def create_block(
l1_headers: "L1Headers",
ddss: Union[str, float, int],
valid_block_count: int,
regions: List[str],
clouds: List[str],
l2_blocks: Iterable["l2_block_model.L2BlockModel"],
) -> l3_block_model.L3BlockModel:
block_id, prev_proof = get_next_block_info()
# Pull configuration from matchmaking directly to get DDSS (not stored locally)
l2_proofs = []
for block in l2_blocks:
l2_proofs.append({"dc_id": block.dc_id, "block_id": block.block_id, "proof": block.proof})
l3_block = l3_block_model.L3BlockModel(
dc_id=keys.get_public_id(),
current_ddss=party.get_address_ddss(ADDRESS), # Get DDSS from party, cached hourly
block_id=str(block_id),
timestamp=str(math.floor(time.time())),
prev_proof=prev_proof,
scheme=PROOF_SCHEME,
l1_dc_id=l1_headers["dc_id"],
l1_block_id=l1_headers["block_id"],
l1_proof=l1_headers["proof"],
l2_proofs=l2_proofs,
ddss=str(ddss),
l2_count=str(valid_block_count),
regions=regions,
clouds=clouds,
)
sign_block(l3_block)
return l3_block
def make_l3_block():
return l3_block_model.L3BlockModel(
dc_id="an id",
block_id="8474745",
timestamp="129874",
prev_proof="the previous block proof",
l1_dc_id="l1 dc id",
l1_block_id="l1 block id",
l1_proof="l1 block proof",
ddss="23452",
l2_count="4",
regions=["us-west-2"],
clouds=["aws", "azure"],
)
def create_l3_block():
return l3_block_model.L3BlockModel(
dc_id="dc_id",
block_id="123",
timestamp="12345",
prev_proof="prev_proof",
scheme="trust",
proof="proof",
l1_dc_id="l1_dc_id",
l1_block_id="l1_block_id",
l1_proof="l1_proof",
ddss="123",
l2_count="3",
regions=["region"],
clouds=["cloud"],
)
def test_setting_validations(self):
l3block = l3_block_model.L3BlockModel(l1_block_id="l1_block_id",
l1_dc_id="l1_dc_id")
self.assertEqual(l3block.get_associated_l1_block_id(), {"l1_block_id"})
self.assertEqual(l3block.get_associated_l1_dcid(), "l1_dc_id")