def spawn_job_bg(command,
stdin=DEV_NULL,
stdout=DEV_NULL,
stderr=DEV_NULL,
fd_except=None,
cwd=None,
env=None,
pgrp=0):
"""Spawn a job into the background.
:Parameters:
- `command`: The command to execute. If it is a string, it will be
parsed for command-line arguments. Otherwise it assumes it is a
sequence of arguments, with the first element being the command to
execute.
If the command does not contain a slash (/) it will search the PATH
environment for the executable.
- `stdin`: Either `DEV_NULL` or `PIPE`.
- `stdout`: Either `DEV_NULL` or `PIPE`.
- `stderr`: Either `DEV_NULL`, `PIPE`, or `STDOUT`.
- `fd_except`: A list of file descriptors to NOT close. By default all
file descriptors (except for stdin/stdout/stderr are closed).
- `cwd`: The working directory to use for the child process (the
default is to leave it alone).
- `env`: The environment to use. If None, the environment is not
changed. May be a dictionary or a list of 'NAME=VALUE' strings.
- `pgrp`: Set to -1 to keep process group unchanged, 0 to create a new
job (default) and >0 to set process group to pgrp
:Return:
Returns a `CoroProcess` instance.
:Exceptions:
- `OSError`: General low-level error.
- `ValueError`: The command value is invalid.
"""
pid, in_fd, out_fd, err_fd = _process.spawn_job_bg(command, stdin, stdout,
stderr, fd_except, cwd,
env, pgrp)
if in_fd != -1:
in_file = coro.fd_sock(in_fd)
else:
in_file = None
if out_fd != -1:
out_file = coro.fd_sock(out_fd)
else:
out_file = None
if err_fd == out_fd:
err_file = out_file
elif err_fd != -1:
err_file = coro.fd_sock(err_fd)
else:
err_file = None
return CoroProcess(command, pid, in_file, out_file, err_file)
def spawn_job_bg(command, stdin=DEV_NULL, stdout=DEV_NULL, stderr=DEV_NULL, fd_except=None, cwd=None, env=None, pgrp=0):
"""Spawn a job into the background.
:Parameters:
- `command`: The command to execute. If it is a string, it will be
parsed for command-line arguments. Otherwise it assumes it is a
sequence of arguments, with the first element being the command to
execute.
If the command does not contain a slash (/) it will search the PATH
environment for the executable.
- `stdin`: Either `DEV_NULL` or `PIPE`.
- `stdout`: Either `DEV_NULL` or `PIPE`.
- `stderr`: Either `DEV_NULL`, `PIPE`, or `STDOUT`.
- `fd_except`: A list of file descriptors to NOT close. By default all
file descriptors (except for stdin/stdout/stderr are closed).
- `cwd`: The working directory to use for the child process (the
default is to leave it alone).
- `env`: The environment to use. If None, the environment is not
changed. May be a dictionary or a list of 'NAME=VALUE' strings.
- `pgrp`: Set to -1 to keep process group unchanged, 0 to create a new
job (default) and >0 to set process group to pgrp
:Return:
Returns a `CoroProcess` instance.
:Exceptions:
- `OSError`: General low-level error.
- `ValueError`: The command value is invalid.
"""
pid, in_fd, out_fd, err_fd = _process.spawn_job_bg(command, stdin, stdout, stderr, fd_except, cwd, env, pgrp)
if in_fd != -1:
in_file = coro.fd_sock(in_fd)
else:
in_file = None
if out_fd != -1:
out_file = coro.fd_sock(out_fd)
else:
out_file = None
if err_fd == out_fd:
err_file = out_file
elif err_fd != -1:
err_file = coro.fd_sock(err_fd)
else:
err_file = None
return CoroProcess(command, pid, in_file, out_file, err_file)
def transport_thread(channel):
stdout = coro.fd_sock (1)
while not channel.eof and not channel.closed:
try:
data = channel.read(1024)
if data:
stdout.send (data)
#os.write(1, data)
except EOFError:
break
coro.set_exit()
def transport_thread(channel):
stdout = coro.fd_sock(1)
while not channel.eof and not channel.closed:
try:
data = channel.read(1024)
if data:
stdout.send(data)
# os.write(1, data)
except EOFError:
break
coro.set_exit()
def input_thread(channel):
stdin = coro.fd_sock(0)
while 1:
data = stdin.recv(100)
channel.send(data)
def input_thread(channel):
stdin = coro.fd_sock(0)
while 1:
data = stdin.recv(100)
channel.send(data)