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。
... tic-archives ] [ --debugging ] [ --gap-fill= val ] [ --pad-to= address ] [ --set-start= val ] [ --adjust-start= incr ] [ --change-addresses= incr ] [ --change-section-address sectionpattern {=,+,-} val ] [ --change-section-lma sectionpattern {=,+,-} va ... l ] [ --change-section-vma sectionpattern {=,+,-} val ] [ --change-warnings ] [ --no-change-warnings ] [ --set-section-flags sectionpatte ... ectionname = filename ] [ --rename-section oldname = newname [, flags ]] [ --long-section-names {enable,disable,keep}] [ --change-leading-char ] [ --remove-leading-char ] [ --reverse-bytes= num ] [ --srec-len= ival ] [ --srec-forceS3 ] [ --redefine-sym ... ... をブートデバイスに指定して初期化される。 LILO のバージョン 22.0 以降では、 ブートレコードの実際の位置が以前のものと異なる。 change-rules パーティションのタイプ番号のブート時変更 (パーティションを隠すかどうか) を定義する。 change-rules reset type=DOS12 n ... _small normal=4 hidden=0x14 type=DOS16_big normal=0x06 hidden=0x16 上に示した設定ファイルからの抜粋では、 全てのデフォルト change-rules が ("reset" で) 削除されてから、 3 つのパーティションタイプについての change-rules が指定されている。 reset を指定し ... ないと、指定された 3 つのタイプが 既存のデフォルト change-rules に追加される。 通常は、デフォルトのルールで充分である。 パーティションタイプを定義する文字列は、 サフィックス "_norm ... ... m user ID is the same as the value of its effective user ID. This is so, because whenever a process's effective user ID is changed, the kernel also changes the filesystem user ID to be the same as the new value of the effective user ID. A process can c ... ause the value of its filesystem user ID to diverge from its effective user ID by using setfsuid () to change its filesystem user ID to the value given in fsuid . Explicit calls to setfsuid () and setfsgid (2) are (were) usually use ... d only by programs such as the Linux NFS server that need to change what user and group ID is used for file access without a corresponding change in the real and effective user and group IDs ... ... m user ID is the same as the value of its effective user ID. This is so, because whenever a process's effective user ID is changed, the kernel also changes the filesystem user ID to be the same as the new value of the effective user ID. A process can c ... ause the value of its filesystem user ID to diverge from its effective user ID by using setfsuid () to change its filesystem user ID to the value given in fsuid . Explicit calls to setfsuid () and setfsgid (2) are (were) usually use ... d only by programs such as the Linux NFS server that need to change what user and group ID is used for file access without a corresponding change in the real and effective user and group IDs ... ... り、 システムの状態が完全には保存されていないこともあるため、 アプリケーションやドライバーの状態がおかしくなるかもしれない。 change power APM ドライバーの「電源状態の変化」イベントのうちの幾つかに対応する (特に AC 電源の挿抜など)。 これが起きるとシステム ... 電力管理設定を変更する場合が多い。 例えば電池しか使えない場合に IDE HDD を 積極的にスタンバイモードに入れるようにするなど。 change battery 少なくとも一つの (あるいは複数の) 電池の残量が "low" である、 という BIOS の判断が APM ドライバーから通知された。 ... ただし、少なくとも 10 分ぶんの電力は残っている。 change capability システムの電力管理設定機能のどれかが変更された旨が報告された。 何らかのセットアップユーティリティの操作やデバイ ... ... truct spwd { char *sp_namp; /* user login name */ char *sp_pwdp; /* encrypted password */ long sp_lstchg; /* last password change */ int sp_min; /* days until change allowed. */ int sp_max; /* days before change required */ int sp_warn; /* days warning ... ... い。 EPERM The calling process is not privileged (did not have the necessary capability in its user namespace) and tried to change the IDs to values that are not permitted. For setresuid (), the necessary capability is CAP_SETUID ; for setresgid (), it ... L threading implementation handles the POSIX requirements by providing wrapper functions for the various system calls that change process UIDs and GIDs. These wrapper functions (including those for setresuid () and setresgid ()) employ a signal-based t ... echnique 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 g ... ... い。 EPERM The calling process is not privileged (did not have the necessary capability in its user namespace) and tried to change the IDs to values that are not permitted. For setresuid (), the necessary capability is CAP_SETUID ; for setresgid (), it ... L threading implementation handles the POSIX requirements by providing wrapper functions for the various system calls that change process UIDs and GIDs. These wrapper functions (including those for setresuid () and setresgid ()) employ a signal-based t ... echnique 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 g ... ... い。 EPERM The calling process is not privileged (did not have the necessary capability in its user namespace) and tried to change the IDs to values that are not permitted. For setresuid (), the necessary capability is CAP_SETUID ; for setresgid (), it ... L threading implementation handles the POSIX requirements by providing wrapper functions for the various system calls that change process UIDs and GIDs. These wrapper functions (including those for setresuid () and setresgid ()) employ a signal-based t ... echnique 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 g ... ... い。 EPERM The calling process is not privileged (did not have the necessary capability in its user namespace) and tried to change the IDs to values that are not permitted. For setresuid (), the necessary capability is CAP_SETUID ; for setresgid (), it ... L threading implementation handles the POSIX requirements by providing wrapper functions for the various system calls that change process UIDs and GIDs. These wrapper functions (including those for setresuid () and setresgid ()) employ a signal-based t ... echnique 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 g ... 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。