JM プロジェクトは、主に Linux 関連のマニュアルページの日本語ページを翻訳・公開しています。
... of-memory (OOM) killer. Caveats The child process should take care not to modify the memory in unintended ways, since such changes will be seen by the parent process once the child terminates or executes another program. In this regard, signal handlers ... can be especially problematic: if a signal handler that is invoked in the child of vfork () changes memory, those changes may result in an inconsistent process state from the perspective of the parent process (e.g., memory ... changes would be visible in the parent, but changes to the state of open file descriptors would not be visible). When vfork () is ... ... [ --follow [ = HOW ]] [ --max-consecutive-size-changes= NUMBER ] [ --max-unchanged-stats= NUMBER ] [ --pid= PID ] [ --retry ] [ --sleep-interval= SECS ] [ --quiet ] [ --silent ] ... 出力しない。 -v, --verbose 常にファイル名のヘッダを出力する。 -F --follow=name --retry と等価である。 --max-consecutive-size-changes= NUMBER 名前で追跡するとき、連続 NUMBER 回のサイズ変更が検知されるまで (rename や remove されても) 追跡する。 検知されたら ... ... rocess's real, effective, and saved-set user (group) IDs. setgroups (2) Modify the process's supplementary group list. Any changes to a process's effective user (group) ID are automatically carried over to the process's filesystem user (group) ID. Chang ... es to a process's effective user or group ID can also affect the process "dumpable" attribute, as described in prctl (2). Changes to process user and group IDs can affect the capabilities of the process, as described in capabilities (7). 準拠 プロセス ... ... . These wrapper functions (including the one for setgid ()) employ a signal-based technique to ensure that when one thread changes credentials, all of the other threads in the process also change their credentials. For details, see nptl (7). 関連項目 ge ... ... . These wrapper functions (including the one for setgid ()) employ a signal-based technique to ensure that when one thread changes credentials, all of the other threads in the process also change their credentials. For details, see nptl (7). 関連項目 ge ... ... 場合には) 閉じられる。 mode 引数は fopen () 関数と同じ形で使われる。 If the pathname argument is a null pointer, freopen () changes the mode of the stream to that specified in mode ; that is, freopen () reopens the pathname that is associated with the st ... iptor associated with the stream need not be closed if the call to freopen () succeeds. It is implementation-defined which changes of mode are permitted (if any), and under what circumstances. freopen () 関数の主な用途は、標準テキストストリーム ( stderr ... ... 場合には) 閉じられる。 mode 引数は fopen () 関数と同じ形で使われる。 If the pathname argument is a null pointer, freopen () changes the mode of the stream to that specified in mode ; that is, freopen () reopens the pathname that is associated with the st ... iptor associated with the stream need not be closed if the call to freopen () succeeds. It is implementation-defined which changes of mode are permitted (if any), and under what circumstances. freopen () 関数の主な用途は、標準テキストストリーム ( stderr ... ... 場合には) 閉じられる。 mode 引数は fopen () 関数と同じ形で使われる。 If the pathname argument is a null pointer, freopen () changes the mode of the stream to that specified in mode ; that is, freopen () reopens the pathname that is associated with the st ... iptor associated with the stream need not be closed if the call to freopen () succeeds. It is implementation-defined which changes of mode are permitted (if any), and under what circumstances. freopen () 関数の主な用途は、標準テキストストリーム ( stderr ... ... ディレクトリやそこに含まれるもののグループ所有権を再帰的に変更する。 (エラーが起こっても処理を続ける。) GNU オプション -c, --changes 実際にグループの変更があった file それぞれについての動作を詳細に表示する。 --dereference シンボリックリンク自身ではなく、そ ... ... e value of its effective group ID. This is so, because whenever a process's effective group ID is changed, the kernel also changes the filesystem group ID to be the same as the new value of the effective group ID. A process can cause the value of its fi ... 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。