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README.md
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@@ -22,7 +22,7 @@ First, we accumulated a list of all deployed contracts on Ethereum mainnet as of
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Next, we collected contract source code from publicly available online sources. All data was obtained from publicly accessible resources.
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Finally, we calculated all of the Keccak256 hashes of the deployed EVM bytecode of each contract. We deduplicated contract source code by bytecode hash. In other words, we organized the contract source code set by the bytecode hash of their corresponding verified contracts. For example, if source codes A and B are both verified against smart contracts X and Y with the same deployed EVM bytecode, we only include one of A or B in this dataset. Choosing among duplicates was arbitrarily.
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## Dataset Statistics
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Next, we collected contract source code from publicly available online sources. All data was obtained from publicly accessible resources.
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Finally, we calculated all of the Keccak256 hashes of the deployed runtime EVM bytecode of each contract. We deduplicated contract source code by bytecode hash. In other words, we organized the contract source code set by the bytecode hash of their corresponding verified contracts. For example, if source codes A and B are both verified against smart contracts X and Y with the same deployed EVM bytecode, we only include one of A or B in this dataset. Choosing among duplicates was arbitrarily.
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## Dataset Statistics
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