import pathlib
import subprocess
import threading
from collections import defaultdict
from itertools import islice
from typing import Dict, Optional, Set, Tuple, Iterable, List, Iterator
from ipsiblings import logsetup
from ipsiblings.evaluation.keyscan.property import KeyscanResult
from ipsiblings.model import const
log = logsetup.get_root_logger()
class KeyscanProcessHandler:
"""
Handles ssh-keyscan interaction for a single process.
"""
def __init__(self, cwd: pathlib.Path, ip_version: int, timeout: int):
self._cwd = cwd
self.ip_version = ip_version
self.timeout = timeout
self.results: Dict[str, KeyscanResult] = {}
self.thread: Optional[threading.Thread] = None
self.failed = False
def start(self, in_addrs: Set[str]):
if not in_addrs:
log.info(f'No input addresses for keyscan {self.ip_version}, skipping.')
return
import contextlib import csv import pathlib from typing import Dict from ipsiblings.evaluation.model import SiblingStatus from ipsiblings.evaluation.stats.model import Stats, CrossStats from ipsiblings.logsetup import get_root_logger from ipsiblings.model.const import EvaluatorChoice log = get_root_logger() FIL_SIBLINGS = 'siblings.st.tsv' FIL_STARKE_SIBLINGS = 'starke-siblings.st.tsv' FIL_MULTI_SIBLINGS = 'multi-siblings.st.tsv' FIL_STATUSES = 'classifications.sum.st.tsv' FIL_CROSS_STATS = 'cross-stats.sum.st.tsv' FIL_PEER_STATS_4 = 'peer-stats.v4.st.tsv' FIL_PEER_STATS_6 = 'peer-stats.v6.st.tsv' COL_SIBLINGS_4 = 'ip4' COL_SIBLINGS_6 = 'ip6' COLS_SIBLINGS = [COL_SIBLINGS_4, COL_SIBLINGS_6] COL_STATUS_KEY = 'evaluator' COLS_STATUSES = [COL_STATUS_KEY] + [c.name for c in SiblingStatus] COL_CS_KEY = 'algorithm' COLPFX_CS_POSITIVE = 'pos_' COLPFX_CS_NEGATIVE = 'neg_' COLIFX_CS_TRUE_STATUS = 'was_'
