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How to use raw_cmd method in ATX

Best Python code snippet using ATX

actions.py

Source:actions.py

...115def raw_move_camera(action, world):116  """Move the camera."""117  action_cmd = action.action_raw.camera_move118  world.assign_to(action_cmd.center_world_space)119def raw_cmd(action, ability_id, queued, unit_tags):120  """Do a raw command to another unit."""121  action_cmd = action.action_raw.unit_command122  action_cmd.ability_id = ability_id123  action_cmd.queue_command = queued124  if not isinstance(unit_tags, (tuple, list)):125    unit_tags = [unit_tags]126  action_cmd.unit_tags.extend(unit_tags)127def raw_cmd_pt(action, ability_id, queued, unit_tags, world):128  """Do a raw command to another unit towards a point."""129  action_cmd = action.action_raw.unit_command130  action_cmd.ability_id = ability_id131  action_cmd.queue_command = queued132  if not isinstance(unit_tags, (tuple, list)):133    unit_tags = [unit_tags]...

shell.py

Source:shell.py

1#!/usr/bin/env python3.62import os3import re4import sys5def safe_exec(raw_cmd):6    cmd = tok(raw_cmd)7    # simple single command8    fname = cmd[0]9    args = cmd  # By convention args[0] is the filename anyways10    if os.access(fname, os.X_OK):  # if we are given a correct full path, why not?11        os.execve(fname, args, os.environ)12    # walk the path13    for directory in re.split(":", os.environ['PATH']):14        program = f"{directory}/{fname}"15        if os.access(program, os.X_OK):16            os.execve(program, args, os.environ)17    #  Successful execs never return, they just go missing in action...18    print(f"command not found {fname}")19# Example:20# ls -a -lh --list => ['ls', '-a', '-lh', '--list']21# removes & from strings ls / & => ['ls', '/']22def tok(val):23    val = val.replace("&", "").strip()24    return re.split('\s+', val)25#  for redirecting output of command on left side26#  eg. ls -lh > file.txt27def exec_oredirect_cmd(raw_cmd, bg):28    raw_cmd = raw_cmd.replace("&", "").strip()29    cmds = re.split(">", raw_cmd)30    try:31        ret_code = os.fork()32        if ret_code == 0:  # I am child33            os.close(sys.stdout.fileno())34            sys.stdout = open(cmds[1].strip(), 'w')35            os.set_inheritable(sys.stdout.fileno(), True)36            safe_exec(cmds[0].strip())37        else:  # I am parent, fork was ok38            if not bg:39                child_pid = os.wait()  # wait for child40    except OSError as e:41        print(f"fork failed with code: {e}")42#  for redirecting input of command on right side43#  eg. ls -lh < out.txt44def exec_iredirect_cmd(raw_cmd, bg):45    raw_cmd = raw_cmd.replace("&", "").strip()46    cmds = re.split("<", raw_cmd)47    try:48        ret_code = os.fork()49        if ret_code == 0:  # I am child50            os.close(sys.stdin.fileno())51            sys.stdin = open(cmds[1].strip(), 'r')52            os.set_inheritable(sys.stdin.fileno(), True)53            safe_exec(cmds[0].strip())54        else:  # I am parent, fork was ok55            if not bg:56                os.wait()  # wait for child57    except OSError as e:58        print(f"fork failed with code: {e}")59def exec_pipe_cmd(raw_cmd):60    producer, consumer = re.split("\|", raw_cmd)61    pipe_out, pipe_in = os.pipe()  # r, w are for reading and writing to the pipe62    try:63        producer_pid = os.fork()64        if producer_pid:  # still parent65            consumer_pid = os.fork()66            if consumer_pid:  # still parent67                os.close(pipe_in)68                os.close(pipe_out)69                os.waitpid(producer_pid, 0)70                os.waitpid(consumer_pid, 0)71            else:  # consumer72                os.dup2(pipe_out, sys.stdin.fileno())73                os.close(pipe_out)74                safe_exec(consumer.strip())75        else:  # producer76            os.dup2(pipe_in, sys.stdout.fileno())77            os.close(pipe_in)78            safe_exec(producer.strip())79    except OSError as e:80        print(f"fork failed with code: {e}")81def cd(raw_cmd):82    dr = tok(raw_cmd)[1]83    os.chdir(dr)84def main():85    while True:86        try:87            raw_cmd = input(os.environ['PS1'])88            # raw_cmd = input("$:")89            if raw_cmd == "\n":90                continue91            elif raw_cmd is None:92                continue93            elif raw_cmd == "":94                continue95            elif raw_cmd.strip() == "q":96                return97            elif "cd" in raw_cmd:98                cd(raw_cmd)99            elif ">" in raw_cmd:100                exec_oredirect_cmd(raw_cmd, "&" in raw_cmd)101            elif "<" in raw_cmd:102                exec_iredirect_cmd(raw_cmd, "&" in raw_cmd)103            elif "|" in raw_cmd:104                exec_pipe_cmd(raw_cmd)105            else:  # simple command with no redirect106                pid = os.fork()107                if pid:  # parent108                    if "&" not in raw_cmd:109                        os.wait()110                else:  # child111                    safe_exec(raw_cmd)112        except EOFError:113            sys.exit()114if __name__ == '__main__':...

cups_manager.py

Source:cups_manager.py

1# -*- coding: cp1251 -*-2#!/usr/bin/env python3from subprocess import Popen, PIPE4import re5class CupsManager():6    active = r'active|start|running'7    inactive = r'inactive|stop|waiting'8    def __shell(self, cmd):9        p = Popen(cmd, shell=True, stdout=PIPE, stderr=PIPE)10        out, err = p.communicate()11        msg = out + err12        status = (lambda x: 'ok' if x == '' else 'error')(err)13        return (status, msg)14    def cups_status(self):15        raw_cmd = self.__shell('service cups status')16        if raw_cmd[0] == 'error':17            return raw_cmd18        if len(re.findall(self.active, raw_cmd[1])) > 0:19            return raw_cmd20        if len(re.findall(self.inactive, raw_cmd[1])) > 0:21            return ('error', raw_cmd[1])22    def cups_start(self):23        raw_cmd = self.__shell('service cups start')24        if raw_cmd[0] == 'error':25            return raw_cmd26        if len(re.findall(self.active, raw_cmd[1])) > 0:27            return raw_cmd28        if len(re.findall(self.inactive, raw_cmd[1])) > 0:29            return ('error', raw_cmd[1])30    def cups_restart(self):31        raw_cmd = self.__shell('service cups restart')32        if raw_cmd[0] == 'error':33            return raw_cmd34        if len(re.findall(self.active, raw_cmd[1])) > 0:35            return raw_cmd36        if len(re.findall(self.inactive, raw_cmd[1])) > 0:37            return ('error', raw_cmd[1])38    def cups_stop(self):39        raw_cmd = self.__shell('service cups stop')40        if raw_cmd[0] == 'error':41            return raw_cmd42        if len(re.findall(self.inactive, raw_cmd[1])) > 0:43            return raw_cmd44        if len(re.findall(self.active, raw_cmd[1])) > 0:45            return ('error', raw_cmd[1])46    # @param destination - printer name47    def get_printer_queue(self, destination=None):48        if destination is not None:49            cmd = 'lpq -P %s' % destination50        else:51            cmd = 'lpq'52        return self.__shell(cmd)53    # @param destination - printer name54    # @return tuple (status like "ok" or "error", ip like "socket://xxx.xxx.xxx.xxx:ppppp" or "cnijnet:/MA-CA-DD-RE-SS-00")55    def get_printer_ip(self, destination):56        cmd = "lpstat -v | grep %s | awk '{ print $4 }'" % destination57        return self.__shell(cmd)58    # depend installed nmap (yast -i nmap)59    # @param String ip, String or Int port60    # @return "ok" if nmap installed and status. Parse in status ignore case "open" | "fitered" | "closed" | "host seems down"61    def check_port(self, ip, port):62        cmd = 'nmap -p%s %s' % (port, ip)...

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