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https://github.com/ethereum/solidity
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Change hyphen to non-breaking hyphen
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Chris Ward
parent
2f37cd0986
commit
c3543b470f
114
docs/yul.rst
114
docs/yul.rst
@ -334,83 +334,83 @@ The following functions must be available:
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+---------------------------------------------------------------------------------------------------------------+
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| *Logic* |
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+---------------------------------------------+-----------------------------------------------------------------+
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| not(x:bool) -> z:bool | logical not |
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| not(x:bool) ‑> z:bool | logical not |
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+---------------------------------------------+-----------------------------------------------------------------+
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| and(x:bool, y:bool) -> z:bool | logical and |
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| and(x:bool, y:bool) ‑> z:bool | logical and |
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+---------------------------------------------+-----------------------------------------------------------------+
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| or(x:bool, y:bool) -> z:bool | logical or |
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| or(x:bool, y:bool) ‑> z:bool | logical or |
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+---------------------------------------------+-----------------------------------------------------------------+
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| xor(x:bool, y:bool) -> z:bool | xor |
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| xor(x:bool, y:bool) ‑> z:bool | xor |
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+---------------------------------------------+-----------------------------------------------------------------+
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| *Arithmetic* |
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+---------------------------------------------+-----------------------------------------------------------------+
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| addu256(x:u256, y:u256) -> z:u256 | x + y |
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| addu256(x:u256, y:u256) ‑> z:u256 | x + y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| subu256(x:u256, y:u256) -> z:u256 | x - y |
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| subu256(x:u256, y:u256) ‑> z:u256 | x - y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| mulu256(x:u256, y:u256) -> z:u256 | x * y |
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| mulu256(x:u256, y:u256) ‑> z:u256 | x * y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| divu256(x:u256, y:u256) -> z:u256 | x / y |
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| divu256(x:u256, y:u256) ‑> z:u256 | x / y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| divs256(x:s256, y:s256) -> z:s256 | x / y, for signed numbers in two's complement |
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| divs256(x:s256, y:s256) ‑> z:s256 | x / y, for signed numbers in two's complement |
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+---------------------------------------------+-----------------------------------------------------------------+
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| modu256(x:u256, y:u256) -> z:u256 | x % y |
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| modu256(x:u256, y:u256) ‑> z:u256 | x % y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| mods256(x:s256, y:s256) -> z:s256 | x % y, for signed numbers in two's complement |
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| mods256(x:s256, y:s256) ‑> z:s256 | x % y, for signed numbers in two's complement |
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+---------------------------------------------+-----------------------------------------------------------------+
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| signextendu256(i:u256, x:u256) -> z:u256 | sign extend from (i*8+7)th bit counting from least significant |
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| signextendu256(i:u256, x:u256) ‑> z:u256 | sign extend from (i*8+7)th bit counting from least significant |
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+---------------------------------------------+-----------------------------------------------------------------+
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| expu256(x:u256, y:u256) -> z:u256 | x to the power of y |
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| expu256(x:u256, y:u256) ‑> z:u256 | x to the power of y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| addmodu256(x:u256, y:u256, m:u256) -> z:u256| (x + y) % m with arbitrary precision arithmetic |
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| addmodu256(x:u256, y:u256, m:u256) ‑> z:u256| (x + y) % m with arbitrary precision arithmetic |
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+---------------------------------------------+-----------------------------------------------------------------+
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| mulmodu256(x:u256, y:u256, m:u256) -> z:u256| (x * y) % m with arbitrary precision arithmetic |
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| mulmodu256(x:u256, y:u256, m:u256) ‑> z:u256| (x * y) % m with arbitrary precision arithmetic |
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+---------------------------------------------+-----------------------------------------------------------------+
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| ltu256(x:u256, y:u256) -> z:bool | true if x < y, false otherwise |
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| ltu256(x:u256, y:u256) ‑> z:bool | true if x < y, false otherwise |
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+---------------------------------------------+-----------------------------------------------------------------+
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| gtu256(x:u256, y:u256) -> z:bool | true if x > y, false otherwise |
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| gtu256(x:u256, y:u256) ‑> z:bool | true if x > y, false otherwise |
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+---------------------------------------------+-----------------------------------------------------------------+
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| lts256(x:s256, y:s256) -> z:bool | true if x < y, false otherwise |
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| lts256(x:s256, y:s256) ‑> z:bool | true if x < y, false otherwise |
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| | (for signed numbers in two's complement) |
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+---------------------------------------------+-----------------------------------------------------------------+
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| gts256(x:s256, y:s256) -> z:bool | true if x > y, false otherwise |
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| gts256(x:s256, y:s256) ‑> z:bool | true if x > y, false otherwise |
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| | (for signed numbers in two's complement) |
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+---------------------------------------------+-----------------------------------------------------------------+
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| equ256(x:u256, y:u256) -> z:bool | true if x == y, false otherwise |
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| equ256(x:u256, y:u256) ‑> z:bool | true if x == y, false otherwise |
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+---------------------------------------------+-----------------------------------------------------------------+
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| iszerou256(x:u256) -> z:bool | true if x == 0, false otherwise |
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| iszerou256(x:u256) ‑> z:bool | true if x == 0, false otherwise |
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+---------------------------------------------+-----------------------------------------------------------------+
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| notu256(x:u256) -> z:u256 | ~x, every bit of x is negated |
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| notu256(x:u256) ‑> z:u256 | ~x, every bit of x is negated |
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+---------------------------------------------+-----------------------------------------------------------------+
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| andu256(x:u256, y:u256) -> z:u256 | bitwise and of x and y |
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| andu256(x:u256, y:u256) ‑> z:u256 | bitwise and of x and y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| oru256(x:u256, y:u256) -> z:u256 | bitwise or of x and y |
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| oru256(x:u256, y:u256) ‑> z:u256 | bitwise or of x and y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| xoru256(x:u256, y:u256) -> z:u256 | bitwise xor of x and y |
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| xoru256(x:u256, y:u256) ‑> z:u256 | bitwise xor of x and y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| shlu256(x:u256, y:u256) -> z:u256 | logical left shift of x by y |
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| shlu256(x:u256, y:u256) ‑> z:u256 | logical left shift of x by y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| shru256(x:u256, y:u256) -> z:u256 | logical right shift of x by y |
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| shru256(x:u256, y:u256) ‑> z:u256 | logical right shift of x by y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| sars256(x:s256, y:u256) -> z:u256 | arithmetic right shift of x by y |
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| sars256(x:s256, y:u256) ‑> z:u256 | arithmetic right shift of x by y |
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+---------------------------------------------+-----------------------------------------------------------------+
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| byte(n:u256, x:u256) -> v:u256 | nth byte of x, where the most significant byte is the 0th byte |
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| byte(n:u256, x:u256) ‑> v:u256 | nth byte of x, where the most significant byte is the 0th byte |
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| | Cannot this be just replaced by and256(shr256(n, x), 0xff) and |
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| | let it be optimised out by the EVM backend? |
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+---------------------------------------------+-----------------------------------------------------------------+
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| *Memory and storage* |
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+---------------------------------------------+-----------------------------------------------------------------+
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| mload(p:u256) -> v:u256 | mem[p..(p+32)) |
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| mload(p:u256) ‑> v:u256 | mem[p..(p+32)) |
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+---------------------------------------------+-----------------------------------------------------------------+
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| mstore(p:u256, v:u256) | mem[p..(p+32)) := v |
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+---------------------------------------------+-----------------------------------------------------------------+
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| mstore8(p:u256, v:u256) | mem[p] := v & 0xff - only modifies a single byte |
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+---------------------------------------------+-----------------------------------------------------------------+
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| sload(p:u256) -> v:u256 | storage[p] |
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| sload(p:u256) ‑> v:u256 | storage[p] |
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+---------------------------------------------+-----------------------------------------------------------------+
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| sstore(p:u256, v:u256) | storage[p] := v |
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+---------------------------------------------+-----------------------------------------------------------------+
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| msize() -> size:u256 | size of memory, i.e. largest accessed memory index, albeit due |
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| msize() ‑> size:u256 | size of memory, i.e. largest accessed memory index, albeit due |
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| | due to the memory extension function, which extends by words, |
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| | this will always be a multiple of 32 bytes |
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+---------------------------------------------+-----------------------------------------------------------------+
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@ -428,15 +428,15 @@ The following functions must be available:
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| call(g:u256, a:u256, v:u256, in:u256, | call contract at address a with input mem[in..(in+insize)) |
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| insize:u256, out:u256, | providing g gas and v wei and output area |
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| outsize:u256) | mem[out..(out+outsize)) returning 0 on error (eg. out of gas) |
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| -> r:u256 | and 1 on success |
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| ‑> r:u256 | and 1 on success |
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+---------------------------------------------+-----------------------------------------------------------------+
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| callcode(g:u256, a:u256, v:u256, in:u256, | identical to ``call`` but only use the code from a |
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| insize:u256, out:u256, | and stay in the context of the |
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| outsize:u256) -> r:u256 | current contract otherwise |
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| outsize:u256) ‑> r:u256 | current contract otherwise |
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+---------------------------------------------+-----------------------------------------------------------------+
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| delegatecall(g:u256, a:u256, in:u256, | identical to ``callcode``, |
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| insize:u256, out:u256, | but also keep ``caller`` |
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| outsize:u256) -> r:u256 | and ``callvalue`` |
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| outsize:u256) ‑> r:u256 | and ``callvalue`` |
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+---------------------------------------------+-----------------------------------------------------------------+
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| abort() | abort (equals to invalid instruction on EVM) |
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+---------------------------------------------+-----------------------------------------------------------------+
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@ -460,43 +460,43 @@ The following functions must be available:
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+---------------------------------------------+-----------------------------------------------------------------+
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| *State queries* |
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+---------------------------------------------+-----------------------------------------------------------------+
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| blockcoinbase() -> address:u256 | current mining beneficiary |
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| blockcoinbase() ‑> address:u256 | current mining beneficiary |
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+---------------------------------------------+-----------------------------------------------------------------+
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| blockdifficulty() -> difficulty:u256 | difficulty of the current block |
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| blockdifficulty() ‑> difficulty:u256 | difficulty of the current block |
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+---------------------------------------------+-----------------------------------------------------------------+
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| blockgaslimit() -> limit:u256 | block gas limit of the current block |
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| blockgaslimit() ‑> limit:u256 | block gas limit of the current block |
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+---------------------------------------------+-----------------------------------------------------------------+
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| blockhash(b:u256) -> hash:u256 | hash of block nr b - only for last 256 blocks excluding current |
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| blockhash(b:u256) ‑> hash:u256 | hash of block nr b - only for last 256 blocks excluding current |
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+---------------------------------------------+-----------------------------------------------------------------+
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| blocknumber() -> block:u256 | current block number |
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| blocknumber() ‑> block:u256 | current block number |
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+---------------------------------------------+-----------------------------------------------------------------+
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| blocktimestamp() -> timestamp:u256 | timestamp of the current block in seconds since the epoch |
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| blocktimestamp() ‑> timestamp:u256 | timestamp of the current block in seconds since the epoch |
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+---------------------------------------------+-----------------------------------------------------------------+
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| txorigin() -> address:u256 | transaction sender |
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| txorigin() ‑> address:u256 | transaction sender |
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+---------------------------------------------+-----------------------------------------------------------------+
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| txgasprice() -> price:u256 | gas price of the transaction |
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| txgasprice() ‑> price:u256 | gas price of the transaction |
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+---------------------------------------------+-----------------------------------------------------------------+
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| gasleft() -> gas:u256 | gas still available to execution |
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| gasleft() ‑> gas:u256 | gas still available to execution |
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+---------------------------------------------+-----------------------------------------------------------------+
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| balance(a:u256) -> v:u256 | wei balance at address a |
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| balance(a:u256) ‑> v:u256 | wei balance at address a |
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+---------------------------------------------+-----------------------------------------------------------------+
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| this() -> address:u256 | address of the current contract / execution context |
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| this() ‑> address:u256 | address of the current contract / execution context |
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+---------------------------------------------+-----------------------------------------------------------------+
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| caller() -> address:u256 | call sender (excluding delegatecall) |
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| caller() ‑> address:u256 | call sender (excluding delegatecall) |
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+---------------------------------------------+-----------------------------------------------------------------+
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| callvalue() -> v:u256 | wei sent together with the current call |
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| callvalue() ‑> v:u256 | wei sent together with the current call |
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+---------------------------------------------+-----------------------------------------------------------------+
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| calldataload(p:u256) -> v:u256 | call data starting from position p (32 bytes) |
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| calldataload(p:u256) ‑> v:u256 | call data starting from position p (32 bytes) |
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+---------------------------------------------+-----------------------------------------------------------------+
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| calldatasize() -> v:u256 | size of call data in bytes |
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| calldatasize() ‑> v:u256 | size of call data in bytes |
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+---------------------------------------------+-----------------------------------------------------------------+
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| calldatacopy(t:u256, f:u256, s:u256) | copy s bytes from calldata at position f to mem at position t |
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+---------------------------------------------+-----------------------------------------------------------------+
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| codesize() -> size:u256 | size of the code of the current contract / execution context |
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| codesize() ‑> size:u256 | size of the code of the current contract / execution context |
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+---------------------------------------------+-----------------------------------------------------------------+
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| codecopy(t:u256, f:u256, s:u256) | copy s bytes from code at position f to mem at position t |
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+---------------------------------------------+-----------------------------------------------------------------+
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| extcodesize(a:u256) -> size:u256 | size of the code at address a |
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| extcodesize(a:u256) ‑> size:u256 | size of the code at address a |
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+---------------------------------------------+-----------------------------------------------------------------+
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| extcodecopy(a:u256, t:u256, f:u256, s:u256) | like codecopy(t, f, s) but take code at address a |
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+---------------------------------------------+-----------------------------------------------------------------+
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@ -508,19 +508,19 @@ The following functions must be available:
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+---------------------------------------------+-----------------------------------------------------------------+
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| discardu256(unused:u256) | discard value |
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+---------------------------------------------+-----------------------------------------------------------------+
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| splitu256tou64(x:u256) -> (x1:u64, x2:u64, | split u256 to four u64's |
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| splitu256tou64(x:u256) ‑> (x1:u64, x2:u64, | split u256 to four u64's |
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| x3:u64, x4:u64) | |
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+---------------------------------------------+-----------------------------------------------------------------+
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| combineu64tou256(x1:u64, x2:u64, x3:u64, | combine four u64's into a single u256 |
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| x4:u64) -> (x:u256) | |
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| x4:u64) ‑> (x:u256) | |
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+---------------------------------------------+-----------------------------------------------------------------+
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| keccak256(p:u256, s:u256) -> v:u256 | keccak(mem[p...(p+s))) |
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| keccak256(p:u256, s:u256) ‑> v:u256 | keccak(mem[p...(p+s))) |
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+---------------------------------------------+-----------------------------------------------------------------+
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| *Object access* | |
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+---------------------------------------------+-----------------------------------------------------------------+
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| datasize(name:string) -> size:u256 | size of the data object in bytes, name has to be string literal |
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| datasize(name:string) ‑> size:u256 | size of the data object in bytes, name has to be string literal |
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+---------------------------------------------+-----------------------------------------------------------------+
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| dataoffset(name:string) -> offset:u256 | offset of the data object inside the data area in bytes, |
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| dataoffset(name:string) ‑> offset:u256 | offset of the data object inside the data area in bytes, |
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| | name has to be string literal |
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+---------------------------------------------+-----------------------------------------------------------------+
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| datacopy(dst:u256, src:u256, len:u256) | copy len bytes from the data area starting at offset src bytes |
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