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... erarchy "stream". This handle is then supplied to the other fts functions. The function fts_read () returns a pointer to a structure describing one of the files in the file hierarchy. The function fts_children () returns a pointer to a linked list of stru ... ing the symbolic links themselves), order the walk of the hierarchy or prune and/or revisit portions of the hierarchy. Two structures (and associated types) are defined in the include file < fts.h > . The first type is FTS , the structure that represents ... the file hierarchy itself. The second type is FTSENT , the structure that represents a file in the file hierarchy. Normally, an FTSENT structure is returned for every file in the file hierarc ... ... erarchy "stream". This handle is then supplied to the other fts functions. The function fts_read () returns a pointer to a structure describing one of the files in the file hierarchy. The function fts_children () returns a pointer to a linked list of stru ... ing the symbolic links themselves), order the walk of the hierarchy or prune and/or revisit portions of the hierarchy. Two structures (and associated types) are defined in the include file < fts.h > . The first type is FTS , the structure that represents ... the file hierarchy itself. The second type is FTSENT , the structure that represents a file in the file hierarchy. Normally, an FTSENT structure is returned for every file in the file hierarc ... ... erarchy "stream". This handle is then supplied to the other fts functions. The function fts_read () returns a pointer to a structure describing one of the files in the file hierarchy. The function fts_children () returns a pointer to a linked list of stru ... ing the symbolic links themselves), order the walk of the hierarchy or prune and/or revisit portions of the hierarchy. Two structures (and associated types) are defined in the include file < fts.h > . The first type is FTS , the structure that represents ... the file hierarchy itself. The second type is FTSENT , the structure that represents a file in the file hierarchy. Normally, an FTSENT structure is returned for every file in the file hierarc ... ... erarchy "stream". This handle is then supplied to the other fts functions. The function fts_read () returns a pointer to a structure describing one of the files in the file hierarchy. The function fts_children () returns a pointer to a linked list of stru ... ing the symbolic links themselves), order the walk of the hierarchy or prune and/or revisit portions of the hierarchy. Two structures (and associated types) are defined in the include file < fts.h > . The first type is FTS , the structure that represents ... the file hierarchy itself. The second type is FTSENT , the structure that represents a file in the file hierarchy. Normally, an FTSENT structure is returned for every file in the file hierarc ... ... erarchy "stream". This handle is then supplied to the other fts functions. The function fts_read () returns a pointer to a structure describing one of the files in the file hierarchy. The function fts_children () returns a pointer to a linked list of stru ... ing the symbolic links themselves), order the walk of the hierarchy or prune and/or revisit portions of the hierarchy. Two structures (and associated types) are defined in the include file < fts.h > . The first type is FTS , the structure that represents ... the file hierarchy itself. The second type is FTSENT , the structure that represents a file in the file hierarchy. Normally, an FTSENT structure is returned for every file in the file hierarc ... ... erarchy "stream". This handle is then supplied to the other fts functions. The function fts_read () returns a pointer to a structure describing one of the files in the file hierarchy. The function fts_children () returns a pointer to a linked list of stru ... ing the symbolic links themselves), order the walk of the hierarchy or prune and/or revisit portions of the hierarchy. Two structures (and associated types) are defined in the include file < fts.h > . The first type is FTS , the structure that represents ... the file hierarchy itself. The second type is FTSENT , the structure that represents a file in the file hierarchy. Normally, an FTSENT structure is returned for every file in the file hierarc ... ... d_t msg_lrpid; /* PID of last msgrcv (2) */ }; msgid_ds 構造体のフィールドは以下の通りである: msg_perm This is an ipc_perm structure (see below) that specifies the access permissions on the message queue. msg_stime 最後の msgsnd (2) システムコールの時刻。 ... ; /* 許可 */ unsigned short __seq; /* シーケンス番号 */ }; The least significant 9 bits of the mode field of the ipc_perm structure define the access permissions for the message queue. The permission bits are as follows: 0400 ユーザーによる読み出し 0200 ... はメッセージキューに対する読み込み許可を持っていなければならない。 IPC_SET Write the values of some members of the msqid_ds structure pointed to by buf to the kernel data structure associated with this message queue, updating also its msg_ctime member. The ... ... ctl() により 最後に変更が行われた時刻 */ unsigned long sem_nsems; /* 集合内のセマフォの数 */ }; The fields of the semid_ds structure are as follows: sem_perm This is an ipc_perm structure (see below) that specifies the access permissions on the semaphore ... ; /* 許可 */ unsigned short __seq; /* シーケンス番号 */ }; The least significant 9 bits of the mode field of the ipc_perm structure define the access permissions for the shared memory segment. The permission bits are as follows: 0400 Read by user 0200 Wr ... セスはそのセマフォ集合に対する 読み込み許可を持たなければならない。 IPC_SET Write the values of some members of the semid_ds structure pointed to by arg.buf to the kernel data structure associated with this semaphore set, updating also its sem_ctime member. ... ... ng freeswap; /* Swap space still available */ unsigned short procs; /* Number of current processes */ char _f[22]; /* Pads structure to 64 bytes */ }; In the above structure, the sizes of the memory and swap fields are given in bytes. Linux 2.3.23 (i386)、 ... em_unit; /* Memory unit size in bytes */ char _f[20-2*sizeof(long)-sizeof(int)]; /* Padding to 64 bytes */ }; In the above structure, sizes of the memory and swap fields are given as multiples of mem_unit bytes. 返り値 成功すると、 sysinfo () は 0 を返す。 ... ... ) まで停止する。 The use of one of the flags FAN_REPORT_FID , FAN_REPORT_DIR_FID in fanotify_init (2) influences what data structures are returned to the event listener for each event. Events reported to a group initialized with one of these flags will us ... es filesystem objects by file handles, you should also expect to receive one or more additional information records of the structure detailed below following the generic fanotify_event_metadata structure within the read buffer: struct fanotify_event_info_ ... ntifies filesystem objects by file handles. fanotify_event_info_fid 構造体のフィールドは以下のとおりである。 hdr This is a structure of type fanotify_event_info_header . It is a generic header that contains information used to describe an additional infor ... 日本語の文書やマニュアルを配布している個人/プロジェクトへのリンクです。