Name

SPVM::Sys::Process::Constant - Constant Values for Process Manipulation

Description

The Sys::Process::Constant class of SPVM has methods to get constant values for process manipulation.

Usage

use Sys::Process::Constant;

Class Methods

EXIT_FAILURE

static method EXIT_FAILURE : int ();

Gets the value of EXIT_FAILURE. If the value is not defined in the system, an exception is thrown with eval_error_id set to the basic type ID of the Error::NotSupported class.

EXIT_SUCCESS

static method EXIT_SUCCESS : int ();

Gets the value of EXIT_SUCCESS. If the value is not defined in the system, an exception is thrown with eval_error_id set to the basic type ID of the Error::NotSupported class.

WNOHANG

static method WNOHANG : int ();

Gets the value of WNOHANG. If the value is not defined in the system, an exception is thrown with eval_error_id set to the basic type ID of the Error::NotSupported class.

WUNTRACED

static method WUNTRACED : int ();

Gets the value of WUNTRACED. If the value is not defined in the system, an exception is thrown with eval_error_id set to the basic type ID of the Error::NotSupported class.

WCONTINUED

static method WCONTINUED : int ();

Gets the value of WCONTINUED. If the value is not defined in the system, an exception is thrown with eval_error_id set to the basic type ID of the Error::NotSupported class.

PRIO_PROCESS

static method PRIO_PROCESS : int ();

Gets the value of PRIO_PROCESS. If the value is not defined in the system, an exception is thrown with eval_error_id set to the basic type ID of the Error::NotSupported class.

PRIO_PGRP

static method PRIO_PGRP : int ();

Gets the value of PRIO_PGRP. If the value is not defined in the system, an exception is thrown with eval_error_id set to the basic type ID of the Error::NotSupported class.

PRIO_USER

static method PRIO_USER : int ();

Gets the value of PRIO_USER. If the value is not defined in the system, an exception is thrown with eval_error_id set to the basic type ID of the Error::NotSupported class.

Copyright & License

Copyright (c) 2023 Yuki Kimoto

MIT License