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BTrees
Commit 406dc9d2 authored by Tres Seaver's avatar Tres Seaver
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Test cleanups.

parent cae9f1dd
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Showing with 812 additions and 628 deletions
BTrees/check.py
View file @ 406dc9d2
......@@ -42,7 +42,8 @@ from BTrees.LOBTree import LOBTree, LOBucket, LOSet, LOTreeSet
from BTrees.LLBTree import LLBTree, LLBucket, LLSet, LLTreeSet
from BTrees.LFBTree import LFBTree, LFBucket, LFSet, LFTreeSet
from ZODB.utils import positive_id, oid_repr
from BTrees.utils import positive_id
from BTrees.utils import oid_repr
TYPE_UNKNOWN, TYPE_BTREE, TYPE_BUCKET = range(3)
......
BTrees/tests/testBTrees.py
View file @ 406dc9d2
......@@ -34,25 +34,23 @@ import BTrees
from BTrees.IIBTree import using64bits
from BTrees.check import check
import transaction
from ZODB import DB
from ZODB.MappingStorage import MappingStorage
class Base(TestCase):
""" Tests common to all types: sets, buckets, and BTrees """
class Base(object):
# Tests common to all types: sets, buckets, and BTrees
db = None
def setUp(self):
self.t = self.t_class()
def _makeOne(self):
return self.klass()
def tearDown(self):
if self.db is not None:
self.db.close()
self.t = None
del self.t
def _getRoot(self):
from ZODB import DB
from ZODB.MappingStorage import MappingStorage
if self.db is None:
# Unclear: On the next line, the ZODB4 flavor of this routine
# [asses a cache_size argument:
......@@ -67,8 +65,9 @@ class Base(TestCase):
root._p_jar.close()
def testLoadAndStore(self):
import transaction
for i in 0, 10, 1000:
t = self.t.__class__()
t = self._makeOne()
self._populate(t, i)
root = None
root = self._getRoot()
......@@ -85,15 +84,17 @@ class Base(TestCase):
self._closeRoot(root2)
def testSetstateArgumentChecking(self):
try: self.t.__class__().__setstate__(('',))
try:
self._makeOne().__setstate__(('',))
except TypeError, v:
self.assertEqual(str(v), 'tuple required for first state element')
else:
raise AssertionError("Expected exception")
def testGhostUnghost(self):
import transaction
for i in 0, 10, 1000:
t = self.t.__class__()
t = self._makeOne()
self._populate(t, i)
root = self._getRoot()
root[i] = t
......@@ -111,7 +112,7 @@ class Base(TestCase):
self._closeRoot(root2)
def testSimpleExclusiveKeyRange(self):
t = self.t.__class__()
t = self._makeOne()
self.assertEqual(list(t.keys()), [])
self.assertEqual(list(t.keys(excludemin=True)), [])
self.assertEqual(list(t.keys(excludemax=True)), [])
......@@ -147,7 +148,10 @@ class Base(TestCase):
[1])
def testUpdatesDoReadChecksOnInternalNodes(self):
t = self.t
import transaction
from ZODB import DB
from ZODB.MappingStorage import MappingStorage
t = self._makeOne()
if not hasattr(t, '_firstbucket'):
return
self._populate(t, 1000)
......@@ -190,7 +194,7 @@ class Base(TestCase):
class MappingBase(Base):
""" Tests common to mappings (buckets, btrees) """
# Tests common to mappings (buckets, btrees)
def _populate(self, t, l):
# Make some data
......@@ -200,9 +204,10 @@ class MappingBase(Base):
# test the repr because buckets have a complex repr implementation
# internally the cutoff from a stack allocated buffer to a heap
# allocated buffer is 10000.
t = self._makeOne()
for i in range(1000):
self.t[i] = i
r = repr(self.t)
t[i] = i
r = repr(t)
# Make sure the repr is 10000 bytes long for a bucket.
# But since the test is also run for btrees, skip the length
# check if the repr starts with '<'
......@@ -213,79 +218,87 @@ class MappingBase(Base):
self.assertRaises(KeyError, self._getitemfail)
def _getitemfail(self):
return self.t[1]
return self._makeOne()[1]
def testGetReturnsDefault(self):
self.assertEqual(self.t.get(1) , None)
self.assertEqual(self.t.get(1, 'foo') , 'foo')
self.assertEqual(self._makeOne().get(1) , None)
self.assertEqual(self._makeOne().get(1, 'foo') , 'foo')
def testSetItemGetItemWorks(self):
self.t[1] = 1
a = self.t[1]
t = self._makeOne()
t[1] = 1
a = t[1]
self.assertEqual(a , 1, `a`)
def testReplaceWorks(self):
self.t[1] = 1
self.assertEqual(self.t[1] , 1, self.t[1])
self.t[1] = 2
self.assertEqual(self.t[1] , 2, self.t[1])
t = self._makeOne()
t[1] = 1
self.assertEqual(t[1] , 1, t[1])
t[1] = 2
self.assertEqual(t[1] , 2, t[1])
def testLen(self):
t = self._makeOne()
added = {}
r = range(1000)
for x in r:
k = random.choice(r)
self.t[k] = x
t[k] = x
added[k] = x
addl = added.keys()
self.assertEqual(len(self.t) , len(addl), len(self.t))
self.assertEqual(len(t) , len(addl), len(t))
def testHasKeyWorks(self):
self.t[1] = 1
self.assert_(self.t.has_key(1))
self.assert_(1 in self.t)
self.assert_(0 not in self.t)
self.assert_(2 not in self.t)
t = self._makeOne()
t[1] = 1
self.assert_(t.has_key(1))
self.assert_(1 in t)
self.assert_(0 not in t)
self.assert_(2 not in t)
def testValuesWorks(self):
t = self._makeOne()
for x in range(100):
self.t[x] = x*x
v = self.t.values()
t[x] = x*x
v = t.values()
for i in range(100):
self.assertEqual(v[i], i*i)
self.assertRaises(IndexError, lambda: v[i+1])
i = 0
for value in self.t.itervalues():
for value in t.itervalues():
self.assertEqual(value, i*i)
i += 1
def testValuesWorks1(self):
t = self._makeOne()
for x in range(100):
self.t[99-x] = x
t[99-x] = x
for x in range(40):
lst = list(self.t.values(0+x,99-x))
lst = list(t.values(0+x,99-x))
lst.sort()
self.assertEqual(lst,range(0+x,99-x+1))
lst = list(self.t.values(max=99-x, min=0+x))
lst = list(t.values(max=99-x, min=0+x))
lst.sort()
self.assertEqual(lst,range(0+x,99-x+1))
def testValuesNegativeIndex(self):
t = self._makeOne()
L = [-3, 6, -11, 4]
for i in L:
self.t[i] = i
t[i] = i
L.sort()
vals = self.t.values()
vals = t.values()
for i in range(-1, -5, -1):
self.assertEqual(vals[i], L[i])
self.assertRaises(IndexError, lambda: vals[-5])
def testKeysWorks(self):
t = self._makeOne()
for x in range(100):
self.t[x] = x
v = self.t.keys()
t[x] = x
v = t.keys()
i = 0
for x in v:
self.assertEqual(x,i)
......@@ -293,28 +306,30 @@ class MappingBase(Base):
self.assertRaises(IndexError, lambda: v[i])
for x in range(40):
lst = self.t.keys(0+x,99-x)
lst = t.keys(0+x,99-x)
self.assertEqual(list(lst), range(0+x, 99-x+1))
lst = self.t.keys(max=99-x, min=0+x)
lst = t.keys(max=99-x, min=0+x)
self.assertEqual(list(lst), range(0+x, 99-x+1))
self.assertEqual(len(v), 100)
def testKeysNegativeIndex(self):
t = self._makeOne()
L = [-3, 6, -11, 4]
for i in L:
self.t[i] = i
t[i] = i
L.sort()
keys = self.t.keys()
keys = t.keys()
for i in range(-1, -5, -1):
self.assertEqual(keys[i], L[i])
self.assertRaises(IndexError, lambda: keys[-5])
def testItemsWorks(self):
t = self._makeOne()
for x in range(100):
self.t[x] = 2*x
v = self.t.items()
t[x] = 2*x
v = t.items()
i = 0
for x in v:
self.assertEqual(x[0], i)
......@@ -323,22 +338,23 @@ class MappingBase(Base):
self.assertRaises(IndexError, lambda: v[i+1])
i = 0
for x in self.t.iteritems():
for x in t.iteritems():
self.assertEqual(x, (i, 2*i))
i += 1
items = list(self.t.items(min=12, max=20))
items = list(t.items(min=12, max=20))
self.assertEqual(items, zip(range(12, 21), range(24, 43, 2)))
items = list(self.t.iteritems(min=12, max=20))
items = list(t.iteritems(min=12, max=20))
self.assertEqual(items, zip(range(12, 21), range(24, 43, 2)))
def testItemsNegativeIndex(self):
t = self._makeOne()
L = [-3, 6, -11, 4]
for i in L:
self.t[i] = i
t[i] = i
L.sort()
items = self.t.items()
items = t.items()
for i in range(-1, -5, -1):
self.assertEqual(items[i], (L[i], L[i]))
self.assertRaises(IndexError, lambda: items[-5])
......@@ -347,19 +363,20 @@ class MappingBase(Base):
self.assertRaises(KeyError, self._deletefail)
def _deletefail(self):
del self.t[1]
t = self._makeOne()
del t[1]
def testMaxKeyMinKey(self):
self.t[7] = 6
self.t[3] = 10
self.t[8] = 12
self.t[1] = 100
self.t[5] = 200
self.t[10] = 500
self.t[6] = 99
self.t[4] = 150
del self.t[7]
t = self.t
t = self._makeOne()
t[7] = 6
t[3] = 10
t[8] = 12
t[1] = 100
t[5] = 200
t[10] = 500
t[6] = 99
t[4] = 150
del t[7]
self.assertEqual(t.maxKey(), 10)
self.assertEqual(t.maxKey(6), 6)
self.assertEqual(t.maxKey(9), 8)
......@@ -382,15 +399,17 @@ class MappingBase(Base):
self.fail("expected ValueError")
def testClear(self):
t = self._makeOne()
r = range(100)
for x in r:
rnd = random.choice(r)
self.t[rnd] = 0
self.t.clear()
diff = lsubtract(list(self.t.keys()), [])
t[rnd] = 0
t.clear()
diff = lsubtract(list(t.keys()), [])
self.assertEqual(diff, [])
def testUpdate(self):
t = self._makeOne()
d={}
l=[]
for i in range(10000):
......@@ -401,29 +420,29 @@ class MappingBase(Base):
items=d.items()
items.sort()
self.t.update(d)
self.assertEqual(list(self.t.items()), items)
t.update(d)
self.assertEqual(list(t.items()), items)
self.t.clear()
self.assertEqual(list(self.t.items()), [])
t.clear()
self.assertEqual(list(t.items()), [])
self.t.update(l)
self.assertEqual(list(self.t.items()), items)
t.update(l)
self.assertEqual(list(t.items()), items)
# Before ZODB 3.4.2, update/construction from PersistentMapping failed.
def testUpdateFromPersistentMapping(self):
from persistent.mapping import PersistentMapping
t = self._makeOne()
pm = PersistentMapping({1: 2})
self.t.update(pm)
self.assertEqual(list(self.t.items()), [(1, 2)])
t.update(pm)
self.assertEqual(list(t.items()), [(1, 2)])
# Construction goes thru the same internals as .update().
t = self.t.__class__(pm)
t = t.__class__(pm)
self.assertEqual(list(t.items()), [(1, 2)])
def testEmptyRangeSearches(self):
t = self.t
t = self._makeOne()
t.update([(1,1), (5,5), (9,9)])
self.assertEqual(list(t.keys(-6,-4)), [], list(t.keys(-6,-4)))
self.assertEqual(list(t.keys(2,4)), [], list(t.keys(2,4)))
......@@ -451,8 +470,7 @@ class MappingBase(Base):
# This tests fixes to several bugs in this area, starting with
# http://collector.zope.org/Zope/419,
# "BTreeItems slice contains 1 too many elements".
t = self.t
t = self._makeOne()
for n in range(10):
t.clear()
self.assertEqual(len(t), 0)
......@@ -522,7 +540,7 @@ class MappingBase(Base):
self.assertEqual(list(tslice), zip(range(20, 80), [1]*60))
def testIterators(self):
t = self.t
t = self._makeOne()
for keys in [], [-2], [1, 4], range(-170, 2000, 6):
t.clear()
......@@ -551,7 +569,7 @@ class MappingBase(Base):
self.assertEqual(list(t.iteritems()), list(t.items()))
def testRangedIterators(self):
t = self.t
t = self._makeOne()
for keys in [], [-2], [1, 4], range(-170, 2000, 13):
t.clear()
......@@ -601,24 +619,15 @@ class MappingBase(Base):
def testBadUpdateTupleSize(self):
# This one silently ignored the excess in Zope3.
try:
self.t.update([(1, 2, 3)])
except TypeError:
pass
else:
self.fail("update() with 3-tuple didn't complain")
t = self._makeOne()
self.assertRaises(TypeError, t.update, [(1, 2, 3)])
# This one dumped core in Zope3.
try:
self.t.update([(1,)])
except TypeError:
pass
else:
self.fail("update() with 1-tuple didn't complain")
self.assertRaises(TypeError, t.update, [(1,)])
# This one should simply succeed.
self.t.update([(1, 2)])
self.assertEqual(list(self.t.items()), [(1, 2)])
t.update([(1, 2)])
self.assertEqual(list(t.items()), [(1, 2)])
def testSimpleExclusivRanges(self):
def identity(x):
......@@ -633,7 +642,7 @@ class MappingBase(Base):
("itervalues", identity),
("iteritems", dup)):
t = self.t.__class__()
t = self._makeOne()
meth = getattr(t, methodname, None)
if meth is None:
continue
......@@ -677,7 +686,7 @@ class MappingBase(Base):
f([1]))
def testSetdefault(self):
t = self.t
t = self._makeOne()
self.assertEqual(t.setdefault(1, 2), 2)
# That should also have associated 1 with 2 in the tree.
......@@ -695,7 +704,7 @@ class MappingBase(Base):
def testPop(self):
t = self.t
t = self._makeOne()
# Empty container.
# If no default given, raises KeyError.
......@@ -732,32 +741,32 @@ class MappingBase(Base):
class NormalSetTests(Base):
""" Test common to all set types """
# Test common to all set types
def _populate(self, t, l):
# Make some data
t.update(range(l))
def testInsertReturnsValue(self):
t = self.t
t = self._makeOne()
self.assertEqual(t.insert(5) , 1)
self.assertEqual(t.add(4) , 1)
def testDuplicateInsert(self):
t = self.t
t = self._makeOne()
t.insert(5)
self.assertEqual(t.insert(5) , 0)
self.assertEqual(t.add(5) , 0)
def testInsert(self):
t = self.t
t = self._makeOne()
t.insert(1)
self.assert_(t.has_key(1))
self.assert_(1 in t)
self.assert_(2 not in t)
def testBigInsert(self):
t = self.t
t = self._makeOne()
r = xrange(10000)
for x in r:
t.insert(x)
......@@ -766,7 +775,7 @@ class NormalSetTests(Base):
self.assert_(x in t)
def testRemoveSucceeds(self):
t = self.t
t = self._makeOne()
r = xrange(10000)
for x in r: t.insert(x)
for x in r: t.remove(x)
......@@ -775,15 +784,15 @@ class NormalSetTests(Base):
self.assertRaises(KeyError, self._removenonexistent)
def _removenonexistent(self):
self.t.remove(1)
self._makeOne().remove(1)
def testHasKeyFails(self):
t = self.t
t = self._makeOne()
self.assert_(not t.has_key(1))
self.assert_(1 not in t)
def testKeys(self):
t = self.t
t = self._makeOne()
r = xrange(1000)
for x in r:
t.insert(x)
......@@ -792,7 +801,7 @@ class NormalSetTests(Base):
def testClear(self):
t = self.t
t = self._makeOne()
r = xrange(1000)
for x in r: t.insert(x)
t.clear()
......@@ -800,7 +809,7 @@ class NormalSetTests(Base):
self.assertEqual(diff , [], diff)
def testMaxKeyMinKey(self):
t = self.t
t = self._makeOne()
t.insert(1)
t.insert(2)
t.insert(3)
......@@ -835,6 +844,7 @@ class NormalSetTests(Base):
self.fail("expected ValueError")
def testUpdate(self):
t = self._makeOne()
d={}
l=[]
for i in range(10000):
......@@ -845,11 +855,11 @@ class NormalSetTests(Base):
items = d.keys()
items.sort()
self.t.update(l)
self.assertEqual(list(self.t.keys()), items)
t.update(l)
self.assertEqual(list(t.keys()), items)
def testEmptyRangeSearches(self):
t = self.t
t = self._makeOne()
t.update([1, 5, 9])
self.assertEqual(list(t.keys(-6,-4)), [], list(t.keys(-6,-4)))
self.assertEqual(list(t.keys(2,4)), [], list(t.keys(2,4)))
......@@ -872,8 +882,7 @@ class NormalSetTests(Base):
def testSlicing(self):
# Test that slicing of .keys() works exactly the same way as slicing
# a Python list with the same contents.
t = self.t
t = self._makeOne()
for n in range(10):
t.clear()
self.assertEqual(len(t), 0)
......@@ -902,7 +911,7 @@ class NormalSetTests(Base):
self.assertEqual(list(x), keys[lo:hi])
def testIterator(self):
t = self.t
t = self._makeOne()
for keys in [], [-2], [1, 4], range(-170, 2000, 6):
t.clear()
......@@ -926,293 +935,20 @@ class NormalSetTests(Base):
self.assertEqual(x, keys)
class ExtendedSetTests(NormalSetTests):
def testLen(self):
t = self.t
t = self._makeOne()
r = xrange(10000)
for x in r: t.insert(x)
self.assertEqual(len(t) , 10000, len(t))
def testGetItem(self):
t = self.t
t = self._makeOne()
r = xrange(10000)
for x in r: t.insert(x)
for x in r:
self.assertEqual(t[x] , x)
class BTreeTests(MappingBase):
""" Tests common to all BTrees """
def tearDown(self):
self.t._check()
check(self.t)
MappingBase.tearDown(self)
def testDeleteNoChildrenWorks(self):
self.t[5] = 6
self.t[2] = 10
self.t[6] = 12
self.t[1] = 100
self.t[3] = 200
self.t[10] = 500
self.t[4] = 99
del self.t[4]
diff = lsubtract(self.t.keys(), [1,2,3,5,6,10])
self.assertEqual(diff , [], diff)
def testDeleteOneChildWorks(self):
self.t[5] = 6
self.t[2] = 10
self.t[6] = 12
self.t[1] = 100
self.t[3] = 200
self.t[10] = 500
self.t[4] = 99
del self.t[3]
diff = lsubtract(self.t.keys(), [1,2,4,5,6,10])
self.assertEqual(diff , [], diff)
def testDeleteTwoChildrenNoInorderSuccessorWorks(self):
self.t[5] = 6
self.t[2] = 10
self.t[6] = 12
self.t[1] = 100
self.t[3] = 200
self.t[10] = 500
self.t[4] = 99
del self.t[2]
diff = lsubtract(self.t.keys(), [1,3,4,5,6,10])
self.assertEqual(diff , [], diff)
def testDeleteTwoChildrenInorderSuccessorWorks(self):
# 7, 3, 8, 1, 5, 10, 6, 4 -- del 3
self.t[7] = 6
self.t[3] = 10
self.t[8] = 12
self.t[1] = 100
self.t[5] = 200
self.t[10] = 500
self.t[6] = 99
self.t[4] = 150
del self.t[3]
diff = lsubtract(self.t.keys(), [1,4,5,6,7,8,10])
self.assertEqual(diff , [], diff)
def testDeleteRootWorks(self):
# 7, 3, 8, 1, 5, 10, 6, 4 -- del 7
self.t[7] = 6
self.t[3] = 10
self.t[8] = 12
self.t[1] = 100
self.t[5] = 200
self.t[10] = 500
self.t[6] = 99
self.t[4] = 150
del self.t[7]
diff = lsubtract(self.t.keys(), [1,3,4,5,6,8,10])
self.assertEqual(diff , [], diff)
def testRandomNonOverlappingInserts(self):
added = {}
r = range(100)
for x in r:
k = random.choice(r)
if not added.has_key(k):
self.t[k] = x
added[k] = 1
addl = added.keys()
addl.sort()
diff = lsubtract(list(self.t.keys()), addl)
self.assertEqual(diff , [], (diff, addl, list(self.t.keys())))
def testRandomOverlappingInserts(self):
added = {}
r = range(100)
for x in r:
k = random.choice(r)
self.t[k] = x
added[k] = 1
addl = added.keys()
addl.sort()
diff = lsubtract(self.t.keys(), addl)
self.assertEqual(diff , [], diff)
def testRandomDeletes(self):
r = range(1000)
added = []
for x in r:
k = random.choice(r)
self.t[k] = x
added.append(k)
deleted = []
for x in r:
k = random.choice(r)
if self.t.has_key(k):
self.assert_(k in self.t)
del self.t[k]
deleted.append(k)
if self.t.has_key(k):
self.fail( "had problems deleting %s" % k )
badones = []
for x in deleted:
if self.t.has_key(x):
badones.append(x)
self.assertEqual(badones , [], (badones, added, deleted))
def testTargetedDeletes(self):
r = range(1000)
for x in r:
k = random.choice(r)
self.t[k] = x
for x in r:
try:
del self.t[x]
except KeyError:
pass
self.assertEqual(realseq(self.t.keys()) , [], realseq(self.t.keys()))
def testPathologicalRightBranching(self):
r = range(1000)
for x in r:
self.t[x] = 1
self.assertEqual(realseq(self.t.keys()) , r, realseq(self.t.keys()))
for x in r:
del self.t[x]
self.assertEqual(realseq(self.t.keys()) , [], realseq(self.t.keys()))
def testPathologicalLeftBranching(self):
r = range(1000)
revr = r[:]
revr.reverse()
for x in revr:
self.t[x] = 1
self.assertEqual(realseq(self.t.keys()) , r, realseq(self.t.keys()))
for x in revr:
del self.t[x]
self.assertEqual(realseq(self.t.keys()) , [], realseq(self.t.keys()))
def testSuccessorChildParentRewriteExerciseCase(self):
add_order = [
85, 73, 165, 273, 215, 142, 233, 67, 86, 166, 235, 225, 255,
73, 175, 171, 285, 162, 108, 28, 283, 258, 232, 199, 260,
298, 275, 44, 261, 291, 4, 181, 285, 289, 216, 212, 129,
243, 97, 48, 48, 159, 22, 285, 92, 110, 27, 55, 202, 294,
113, 251, 193, 290, 55, 58, 239, 71, 4, 75, 129, 91, 111,
271, 101, 289, 194, 218, 77, 142, 94, 100, 115, 101, 226,
17, 94, 56, 18, 163, 93, 199, 286, 213, 126, 240, 245, 190,
195, 204, 100, 199, 161, 292, 202, 48, 165, 6, 173, 40, 218,
271, 228, 7, 166, 173, 138, 93, 22, 140, 41, 234, 17, 249,
215, 12, 292, 246, 272, 260, 140, 58, 2, 91, 246, 189, 116,
72, 259, 34, 120, 263, 168, 298, 118, 18, 28, 299, 192, 252,
112, 60, 277, 273, 286, 15, 263, 141, 241, 172, 255, 52, 89,
127, 119, 255, 184, 213, 44, 116, 231, 173, 298, 178, 196,
89, 184, 289, 98, 216, 115, 35, 132, 278, 238, 20, 241, 128,
179, 159, 107, 206, 194, 31, 260, 122, 56, 144, 118, 283,
183, 215, 214, 87, 33, 205, 183, 212, 221, 216, 296, 40,
108, 45, 188, 139, 38, 256, 276, 114, 270, 112, 214, 191,
147, 111, 299, 107, 101, 43, 84, 127, 67, 205, 251, 38, 91,
297, 26, 165, 187, 19, 6, 73, 4, 176, 195, 90, 71, 30, 82,
139, 210, 8, 41, 253, 127, 190, 102, 280, 26, 233, 32, 257,
194, 263, 203, 190, 111, 218, 199, 29, 81, 207, 18, 180,
157, 172, 192, 135, 163, 275, 74, 296, 298, 265, 105, 191,
282, 277, 83, 188, 144, 259, 6, 173, 81, 107, 292, 231,
129, 65, 161, 113, 103, 136, 255, 285, 289, 1
]
delete_order = [
276, 273, 12, 275, 2, 286, 127, 83, 92, 33, 101, 195,
299, 191, 22, 232, 291, 226, 110, 94, 257, 233, 215, 184,
35, 178, 18, 74, 296, 210, 298, 81, 265, 175, 116, 261,
212, 277, 260, 234, 6, 129, 31, 4, 235, 249, 34, 289, 105,
259, 91, 93, 119, 7, 183, 240, 41, 253, 290, 136, 75, 292,
67, 112, 111, 256, 163, 38, 126, 139, 98, 56, 282, 60, 26,
55, 245, 225, 32, 52, 40, 271, 29, 252, 239, 89, 87, 205,
213, 180, 97, 108, 120, 218, 44, 187, 196, 251, 202, 203,
172, 28, 188, 77, 90, 199, 297, 282, 141, 100, 161, 216,
73, 19, 17, 189, 30, 258
]
for x in add_order:
self.t[x] = 1
for x in delete_order:
try: del self.t[x]
except KeyError:
if self.t.has_key(x):
self.assertEqual(1,2,"failed to delete %s" % x)
def testRangeSearchAfterSequentialInsert(self):
r = range(100)
for x in r:
self.t[x] = 0
diff = lsubtract(list(self.t.keys(0, 100)), r)
self.assertEqual(diff , [], diff)
def testRangeSearchAfterRandomInsert(self):
r = range(100)
a = {}
for x in r:
rnd = random.choice(r)
self.t[rnd] = 0
a[rnd] = 0
diff = lsubtract(list(self.t.keys(0, 100)), a.keys())
self.assertEqual(diff , [], diff)
def testPathologicalRangeSearch(self):
t = self.t
# Build a 2-level tree with at least two buckets.
for i in range(200):
t[i] = i
items, dummy = t.__getstate__()
self.assert_(len(items) > 2) # at least two buckets and a key
# All values in the first bucket are < firstkey. All in the
# second bucket are >= firstkey, and firstkey is the first key in
# the second bucket.
firstkey = items[1]
therange = t.keys(-1, firstkey)
self.assertEqual(len(therange), firstkey + 1)
self.assertEqual(list(therange), range(firstkey + 1))
# Now for the tricky part. If we delete firstkey, the second bucket
# loses its smallest key, but firstkey remains in the BTree node.
# If we then do a high-end range search on firstkey, the BTree node
# directs us to look in the second bucket, but there's no longer any
# key <= firstkey in that bucket. The correct answer points to the
# end of the *first* bucket. The algorithm has to be smart enough
# to "go backwards" in the BTree then; if it doesn't, it will
# erroneously claim that the range is empty.
del t[firstkey]
therange = t.keys(min=-1, max=firstkey)
self.assertEqual(len(therange), firstkey)
self.assertEqual(list(therange), range(firstkey))
def testInsertMethod(self):
t = self.t
t[0] = 1
self.assertEqual(t.insert(0, 1) , 0)
self.assertEqual(t.insert(1, 1) , 1)
self.assertEqual(lsubtract(list(t.keys()), [0,1]) , [])
def testDamagedIterator(self):
# A cute one from Steve Alexander. This caused the BTreeItems
# object to go insane, accessing memory beyond the allocated part
# of the bucket. If it fails, the symptom is either a C-level
# assertion error (if the BTree code was compiled without NDEBUG),
# or most likely a segfault (if the BTree code was compiled with
# NDEBUG).
t = self.t.__class__()
self._populate(t, 10)
# In order for this to fail, it's important that k be a "lazy"
# iterator, referring to the BTree by indirect position (index)
# instead of a fully materialized list. Then the position can
# end up pointing into trash memory, if the bucket pointed to
# shrinks.
k = t.keys()
for dummy in range(20):
try:
del t[k[0]]
except RuntimeError, detail:
self.assertEqual(str(detail), "the bucket being iterated "
"changed size")
break
LARGEST_32_BITS = 2147483647
SMALLEST_32_BITS = -LARGEST_32_BITS - 1
......@@ -1229,48 +965,46 @@ LARGEST_NEGATIVE_65_BITS = SMALLEST_64_BITS - 1
class TestLongIntSupport:
def getTwoValues(self):
"""Return two distinct values; these must compare as un-equal.
These values must be usable as values.
"""
# Return two distinct values; these must compare as un-equal.
#
# These values must be usable as values.
return object(), object()
def getTwoKeys(self):
"""Return two distinct values, these must compare as un-equal.
These values must be usable as keys.
"""
# Return two distinct values, these must compare as un-equal.
#
#These values must be usable as keys.
return 0, 1
def _set_value(self, key, value):
self.t[key] = value
t = self._makeOne()
t[key] = value
class TestLongIntKeys(TestLongIntSupport):
def testLongIntKeysWork(self):
t = self._makeOne()
o1, o2 = self.getTwoValues()
assert o1 != o2
# Test some small key values first:
self.t[0L] = o1
self.assertEqual(self.t[0], o1)
self.t[0] = o2
self.assertEqual(self.t[0L], o2)
self.assertEqual(list(self.t.keys()), [0])
t[0L] = o1
self.assertEqual(t[0], o1)
t[0] = o2
self.assertEqual(t[0L], o2)
self.assertEqual(list(t.keys()), [0])
# Test some large key values too:
k1 = SMALLEST_POSITIVE_33_BITS
k2 = LARGEST_64_BITS
k3 = SMALLEST_64_BITS
self.t[k1] = o1
self.t[k2] = o2
self.t[k3] = o1
self.assertEqual(self.t[k1], o1)
self.assertEqual(self.t[k2], o2)
self.assertEqual(self.t[k3], o1)
self.assertEqual(list(self.t.keys()), [k3, 0, k1, k2])
t[k1] = o1
t[k2] = o2
t[k3] = o1
self.assertEqual(t[k1], o1)
self.assertEqual(t[k2], o2)
self.assertEqual(t[k3], o1)
self.assertEqual(list(t.keys()), [k3, 0, k1, k2])
def testLongIntKeysOutOfRange(self):
o1, o2 = self.getTwoValues()
......@@ -1284,6 +1018,7 @@ class TestLongIntKeys(TestLongIntSupport):
class TestLongIntValues(TestLongIntSupport):
def testLongIntValuesWork(self):
t = self._makeOne()
keys = list(self.getTwoKeys())
keys.sort()
k1, k2 = keys
......@@ -1293,11 +1028,11 @@ class TestLongIntValues(TestLongIntSupport):
v1 = SMALLEST_POSITIVE_33_BITS
v2 = v1 + 1
self.t[k1] = v1
self.t[k2] = v2
self.assertEqual(self.t[k1], v1)
self.assertEqual(self.t[k2], v2)
self.assertEqual(list(self.t.values()), [v1, v2])
t[k1] = v1
t[k2] = v2
self.assertEqual(t[k1], v1)
self.assertEqual(t[k2], v2)
self.assertEqual(list(t.values()), [v1, v2])
def testLongIntValuesOutOfRange(self):
k1, k2 = self.getTwoKeys()
......@@ -1322,41 +1057,41 @@ if not using64bits:
# tests of various type errors
class TypeTest(TestCase):
class TypeTest(object):
def testBadTypeRaises(self):
self.assertRaises(TypeError, self._stringraises)
self.assertRaises(TypeError, self._floatraises)
self.assertRaises(TypeError, self._noneraises)
class TestIOBTrees(TypeTest):
def setUp(self):
self.t = IOBTree()
class TestIOBTrees(TypeTest, TestCase):
def _makeOne(self):
return IOBTree()
def _stringraises(self):
self.t['c'] = 1
self._makeOne()['c'] = 1
def _floatraises(self):
self.t[2.5] = 1
self._makeOne()[2.5] = 1
def _noneraises(self):
self.t[None] = 1
self._makeOne()[None] = 1
class TestOIBTrees(TypeTest):
def setUp(self):
self.t = OIBTree()
class TestOIBTrees(TypeTest, TestCase):
def _makeOne(self):
return OIBTree()
def _stringraises(self):
self.t[1] = 'c'
self._makeOne()[1] = 'c'
def _floatraises(self):
self.t[1] = 1.4
self._makeOne()[1] = 1.4
def _noneraises(self):
self.t[1] = None
self._makeOne()[1] = None
def testEmptyFirstBucketReportedByGuido(self):
b = self.t
b = self._makeOne()
for i in xrange(29972): # reduce to 29971 and it works
b[i] = i
for i in xrange(30): # reduce to 29 and it works
......@@ -1366,8 +1101,8 @@ class TestOIBTrees(TypeTest):
self.assertEqual(b.keys()[0], 30)
class TestIIBTrees(TestCase):
def setUp(self):
self.t = IIBTree()
def _makeOne(self):
return IIBTree()
def testNonIntegerKeyRaises(self):
self.assertRaises(TypeError, self._stringraiseskey)
......@@ -1380,26 +1115,26 @@ class TestIIBTrees(TestCase):
self.assertRaises(TypeError, self._noneraisesvalue)
def _stringraiseskey(self):
self.t['c'] = 1
self._makeOne()['c'] = 1
def _floatraiseskey(self):
self.t[2.5] = 1
self._makeOne()[2.5] = 1
def _noneraiseskey(self):
self.t[None] = 1
self._makeOne()[None] = 1
def _stringraisesvalue(self):
self.t[1] = 'c'
self._makeOne()[1] = 'c'
def _floatraisesvalue(self):
self.t[1] = 1.4
self._makeOne()[1] = 1.4
def _noneraisesvalue(self):
self.t[1] = None
self._makeOne()[1] = None
class TestIFBTrees(TestCase):
def setUp(self):
self.t = IFBTree()
def _makeOne(self):
return IFBTree()
def testNonIntegerKeyRaises(self):
self.assertRaises(TypeError, self._stringraiseskey)
......@@ -1409,33 +1144,33 @@ class TestIFBTrees(TestCase):
def testNonNumericValueRaises(self):
self.assertRaises(TypeError, self._stringraisesvalue)
self.assertRaises(TypeError, self._noneraisesvalue)
self.t[1] = 1
self.t[1] = 1.0
self._makeOne()[1] = 1
self._makeOne()[1] = 1.0
def _stringraiseskey(self):
self.t['c'] = 1
self._makeOne()['c'] = 1
def _floatraiseskey(self):
self.t[2.5] = 1
self._makeOne()[2.5] = 1
def _noneraiseskey(self):
self.t[None] = 1
self._makeOne()[None] = 1
def _stringraisesvalue(self):
self.t[1] = 'c'
self._makeOne()[1] = 'c'
def _floatraisesvalue(self):
self.t[1] = 1.4
self._makeOne()[1] = 1.4
def _noneraisesvalue(self):
self.t[1] = None
self._makeOne()[1] = None
class TestI_Sets(TestCase):
class I_SetsBase(object):
def testBadBadKeyAfterFirst(self):
self.assertRaises(TypeError, self.t.__class__, [1, ''])
self.assertRaises(TypeError, self.t.update, [1, ''])
del self.t
t = self._makeOne()
self.assertRaises(TypeError, t.__class__, [1, ''])
self.assertRaises(TypeError, t.update, [1, ''])
def testNonIntegerInsertRaises(self):
self.assertRaises(TypeError,self._insertstringraises)
......@@ -1443,53 +1178,53 @@ class TestI_Sets(TestCase):
self.assertRaises(TypeError,self._insertnoneraises)
def _insertstringraises(self):
self.t.insert('a')
self._makeOne().insert('a')
def _insertfloatraises(self):
self.t.insert(1.4)
self._makeOne().insert(1.4)
def _insertnoneraises(self):
self.t.insert(None)
self._makeOne().insert(None)
class TestIOSets(TestI_Sets):
class TestIOSets(I_SetsBase, TestCase):
def setUp(self):
self.t = IOSet()
def _makeOne(self):
return IOSet()
class TestIOTreeSets(TestI_Sets):
class TestIOTreeSets(I_SetsBase, TestCase):
def setUp(self):
self.t = IOTreeSet()
def _makeOne(self):
return IOTreeSet()
class TestIISets(TestI_Sets):
class TestIISets(I_SetsBase, TestCase):
def setUp(self):
self.t = IISet()
def _makeOne(self):
return IISet()
class TestIITreeSets(TestI_Sets):
class TestIITreeSets(I_SetsBase, TestCase):
def setUp(self):
self.t = IITreeSet()
def _makeOne(self):
return IITreeSet()
class TestLOSets(TestI_Sets):
class TestLOSets(I_SetsBase, TestCase):
def setUp(self):
self.t = LOSet()
def _makeOne(self):
return LOSet()
class TestLOTreeSets(TestI_Sets):
class TestLOTreeSets(I_SetsBase, TestCase):
def setUp(self):
self.t = LOTreeSet()
def _makeOne(self):
return LOTreeSet()
class TestLLSets(TestI_Sets):
class TestLLSets(I_SetsBase, TestCase):
def setUp(self):
self.t = LLSet()
def _makeOne(self):
return LLSet()
class TestLLTreeSets(TestI_Sets):
class TestLLTreeSets(I_SetsBase, TestCase):
def setUp(self):
self.t = LLTreeSet()
def _makeOne(self):
return LLTreeSet()
class DegenerateBTree(TestCase):
......@@ -1845,13 +1580,316 @@ class BugFixes(TestCase):
self.assertEqual(len(t), 0)
self.assertEqual(len(LP294788_ids), 0)
class IIBTreeTest(BTreeTests):
def setUp(self):
self.t = IIBTree()
class BTreeTests(MappingBase):
# Tests common to all BTrees
def _checkIt(self, t):
t._check()
check(t)
def testDeleteNoChildrenWorks(self):
t = self._makeOne()
t[5] = 6
t[2] = 10
t[6] = 12
t[1] = 100
t[3] = 200
t[10] = 500
t[4] = 99
del t[4]
diff = lsubtract(t.keys(), [1,2,3,5,6,10])
self.assertEqual(diff , [], diff)
self._checkIt(t)
def testDeleteOneChildWorks(self):
t = self._makeOne()
t[5] = 6
t[2] = 10
t[6] = 12
t[1] = 100
t[3] = 200
t[10] = 500
t[4] = 99
del t[3]
diff = lsubtract(t.keys(), [1,2,4,5,6,10])
self.assertEqual(diff , [], diff)
self._checkIt(t)
def testDeleteTwoChildrenNoInorderSuccessorWorks(self):
t = self._makeOne()
t[5] = 6
t[2] = 10
t[6] = 12
t[1] = 100
t[3] = 200
t[10] = 500
t[4] = 99
del t[2]
diff = lsubtract(t.keys(), [1,3,4,5,6,10])
self.assertEqual(diff , [], diff)
self._checkIt(t)
def testDeleteTwoChildrenInorderSuccessorWorks(self):
# 7, 3, 8, 1, 5, 10, 6, 4 -- del 3
t = self._makeOne()
t[7] = 6
t[3] = 10
t[8] = 12
t[1] = 100
t[5] = 200
t[10] = 500
t[6] = 99
t[4] = 150
del t[3]
diff = lsubtract(t.keys(), [1,4,5,6,7,8,10])
self.assertEqual(diff , [], diff)
self._checkIt(t)
def testDeleteRootWorks(self):
# 7, 3, 8, 1, 5, 10, 6, 4 -- del 7
t = self._makeOne()
t[7] = 6
t[3] = 10
t[8] = 12
t[1] = 100
t[5] = 200
t[10] = 500
t[6] = 99
t[4] = 150
del t[7]
diff = lsubtract(t.keys(), [1,3,4,5,6,8,10])
self.assertEqual(diff , [], diff)
self._checkIt(t)
def testRandomNonOverlappingInserts(self):
t = self._makeOne()
added = {}
r = range(100)
for x in r:
k = random.choice(r)
if not added.has_key(k):
t[k] = x
added[k] = 1
addl = added.keys()
addl.sort()
diff = lsubtract(list(t.keys()), addl)
self.assertEqual(diff , [], (diff, addl, list(t.keys())))
self._checkIt(t)
def testRandomOverlappingInserts(self):
t = self._makeOne()
added = {}
r = range(100)
for x in r:
k = random.choice(r)
t[k] = x
added[k] = 1
addl = added.keys()
addl.sort()
diff = lsubtract(t.keys(), addl)
self.assertEqual(diff , [], diff)
self._checkIt(t)
def testRandomDeletes(self):
t = self._makeOne()
r = range(1000)
added = []
for x in r:
k = random.choice(r)
t[k] = x
added.append(k)
deleted = []
for x in r:
k = random.choice(r)
if t.has_key(k):
self.assert_(k in t)
del t[k]
deleted.append(k)
if t.has_key(k):
self.fail( "had problems deleting %s" % k )
badones = []
for x in deleted:
if t.has_key(x):
badones.append(x)
self.assertEqual(badones , [], (badones, added, deleted))
self._checkIt(t)
def testTargetedDeletes(self):
t = self._makeOne()
r = range(1000)
for x in r:
k = random.choice(r)
t[k] = x
for x in r:
try:
del t[x]
except KeyError:
pass
self.assertEqual(realseq(t.keys()) , [], realseq(t.keys()))
self._checkIt(t)
def testPathologicalRightBranching(self):
t = self._makeOne()
r = range(1000)
for x in r:
t[x] = 1
self.assertEqual(realseq(t.keys()) , r, realseq(t.keys()))
for x in r:
del t[x]
self.assertEqual(realseq(t.keys()) , [], realseq(t.keys()))
self._checkIt(t)
def testPathologicalLeftBranching(self):
t = self._makeOne()
r = range(1000)
revr = r[:]
revr.reverse()
for x in revr:
t[x] = 1
self.assertEqual(realseq(t.keys()) , r, realseq(t.keys()))
for x in revr:
del t[x]
self.assertEqual(realseq(t.keys()) , [], realseq(t.keys()))
self._checkIt(t)
def testSuccessorChildParentRewriteExerciseCase(self):
t = self._makeOne()
add_order = [
85, 73, 165, 273, 215, 142, 233, 67, 86, 166, 235, 225, 255,
73, 175, 171, 285, 162, 108, 28, 283, 258, 232, 199, 260,
298, 275, 44, 261, 291, 4, 181, 285, 289, 216, 212, 129,
243, 97, 48, 48, 159, 22, 285, 92, 110, 27, 55, 202, 294,
113, 251, 193, 290, 55, 58, 239, 71, 4, 75, 129, 91, 111,
271, 101, 289, 194, 218, 77, 142, 94, 100, 115, 101, 226,
17, 94, 56, 18, 163, 93, 199, 286, 213, 126, 240, 245, 190,
195, 204, 100, 199, 161, 292, 202, 48, 165, 6, 173, 40, 218,
271, 228, 7, 166, 173, 138, 93, 22, 140, 41, 234, 17, 249,
215, 12, 292, 246, 272, 260, 140, 58, 2, 91, 246, 189, 116,
72, 259, 34, 120, 263, 168, 298, 118, 18, 28, 299, 192, 252,
112, 60, 277, 273, 286, 15, 263, 141, 241, 172, 255, 52, 89,
127, 119, 255, 184, 213, 44, 116, 231, 173, 298, 178, 196,
89, 184, 289, 98, 216, 115, 35, 132, 278, 238, 20, 241, 128,
179, 159, 107, 206, 194, 31, 260, 122, 56, 144, 118, 283,
183, 215, 214, 87, 33, 205, 183, 212, 221, 216, 296, 40,
108, 45, 188, 139, 38, 256, 276, 114, 270, 112, 214, 191,
147, 111, 299, 107, 101, 43, 84, 127, 67, 205, 251, 38, 91,
297, 26, 165, 187, 19, 6, 73, 4, 176, 195, 90, 71, 30, 82,
139, 210, 8, 41, 253, 127, 190, 102, 280, 26, 233, 32, 257,
194, 263, 203, 190, 111, 218, 199, 29, 81, 207, 18, 180,
157, 172, 192, 135, 163, 275, 74, 296, 298, 265, 105, 191,
282, 277, 83, 188, 144, 259, 6, 173, 81, 107, 292, 231,
129, 65, 161, 113, 103, 136, 255, 285, 289, 1
]
delete_order = [
276, 273, 12, 275, 2, 286, 127, 83, 92, 33, 101, 195,
299, 191, 22, 232, 291, 226, 110, 94, 257, 233, 215, 184,
35, 178, 18, 74, 296, 210, 298, 81, 265, 175, 116, 261,
212, 277, 260, 234, 6, 129, 31, 4, 235, 249, 34, 289, 105,
259, 91, 93, 119, 7, 183, 240, 41, 253, 290, 136, 75, 292,
67, 112, 111, 256, 163, 38, 126, 139, 98, 56, 282, 60, 26,
55, 245, 225, 32, 52, 40, 271, 29, 252, 239, 89, 87, 205,
213, 180, 97, 108, 120, 218, 44, 187, 196, 251, 202, 203,
172, 28, 188, 77, 90, 199, 297, 282, 141, 100, 161, 216,
73, 19, 17, 189, 30, 258
]
for x in add_order:
t[x] = 1
for x in delete_order:
try: del t[x]
except KeyError:
if t.has_key(x):
self.assertEqual(1,2,"failed to delete %s" % x)
self._checkIt(t)
def testRangeSearchAfterSequentialInsert(self):
t = self._makeOne()
r = range(100)
for x in r:
t[x] = 0
diff = lsubtract(list(t.keys(0, 100)), r)
self.assertEqual(diff , [], diff)
self._checkIt(t)
def testRangeSearchAfterRandomInsert(self):
t = self._makeOne()
r = range(100)
a = {}
for x in r:
rnd = random.choice(r)
t[rnd] = 0
a[rnd] = 0
diff = lsubtract(list(t.keys(0, 100)), a.keys())
self.assertEqual(diff, [], diff)
self._checkIt(t)
def testPathologicalRangeSearch(self):
t = self._makeOne()
# Build a 2-level tree with at least two buckets.
for i in range(200):
t[i] = i
items, dummy = t.__getstate__()
self.assert_(len(items) > 2) # at least two buckets and a key
# All values in the first bucket are < firstkey. All in the
# second bucket are >= firstkey, and firstkey is the first key in
# the second bucket.
firstkey = items[1]
therange = t.keys(-1, firstkey)
self.assertEqual(len(therange), firstkey + 1)
self.assertEqual(list(therange), range(firstkey + 1))
# Now for the tricky part. If we delete firstkey, the second bucket
# loses its smallest key, but firstkey remains in the BTree node.
# If we then do a high-end range search on firstkey, the BTree node
# directs us to look in the second bucket, but there's no longer any
# key <= firstkey in that bucket. The correct answer points to the
# end of the *first* bucket. The algorithm has to be smart enough
# to "go backwards" in the BTree then; if it doesn't, it will
# erroneously claim that the range is empty.
del t[firstkey]
therange = t.keys(min=-1, max=firstkey)
self.assertEqual(len(therange), firstkey)
self.assertEqual(list(therange), range(firstkey))
self._checkIt(t)
def testInsertMethod(self):
t = self._makeOne()
t[0] = 1
self.assertEqual(t.insert(0, 1) , 0)
self.assertEqual(t.insert(1, 1) , 1)
self.assertEqual(lsubtract(list(t.keys()), [0,1]) , [])
self._checkIt(t)
def testDamagedIterator(self):
# A cute one from Steve Alexander. This caused the BTreeItems
# object to go insane, accessing memory beyond the allocated part
# of the bucket. If it fails, the symptom is either a C-level
# assertion error (if the BTree code was compiled without NDEBUG),
# or most likely a segfault (if the BTree code was compiled with
# NDEBUG).
t = self._makeOne()
self._populate(t, 10)
# In order for this to fail, it's important that k be a "lazy"
# iterator, referring to the BTree by indirect position (index)
# instead of a fully materialized list. Then the position can
# end up pointing into trash memory, if the bucket pointed to
# shrinks.
k = t.keys()
for dummy in range(20):
try:
del t[k[0]]
except RuntimeError, detail:
self.assertEqual(str(detail), "the bucket being iterated "
"changed size")
break
self._checkIt(t)
class IIBTreeTest(BTreeTests, TestCase):
def _makeOne(self):
return IIBTree()
def testIIBTreeOverflow(self):
good = set()
b = self.t
b = self._makeOne()
def trial(i):
i = int(i)
......@@ -1871,18 +1909,21 @@ class IIBTreeTest(BTreeTests):
del b[0]
self.assertEqual(sorted(good), sorted(b))
class IFBTreeTest(BTreeTests):
def setUp(self):
self.t = IFBTree()
class IOBTreeTest(BTreeTests):
def setUp(self):
self.t = IOBTree()
class OIBTreeTest(BTreeTests):
def setUp(self):
self.t = OIBTree()
class OOBTreeTest(BTreeTests):
def setUp(self):
self.t = OOBTree()
class IFBTreeTest(BTreeTests, TestCase):
def _makeOne(self):
return IFBTree()
class IOBTreeTest(BTreeTests, TestCase):
def _makeOne(self):
return IOBTree()
class OIBTreeTest(BTreeTests, TestCase):
def _makeOne(self):
return OIBTree()
class OOBTreeTest(BTreeTests, TestCase):
def _makeOne(self):
return OOBTree()
def testRejectDefaultComparison(self):
# Check that passing int keys w default comparison fails.
......@@ -1893,66 +1934,74 @@ class OOBTreeTest(BTreeTests):
# used in a function that's used in lots of places.
# Otherwise, there are many permutations that would have to be
# checked.
t = self._makeOne()
class C(object):
pass
self.assertRaises(TypeError, lambda : self.t.__setitem__(C(), 1))
self.assertRaises(TypeError, lambda : t.__setitem__(C(), 1))
class C(object):
def __cmp__(*args):
return 1
c = C()
self.t[c] = 1
t[c] = 1
self.t.clear()
t.clear()
class C(object):
def __lt__(*args):
return 1
c = C()
self.t[c] = 1
t[c] = 1
self.t.clear()
t.clear()
if using64bits:
class IIBTreeTest(BTreeTests, TestLongIntKeys, TestLongIntValues):
def setUp(self):
self.t = IIBTree()
class IIBTreeTest(BTreeTests, TestLongIntKeys, TestLongIntValues, TestCase):
def _makeOne(self):
return IIBTree()
def getTwoValues(self):
return 1, 2
class IFBTreeTest(BTreeTests, TestLongIntKeys):
def setUp(self):
self.t = IFBTree()
class IFBTreeTest(BTreeTests, TestLongIntKeys, TestCase):
def _makeOne(self):
return IFBTree()
def getTwoValues(self):
return 0.5, 1.5
class IOBTreeTest(BTreeTests, TestLongIntKeys):
def setUp(self):
self.t = IOBTree()
class OIBTreeTest(BTreeTests, TestLongIntValues):
def setUp(self):
self.t = OIBTree()
class IOBTreeTest(BTreeTests, TestLongIntKeys, TestCase):
def _makeOne(self):
return IOBTree()
class OIBTreeTest(BTreeTests, TestLongIntValues, TestCase):
def _makeOne(self):
return OIBTree()
def getTwoKeys(self):
return object(), object()
class LLBTreeTest(BTreeTests, TestLongIntKeys, TestLongIntValues):
def setUp(self):
self.t = LLBTree()
class LLBTreeTest(BTreeTests, TestLongIntKeys, TestLongIntValues, TestCase):
def _makeOne(self):
return LLBTree()
def getTwoValues(self):
return 1, 2
class LFBTreeTest(BTreeTests, TestLongIntKeys):
def setUp(self):
self.t = LFBTree()
class LFBTreeTest(BTreeTests, TestLongIntKeys, TestCase):
def _makeOne(self):
return LFBTree()
def getTwoValues(self):
return 0.5, 1.5
class LOBTreeTest(BTreeTests, TestLongIntKeys):
def setUp(self):
self.t = LOBTree()
class OLBTreeTest(BTreeTests, TestLongIntValues):
def setUp(self):
self.t = OLBTree()
class LOBTreeTest(BTreeTests, TestLongIntKeys, TestCase):
def _makeOne(self):
return LOBTree()
class OLBTreeTest(BTreeTests, TestLongIntValues, TestCase):
def _makeOne(self):
return OLBTree()
def getTwoKeys(self):
return object(), object()
......@@ -1977,7 +2026,7 @@ class TestCmpError(TestCase):
# test for presence of generic names in module
class ModuleTest(TestCase):
class ModuleTest(object):
module = None
prefix = None
iface = None
......@@ -2089,26 +2138,24 @@ class FamilyTest(TestCase):
self.failUnless(f2 is family)
class InternalKeysMappingTest(TestCase):
"""There must not be any internal keys not in the BTree
"""
# There must not be any internal keys not in the BTree
def add_key(self, tree, key):
tree[key] = key
def test_internal_keys_after_deletion(self):
"""Make sure when a key's deleted, it's not an internal key
We'll leverage __getstate__ to introspect the internal structures.
We need to check BTrees with BTree children as well as BTrees
with bucket children.
"""
# Make sure when a key's deleted, it's not an internal key
#
# We'll leverage __getstate__ to introspect the internal structures.
#
# We need to check BTrees with BTree children as well as BTrees
# with bucket children.
import transaction
from ZODB.MappingStorage import DB
db = DB()
conn = db.open()
tree = conn.root.tree = self.t_class()
tree = conn.root.tree = self._makeOne()
i = 0
# Grow the btree until we have multiple buckets
......@@ -2149,80 +2196,11 @@ class InternalKeysMappingTest(TestCase):
db.close()
class InternalKeysSetTest:
"""There must not be any internal keys not in the TreeSet
"""
# There must not be any internal keys not in the TreeSet
def add_key(self, tree, key):
tree.add(key)
def test_suite():
s = TestSuite()
for kv in ('OO',
'II', 'IO', 'OI', 'IF',
'LL', 'LO', 'OL', 'LF',
):
for name, bases in (
('BTree', (InternalKeysMappingTest,)),
('TreeSet', (InternalKeysSetTest,)),
):
klass = ClassType(kv + name + 'InternalKeyTest', bases,
dict(t_class=globals()[kv+name]))
s.addTest(makeSuite(klass))
for kv in ('OO',
'II', 'IO', 'OI', 'IF',
'LL', 'LO', 'OL', 'LF',
):
for name, bases in (
('Bucket', (MappingBase,)),
('TreeSet', (NormalSetTests,)),
('Set', (ExtendedSetTests,)),
):
klass = ClassType(kv + name + 'Test', bases,
dict(t_class=globals()[kv+name]))
s.addTest(makeSuite(klass))
for kv, iface in (
('OO', BTrees.Interfaces.IObjectObjectBTreeModule),
('IO', BTrees.Interfaces.IIntegerObjectBTreeModule),
('LO', BTrees.Interfaces.IIntegerObjectBTreeModule),
('OI', BTrees.Interfaces.IObjectIntegerBTreeModule),
('OL', BTrees.Interfaces.IObjectIntegerBTreeModule),
('II', BTrees.Interfaces.IIntegerIntegerBTreeModule),
('LL', BTrees.Interfaces.IIntegerIntegerBTreeModule),
('IF', BTrees.Interfaces.IIntegerFloatBTreeModule),
('LF', BTrees.Interfaces.IIntegerFloatBTreeModule)):
s.addTest(
makeSuite(
ClassType(
kv + 'ModuleTest',
(ModuleTest,),
dict(
prefix=kv,
module=getattr(BTrees, kv + 'BTree'),
iface=iface))))
for klass in (
IIBTreeTest, IFBTreeTest, IOBTreeTest, OIBTreeTest,
LLBTreeTest, LFBTreeTest, LOBTreeTest, OLBTreeTest,
OOBTreeTest,
# Note: there is no TestOOBTrees. The next three are
# checking for assorted TypeErrors, and when both keys
# and values are objects (OO), there's nothing to test.
TestIIBTrees, TestIFBTrees, TestIOBTrees, TestOIBTrees,
TestIOSets, TestIOTreeSets, TestIISets, TestIITreeSets,
TestLOSets, TestLOTreeSets, TestLLSets, TestLLTreeSets,
DegenerateBTree,
TestCmpError,
BugFixes,
FamilyTest,
):
s.addTest(makeSuite(klass))
return s
## utility functions
def lsubtract(l1, l2):
......@@ -2249,9 +2227,226 @@ def permutations(x):
result.extend([[first] + p for p in permutations(xcopy[1:])])
return result
# Unroll stuff in 'test_suite'
class OOBTreeInternalKeyTest(InternalKeysMappingTest, TestCase):
klass = OOBTree
class OOTreeSetInternalKeyTest(InternalKeysSetTest, TestCase):
klass = OOTreeSet
class OOBucketTest(MappingBase, TestCase):
klass = OOBucket
class OOTreeSetTest(NormalSetTests, TestCase):
klass = OOTreeSet
class OOSetTest(ExtendedSetTests, TestCase):
klass = OOSet
class OOModuleTest(ModuleTest, TestCase):
prefix = 'OO'
module = BTrees.OOBTree
iface = BTrees.Interfaces.IObjectObjectBTreeModule
class IIBTreeInternalKeyTest(InternalKeysMappingTest, TestCase):
klass = IIBTree
class IITreeSetInternalKeyTest(InternalKeysSetTest, TestCase):
klass = IITreeSet
class IIBucketTest(MappingBase, TestCase):
klass = IIBucket
class IITreeSetTest(NormalSetTests, TestCase):
klass = IITreeSet
class IISetTest(ExtendedSetTests, TestCase):
klass = IISet
class IIModuleTest(ModuleTest, TestCase):
prefix = 'II'
module = BTrees.IIBTree
iface = BTrees.Interfaces.IIntegerIntegerBTreeModule
class IOBTreeInternalKeyTest(InternalKeysMappingTest, TestCase):
klass = IOBTree
class IOTreeSetInternalKeyTest(InternalKeysSetTest, TestCase):
klass = IOTreeSet
class IOBucketTest(MappingBase, TestCase):
klass = IOBucket
class IOTreeSetTest(NormalSetTests, TestCase):
klass = IOTreeSet
class IOSetTest(ExtendedSetTests, TestCase):
klass = IOSet
class IOModuleTest(ModuleTest, TestCase):
prefix = 'IO'
module = BTrees.IOBTree
iface = BTrees.Interfaces.IIntegerObjectBTreeModule
class OIBTreeInternalKeyTest(InternalKeysMappingTest, TestCase):
klass = OIBTree
class OITreeSetInternalKeyTest(InternalKeysSetTest, TestCase):
klass = OITreeSet
class OIBucketTest(MappingBase, TestCase):
klass = OIBucket
class OITreeSetTest(NormalSetTests, TestCase):
klass = OITreeSet
class OISetTest(ExtendedSetTests, TestCase):
klass = OISet
class OIModuleTest(ModuleTest, TestCase):
prefix = 'OI'
module = BTrees.OIBTree
iface = BTrees.Interfaces.IObjectIntegerBTreeModule
class IFBTreeInternalKeyTest(InternalKeysMappingTest, TestCase):
klass = IFBTree
class IFTreeSetInternalKeyTest(InternalKeysSetTest, TestCase):
klass = IFTreeSet
class IFBucketTest(MappingBase, TestCase):
klass = IFBucket
class IFTreeSetTest(NormalSetTests, TestCase):
klass = IFTreeSet
class IFSetTest(ExtendedSetTests, TestCase):
klass = IFSet
class IFModuleTest(ModuleTest, TestCase):
prefix = 'IF'
module = BTrees.IFBTree
iface = BTrees.Interfaces.IIntegerFloatBTreeModule
class LLBTreeInternalKeyTest(InternalKeysMappingTest, TestCase):
klass = LLBTree
class LLTreeSetInternalKeyTest(InternalKeysSetTest, TestCase):
klass = LLTreeSet
class LLBucketTest(MappingBase, TestCase):
klass = LLBucket
class LLTreeSetTest(NormalSetTests, TestCase):
klass = LLTreeSet
class LLSetTest(ExtendedSetTests, TestCase):
klass = LLSet
class LLSetTest(ExtendedSetTests, TestCase):
klass = LLSet
class LLModuleTest(ModuleTest, TestCase):
prefix = 'LL'
module = BTrees.LLBTree
iface = BTrees.Interfaces.IIntegerIntegerBTreeModule
class LOBTreeInternalKeyTest(InternalKeysMappingTest, TestCase):
klass = LOBTree
class LOTreeSetInternalKeyTest(InternalKeysSetTest, TestCase):
klass = LOTreeSet
class LOBucketTest(MappingBase, TestCase):
klass = LOBucket
class LOTreeSetTest(NormalSetTests, TestCase):
klass = LOTreeSet
class LOSetTest(ExtendedSetTests, TestCase):
klass = LOSet
class LOModuleTest(ModuleTest, TestCase):
prefix = 'LO'
module = BTrees.LOBTree
iface =BTrees.Interfaces.IIntegerObjectBTreeModule
class OLBTreeInternalKeyTest(InternalKeysMappingTest, TestCase):
klass = OLBTree
class OLTreeSetInternalKeyTest(InternalKeysSetTest, TestCase):
klass = OLTreeSet
class OLBucketTest(MappingBase, TestCase):
klass = OLBucket
class OLTreeSetTest(NormalSetTests, TestCase):
klass = OLTreeSet
class OLSetTest(ExtendedSetTests, TestCase):
klass = OLSet
class OLModuleTest(ModuleTest, TestCase):
prefix = 'OL'
module = BTrees.OLBTree
iface = BTrees.Interfaces.IObjectIntegerBTreeModule
class LFBTreeInternalKeyTest(InternalKeysMappingTest, TestCase):
klass = LFBTree
class LFTreeSetInternalKeyTest(InternalKeysSetTest, TestCase):
klass = LFTreeSet
class LFBucketTest(MappingBase, TestCase):
klass = LFBucket
class LFTreeSetTest(NormalSetTests, TestCase):
klass = LFTreeSet
class LFSetTest(ExtendedSetTests, TestCase):
klass = LFSet
class LFModuleTest(ModuleTest, TestCase):
prefix = 'LF'
module = BTrees.LFBTree
iface = BTrees.Interfaces.IIntegerFloatBTreeModule
def main():
TextTestRunner().run(test_suite())
if __name__ == '__main__':
main()
def test_suite():
return TestSuite((
makeSuite(OOBTreeInternalKeyTest),
makeSuite(OOTreeSetInternalKeyTest),
makeSuite(OOBucketTest),
makeSuite(OOTreeSetTest),
makeSuite(OOSetTest),
makeSuite(OOModuleTest),
makeSuite(IIBTreeInternalKeyTest),
makeSuite(IITreeSetInternalKeyTest),
makeSuite(IIBucketTest),
makeSuite(IITreeSetTest),
makeSuite(IISetTest),
makeSuite(IIModuleTest),
makeSuite(IOBTreeInternalKeyTest),
makeSuite(IOTreeSetInternalKeyTest),
makeSuite(IOBucketTest),
makeSuite(IOTreeSetTest),
makeSuite(IOSetTest),
makeSuite(IOModuleTest),
makeSuite(OIBTreeInternalKeyTest),
makeSuite(OITreeSetInternalKeyTest),
makeSuite(OIBucketTest),
makeSuite(OITreeSetTest),
makeSuite(OISetTest),
makeSuite(OIModuleTest),
makeSuite(IFBTreeInternalKeyTest),
makeSuite(IFTreeSetInternalKeyTest),
makeSuite(IFBucketTest),
makeSuite(IFTreeSetTest),
makeSuite(IFSetTest),
makeSuite(IFModuleTest),
makeSuite(LLBTreeInternalKeyTest),
makeSuite(LLTreeSetInternalKeyTest),
makeSuite(LLBucketTest),
makeSuite(LLTreeSetTest),
makeSuite(LLSetTest),
makeSuite(LLModuleTest),
makeSuite(LOBTreeInternalKeyTest),
makeSuite(LOTreeSetInternalKeyTest),
makeSuite(LOBucketTest),
makeSuite(LOTreeSetTest),
makeSuite(LOSetTest),
makeSuite(LOModuleTest),
makeSuite(OLBTreeInternalKeyTest),
makeSuite(OLTreeSetInternalKeyTest),
makeSuite(OLBucketTest),
makeSuite(OLTreeSetTest),
makeSuite(OLSetTest),
makeSuite(OLModuleTest),
makeSuite(LFBTreeInternalKeyTest),
makeSuite(LFTreeSetInternalKeyTest),
makeSuite(LFBucketTest),
makeSuite(LFTreeSetTest),
makeSuite(LFSetTest),
makeSuite(LFModuleTest),
makeSuite(IIBTreeTest),
makeSuite(IFBTreeTest),
makeSuite(IOBTreeTest),
makeSuite(OIBTreeTest),
makeSuite(LLBTreeTest),
makeSuite(LFBTreeTest),
makeSuite(LOBTreeTest),
makeSuite(OLBTreeTest),
makeSuite(OOBTreeTest),
makeSuite(TestIIBTrees),
makeSuite(TestIFBTrees),
makeSuite(TestIOBTrees),
makeSuite(TestOIBTrees),
makeSuite(TestIOSets),
makeSuite(TestIOTreeSets),
makeSuite(TestIISets),
makeSuite(TestIITreeSets),
makeSuite(TestLOSets),
makeSuite(TestLOTreeSets),
makeSuite(TestLLSets),
makeSuite(TestLLTreeSets),
makeSuite(DegenerateBTree),
makeSuite(TestCmpError),
makeSuite(BugFixes),
makeSuite(FamilyTest),
))
BTrees/tests/testBTreesUnicode.py
View file @ 406dc9d2
......@@ -68,9 +68,3 @@ class TestBTreesUnicode(unittest.TestCase):
def test_suite():
return unittest.makeSuite(TestBTreesUnicode)
def main():
unittest.TextTestRunner().run(test_suite())
if __name__ == '__main__':
main()
BTrees/tests/testSetOps.py
View file @ 406dc9d2
......@@ -570,9 +570,3 @@ def test_suite():
):
s.addTest(makeSuite(klass))
return s
def main():
TextTestRunner().run(test_suite())
if __name__ == '__main__':
main()
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