pavelpatrin

    def _get_flatten_wsdl(self, url):
        """
        Выполняет загрузку wsdl-схемы и зависимых файлов и объединяет их
        в единый файл.

        Ускоряет загрузку wsdl-схемы для клиента.

        TODO: реализовать.

        :type url: unicode

pavelpatrin

#!/bin/sh

LOCKFILE="/tmp/script.lock"
LOGFILE="/tmp/script.log"
COMMAND="/usr/bin/php7 /home/rinat/myscript.php"

(
    if flock -n 200
    then
        echo "["$(date)"] Running command $COMMAND" | tee -a $LOGFILE

pavelpatrin

import select
import socket

from urllib.parse import urlsplit


class Loop:
    ACTION_READ = 'read'
    ACTION_WRITE = 'write'
    ACTION_READY = 'ready'

pavelpatrin

import select
import socket
import typing

from urllib.parse import urlsplit


class Task:
    def __init__(self, url):
        self.split = urlsplit(url)

pavelpatrin

import select
import socket

from urllib.parse import urlsplit


class Poll:
    ACTION_READ = 'read'
    ACTION_WRITE = 'write'

pavelpatrin

class RawJoin(Join):
    u"""Позволяет внедрить в QuerySet произвольный JOIN.

    banners_qs = Banner.objects.extra(where=['my_join_table.status = 123'])

    Join('LEFT JOIN (XXX) b1 ON b1.id = abcd ', ()).inject(banners_qs)
    """

    def __init__(self, raw_sql, params):
        # Используемые опции.

pavelpatrin

def matrix(side_width):
    for y in xrange(side_width):
        for x in xrange(side_width):
            ring_number = min(x, y, side_width - 1 - x, side_width - 1 - y)
            ring_serial = x + y - 2 * ring_number

            if x >= y:
                ring_base = 4 * ring_number * (side_width - ring_number)
                result = ring_base + ring_serial
            else:

pavelpatrin

[root@li145-5 Sentry]# cat Dockerfile
FROM centos/systemd

CMD ["/usr/sbin/init"]

RUN yum install -y epel-release

RUN yum install -y redis
RUN systemctl enable redis

pavelpatrin

# coding: utf-8

import multiprocessing
import subprocess
import threading
import signal
import time
import os

pavelpatrin

def profile(func):
    from line_profiler import LineProfiler

    def wrapper(*args, **kwargs):
        profiler = LineProfiler(func)
        try:
            return profiler.runcall(func, *args, **kwargs)
        finally:
            profiler.print_stats()