def test_add_get_txns(ledger_no_genesis):
ledger = ledger_no_genesis
txns = []
hashes = [hexlify(h).decode() for h in generateHashes(40)]
for i in range(20):
txns.append({
'identifier': hashes.pop(),
'reqId': i,
'op': hashes.pop()
})
for txn in txns:
ledger.add(txn)
check_ledger_generator(ledger)
for frm, to in [(1, 20), (3, 8), (5, 17), (6, 10), (3, 3),
(3, None), (None, 10), (None, None)]:
for s, t in ledger.getAllTxn(frm=frm, to=to):
assert txns[s - 1] == t
# with pytest.raises(AssertionError):
# list(ledger.getAllTxn(frm=3, to=1))
for frm, to in [(i, j) for i, j in itertools.permutations(range(1, 21),
2) if i <= j]:
for s, t in ledger.getAllTxn(frm=frm, to=to):
assert txns[s - 1] == t
def test_add_get_txns(ledger_no_genesis):
ledger = ledger_no_genesis
txns = []
hashes = [hexlify(h).decode() for h in generateHashes(40)]
for i in range(20):
txns.append({
'identifier': hashes.pop(),
'reqId': i,
'op': hashes.pop()
})
for txn in txns:
ledger.add(txn)
check_ledger_generator(ledger)
for frm, to in [(1, 20), (3, 8), (5, 17), (6, 10), (3, 3), (3, None),
(None, 10), (None, None)]:
for s, t in ledger.getAllTxn(frm=frm, to=to):
assert txns[s - 1] == t
# with pytest.raises(AssertionError):
# list(ledger.getAllTxn(frm=3, to=1))
for frm, to in [(i, j) for i, j in itertools.permutations(range(1, 21), 2)
if i <= j]:
for s, t in ledger.getAllTxn(frm=frm, to=to):
assert txns[s - 1] == t
def test_add_txn(ledger, genesis_txns, genesis_txn_file):
offset = len(genesis_txns) if genesis_txn_file else 0
txn1 = random_txn(1)
txn2 = random_txn(2)
ledger.add(txn1)
ledger.add(txn2)
# Check that the transaction is added to the Merkle Tree
assert ledger.size == 2 + offset
# Check that the data is appended to the immutable store
assert sorted(txn1.items()) == sorted(ledger[1 + offset].items())
assert sorted(txn2.items()) == sorted(ledger[2 + offset].items())
check_ledger_generator(ledger)
def test_add_txn(ledger, genesis_txns, genesis_txn_file):
offset = len(genesis_txns) if genesis_txn_file else 0
txn1 = random_txn(1)
txn2 = random_txn(2)
ledger.add(txn1)
ledger.add(txn2)
# Check that the transaction is added to the Merkle Tree
assert ledger.size == 2 + offset
# Check that the data is appended to the immutable store
assert sorted(txn1.items()) == sorted(ledger[1 + offset].items())
assert sorted(txn2.items()) == sorted(ledger[2 + offset].items())
check_ledger_generator(ledger)
def testAddTxn(tempdir, ledger):
txn1 = {'identifier': 'cli1', 'reqId': 1, 'op': 'do something'}
ledger.add(txn1)
txn2 = {'identifier': 'cli1', 'reqId': 2, 'op': 'do something else'}
ledger.add(txn2)
# Check that the transaction is added to the Merkle Tree
assert ledger.size == 2
# Check that the data is appended to the immutable store
txn1[F.seqNo.name] = 1
txn2[F.seqNo.name] = 2
assert txn1 == ledger[1]
assert txn2 == ledger[2]
check_ledger_generator(ledger)
def test_add_get_txns(tempdir, ledger):
txns = []
hashes = [hexlify(h).decode() for h in generateHashes(60)]
for i in range(20):
txns.append({
'a': hashes.pop(),
'b': hashes.pop(),
'c': hashes.pop()
})
for txn in txns:
ledger.add(txn)
check_ledger_generator(ledger)
for s, t in ledger.getAllTxn(frm=1, to=20):
assert txns[s-1] == t
for s, t in ledger.getAllTxn(frm=3, to=8):
assert txns[s-1] == t
for s, t in ledger.getAllTxn(frm=5, to=17):
assert txns[s-1] == t
for s, t in ledger.getAllTxn(frm=6, to=10):
assert txns[s-1] == t
for s, t in ledger.getAllTxn(frm=3, to=3):
assert txns[s-1] == t
for s, t in ledger.getAllTxn(frm=3):
assert txns[s-1] == t
for s, t in ledger.getAllTxn(to=10):
assert txns[s-1] == t
for s, t in ledger.getAllTxn():
assert txns[s-1] == t
with pytest.raises(AssertionError):
list(ledger.getAllTxn(frm=3, to=1))
for frm, to in [(i, j) for i, j in itertools.permutations(range(1, 21),
2) if i <= j]:
for s, t in ledger.getAllTxn(frm=frm, to=to):
assert txns[s-1] == t
def testAddTxn(tempdir, ledger):
txn1 = {
'identifier': 'cli1',
'reqId': 1,
'op': 'do something'
}
ledger.add(txn1)
txn2 = {
'identifier': 'cli1',
'reqId': 2,
'op': 'do something else'
}
ledger.add(txn2)
# Check that the transaction is added to the Merkle Tree
assert ledger.size == 2
# Check that the data is appended to the immutable store
txn1[F.seqNo.name] = 1
txn2[F.seqNo.name] = 2
assert txn1 == ledger[1]
assert txn2 == ledger[2]
check_ledger_generator(ledger)