exhuma

import logging
import sys
from logging.handlers import QueueHandler, QueueListener
from queue import Queue
from time import sleep


class FlushingHandler(QueueHandler):
    def flush(self):
        super().flush()

exhuma

class ScannedPort:
    label: str = ""

clsas ScannedDevice:
    hostname: str = ""
    ports: List[ScannedPort] = []

class Port(Base):
    hostname = Column(String, ForeignKey("Device.hostname")
    label = Column(String)

exhuma

"""
This module defines additional "IP-Address" type decorators for use with
SQLAlchemy and PostgreSQL. These types will convert the PostgreSQL values
to/from Python :py:mod:`ipaddress` classes.

These classes can be used in model definitions::

    class MyTable(Base):
        ...
        ip = Column(PgIpAddress, ...)

exhuma

"""
This file demonstrated using the "FetchedValue" feature of SQLAlchemy for
values which are generated by the DB, without knowing *how* they are generated
in the DB.
"""
from sqlalchemy import Column, DateTime, FetchedValue, Unicode, create_engine
from sqlalchemy.ext.declarative import declarative_base
from sqlalchemy.orm import sessionmaker

Base = declarative_base()

exhuma

# pylint: disable=no-member, no-name-in-module
"""
This program is inspired on exercise 4.4 from the book for 1CB "CNESC
Informatique" (2019-2020): The Mandelbrot set. The exercise demands the
following features:

* Display the Mandelbrot set on the complex plane. Initially between -2.2-1.2j
  and 1.0+1.2j and later by coordinates selected by the user (see below).
* Points within the set should be drawn in black, points outside of the set
  should be colored based on the number of iterations necessary to determine

exhuma

"""
This module shows an alternative implementation of the code shown in the SO question
https://stackoverflow.com/questions/58188342/looping-through-web-pages

Comments marked with a ♫ symbol are possible improvements to this code which were
left out to keep concepts out of the code which could make it more difficult to
understand for beginners.
"""

from os.path import exists

exhuma

"""
This module contains helpers to work with the "Accept" request header
"""
import re
from typing import Generator, Iterable, List, NamedTuple, Tuple

AcceptType = NamedTuple('AcceptType', [
    ('media_type', str),
    ('quality', float),
])

exhuma

"""
Access windows credentials

Credentials must be stored in the Windows Credentials Manager in the Control
Panel. This helper will search for "generic credentials" under the section
"Windows Credentials"

Example usage::

    result = get_generic_credential('foobar')

exhuma

class IPOccupation:
    '''
    Class to visualise which blocks in a IP range are occupied by networks and hosts
    '''

    CHARS = {
        0: '\u22c5',  # sdot
        1: '\u2592',  # Medium Shade
        2: '\u2588'   # Full Block
    }

exhuma

class NamedRegistry(ABCMeta):
    '''
    A metaclass which automatically registers each subclass by name when it is
    defined.

    Each subclass must define the class-attribute ``NAME``

    The classes can be retrieved using ``NamedRegistry.get_query``.
    '''