minix/servers/vfs/param.h
Antoine Leca 9131e98a7d utimens(2) system call
Variant of utime(2) with struct timespec (with ns precision)
instead of time_t values; also allows for tv_nsec members
the values UTIME_NOW (force update to current time) or
UTIME_OMIT (allow to set either atim or mtim independently.)

Provides a superset of utimes(2), futimes(2), lutimes(2),
and futimens(2).
Provides the same subset of utimensat(2) as does NetBSD 6.
Also import utimens() and lutimeNS() from NetBSD-current.
2013-04-12 18:55:39 +00:00

66 lines
1.7 KiB
C

#ifndef __VFS_PARAM_H__
#define __VFS_PARAM_H__
/* The following names are synonyms for the variables in the input message. */
#define addr m1_i3
#define buffer m1_p1
#define child_endpt m1_i2
#define co_mode m1_i1
#define fd m1_i1
#define fd2 m1_i2
#define group m1_i3
#define ls_fd m2_i1
#define mk_mode m1_i2
#define mk_z0 m1_i3
#define mode m3_i2
#define c_mode m1_i3
#define c_name m1_p1
#define name m3_p1
#define flength m2_l1
#define name1 m1_p1
#define name2 m1_p2
#define name_length m3_i1
#define name1_length m1_i1
#define name2_length m1_i2
#define nbytes m1_i2
#define owner m1_i2
#define pathname m3_ca1
#define pid m1_i3
#define ENDPT m1_i1
#define offset_lo m2_l1
#define offset_high m2_l2
#define ctl_req m4_l1
#define mount_flags m1_i3
#define pipe_flags m1_i3
#define request m1_i2
#define sig m1_i2
#define endpt1 m1_i1
#define fs_label m1_p3
#define umount_label m3_ca1
#define tp m2_l1
#define utime_actime m2_l1
#define utime_modtime m2_l2
#define utime_file m2_p1
#define utime_length m2_i1
#define utime_strlen m2_i2
#define utimens_fd m2_i1
#define utimens_ansec m2_i2
#define utimens_mnsec m2_i3
#define utimens_flags m2_s1
#define whence m2_i2
#define svrctl_req m2_i1
#define svrctl_argp m2_p1
#define md_label m2_p1
#define md_label_len m2_l1
#define md_major m2_i1
#define md_style m2_i2
#define md_flags m2_i3
/* The following names are synonyms for the variables in the output message. */
#define reply_type m_type
#define reply_l1 m2_l1
#define reply_l2 m2_l2
#define reply_i1 m1_i1
#define reply_i2 m1_i2
#endif