mirror of
https://github.com/status-im/eth2.0-specs.git
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b15669b7a5
* p2p-interface: clarify that signing_root is used for block requests * hash cleanups * one more hash tree root gone for blocks - block hashes are always signing roots! * use simple serialize data types consistently * Describe which finalized root/epoch to use * remove custody_bits from attestation * remove AttestationDataAndCustodyBit * Specify inclusive range for genesis deposits * add initial fork choice bounce prevention and tests * PR feedback * further test bounce attack * wipe queued justified after epoch transition * remove extra var * minor fmt * only allow attestatiosn to be considered from current and previous epoch * use best_justified_checkpoint instead of queued_justified_checkpoints * use helper for slots since epoch start * be explicit about use of genesis epoch for previous epoch in fork choice on_block * pr feedback * add note aboutgenesis attestations * cleanup get_eth1_vote * make eth1_follow_distance clearer * Update the expected proposer period Since `SECONDS_PER_SLOT` is now `12` * minor fix to comment in mainnet config * Update 0_beacon-chain.md
36 lines
1.6 KiB
Python
36 lines
1.6 KiB
Python
from eth2spec.fuzzing.decoder import translate_typ, translate_value
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from eth2spec.phase0 import spec
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from eth2spec.utils.ssz import ssz_impl as spec_ssz_impl
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from random import Random
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from eth2spec.debug import random_value
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def test_decoder():
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rng = Random(123)
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# check these types only, Block covers a lot of operation types already.
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for typ in [spec.Attestation, spec.BeaconState, spec.BeaconBlock]:
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# create a random pyspec value
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original = random_value.get_random_ssz_object(rng, typ, 100, 10,
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mode=random_value.RandomizationMode.mode_random,
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chaos=True)
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# serialize it, using pyspec
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pyspec_data = spec_ssz_impl.serialize(original)
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# get the py-ssz type for it
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block_sedes = translate_typ(typ)
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# try decoding using the py-ssz type
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raw_value = block_sedes.deserialize(pyspec_data)
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# serialize it using py-ssz
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pyssz_data = block_sedes.serialize(raw_value)
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# now check if the serialized form is equal. If so, we confirmed decoding and encoding to work.
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assert pyspec_data == pyssz_data
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# now translate the py-ssz value in a pyspec-value
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block = translate_value(raw_value, typ)
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# and see if the hash-tree-root of the original matches the hash-tree-root of the decoded & translated value.
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original_hash_tree_root = spec_ssz_impl.hash_tree_root(original)
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assert original_hash_tree_root == spec_ssz_impl.hash_tree_root(block)
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assert original_hash_tree_root == block_sedes.get_hash_tree_root(raw_value)
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