Currently we use `u8` for key type but it was pointed out that we should be using a `u64` and encoding it as a compact type. The reason our code works now is because the compact type encoding for a `u8` (less than 253) is the same as for a `u8`. This breaks the `serde` impl, as shown by changes to the regression tests. |
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|---|---|---|
| .. | ||
| README.md | ||
| absolute_lock_time_blocks_bincode | ||
| absolute_lock_time_seconds_bincode | ||
| address_bincode | ||
| block_bincode | ||
| child_number_bincode | ||
| control_block_bincode | ||
| control_block_hex | ||
| ecdsa_sig_bincode | ||
| ecdsa_sig_hex | ||
| extended_priv_key | ||
| extended_priv_key_bincode | ||
| extended_pub_key | ||
| extended_pub_key_bincode | ||
| private_key_bincode | ||
| proprietary_key_bincode | ||
| psbt_bincode | ||
| public_key_bincode | ||
| public_key_hex | ||
| raw_pair_bincode | ||
| relative_lock_time_blocks_bincode | ||
| relative_lock_time_seconds_bincode | ||
| script_bincode | ||
| taproot_sig_bincode | ||
| taproot_sig_hex | ||
| taptree_bincode | ||
| transaction_bincode | ||
| transaction_ser | ||
| txin_bincode | ||
| txin_ser | ||
| txout_bincode | ||
| u256_bincode | ||
| uint128_bincode | ||
| uint256_bincode | ||
| witness_bincode | ||
README.md
Serialization input/output
Files here contain hex strings and binary data representing types used for regression testing.
*_hex: consensus encoded types represented as hex strings*_ser: consensus encoded types represented as binary data*_bincode: types serialized withserdeas bincode
We consensus deserialize, serde serialize, then check against the expected data
to verify no serde regressions have been introduced.