def create_subprocess_exec(*args, **kwargs):
"""
Create a subprocess.
@param args: program and arguments
@type args: str
@param stdin: stdin file descriptor
@type stdin: file or int
@param stdout: stdout file descriptor
@type stdout: file or int
@param stderr: stderr file descriptor
@type stderr: file or int
@param close_fds: close file descriptors
@type close_fds: bool
@param loop: asyncio.AbstractEventLoop (or compatible)
@type loop: event loop
@type kwargs: varies
@param kwargs: subprocess.Popen parameters
@rtype: asyncio.Future (or compatible)
@return: subset of asyncio.subprocess.Process interface
"""
loop = _wrap_loop(kwargs.pop('loop', None))
# Python 3.4 and later implement PEP 446, which makes newly
# created file descriptors non-inheritable by default.
kwargs.setdefault('close_fds', False)
if isinstance(loop._asyncio_wrapper, _AsyncioEventLoop):
# Use the real asyncio create_subprocess_exec (loop argument
# is deprecated since since Python 3.8).
return _real_asyncio.create_subprocess_exec(*args, **kwargs)
result = loop.create_future()
result.set_result(
_Process(
subprocess.Popen(args,
stdin=kwargs.pop('stdin', None),
stdout=kwargs.pop('stdout', None),
stderr=kwargs.pop('stderr', None),
**kwargs), loop))
return result
def create_subprocess_exec(*args, **kwargs):
"""
Create a subprocess.
@param args: program and arguments
@type args: str
@param stdin: stdin file descriptor
@type stdin: file or int
@param stdout: stdout file descriptor
@type stdout: file or int
@param stderr: stderr file descriptor
@type stderr: file or int
@param close_fds: close file descriptors
@type close_fds: bool
@param loop: asyncio.AbstractEventLoop (or compatible)
@type loop: event loop
@type kwargs: varies
@param kwargs: subprocess.Popen parameters
@rtype: asyncio.Future (or compatible)
@return: subset of asyncio.subprocess.Process interface
"""
loop = _wrap_loop(kwargs.pop('loop', None))
kwargs.setdefault('close_fds', _close_fds_default)
if _asyncio_enabled and isinstance(loop, _AsyncioEventLoop):
# Use the real asyncio loop and create_subprocess_exec.
return _real_asyncio.create_subprocess_exec(*args,
loop=loop._loop,
**kwargs)
result = loop.create_future()
result.set_result(
_Process(
subprocess.Popen(args,
stdin=kwargs.pop('stdin', None),
stdout=kwargs.pop('stdout', None),
stderr=kwargs.pop('stderr', None),
**kwargs), loop))
return result
def create_subprocess_exec(*args, **kwargs):
"""
Create a subprocess.
@param args: program and arguments
@type args: str
@param stdin: stdin file descriptor
@type stdin: file or int
@param stdout: stdout file descriptor
@type stdout: file or int
@param stderr: stderr file descriptor
@type stderr: file or int
@param close_fds: close file descriptors
@type close_fds: bool
@param loop: asyncio.AbstractEventLoop (or compatible)
@type loop: event loop
@type kwargs: varies
@param kwargs: subprocess.Popen parameters
@rtype: asyncio.Future (or compatible)
@return: subset of asyncio.subprocess.Process interface
"""
loop = _wrap_loop(kwargs.pop('loop', None))
kwargs.setdefault('close_fds', _close_fds_default)
if _asyncio_enabled and isinstance(loop, _AsyncioEventLoop):
# Use the real asyncio loop and create_subprocess_exec.
return _real_asyncio.create_subprocess_exec(*args, loop=loop._loop, **kwargs)
result = loop.create_future()
result.set_result(_Process(subprocess.Popen(
args,
stdin=kwargs.pop('stdin', None),
stdout=kwargs.pop('stdout', None),
stderr=kwargs.pop('stderr', None), **kwargs), loop))
return result