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https://github.com/tahoe-lafs/tahoe-lafs.git
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298 lines
11 KiB
Python
298 lines
11 KiB
Python
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from zope.interface import implementer
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from allmydata.interfaces import ICheckResults, ICheckAndRepairResults, \
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IDeepCheckResults, IDeepCheckAndRepairResults, IURI, IDisplayableServer
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from allmydata.util import base32
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@implementer(ICheckResults)
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class CheckResults(object):
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def __init__(self, uri, storage_index,
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healthy, recoverable, count_happiness,
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count_shares_needed, count_shares_expected,
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count_shares_good, count_good_share_hosts,
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count_recoverable_versions, count_unrecoverable_versions,
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servers_responding, sharemap,
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count_wrong_shares, list_corrupt_shares, count_corrupt_shares,
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list_incompatible_shares, count_incompatible_shares,
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summary, report, share_problems, servermap):
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assert IURI.providedBy(uri), uri
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self._uri = uri
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self._storage_index = storage_index
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self._summary = ""
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self._healthy = bool(healthy)
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if self._healthy:
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assert recoverable
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if not summary:
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summary = "healthy"
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else:
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if not summary:
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summary = "not healthy"
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self._recoverable = recoverable
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if not self._recoverable:
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assert not self._healthy
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self._count_happiness = count_happiness
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self._count_shares_needed = count_shares_needed
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self._count_shares_expected = count_shares_expected
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self._count_shares_good = count_shares_good
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self._count_good_share_hosts = count_good_share_hosts
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self._count_recoverable_versions = count_recoverable_versions
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self._count_unrecoverable_versions = count_unrecoverable_versions
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for server in servers_responding:
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assert IDisplayableServer.providedBy(server), server
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self._servers_responding = servers_responding
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for shnum, servers in sharemap.items():
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for server in servers:
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assert IDisplayableServer.providedBy(server), server
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self._sharemap = sharemap
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self._count_wrong_shares = count_wrong_shares
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for (server, SI, shnum) in list_corrupt_shares:
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assert IDisplayableServer.providedBy(server), server
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self._list_corrupt_shares = list_corrupt_shares
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self._count_corrupt_shares = count_corrupt_shares
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for (server, SI, shnum) in list_incompatible_shares:
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assert IDisplayableServer.providedBy(server), server
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self._list_incompatible_shares = list_incompatible_shares
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self._count_incompatible_shares = count_incompatible_shares
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assert isinstance(summary, str) # should be a single string
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self._summary = summary
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assert not isinstance(report, str) # should be list of strings
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self._report = report
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if servermap:
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from allmydata.mutable.servermap import ServerMap
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assert isinstance(servermap, ServerMap), servermap
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self._servermap = servermap # mutable only
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self._share_problems = share_problems
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def get_storage_index(self):
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return self._storage_index
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def get_storage_index_string(self):
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return base32.b2a(self._storage_index)
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def get_uri(self):
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return self._uri
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def is_healthy(self):
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return self._healthy
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def is_recoverable(self):
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return self._recoverable
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def get_happiness(self):
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return self._count_happiness
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def get_encoding_needed(self):
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return self._count_shares_needed
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def get_encoding_expected(self):
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return self._count_shares_expected
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def get_share_counter_good(self):
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return self._count_shares_good
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def get_share_counter_wrong(self):
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return self._count_wrong_shares
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def get_corrupt_shares(self):
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return self._list_corrupt_shares
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def get_incompatible_shares(self):
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return self._list_incompatible_shares
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def get_servers_responding(self):
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return self._servers_responding
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def get_host_counter_good_shares(self):
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return self._count_good_share_hosts
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def get_version_counter_recoverable(self):
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return self._count_recoverable_versions
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def get_version_counter_unrecoverable(self):
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return self._count_unrecoverable_versions
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def get_sharemap(self):
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return self._sharemap
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def as_dict(self):
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sharemap = {}
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for shnum, servers in self._sharemap.items():
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sharemap[shnum] = sorted([s.get_serverid() for s in servers])
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responding = [s.get_serverid() for s in self._servers_responding]
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corrupt = [(s.get_serverid(), SI, shnum)
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for (s, SI, shnum) in self._list_corrupt_shares]
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incompatible = [(s.get_serverid(), SI, shnum)
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for (s, SI, shnum) in self._list_incompatible_shares]
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d = {"count-happiness": self._count_happiness,
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"count-shares-needed": self._count_shares_needed,
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"count-shares-expected": self._count_shares_expected,
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"count-shares-good": self._count_shares_good,
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"count-good-share-hosts": self._count_good_share_hosts,
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"count-recoverable-versions": self._count_recoverable_versions,
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"count-unrecoverable-versions": self._count_unrecoverable_versions,
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"servers-responding": responding,
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"sharemap": sharemap,
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"count-wrong-shares": self._count_wrong_shares,
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"list-corrupt-shares": corrupt,
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"count-corrupt-shares": self._count_corrupt_shares,
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"list-incompatible-shares": incompatible,
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"count-incompatible-shares": self._count_incompatible_shares,
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}
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return d
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def get_summary(self):
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return self._summary
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def get_report(self):
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return self._report
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def get_share_problems(self):
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return self._share_problems
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def get_servermap(self):
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return self._servermap
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@implementer(ICheckAndRepairResults)
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class CheckAndRepairResults(object):
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def __init__(self, storage_index):
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self.storage_index = storage_index
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self.repair_attempted = False
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def get_storage_index(self):
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return self.storage_index
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def get_storage_index_string(self):
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return base32.b2a(self.storage_index)
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def get_repair_attempted(self):
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return self.repair_attempted
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def get_repair_successful(self):
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if not self.repair_attempted:
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return False
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return self.repair_successful
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def get_pre_repair_results(self):
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return self.pre_repair_results
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def get_post_repair_results(self):
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return self.post_repair_results
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class DeepResultsBase:
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def __init__(self, root_storage_index):
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self.root_storage_index = root_storage_index
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if root_storage_index is None:
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self.root_storage_index_s = "<none>" # is this correct?
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else:
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self.root_storage_index_s = base32.b2a(root_storage_index)
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self.objects_checked = 0
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self.objects_healthy = 0
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self.objects_unhealthy = 0
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self.objects_unrecoverable = 0
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self.corrupt_shares = []
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self.all_results = {}
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self.all_results_by_storage_index = {}
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self.stats = {}
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def update_stats(self, new_stats):
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self.stats.update(new_stats)
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def get_root_storage_index_string(self):
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return self.root_storage_index_s
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def get_corrupt_shares(self):
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return self.corrupt_shares
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def get_all_results(self):
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return self.all_results
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def get_results_for_storage_index(self, storage_index):
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return self.all_results_by_storage_index[storage_index]
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def get_stats(self):
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return self.stats
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@implementer(IDeepCheckResults)
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class DeepCheckResults(DeepResultsBase):
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def add_check(self, r, path):
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if not r:
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return # non-distributed object, i.e. LIT file
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r = ICheckResults(r)
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assert isinstance(path, (list, tuple))
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self.objects_checked += 1
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if r.is_healthy():
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self.objects_healthy += 1
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else:
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self.objects_unhealthy += 1
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if not r.is_recoverable():
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self.objects_unrecoverable += 1
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self.all_results[tuple(path)] = r
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self.all_results_by_storage_index[r.get_storage_index()] = r
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self.corrupt_shares.extend(r.get_corrupt_shares())
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def get_counters(self):
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return {"count-objects-checked": self.objects_checked,
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"count-objects-healthy": self.objects_healthy,
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"count-objects-unhealthy": self.objects_unhealthy,
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"count-objects-unrecoverable": self.objects_unrecoverable,
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"count-corrupt-shares": len(self.corrupt_shares),
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}
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@implementer(IDeepCheckAndRepairResults)
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class DeepCheckAndRepairResults(DeepResultsBase):
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def __init__(self, root_storage_index):
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DeepResultsBase.__init__(self, root_storage_index)
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self.objects_healthy_post_repair = 0
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self.objects_unhealthy_post_repair = 0
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self.objects_unrecoverable_post_repair = 0
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self.repairs_attempted = 0
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self.repairs_successful = 0
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self.repairs_unsuccessful = 0
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self.corrupt_shares_post_repair = []
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def add_check_and_repair(self, r, path):
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if not r:
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return # non-distributed object, i.e. LIT file
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r = ICheckAndRepairResults(r)
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assert isinstance(path, (list, tuple))
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pre_repair = r.get_pre_repair_results()
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post_repair = r.get_post_repair_results()
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self.objects_checked += 1
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if pre_repair.is_healthy():
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self.objects_healthy += 1
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else:
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self.objects_unhealthy += 1
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if not pre_repair.is_recoverable():
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self.objects_unrecoverable += 1
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self.corrupt_shares.extend(pre_repair.get_corrupt_shares())
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if r.get_repair_attempted():
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self.repairs_attempted += 1
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if r.get_repair_successful():
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self.repairs_successful += 1
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else:
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self.repairs_unsuccessful += 1
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if post_repair.is_healthy():
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self.objects_healthy_post_repair += 1
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else:
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self.objects_unhealthy_post_repair += 1
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if not post_repair.is_recoverable():
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self.objects_unrecoverable_post_repair += 1
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self.all_results[tuple(path)] = r
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self.all_results_by_storage_index[r.get_storage_index()] = r
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self.corrupt_shares_post_repair.extend(post_repair.get_corrupt_shares())
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def get_counters(self):
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return {"count-objects-checked": self.objects_checked,
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"count-objects-healthy-pre-repair": self.objects_healthy,
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"count-objects-unhealthy-pre-repair": self.objects_unhealthy,
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"count-objects-unrecoverable-pre-repair": self.objects_unrecoverable,
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"count-objects-healthy-post-repair": self.objects_healthy_post_repair,
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"count-objects-unhealthy-post-repair": self.objects_unhealthy_post_repair,
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"count-objects-unrecoverable-post-repair": self.objects_unrecoverable_post_repair,
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"count-repairs-attempted": self.repairs_attempted,
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"count-repairs-successful": self.repairs_successful,
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"count-repairs-unsuccessful": self.repairs_unsuccessful,
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"count-corrupt-shares-pre-repair": len(self.corrupt_shares),
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"count-corrupt-shares-post-repair": len(self.corrupt_shares_post_repair),
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}
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def get_remaining_corrupt_shares(self):
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return self.corrupt_shares_post_repair
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