def test_override_same_height(self):
private_tip = Block(CBlock(), None)
private_tip.height = 2
public_tip = Block(CBlock(), None)
public_tip.height = 2
with self.assertRaisesRegexp(ActionException, "private tip.*must > then public tip.*override.*"):
self.executor.execute(Action.override, private_tip, public_tip)
def test_match_lead_public(self):
private_tip = Block(CBlock(), None)
private_tip.height = 1
public_tip = Block(CBlock(), None)
public_tip.height = 2
with self.assertRaisesRegexp(ActionException, "private tip.*must >= then public tip.*match.*"):
self.executor.execute(Action.match, private_tip, public_tip)
def test_adopt_same_height(self):
private_tip = Block(CBlock(), None)
private_tip.height = 2
public_tip = Block(CBlock(), None)
public_tip.height = 2
with self.assertRaisesRegexp(ActionException, "public tip.*must > then private tip.*adopt.*"):
self.executor.execute(Action.adopt, private_tip, public_tip)
def test_insert_block_initializing_false(self):
prevBlock = Block(CBlock(), BlockOrigin.private)
prevBlock.cached_hash = 'hash2'
prevBlock.height = 45
block = Block(CBlock(), BlockOrigin.private)
block.cached_hash = 'hash1'
self.chain.tips = [prevBlock]
self.chain.initializing = False
self.chain.insert_block(prevBlock, block)
retrieved_block = self.chain.tips[0]
self.assertEqual(retrieved_block, block)
self.assertEqual(retrieved_block.transfer_allowed, False)
def test_adopt_two_blocks_lead_public(self):
third_block_chain_b = Block(CBlock(), BlockOrigin.public)
third_block_chain_b.height = 3
third_block_chain_b.prevBlock = self.second_block_chain_b
third_block_chain_b.cached_hash = '3b'
self.executor.execute(Action.adopt, self.first_block_chain_a, third_block_chain_b)
self.assertTrue(self.networking.send_inv.called)
blocks = [block.hash() for block in self.networking.send_inv.call_args[0][0]]
self.assertEqual(len(blocks), 3)
self.assertTrue('1b' in blocks)
self.assertTrue('2b' in blocks)
self.assertTrue('3b' in blocks)
def test_override_two_blocks_lead_private(self):
third_block_chain_a = Block(CBlock(), BlockOrigin.private)
third_block_chain_a.height = 3
third_block_chain_a.prevBlock = self.second_block_chain_a
third_block_chain_a.cached_hash = '3a'
self.executor.execute(Action.override, third_block_chain_a, self.first_block_chain_b)
self.assertTrue(self.networking.send_inv.called)
blocks = [block.hash() for block in self.networking.send_inv.call_args[0][0]]
self.assertEqual(len(blocks), 3)
self.assertTrue('1a' in blocks)
self.assertTrue('2a' in blocks)
self.assertTrue('1b' in blocks)
def test_insert_block(self):
prevBlock = Block(CBlock(), BlockOrigin.private)
prevBlock.cached_hash = 'hash2'
prevBlock.height = 45
block = Block(CBlock(), BlockOrigin.private)
block.cached_hash = 'hash1'
self.chain.tips = [prevBlock]
self.chain.insert_block(prevBlock, block)
self.assertFalse(prevBlock in self.chain.tips)
self.assertEqual(len(self.chain.tips), 1)
retrieved_block = self.chain.tips[0]
self.assertEqual(retrieved_block, block)
self.assertEqual(retrieved_block.prevBlock, prevBlock)
self.assertEqual(retrieved_block.height, 46)
from bitcoin import core from chain import Block from chain import BlockOrigin genesis_hash = core.CoreRegTestParams.GENESIS_BLOCK.GetHash() genesis_block = Block(core.CoreRegTestParams.GENESIS_BLOCK, BlockOrigin.public) genesis_block.height = 0 genesis_block.transfer_allowed = True genesis_block.cblock = core.CoreRegTestParams.GENESIS_BLOCK
