Show how a signed bitcoin transaction would look like if all its structured data was using XML to be structured
If a signed Bitcoin transaction were to be represented using XML for structuring its data, it could look something like the following example:
<transaction>
<version>1</version>
<inputs>
<input>
<txid>d9247d6699f9b90c34b06fffbba2d02bc56b6e84dd0c3f15d82d6b09e9adad13</txid>
<vout>0</vout>
<scriptSig>
<hex>47304402203a4efdf2b7c164b8d3345d5e5e3f3b3ec7a75c0e94f7c9e2471e2eebb0f8b4302207e0ef5f50e5d5e58b5d0f9ef4b4e7d5cda4dddf7ea1f9636b7deae8dbd40dab501</hex>
</scriptSig>
<sequence>ffffffff</sequence>
</input>
</inputs>
<outputs>
<output>
<value>100000</value>
<scriptPubKey>
<hex>76a9148b9ea8545059f3a922457afd14ddf3855d8b109988ac</hex>
</scriptPubKey>
</output>
<output>
<value>70000000</value>
<scriptPubKey>
<hex>76a914cbc20a7664f2f69e5355aa427045bc15e7c6c77288ac</hex>
</scriptPubKey>
</output>
</outputs>
<locktime>0</locktime>
</transaction>
Please note that this XML representation is a purely hypothetical example and not used in the actual Bitcoin protocol. The Bitcoin protocol uses a binary format to serialize transaction data, which is more efficient in terms of storage and processing. The hexadecimal string provided in previous responses is the serialized binary data in a human-readable format.