def test_valid_proof(tree_data):
tree = build_tree(tree_data)
proofs = [create_proof(item, tree) for item in tree_data]
assert all(
validate_proof(item, proof, tree.root.hash)
for item, proof in zip(tree_data, proofs)
)
def proofs_for_tree_data_small_values(tree_data_small_values):
tree = build_tree(tree_data_small_values)
proofs = [create_proof(item, tree) for item in tree_data_small_values]
assert all(
validate_proof(item, proof, tree.root.hash)
for item, proof in zip(tree_data_small_values, proofs)
)
return proofs
def proofs_for_tree_data(tree_data):
tree = build_tree(tree_data)
proofs = [create_proof(item, tree) for item in tree_data]
assert all(
validate_proof(item, proof, tree.root.hash)
for item, proof in zip(tree_data, proofs)
)
return proofs
def init(
airdrop_filename: str,
decay_start_time_param: int,
decay_duration_in_seconds_param: int,
):
global airdrop_dict
global airdrop_tree
global decay_start_time
global decay_duration_in_seconds
decay_start = pendulum.from_timestamp(decay_start_time_param)
decay_end = pendulum.from_timestamp(
decay_start_time_param + decay_duration_in_seconds_param
)
app.logger.info(f"Initializing merkle tree from file {airdrop_filename}")
app.logger.info(f"Decay from {decay_start} to {decay_end}")
airdrop_dict = load_airdrop_file(airdrop_filename)
app.logger.info(f"Building merkle tree from {len(airdrop_dict)} entries")
airdrop_tree = build_tree(to_items(airdrop_dict))
decay_start_time = decay_start_time_param
decay_duration_in_seconds = decay_duration_in_seconds_param
def test_wrong_proof(tree_data):
tree = build_tree(tree_data)
proofs = [create_proof(item, tree) for item in tree_data]
item = next(iter(tree_data))
assert not validate_proof(item, proofs[4], tree.root.hash)
def test_invalid_proof(tree_data):
tree = build_tree(tree_data)
item = next(iter(tree_data))
assert not validate_proof(item, [], tree.root.hash)
def test_not_in_tree(tree_data, other_data):
tree = build_tree(tree_data)
assert not any(in_tree(item, tree.root) for item in other_data)
def test_in_tree(tree_data):
tree = build_tree(tree_data)
assert all(in_tree(item, tree.root) for item in tree_data)
def test_can_not_create_proof_for_missing_item(tree_data, other_data):
tree = build_tree(tree_data)
with pytest.raises(ValueError):
create_proof(other_data[0], tree)
def root_hash_for_tree_data_small_values(tree_data_small_values):
tree = build_tree(tree_data_small_values)
return tree.root.hash
def root_hash_for_tree_data(tree_data):
tree = build_tree(tree_data)
return tree.root.hash
