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Copy file name to clipboardExpand all lines: docs/documentation/how-simplicity-works.md
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-**Cryptographic functions**: These are crucial for secure smart contracts. Specific examples include the SHA-256 compression function and Schnorr signature verification (BIP-340). Other elliptic curve functions for `secp256k1` are also included, such as point verification, scalar arithmetic, and field element operations.
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-**Arithmetic operations**: Simplicity includes jets for various arithmetic functions, such as 32-bit addition, subtraction, and multiplication. General multi-bit logic operations like complement, `and`, `or`, and `xor` are also implemented as jets.
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-**Arithmetic operations**: Simplicity includes jets for various arithmetic functions, such as 32-bit addition, subtraction, and multiplication. General multi-bit logic operations like `complement`, `and`, `or`, and `xor` are also implemented as jets.
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-**Introspection operations**: These allow smart contracts to examine transaction data. Examples include `script-cmr` (script commitment Merkle root), `internal-key`, `version`, `lock-time`, `output-value`, `input-value`, `tapleaf-version`, and `tappath`.
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