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。
... cal_iov , unsigned long liovcnt , const struct iovec * remote_iov , unsigned long riovcnt , unsigned long flags ); ssize_t process_vm_writev(pid_t pid , const struct iovec * local_iov , unsigned long liovcnt , const struct iovec * remote_iov , unsigned ... long riovcnt , unsigned long flags ); glibc 向けの機能検査マクロの要件 ( feature_test_macros (7) 参照): process_vm_readv (), process_vm_writev (): _GNU_SOURCE 説明 これらのシステムコールは、 呼び出し元プロセス (「ローカルプロセス」) と ... 空間間でデータを転送する。 データの移動は、 カーネル空間を経由することなく、 2 つのプロセスのアドレス空間間で直接行われる。 process_vm_readv () システムコールは、 リモートプロセスからローカルプロセスへデータを転送する。 転送対象のデータは remote_iov と r ... ... cal_iov , unsigned long liovcnt , const struct iovec * remote_iov , unsigned long riovcnt , unsigned long flags ); ssize_t process_vm_writev(pid_t pid , const struct iovec * local_iov , unsigned long liovcnt , const struct iovec * remote_iov , unsigned ... long riovcnt , unsigned long flags ); glibc 向けの機能検査マクロの要件 ( feature_test_macros (7) 参照): process_vm_readv (), process_vm_writev (): _GNU_SOURCE 説明 これらのシステムコールは、 呼び出し元プロセス (「ローカルプロセス」) と ... 空間間でデータを転送する。 データの移動は、 カーネル空間を経由することなく、 2 つのプロセスのアドレス空間間で直接行われる。 process_vm_readv () システムコールは、 リモートプロセスからローカルプロセスへデータを転送する。 転送対象のデータは remote_iov と r ... ... after system clock change (in ut_tv ) */ #define OLD_TIME 4 /* Time before system clock change (in ut_tv ) */ #define INIT_PROCESS 5 /* Process spawned by init (1) */ #define LOGIN_PROCESS 6 /* Session leader process for user login */ #define USER_PROCE ... SS 7 /* Normal process */ #define DEAD_PROCESS 8 /* Terminated process */ #define ACCOUNTING 9 /* Not implemented */ #define UT_LINESIZE 32 #defi ... ne UT_NAMESIZE 32 #define UT_HOSTSIZE 256 struct exit_status { /* Type for ut_exit, below */ short e_termination; /* Process termination status */ short e_exit; /* Process exit status */ }; struct utmp { short ut_type; /* Type of record */ pid_t u ... ... after system clock change (in ut_tv ) */ #define OLD_TIME 4 /* Time before system clock change (in ut_tv ) */ #define INIT_PROCESS 5 /* Process spawned by init (1) */ #define LOGIN_PROCESS 6 /* Session leader process for user login */ #define USER_PROCE ... SS 7 /* Normal process */ #define DEAD_PROCESS 8 /* Terminated process */ #define ACCOUNTING 9 /* Not implemented */ #define UT_LINESIZE 32 #defi ... ne UT_NAMESIZE 32 #define UT_HOSTSIZE 256 struct exit_status { /* Type for ut_exit, below */ short e_termination; /* Process termination status */ short e_exit; /* Process exit status */ }; struct utmp { short ut_type; /* Type of record */ pid_t u ... ... after system clock change (in ut_tv ) */ #define OLD_TIME 4 /* Time before system clock change (in ut_tv ) */ #define INIT_PROCESS 5 /* Process spawned by init (1) */ #define LOGIN_PROCESS 6 /* Session leader process for user login */ #define USER_PROCE ... SS 7 /* Normal process */ #define DEAD_PROCESS 8 /* Terminated process */ #define ACCOUNTING 9 /* Not implemented */ #define UT_LINESIZE 32 #defi ... ne UT_NAMESIZE 32 #define UT_HOSTSIZE 256 struct exit_status { /* Type for ut_exit, below */ short e_termination; /* Process termination status */ short e_exit; /* Process exit status */ }; struct utmp { short ut_type; /* Type of record */ pid_t u ... ... it () に渡す構造体の両方で使用される)。 resource 引数は次のいずれか 1 つである。 RLIMIT_AS This is the maximum size of the process's virtual memory (address space). The limit is specified in bytes, and is rounded down to the system page size. This limit ... ror ENOMEM upon exceeding this limit. In addition, automatic stack expansion fails (and generates a SIGSEGV that kills the process if no alternate stack has been made available via sigaltstack (2)). Since the value is a long , on machines with a 32-bit ... 2 GiB, or this resource is unlimited. RLIMIT_CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated to this size. RLIMIT_CPU This is ... ... it () に渡す構造体の両方で使用される)。 resource 引数は次のいずれか 1 つである。 RLIMIT_AS This is the maximum size of the process's virtual memory (address space). The limit is specified in bytes, and is rounded down to the system page size. This limit ... ror ENOMEM upon exceeding this limit. In addition, automatic stack expansion fails (and generates a SIGSEGV that kills the process if no alternate stack has been made available via sigaltstack (2)). Since the value is a long , on machines with a 32-bit ... 2 GiB, or this resource is unlimited. RLIMIT_CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated to this size. RLIMIT_CPU This is ... ... it () に渡す構造体の両方で使用される)。 resource 引数は次のいずれか 1 つである。 RLIMIT_AS This is the maximum size of the process's virtual memory (address space). The limit is specified in bytes, and is rounded down to the system page size. This limit ... ror ENOMEM upon exceeding this limit. In addition, automatic stack expansion fails (and generates a SIGSEGV that kills the process if no alternate stack has been made available via sigaltstack (2)). Since the value is a long , on machines with a 32-bit ... 2 GiB, or this resource is unlimited. RLIMIT_CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated to this size. RLIMIT_CPU This is ... ... it () に渡す構造体の両方で使用される)。 resource 引数は次のいずれか 1 つである。 RLIMIT_AS This is the maximum size of the process's virtual memory (address space). The limit is specified in bytes, and is rounded down to the system page size. This limit ... ror ENOMEM upon exceeding this limit. In addition, automatic stack expansion fails (and generates a SIGSEGV that kills the process if no alternate stack has been made available via sigaltstack (2)). Since the value is a long , on machines with a 32-bit ... 2 GiB, or this resource is unlimited. RLIMIT_CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated to this size. RLIMIT_CPU This is ... ... it () に渡す構造体の両方で使用される)。 resource 引数は次のいずれか 1 つである。 RLIMIT_AS This is the maximum size of the process's virtual memory (address space). The limit is specified in bytes, and is rounded down to the system page size. This limit ... ror ENOMEM upon exceeding this limit. In addition, automatic stack expansion fails (and generates a SIGSEGV that kills the process if no alternate stack has been made available via sigaltstack (2)). Since the value is a long , on machines with a 32-bit ... 2 GiB, or this resource is unlimited. RLIMIT_CORE This is the maximum size of a core file (see core (5)) in bytes that the process may dump. When 0 no core dump files are created. When nonzero, larger dumps are truncated to this size. RLIMIT_CPU This is ... 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。