nr_missing++] = "MAX_INPUT";
#endif
#ifdef O_ACCMODE
(void)hv_store(fdio_table, "O_ACCMODE", 9, newSViv(O_ACCMODE), 0);
#else
missing[nr_missing++] = "O_ACCMODE";
#endif
#ifdef O_APPEND
(void)hv_store(fdio_table, "O_APPEND", 8, newSViv(O_APPEND), 0);
#else
missing[nr_missing++] = "O_APPEND";
#endif
#ifdef O_ASYNC
(void)hv_store(fdio_table, "O_ASYNC", 7, newSViv(O_ASYNC), 0);
#else
missing[nr_missing++] = "O_ASYNC";
#endif
#ifdef O_CIO
(void)hv_store(fdio_table, "O_CIO", 5, newSViv(O_CIO), 0);
#else
missing[nr_missing++] = "O_CIO";
#endif
#ifdef O_CIOR
(void)hv_store(fdio_table, "O_CIOR", 6, newSViv(O_CIOR), 0);
#else
missing[nr_missing++] = "O_CIOR";
#endif
#ifdef O_CLOEXEC
(void)hv_store(fdio_table, "O_CLOEXEC", 9, newSViv(O_CLOEXEC), 0);
#else
missing[nr_missing++] = "O_CLOEXEC";
#endif
#ifdef O_CREAT
(void)hv_store(fdio_table, "O_CREAT", 7, newSViv(O_CREAT), 0);
#else
missing[nr_missing++] = "O_CREAT";
#endif
#ifdef O_DEFER
(void)hv_store(fdio_table, "O_DEFER", 7, newSViv(O_DEFER), 0);
#else
missing[nr_missing++] = "O_DEFER";
#endif
#ifdef O_DELAY
(void)hv_store(fdio_table, "O_DELAY", 7, newSViv(O_DELAY), 0);
#else
missing[nr_missing++] = "O_DELAY";
#endif
#ifdef O_DIRECT
(void)hv_store(fdio_table, "O_DIRECT", 8, newSViv(O_DIRECT), 0);
#else
missing[nr_missing++] = "O_DIRECT";
#endif
#ifdef O_DIRECTORY
(void)hv_store(fdio_table, "O_DIRECTORY", 11, newSViv(O_DIRECTORY), 0);
#else
missing[nr_missing++] = "O_DIRECTORY";
#endif
#ifdef O_DSYNC
(void)hv_store(fdio_table, "O_DSYNC", 7, newSViv(O_DSYNC), 0);
#else
missing[nr_missing++] = "O_DSYNC";
#endif
#ifdef O_EFSOFF
(void)hv_store(fdio_table, "O_EFSOFF", 8, newSViv(O_EFSOFF), 0);
#else
missing[nr_missing++] = "O_EFSOFF";
#endif
#ifdef O_EFSON
(void)hv_store(fdio_table, "O_EFSON", 7, newSViv(O_EFSON), 0);
#else
missing[nr_missing++] = "O_EFSON";
#endif
#ifdef O_EXCL
(void)hv_store(fdio_table, "O_EXCL", 6, newSViv(O_EXCL), 0);
#else
missing[nr_missing++] = "O_EXCL";
#endif
#ifdef O_EXLOCK
(void)hv_store(fdio_table, "O_EXLOCK", 8, newSViv(O_EXLOCK), 0);
#else
missing[nr_missing++] = "O_EXLOCK";
#endif
#ifdef O_FSYNC
(void)hv_store(fdio_table, "O_FSYNC", 7, newSViv(O_FSYNC), 0);
#else
missing[nr_missing++] = "O_FSYNC";
#endif
#ifdef O_LARGE
(void)hv_store(fdio_table, "O_LARGE", 7, newSViv(O_LARGE), 0);
#else
missing[nr_missing++] = "O_LARGE";
#endif
#ifdef O_LARGEFILE
(void)hv_store(fdio_table, "O_LARGEFILE", 11, newSViv(O_LARGEFILE), 0);
#else
missing[nr_missing++] = "O_LARGEFILE";
#endif
#ifdef O_LCFLUSH
(void)hv_store(fdio_table, "O_LCFLUSH", 9, newSViv(O_LCFLUSH), 0);
#else
missing[nr_missing++] = "O_LCFLUSH";
#endif
#ifdef O_LCINVAL
(void)hv_store(fdio_table, "O_LCINVAL", 9, newSViv(O_LCINVAL), 0);
#else
missing[nr_missing++] = "O_LCINVAL";
#endif
#ifdef O_NDELAY
(void)hv_store(fdio_table, "O_NDELAY", 8, newSViv(O_NDELAY), 0);
#else
missing[nr_missing++] = "O_NDELAY";
#endif
#ifdef O_NOATIME
(void)hv_store(fdio_table, "O_NOATIME", 9, newSViv(O_NOATIME), 0);
#else
missing[nr_missing++] = "O_NOATIME";
#endif
#ifdef O_NOCTTY
(void)hv_store(fdio_table, "O_NOCTTY", 8, newSViv(O_NOCTTY), 0);
#else
missing[nr_missing++] = "O_NOCTTY";
#endif
#ifdef O_NOFOLLOW
(void)hv_store(fdio_table, "O_NOFOLLOW", 10, newSViv(O_NOFOLLOW), 0);
#else
missing[nr_missing++] = "O_NOFOLLOW";
#endif
#ifdef O_NONBLOCK
(void)hv_store(fdio_table, "O_NONBLOCK", 10, newSViv(O_NONBLOCK), 0);
#else
missing[nr_missing++] = "O_NONBLOCK";
#endif
#ifdef O_NSHARE
(void)hv_store(fdio_table, "O_NSHARE", 8, newSViv(O_NSHARE), 0);
#else
missing[nr_missing++] = "O_NSHARE";
#endif
#ifdef O_RAW
(void)hv_store(fdio_table, "O_RAW", 5, newSViv(O_RAW), 0);
#else
missing[nr_missing++] = "O_RAW";
#endif
#ifdef O_RDONLY
(void)hv_store(fdio_table, "O_RDONLY", 8, newSViv(O_RDONLY), 0);
#else
missing[nr_missing++] = "O_RDONLY";
#endif
#ifdef O_RDWR
(void)hv_store(fdio_table, "O_RDWR", 6, newSViv(O_RDWR), 0);
#else
missing[nr_missing++] = "O_RDWR";
#endif
#ifdef O_RSHARE
(void)hv_store(fdio_table, "O_RSHARE", 8, newSViv(O_RSHARE), 0);
#else
missing[nr_missing++] = "O_RSHARE";
#endif
#ifdef O_RSYNC
(void)hv_store(fdio_table, "O_RSYNC", 7, newSViv(O_RSYNC), 0);
#else
missing[nr_missing++] = "O_RSYNC";
#endif
#ifdef O_SHLOCK
(void)hv_store(fdio_table, "O_SHLOCK", 8, newSViv(O_SHLOCK), 0);
#else
missing[nr_missing++] = "O_SHLOCK";
#endif
#ifdef O_SNAPSHOT
(void)hv_store(fdio_table, "O_SNAPSHOT", 10, newSViv(O_SNAPSHOT), 0);
#else
missing[nr_missing++] = "O_SNAPSHOT";
#endif
#ifdef O_SYNC
(void)hv_store(fdio_table, "O_SYNC", 6, newSViv(O_SYNC), 0);
#else
missing[nr_missing++] = "O_SYNC";
#endif
#ifdef O_TMPFILE
(void)hv_store(fdio_table, "O_TMPFILE", 9, newSViv(O_TMPFILE), 0);
#else
missing[nr_missing++] = "O_TMPFILE";
#endif
#ifdef O_TRUNC
(void)hv_store(fdio_table, "O_TRUNC", 7, newSViv(O_TRUNC), 0);
#else
missing[nr_missing++] = "O_TRUNC";
#endif
#ifdef O_WRONLY
(void)hv_store(fdio_table, "O_WRONLY", 8, newSViv(O_WRONLY), 0);
#else
missing[nr_missing++] = "O_WRONLY";
#endif
#ifdef PIPE_BUF
(void)hv_store(fdio_table, "PIPE_BUF", 8, newSViv(PIPE_BUF), 0);
#else
missing[nr_missing++] = "PIPE_BUF";
#endif
#ifdef SEEK_CUR
(void)hv_store(fdio_table, "SEEK_CUR", 8, newSViv(SEEK_CUR), 0);
#else
missing[nr_missing++] = "SEEK_CUR";
#endif
#ifdef SEEK_DATA
(void)hv_store(fdio_table, "SEEK_DATA", 9, newSViv(SEEK_DATA), 0);
#else
missing[nr_missing++] = "SEEK_DATA";
#endif
#ifdef SEEK_END
(void)hv_store(fdio_table, "SEEK_END", 8, newSViv(SEEK_END), 0);
#else
missing[nr_missing++] = "SEEK_END";
#endif
#ifdef SEEK_HOLE
(void)hv_store(fdio_table, "SEEK_HOLE", 9, newSViv(SEEK_HOLE), 0);
#else
missing[nr_missing++] = "SEEK_HOLE";
#endif
#ifdef SEEK_SET
(void)hv_store(fdio_table, "SEEK_SET", 8, newSViv(SEEK_SET), 0);
#else
missing[nr_missing++] = "SEEK_SET";
#endif
#ifdef SSIZE_MAX
(void)hv_store(fdio_table, "SSIZE_MAX", 9, newSViv(SSIZE_MAX), 0);
#else
missing[nr_missing++] = "SSIZE_MAX";
#endif
#ifdef STDERR_FILENO
(void)hv_store(fdio_table, "STDERR_FILENO", 13, newSViv(STDERR_FILENO), 0);
#else
missing[nr_missing++] = "STDERR_FILENO";
#endif
#ifdef STDIN_FILENO
(void)hv_store(fdio_table, "STDIN_FILENO", 12, newSViv(STDIN_FILENO), 0);
#else
missing[nr_missing++] = "STDIN_FILENO";
#endif
#ifdef STDOUT_FILENO
(void)hv_store(fdio_table, "STDOUT_FILENO", 13, newSViv(STDOUT_FILENO), 0);
#else
missing[nr_missing++] = "STDOUT_FILENO";
#endif
#ifdef STREAM_MAX
(void)hv_store(fdio_table, "STREAM_MAX", 10, newSViv(STREAM_MAX), 0);
#else
missing[nr_missing++] = "STREAM_MAX";
#endif