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import struct
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import unittest
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from mercurial.node import hex
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try:
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from mercurial import rustext
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rustext.__name__ # trigger immediate actual import
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except ImportError:
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rustext = None
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else:
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from mercurial.rustext import revlog
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# this would fail already without appropriate ancestor.__package__
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from mercurial.rustext.ancestor import LazyAncestors
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from mercurial.testing import revlog as revlogtesting
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header = struct.unpack(">I", revlogtesting.data_non_inlined[:4])[0]
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@unittest.skipIf(
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rustext is None,
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"rustext module revlog relies on is not available",
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)
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class RustRevlogIndexTest(revlogtesting.RevlogBasedTestBase):
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def test_heads(self):
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idx = self.parseindex()
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rustidx = revlog.MixedIndex(idx, revlogtesting.data_non_inlined, header)
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self.assertEqual(rustidx.headrevs(), idx.headrevs())
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def test_get_cindex(self):
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# drop me once we no longer need the method for shortest node
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idx = self.parseindex()
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rustidx = revlog.MixedIndex(idx, revlogtesting.data_non_inlined, header)
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cidx = rustidx.get_cindex()
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self.assertTrue(idx is cidx)
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def test_len(self):
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idx = self.parseindex()
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rustidx = revlog.MixedIndex(idx, revlogtesting.data_non_inlined, header)
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self.assertEqual(len(rustidx), len(idx))
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def test_ancestors(self):
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idx = self.parseindex()
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rustidx = revlog.MixedIndex(idx, revlogtesting.data_non_inlined, header)
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lazy = LazyAncestors(rustidx, [3], 0, True)
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# we have two more references to the index:
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# - in its inner iterator for __contains__ and __bool__
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# - in the LazyAncestors instance itself (to spawn new iterators)
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self.assertTrue(2 in lazy)
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self.assertTrue(bool(lazy))
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self.assertEqual(list(lazy), [3, 2, 1, 0])
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# a second time to validate that we spawn new iterators
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self.assertEqual(list(lazy), [3, 2, 1, 0])
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# let's check bool for an empty one
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self.assertFalse(LazyAncestors(rustidx, [0], 0, False))
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@unittest.skipIf(
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rustext is None,
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"rustext module revlog relies on is not available",
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)
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class RustRevlogNodeTreeClassTest(revlogtesting.RustRevlogBasedTestBase):
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def test_standalone_nodetree(self):
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idx = self.parserustindex()
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nt = revlog.NodeTree(idx)
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for i in range(4):
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nt.insert(i)
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bin_nodes = [entry[7] for entry in idx]
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hex_nodes = [hex(n) for n in bin_nodes]
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for i, node in enumerate(hex_nodes):
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self.assertEqual(nt.prefix_rev_lookup(node), i)
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self.assertEqual(nt.prefix_rev_lookup(node[:5]), i)
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# all 4 revisions in idx (standard data set) have different
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# first nybbles in their Node IDs,
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# hence `nt.shortest()` should return 1 for them, except when
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# the leading nybble is 0 (ambiguity with NULL_NODE)
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for i, (bin_node, hex_node) in enumerate(zip(bin_nodes, hex_nodes)):
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shortest = nt.shortest(bin_node)
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expected = 2 if hex_node[0] == ord('0') else 1
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self.assertEqual(shortest, expected)
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self.assertEqual(nt.prefix_rev_lookup(hex_node[:shortest]), i)
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# test invalidation (generation poisoning) detection
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del idx[3]
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self.assertTrue(nt.is_invalidated())
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if __name__ == '__main__':
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import silenttestrunner
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silenttestrunner.main(__name__)
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