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。
... MLOCK_ONFAULT Lock pages that are currently resident and mark the entire range so that the remaining nonresident pages are locked when they are populated by a page fault. If flags is 0, mlock2 () behaves exactly the same as mlock (). munlock () は、 ad ... ure (with MCL_FUTURE ) mappings to lock pages when they are faulted in. When used with MCL_CURRENT , all present pages are locked, but mlockall () will not fault in non-present pages. When used with MCL_FUTURE , all future mappings will be marked to lo ... 致しない。 ENOMEM Locking or unlocking a region would result in the total number of mappings with distinct attributes (e.g., locked versus unlocked) exceeding the allowed maximum. (For example, unlocking a range in the middle of a currently locked mappin ... ... MLOCK_ONFAULT Lock pages that are currently resident and mark the entire range so that the remaining nonresident pages are locked when they are populated by a page fault. If flags is 0, mlock2 () behaves exactly the same as mlock (). munlock () は、 ad ... ure (with MCL_FUTURE ) mappings to lock pages when they are faulted in. When used with MCL_CURRENT , all present pages are locked, but mlockall () will not fault in non-present pages. When used with MCL_FUTURE , all future mappings will be marked to lo ... 致しない。 ENOMEM Locking or unlocking a region would result in the total number of mappings with distinct attributes (e.g., locked versus unlocked) exceeding the allowed maximum. (For example, unlocking a range in the middle of a currently locked mappin ... ... MLOCK_ONFAULT Lock pages that are currently resident and mark the entire range so that the remaining nonresident pages are locked when they are populated by a page fault. If flags is 0, mlock2 () behaves exactly the same as mlock (). munlock () は、 ad ... ure (with MCL_FUTURE ) mappings to lock pages when they are faulted in. When used with MCL_CURRENT , all present pages are locked, but mlockall () will not fault in non-present pages. When used with MCL_FUTURE , all future mappings will be marked to lo ... 致しない。 ENOMEM Locking or unlocking a region would result in the total number of mappings with distinct attributes (e.g., locked versus unlocked) exceeding the allowed maximum. (For example, unlocking a range in the middle of a currently locked mappin ... ... MLOCK_ONFAULT Lock pages that are currently resident and mark the entire range so that the remaining nonresident pages are locked when they are populated by a page fault. If flags is 0, mlock2 () behaves exactly the same as mlock (). munlock () は、 ad ... ure (with MCL_FUTURE ) mappings to lock pages when they are faulted in. When used with MCL_CURRENT , all present pages are locked, but mlockall () will not fault in non-present pages. When used with MCL_FUTURE , all future mappings will be marked to lo ... 致しない。 ENOMEM Locking or unlocking a region would result in the total number of mappings with distinct attributes (e.g., locked versus unlocked) exceeding the allowed maximum. (For example, unlocking a range in the middle of a currently locked mappin ... ... MLOCK_ONFAULT Lock pages that are currently resident and mark the entire range so that the remaining nonresident pages are locked when they are populated by a page fault. If flags is 0, mlock2 () behaves exactly the same as mlock (). munlock () は、 ad ... ure (with MCL_FUTURE ) mappings to lock pages when they are faulted in. When used with MCL_CURRENT , all present pages are locked, but mlockall () will not fault in non-present pages. When used with MCL_FUTURE , all future mappings will be marked to lo ... 致しない。 ENOMEM Locking or unlocking a region would result in the total number of mappings with distinct attributes (e.g., locked versus unlocked) exceeding the allowed maximum. (For example, unlocking a range in the middle of a currently locked mappin ... ... リティを許可しない (「ケーパビリティと、ルートによるプログラムの実行」の節を参照)。 上記の "base" フラグの各々には対応する "locked" フラグが存在する。 いずれの "locked" フラグも一度セットされると戻すことはできず、 それ以降は対応する "base" フラグを変更す ... ることができなくなる。 "locked" フラグは SECBIT_KEEP_CAPS_LOCKED , SECBIT_NO_SETUID_FIXUP_LOCKED , SECBIT_NOROOT_LOCKED という名前である。 securebits フラ ... い限り、 対応するケーパビリティを獲得できないような状況に閉じこめることができる。 prctl(PR_SET_SECUREBITS, SECBIT_KEEP_CAPS_LOCKED | SECBIT_NO_SETUID_FIXUP | SECBIT_NO_SETUID_FIXUP_LOCKED | SECBIT_NOROOT | SECBIT_NOROOT_LOCKED); ユーザー名前空間との相互 ... ... */ long esterror; /* Estimated error (microseconds) */ int status; /* Clock command/status */ long constant; /* PLL (phase-locked loop) time constant */ long precision; /* Clock precision (microseconds, read-only) */ long tolerance; /* Clock frequency ... を行うことができます。マスクのビットのいくつかは読み書き両用で、 他のビットは読み出し専用です。 STA_PLL (読み書き両用) Phase Locked Loop (PLL) の更新を有効にします。 ADJ_OFFSET 経由で設定できます。 STA_PPSFREQ (読み書き両用) PPS(Pulse-Per Second;パルス/秒 ... 周波数制御を有効にします。 STA_PPSTIME (読み書き両用) PPS time discipline を有効にします。 STA_FLL (読み書き両用) Frequency Locked Loop (FLL) モードを選択します。 STA_INS (読み書き両用) UTC 日の最後の1 秒の後に閏秒を挿入します。これにより、その日の最後の ... ... */ long esterror; /* Estimated error (microseconds) */ int status; /* Clock command/status */ long constant; /* PLL (phase-locked loop) time constant */ long precision; /* Clock precision (microseconds, read-only) */ long tolerance; /* Clock frequency ... を行うことができます。マスクのビットのいくつかは読み書き両用で、 他のビットは読み出し専用です。 STA_PLL (読み書き両用) Phase Locked Loop (PLL) の更新を有効にします。 ADJ_OFFSET 経由で設定できます。 STA_PPSFREQ (読み書き両用) PPS(Pulse-Per Second;パルス/秒 ... 周波数制御を有効にします。 STA_PPSTIME (読み書き両用) PPS time discipline を有効にします。 STA_FLL (読み書き両用) Frequency Locked Loop (FLL) モードを選択します。 STA_INS (読み書き両用) UTC 日の最後の1 秒の後に閏秒を挿入します。これにより、その日の最後の ... ... */ long esterror; /* Estimated error (microseconds) */ int status; /* Clock command/status */ long constant; /* PLL (phase-locked loop) time constant */ long precision; /* Clock precision (microseconds, read-only) */ long tolerance; /* Clock frequency ... を行うことができます。マスクのビットのいくつかは読み書き両用で、 他のビットは読み出し専用です。 STA_PLL (読み書き両用) Phase Locked Loop (PLL) の更新を有効にします。 ADJ_OFFSET 経由で設定できます。 STA_PPSFREQ (読み書き両用) PPS(Pulse-Per Second;パルス/秒 ... 周波数制御を有効にします。 STA_PPSTIME (読み書き両用) PPS time discipline を有効にします。 STA_FLL (読み書き両用) Frequency Locked Loop (FLL) モードを選択します。 STA_INS (読み書き両用) UTC 日の最後の1 秒の後に閏秒を挿入します。これにより、その日の最後の ... ... ロック数と fcntl (2) リース数の合計値の上限である。 RLIMIT_MEMLOCK This is the maximum number of bytes of memory that may be locked into RAM. This limit is in effect rounded down to the nearest multiple of the system page size. This limit affects mlock ( ... 2), mlockall (2), and the mmap (2) MAP_LOCKED operation. Since Linux 2.6.9, it also affects the shmctl (2) SHM_LOCK operation, where it sets a maximum on the total byte ... s in shared memory segments (see shmget (2)) that may be locked by the real user ID of the calling process. The shmctl (2) SHM_LOCK locks are accounted for separately from the per-proces ... 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。